Rnc Flexi Multiradio Wcdma Bts Alarms and Faults Wcdma18
WCDMA RAN, Rel. WCDMA 18, Operating Document RNC RNW and Flexi Multiradio WCDMA BTS Alarms and Faults DN09210427 Issue
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WCDMA RAN, Rel. WCDMA 18, Operating Document
RNC RNW and Flexi Multiradio WCDMA BTS Alarms and Faults DN09210427 Issue 03A Approval Date 2018-01-30
The information in this document applies solely to the hardware/software product (“Product”) specified herein, and only as specified herein.
This document is intended for use by Nokia's customers (“You”) only, and it may not be used except for the purposes defined in the agreement between You and Nokia (“Agreement”) under which thi is distributed. No part of this document may be used, copied, reproduced, modified or transmitted in any form or means without the prior written permission of Nokia. If you have not entered into an Agreement applicable to the Product, or if that Agreement has expired or has been te You may not use this document in any manner and You are obliged to return it to Nokia and destroy or delete any copies The document has been prepared to be used by professional and properly trained personnel, and You assume full responsibility when using it. Nokia welcomes Your comments as part of the process of continuous development and improvement of the documentation.
This document and its contents are provided as a convenience to You. Any information or statements concerning the suitability, capacity, fitness for purpose or performance of the Product are given solely on an “as is” and “as available” basis in this document, and Nokia reserves the right to change any such information and without notice. Nokia has made all reasonable efforts to ensure that the content of this document is adequate and free of errors and omissions, and Nokia will correct errors that You identify in this document. But, Nokia's total liability for any err document is strictly limited to the correction of such error(s). Nokia does not warrant that the use of the software in will be uninterrupted or error-free.
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Copyright © 2018 Nokia. All rights reserved. Important Notice on Product Safety This product may present safety risks due to laser, electricity, heat, and other sources of danger. Only trained and qualified personnel may install, operate, maintain or otherwise handle this product and only after having carefully read the safety information applicable to this product. The safety information is provided in the Safety Information section in the “Legal, Safety and Environmental Information” part of this document or documentation set.
Nokia is continually striving to reduce the adverse environmental effects of its products and services. We would like to you as our customers and users to join us in working towards a cleaner, safer environment. Please recycle product packa follow the recommendations for power use and proper disposal of our products and their components. If you should have questions regarding our Environmental Policy or any of the environmental services we offer, please contact us at Nokia for any additional information.
ating Documentation
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Product”) specified
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permission of Nokia. ement has expired or has been terminated, a and destroy or delete any copies thereof.
personnel, and You
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UT NOT LIMITED TO RINGEMENT, RELATION TO THE NY DAMAGES, INCLUDING BUT NOT ANY LOSSES, SUCH AS BUT NOT LIMITED RTUNITY OR DATA THAT MAY ARISE FROM SE OF ERRORS IN OR OMISSIONS
e a.
ned in this document ation purposes only.
sources of
e handle this o this product.
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1. Introduction 1.1 Overview and structure of alarms
The Alarm Reference Manual is intended for the operating personnel. It describes the alarms printed out on an alarm outpu device and contains, when necessary, instructions for corrective maintenance actions.
The manual contains the alarms of all applications, and therefore it is possible that it also contains alarms that do not belon the configuration of a particular customer. The user of this manual is assumed to understand the operation and the maintenance of the system. According to the alarm type and the origin of the alarm, the numbering of the alarms conforms with the following: Notices 0 - 999 Disturbances 1000 - 1999 Failure Printouts 2000 - 3999 Base Station Alarms 7000 - 8999
1.2 Handling of BTS alarms and faults
This document describes the handling of base station (BTS) alarms and faults. The base station software uses these alarm and faults as a basis for internal diagnosis and fault reporting through the radio network controller (RNC) to the Operations Support System (OSS) and the BTS Site Manager.
Base station (BTS) alarm handling is based on unit or module state information. It prevents the sending of unnecessary ala by checking and updating unit states. Fault messages come either from hardware devices or software components. The fau are system or hardware specific. The Fault Diagnosis System creates upper network alarms, which are based on an analys of the faults, and sends them to the BTS Site Manager and to the radio network controller (RNC). In addition NetAct is used for handling the BTS alarms.
The BTS is able to maintain alarm handling after it has been commissioned and is in a configured state. During the start-up the BTS waits for the real-time clock from the Network Time Protocol (NTP) server, and the fault diagnosis starts after the ti has been set or a time-out has been detected. If the BTS is unable to set the time using the NTP server, the default time (1.1.2004) will be used.
BTS transmission alarms The base station transmission alarms (7665) are reported towards OMS or NetAct. The transmission equipment uses the b station interface. Therefore, retrieval of the alarm information is mapped either in the OMS or in the NetAct to distinguish between the alarms by using the fault ID. Instructions for solving problems When starting to solve a problem, first refer to the instructions given in the individual alarm descriptions.
Verify the configuration of a BTS by checking the commissioning, cabling and correct installation of the modules at the BTS Make sure the environment does not cause the fault.
If an active alarm is a 'Start' alarm, a unit block/unblock (if supported by the unit) or a site reset is required to cancel it. If the site reset or unit block/unblock does not help, replace the faulty unit or module. See the fields 'Fault source' and 'Instruction in the corresponding alarm description.
Blocking and unblocking The 'Cancel' alarms are always sent to hosts (WCDMA BTS Site Manager and the RNC). When the unit or cell is in a block state, the 'Start' alarms are only sent to WCDMA BTS Site Manager.
When a unit or cell is unblocked, all the active alarms related to the unblocked unit, module, or cell are automatically sent to the hosts.
2. How to read this excel report
The excel report provides a full information on faults and alarms. It shows the full set of fault and alarm attributes including t change information. The excel report consists of two main sections: - Alarm List - Fault List
2. How to read this excel report
The excel report provides a full information on faults and alarms. It shows the full set of fault and alarm attributes including t change information. The excel report consists of two main sections: - Alarm List - Fault List The alarms and faults are listed by numbers in an ascending order.
2.1 Alarm List This section shows the full alarm information including the following items: - alarm number - alarm name - meaning of the alarm - instructions - list of related faults - clearing information - change information
2.2 Fault List This section shows the full alarm information including the following items: - fault ID - fault name - meaning of the fault - instructions - list of related alarms - change information
2.3 Field descriptions
Field descriptions are provided in the second row of Alarm List and Fault List sections. Use fold (-) and unfold (+) buttons o the left panel to respectively hide and show the field descriptions.
2.4 Change information Change information is a part of Alarm List and Fault List sections and is available in the following ways: 1. Definition on whether the fault/alarm is new, removed. That definition is provided in the following columns: - Changes between issues ... which shows the changes since the previous issue of the document. - Changes between releases ... which shows the changes since the latest issue of the document in the previous product release. If the cell is empty, the alarm/fault is not changed, nor new, nor removed. Note that removed alarms/faults are listed in the very bottom and they are marked with red font. Filters are enabled for convenient browsing of the change categories.
2. Detailed change information showing the current and previous values of parameter attributes. That information is provide in the following columns:
- in issue ... which shows the value in the previous issue of the document. - in release ... which shows value in the latest issue of the document in the previous product release.
The columns are grouped into attribute-specific sections for structured and convenient view. Use unfold (+) and fold (-) butt in the top bar to browse the attribute-specific change details. Use unfold all (2) and fold all (1) buttons on the left hand side the top bar to respectively show and hide the change details for the whole report.
Note that for all faults/alarms except new and removed ones, the field values for previous issue and previous release are always provided to show a total history information. Additionally, the changed attributes of faults/alarms are highlighted with grey color. Highlights are enabled to specify whether there is a change between issues or releases.
grey color. Highlights are enabled to specify whether there is a change between issues or releases.
printed out on an alarm output
tains alarms that do not belong to
system.
s with the following:
ion software uses these alarms oller (RNC) to the Operations
he sending of unnecessary alarms software components. The faults which are based on an analysis NC).
ured state. During the start-up, ault diagnosis starts after the time NTP server, the default time
mission equipment uses the base in the NetAct to distinguish
escriptions.
ion of the modules at the BTS.
et is required to cancel it. If the 'Fault source' and 'Instructions'
en the unit or cell is in a blocked
or cell are automatically sent to
and alarm attributes including the
and alarm attributes including the
old (-) and unfold (+) buttons on
wing ways:
owing columns:
ment. ent in the previous product
nt.
es. That information is provided
ent. n the previous product release.
Use unfold (+) and fold (-) buttons buttons on the left hand side of
ue and previous release are ults/alarms are highlighted with eases.
eases.
Note: See the How to Read This Report tab for instructions on the usage of Alarm List Field description Changes between issues 03 and 03A
Changes between releases Alarm Number RNC17 and RNC18
7750
The name of alarm.
Value in the previous issue of the document
Alarm Version
Alarm Name
Alarm Name in issue 03
4.9-0
FAILURE IN WCDMA WBTS O&M CONNECTION
FAILURE IN WCDMA WBTS O&M CONNECTION
Value in the previous product release
Group of alarm that the alarm belongs to.
Standardized event type.
Alarm Name in release RNC17
Alarm Group
Event Type
FAILURE IN WCDMA WBTS O&M CONNECTION
#N/A
COMMUNICATIONS_ALARM
Value in the previous issue of the Value in the previous product document release
The default value of percieved severity when raising the alarm.
Event Type in issue 03
Event Type in release RNC17
Default Severity
COMMUNICATIONS_ALARM
COMMUNICATIONS_ALARM
Minor
Value in the previous issue of the document
Value in the previous product release
Default Severity in issue 03
Default Severity in release RNC17
Minor
Minor
Describes the meaning of the alarm.
Value in the previous issue of the document
Meaning
Meaning in issue 03
This alarm indicates that a failure has occurred in WBTS O&M connection. The problem is related to Iub connection between controller and WBTS. From controller point of view, the actual reason for the failure is either in the transmission network between the controller and WBTS, in the internal communication of controller applications or in WBTS configuration.
This alarm indicates that a failure has occurred in WBTS O&M connection. The problem is related to Iub connection between controller and WBTS. From controller point of view, the actual reason for the failure is either in the transmission network between the controller and WBTS, in the internal communication of controller applications or in WBTS configuration.
This alarm is set by controller in the following situations: 1) WBTS has closed the O&M connection. 2) WBTS O&M connection supervision message has not arrived within the expected time. 3) There is a problem in transmission network between controller and WBTS. 4) A WBTS id conflict has been detected in the network. 5) O&M connection is opened for SBTS.
This alarm is set by controller in the following situations: 1) WBTS has closed the O&M connection. 2) WBTS O&M connection supervision message has not arrived within the expected time. 3) There is a problem in transmission network between controller and WBTS. 4) A WBTS id conflict has been detected in the network. 5) O&M connection is opened for SBTS.
As a consequence of this alarm under situations 1), 2) and 3), the availability of WBTS O&M functionality might be limited. User-initiated or automatic O&M tasks (for example, SW download, HW configuration request, and WBTS restart) cannot be performed in case of an Iub O&M connection problem. The WBTS also cannot report its alarms to the controller. This alarm does not indicate a failure in WBTS user plane links. The states of the user plane links can be checked using OMS Topology Browser.
As a consequence of this alarm under situations 1), 2) and 3), the availability of WBTS O&M functionality might be limited. User-initiated or automatic O&M tasks (for example, SW download, HW configuration request, and WBTS restart) cannot be performed in case of an Iub O&M connection problem. The WBTS also cannot report its alarms to the controller. This alarm does not indicate a failure in WBTS user plane links. The states of the user plane links can be checked using OMS Topology
Value in the previous product release
Names, explanations and lists of possible values of the fields.
Meaning in release RNC17
Supplementary Information Fields
This alarm indicates that a failure 1 reason for the alarm has occurred in WBTS O&M connection. The problem is related 1 = failure in the controller - WBTS connection to Iub connection between 2 = WBTS id conflict controller and WBTS. 3 = O&M connection opened for SBTS From controller point of view, the actual reason for the failure 2 error code is received from IUB O&M connection. This is either in the transmission network field is between the controller and WBTS, significant only if the value of 1st field is 1 in the internal communication of controller applications or in WBTS configuration. This alarm is set by controller in the following situations: 1) WBTS has closed the O&M connection. 2) WBTS O&M connection supervision message has not arrived within the expected time. 3) There is a problem in transmission network between controller and WBTS. 4) A WBTS id conflict has been detected in the network. 5) O&M connection is opened for SBTS. As a consequence of this alarm under situations 1), 2) and 3), the availability of WBTS O&M functionality might be limited. User-initiated or automatic O&M tasks (for example, SW download, HW configuration request, and WBTS restart) cannot be performed in case of an Iub O&M connection problem. The WBTS also cannot report its alarms to the controller. This alarm does not indicate a failure in WBTS user plane links. The states of the user plane links can be checked using OMS Topology
Value in the previous issue of the document Supplementary Information Fields in issue 03
1 reason for the alarm 1 = failure in the controller - WBTS connection 2 = WBTS id conflict 3 = O&M connection opened for SBTS 2 error code is received from IUB O&M connection. This field is significant only if the value of 1st field is 1
Value in the previous product release Supplementary Information Fields in release RNC17
1 reason for the alarm 1 = failure in the controller - WBTS connection 2 = WBTS id conflict 3 = O&M connection opened for SBTS 2 error code is received from IUB O&M connection. This field is significant only if the value of 1st field is 1
Describes the actions required to clear the alarm. Instructions
Error reason (field 1) indicates which part of the connection the problem is located. Error code (field 2) indicates what caused the problem if the error reason (field 1) value is 1. Error reason = 1, failure in the WBTS connection Error code: 14005 = CONNECTION RESET BY PEER WBTS has closed the connection. Wait until WBTS opens a new connection and the system cancels the alarm. If the connection does not recover in a few minutes, check that the WBTS is correctly configured to the controller and to the network. Error codes: 13960 = BAD FILE DESCRIPTOR 13964 = PERMISSION DENIED 13965 = BAD ADDRESS(EFAULT) 13986 = RESOURCE TEMPORARILY UNAVAILABLE 13989 = SOCKET OPERATION ON NON-SOCKET 13991 = MESSAGE TOO LONG 14006 = NO BUFFER SPACE AVAILABLE 14008 = SOCKET IS NOT CONNECTED 14016 = NO ROUTE TO HOST 14608 = CONNECTION NOT EXIST The controller has attempted to send an O&M message toward the WBTS, but there is no connection to the controller (code 14608) or some has error occurred in TCP layer when the message was attempted to be sent. Check that the WBTS is correctly configured to the controller and to the network. If the configuration is correct, wait until the WBTS opens a new connection and the system cancels the alarm. Error code: 154 = TIME LIMIT EXCEEDED IN MESSAGE WAITING WBTS supervision timer has expired. The connection is closed and the controller is waiting for a new O&M connection opening from WBTS. Wait until the system cancels the alarm. Error codes: 14001 = NETWORK IS DOWN 14011 = OPERATION TIMED OUT
Value in the previous issue of the document Instructions in issue 03
Error reason (field 1) indicates which part of the connection the problem is located. Error code (field 2) indicates what caused the problem if the error reason (field 1) value is 1. Error reason = 1, failure in the WBTS connection Error code: 14005 = CONNECTION RESET BY PEER WBTS has closed the connection. Wait until WBTS opens a new connection and the system cancels the alarm. If the connection does not recover in a few minutes, check that the WBTS is correctly configured to the controller and to the network. Error codes: 13960 = BAD FILE DESCRIPTOR 13964 = PERMISSION DENIED 13965 = BAD ADDRESS(EFAULT) 13986 = RESOURCE TEMPORARILY UNAVAILABLE 13989 = SOCKET OPERATION ON NON-SOCKET 13991 = MESSAGE TOO LONG 14006 = NO BUFFER SPACE AVAILABLE 14008 = SOCKET IS NOT CONNECTED 14016 = NO ROUTE TO HOST 14608 = CONNECTION NOT EXIST The controller has attempted to send an O&M message toward the WBTS, but there is no connection to the controller (code 14608) or some has error occurred in TCP layer when the message was attempted to be sent. Check that the WBTS is correctly configured to the controller and to the network. If the configuration is correct, wait until the WBTS opens a new connection and the system cancels the alarm. Error code: 154 = TIME LIMIT EXCEEDED IN MESSAGE WAITING WBTS supervision timer has expired. The connection is closed and the controller is waiting for a new O&M connection opening from WBTS. Wait until the system cancels the alarm. Error codes: 14001 = NETWORK IS DOWN 14011 = OPERATION TIMED OUT
Value in the previous product release Instructions in release RNC17
Error reason (field 1) indicates which part of the connection the problem is located. Error code (field 2) indicates what caused the problem if the error reason (field 1) value is 1. Error reason = 1, failure in the WBTS connection Error code: 14005 = CONNECTION RESET BY PEER WBTS has closed the connection. Wait until WBTS opens a new connection and the system cancels the alarm. If the connection does not recover in a few minutes, check that the WBTS is correctly configured to the controller and to the network. Error codes: 13960 = BAD FILE DESCRIPTOR 13964 = PERMISSION DENIED 13965 = BAD ADDRESS(EFAULT) 13986 = RESOURCE TEMPORARILY UNAVAILABLE 13989 = SOCKET OPERATION ON NON-SOCKET 13991 = MESSAGE TOO LONG 14006 = NO BUFFER SPACE AVAILABLE 14008 = SOCKET IS NOT CONNECTED 14016 = NO ROUTE TO HOST 14608 = CONNECTION NOT EXIST The controller has attempted to send an O&M message toward the WBTS, but there is no connection to the controller (code 14608) or some has error occurred in TCP layer when the message was attempted to be sent. Check that the WBTS is correctly configured to the controller and to the network. If the configuration is correct, wait until the WBTS opens a new connection and the system cancels the alarm. Error code: 154 = TIME LIMIT EXCEEDED IN MESSAGE WAITING WBTS supervision timer has expired. The connection is closed and the controller is waiting for a new O&M connection opening from WBTS. Wait until the system cancels the alarm. Error codes: 14001 = NETWORK IS DOWN 14011 = OPERATION TIMED OUT
Explains the approach on how to clear the alarm after the fault situation is over. Clearing
Do not cancel the alarm with error reason 1. The system cancels the alarm automatically when the fault has been corrected. The alarm with error reason 2 must be cancelled manually. Error reason = 1 The alarm is cancelled when BTS O&M connection is working again. Error reason = 2 The larm must be cancelled manually with MML command AAN or with Fault Management application in RNC Element Manager after the conflicting WBTS id situation is corrected. Error reason = 3 The alarm is cancelled when the RNC has identified the BTS as a WBTS in the Audit procedure for situation 1. The alarm is cancelled when the incorrectly-configured BTS O&M connection is closed for situation 2. For situation 2, in case another 7750 alarm with reason 1 has been raised for the same WBTS after correcting the BTS configuration, the alarm must be manually cancelled.
Value in the previous issue of the document Clearing in issue 03
Do not cancel the alarm with error reason 1. The system cancels the alarm automatically when the fault has been corrected. The alarm with error reason 2 must be cancelled manually. Error reason = 1 The alarm is cancelled when BTS O&M connection is working again. Error reason = 2 The larm must be cancelled manually with MML command AAN or with Fault Management application in RNC Element Manager after the conflicting WBTS id situation is corrected. Error reason = 3 The alarm is cancelled when the RNC has identified the BTS as a WBTS in the Audit procedure for situation 1. The alarm is cancelled when the incorrectly-configured BTS O&M connection is closed for situation 2. For situation 2, in case another 7750 alarm with reason 1 has been raised for the same WBTS after correcting the BTS configuration, the alarm must be manually cancelled.
Value in the previous product release Clearing in release RNC17
The delay setting in a centralized alarm system part. Setting Delay in Centralized Alarm System
Do not cancel the alarm with error reason 1. The system 10 cancels the alarm automatically when the fault has been corrected. The alarm with error reason 2 must be cancelled manually. Error reason = 1 The alarm is cancelled when BTS O&M connection is working again. Error reason = 2 The larm must be cancelled manually with MML command AAN or with Fault Management application in RNC Element Manager after the conflicting WBTS id situation is corrected. Error reason = 3 The alarm is cancelled when the RNC has identified the BTS as a WBTS in the Audit procedure for situation 1. The alarm is cancelled when the incorrectly-configured BTS O&M connection is closed for situation 2. For situation 2, in case another 7750 alarm with reason 1 has been raised for the same WBTS after correcting the BTS configuration, the alarm must be manually cancelled.
Value in the previous issue of the document
Value in the previous product release
Setting Delay in Centralized Alarm System in issue 03
Setting Delay in Centralized Alarm System in release RNC17
10
10
The delay setting in a distributed alarm system part. Setting Delay in Distributed Alarm System
Value in the previous issue of the document
10
10
Setting Delay in Distributed Alarm System in issue 03
Value in the previous product release
The live time of alarm.
Value in the previous issue of the document
Value in the previous product release
Setting Delay in Distributed Alarm System in release RNC17
Time to Live
Time to Live in issue 03 Time to Live in release RNC17
10
0
0
0
The time for automatic cancellation.
Value in the previous issue of the document
Value in the previous product release
Clearing Delay
Clearing Delay in issue 03
Clearing Delay in release RNC17
10
10
10
The number of pin activated in the Value in the previous issue of the optional plug-in unit, when the alarm document is raised. Alarm Output Number Alarm Output Number in issue 03
NONE
NONE
Value in the previous product release Alarm Output Number in release RNC17
NONE
Note: See the How to Read This Report tab for instructions on the usage of Fault List Field description
Changes between issues 03 and 03A
Changes between releases Fault ID WBTS17 and WBTS18
0
1
2
6
9
Changed
10
12
13
15
16
17
18
19
23
24
26
27
28
29
30
37
38
39
48
49
50
52
69
Changed
88
94
95
96
103
109
110
111
114
115
116
124
125
128
129
130
133
134
139
144
145
146
149
150
154
157
158
160
162
163
164
165
166
167
168
Changed
New
169
New
170
214
215
216
217
218
300
304
418
420
476
1400
1401
1402
1403
1404
1405
1406
1407
1408
1409
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
1802
1803
1806
Changed
Changed
1807
Changed
1811
1816
1817
1818
1820
1822
1825
1826
1827
1829
1834
1835
1836
Changed
1837
Changed
1838
1839
1840
1841
1842
1843
1844
1845
1846
1847
1848
1850
1852
1856
1857
1858
1859
1860
1861
1866
1867
1868
1869
1870
1871
1872
1873
1874
1875
1876
1882
1885
1888
1892
1893
1894
1898
1899
1900
1901
1902
1903
1904
Changed
Changed
1905
1906
1907
1908
1910
1911
1912
1913
1917
1918
1920
1921
1922
1923
1924
1925
1926
1927
1928
1929
1931
1932
Changed
1933
1934
1937
1938
1941
1955
1956
1957
1958
2000
2001
2002
2004
2005
2006
2007
2008
2009
2010
2011
2013
2014
2016
2017
2019
2048
2049
2052
2054
2056
2057
2059
2060
2061
2073
2074
Changed
2078
2080
2302
2326
3000
3010
3013
3020
3030
3040
Changed
3050
3060
3070
3080
3090
3100
3511
4000
4001
4002
4003
4004
New
New
4008
4010
4011
4015
4019
4022
4023
4025
4029
4030
4036
4037
Changed
4038
4039
4040
4041
4043
4045
4046
4047
4048
Changed
4052
4053
4056
4057
4063
4064
4066
4068
4069
4071
4072
4073
4076
4077
4078
4079
4080
4081
4082
4083
4085
4087
4088
4091
4092
4097
4100
4102
4106
4107
4109
4110
New
4114
4122
4123
4124
4125
4126
4137
4138
Changed
4139
4140
4145
4153
4156
4157
4158
4169
4175
4199
4202
4221
4231
4232
4235
4248
4257
4270
4278
4303
Removed
4332
4369
New
4372
4380
Changed
New
4397
New
4421
6280
6502
6701
6706
6707
6708
New
6910
61006
61010
61020
61022
61023
61028
61029
61030
61040
61050
61057
61058
61059
61069
61070
61071
61072
61074
61075
61076
61077
61079
61084
61085
61102
61103
61104
61105
61106
61107
61108
61109
61150
61151
61152
61170
61171
61172
61175
61176
61177
61178
61179
61180
61181
61183
61201
61250
61251
61252
61260
61302
61400
61410
61411
61500
61510
61601
61602
61605
61606
61607
61613
61615
61616
61617
61618
61622
61623
61624
61631
61634
61635
61636
61637
61638
61641
New
61647
Removed
1935
The name of fault.
The name of the product in question.
Fault Name
Used in Product
Fan module operation degraded:
FlexiBTS
Fan module faulty:
FlexiBTS
Unit temperature is high
FlexiBTS
Unit SW download failed
FlexiBTS
Difference between BTS master clock and reference frequency
FlexiBTS
No connection to unit
FlexiBTS
Baseband resources mapping to cells failure
FlexiBTS
Unit initialization failure
FlexiBTS
Unit initialization failure
FlexiBTS
Unit synchronization failed
FlexiBTS
BTS RNC/Flexi Direct interface signalling link failure
FlexiBTS
BTS RNC/Flexi Direct interface signalling link failure
FlexiBTS
BTS RNC/Flexi Direct interface signalling link failure
FlexiBTS
Incompatible SW version detected in unit:
FlexiBTS
Obsolete SW version detected in unit:
FlexiBTS,MetroSite,MetroSite 50,Optima,Optima Compact RF Extension,Optima IBBU,Supreme,Triplemode
BTS time not corrected
FlexiBTS
Error in file server during file download type
FlexiBTS
File corrupted in SW download
FlexiBTS
BTS SW download or activation failed
FlexiBTS
BTS SW download or activation failed
FlexiBTS
Mains power break, running battery backup
FlexiBTS
Delayed cell shutdown alarm
FlexiBTS
Immediate cell shutdown alarm
FlexiBTS
Unit blocked
FlexiBTS
Cell blocked
FlexiBTS
BTS blocked
FlexiBTS
# autonomous reset as recovery action
FlexiBTS
POST test failed
FlexiBTS
Missing NBAP cell parameters, defaults are used
FlexiBTS
Unknown HW resource
FlexiBTS
Unit not supported by running SW
FlexiBTS
Cell block rejected by RNC/Flexi Direct RNC
FlexiBTS
Carrier power measurement fault
FlexiBTS
Telecom configuration failure
FlexiBTS
Telecom configuration failure
FlexiBTS
Telecom configuration failure
FlexiBTS
Communication failure with RNC
FlexiBTS
Telecom cell enabling or disabling failed
FlexiBTS
Telecom cell enabling or disabling failed
FlexiBTS
Not enough DSP capacity to set up a cell
FlexiBTS
Cell power monitoring
FlexiBTS
BTS config error (Wrong LTX Frequency Order) FlexiBTS
DSP failure in radiolink creation
FlexiBTS
Not enough resources for commissioned HSUPA
FlexiBTS
Rx signal level failure
FlexiBTS
Rx signal level failure
FlexiBTS
DSP mode change failed
FlexiBTS
DSP malfunction occurred
FlexiBTS
Resource block not available
FlexiBTS
Resource block occupied by high priority services
FlexiBTS
Ten consecutive Nacks received from a DSP at FlexiBTS DCH setup
Rel2 ESM HSPA capability not fully utilized
FlexiBTS
PIC pool configuration failure
FlexiBTS
Not enough CCCH Processing Set licenses commissioned
FlexiBTS
Hanging HSPA resources
FlexiBTS
One of the Common Transport Channels is deleted
FlexiBTS
Commissioned HS-RACH resource steps not possible to be allocated [LCG ]
FlexiBTS
RX signal level failure
FlexiBTS
Invalid Shared LCG PIC Pool Configuration
FlexiBTS
Incorrect Carrier Aggregation Configuration [LCG ]
FlexiBTS
RAN level misconfiguration
FlexiBTS
Unsupported CA Group ID change [LCG ]
FlexiBTS
Failure in connection between WBTS and 3rd party tool
FlexiBTS
NBIC resource block is not available [LCG ]
FlexiBTS
Unsupported TX Configuration
FlexiBTS
Flash operation failure
FlexiBTS
Flash operation failure
FlexiBTS
Flash operation failure
FlexiBTS
Flash operation failure
FlexiBTS
Flash operation failure
FlexiBTS
WAM internal error
FlexiBTS
ATM traffic overload
FlexiBTS
Fatal OSE error
FlexiBTS
Out Of Frame Data Error
FlexiBTS
Antenna link is down
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
[User defined]
FlexiBTS
BTS file error
FlexiBTS
BTS file error
FlexiBTS
Communication failure
FlexiBTS
Invalid frequency channel for the BTS HW
FlexiBTS
Baseband bus configuration of was rejected
FlexiBTS
Transmission clock missing
FlexiBTS
Oven oscillator heating failure
FlexiBTS
BTS Master Clock tuning failure
FlexiBTS
Oven oscillator missing pulse
FlexiBTS
FSP/WSP Frame synchronisation failed
FlexiBTS
Transmission parameters missing
FlexiBTS
Transmission parameters missing
FlexiBTS
Starting temperature below minimum
FlexiBTS
Connection to transmission broken
FlexiBTS
Mast Head Amplifier above current window fault,
FlexiBTS
Mast Head Amplifier below current window fault,
FlexiBTS
Antenna line failure
FlexiBTS
VSWR major alarm
FlexiBTS
VSWR minor alarm
FlexiBTS
Low noise amplifier failure
FlexiBTS
Filter unit operation failed
FlexiBTS
Filter unit faulty
FlexiBTS
RET antenna control failure
FlexiBTS
RET antenna control failure
FlexiBTS
RET antenna control failure
FlexiBTS
RET antenna control failure
FlexiBTS
RET antenna control failure
FlexiBTS
Antenna line device HW failure
FlexiBTS
Antenna line device missing software
FlexiBTS
SW corrupted
FlexiBTS
System clock for extension system module not FlexiBTS available
Incoherency in cell configuration
FlexiBTS
Incoherency with RF Modules
FlexiBTS
Faulty configuration of system modules
FlexiBTS
Waiting for RF connections
FlexiBTS
Heating element not working
FlexiBTS
Not enough DSP resources per cell
FlexiBTS
Fault diagnostics rule file error
FlexiBTS
Fault diagnostics rule file error
FlexiBTS
Not enough HW for LCR
FlexiBTS
MHA unit operation failure
FlexiBTS
MHA operation failure
FlexiBTS
Antenna line device operation failure
FlexiBTS
Antenna line device operation failure
FlexiBTS
Antenna line device operation failure
FlexiBTS
Antenna line device operation failure
FlexiBTS
SRAM operation failure
FlexiBTS
SRAM operation failure
FlexiBTS
Self test failed
FlexiBTS
License missing
FlexiBTS
Antenna line device configuration failure
FlexiBTS
External Filter missing from LCR
FlexiBTS
Internal delay measurement failure
FlexiBTS
Autonomous recovery reset
FlexiBTS
PPS reference missing
FlexiBTS
2M external reference missing
FlexiBTS
RF Module configuring failed
FlexiBTS
RF Module critical file not found
FlexiBTS
RF Module file not found
FlexiBTS
Frame clock missing
FlexiBTS
RF BB bus synchronization error
FlexiBTS
RF BB bus configuration error
FlexiBTS
RF BB bus connection transmission error
FlexiBTS
TX out of order
FlexiBTS
RF Module gain adjusting failure
FlexiBTS
RF Module filter input power missing
FlexiBTS
RX out of order
FlexiBTS
RF Module out of order
FlexiBTS
RF Module Overheat
FlexiBTS
Cooling fan out of order
FlexiBTS
RF Module power output faulty
FlexiBTS
No feedback signal
FlexiBTS
Transmission quality deteriorated
FlexiBTS
Temperature too low (heating ongoing)
FlexiBTS
Unit unidentified
FlexiBTS
Configuration file corrupted
FlexiBTS
Post test failed
FlexiBTS
Module clock faulty
FlexiBTS
RF power decreased
FlexiBTS
FPGA SW update failed
FlexiBTS
RF module optical interface configuration failure
FlexiBTS
RF Module blocked
FlexiBTS
No module fan detected
FlexiBTS
Cooling fan broken
FlexiBTS
Cooling fan has reduced from the set speed
FlexiBTS
Unit (module) dangerously overheating
FlexiBTS
Pipe dangerously overheating
FlexiBTS
RF module temperature is high
FlexiBTS
Increased BER detected on the optical connection to Radio Module
FlexiBTS
Critical BER detected on the optical connection FlexiBTS to Radio Module
Antenna line switched off
FlexiBTS
RP3 routing collisions are detected on FR module
FlexiBTS
Optical interface faulty
FlexiBTS
Optical interface faulty
FlexiBTS
Receiving failure in optical interface
FlexiBTS
10b8b coding error in Optical Interface device
FlexiBTS
Synchronization failure in Optical Interface
Optical interface data/control/Ethernet buffer full
FlexiBTS
Optical interface data/control/Ethernet buffer full
FlexiBTS
Optical interface data/control/Ethernet buffer full
FlexiBTS
Optical interface data/control/Ethernet buffer full
FlexiBTS
Optical interface data/control/Ethernet buffer full
FlexiBTS
OIC MCU Buffer Full
FlexiBTS
Frame burst receiving fault
FlexiBTS
Frame clock deviation fault
FlexiBTS
BB bus reception error (summing device)
FlexiBTS
BB bus transmission error
FlexiBTS
Address mismatch in summing
FlexiBTS
Synchronization error in RP1 receiver
FlexiBTS
Synchronization error in RP1 receiver
FlexiBTS
RP1 synchronization burst error
FlexiBTS
Buffer over/underflow in clock crossing logic
FlexiBTS
Firmware SW mismatch
FlexiBTS
BB bus message in the wrong slot
FlexiBTS
Summing not enabled for message type
FlexiBTS
Transmission rule collision in Muksu
FlexiBTS
Overload collision in transmitter
FlexiBTS
SRIO enumeration
FlexiBTS
SRIO retry stopped
FlexiBTS
Eeprom read error
FlexiBTS
SRIO host link down
FlexiBTS
DSP accelerator initialization failure
FlexiBTS
SRIO link degradation
FlexiBTS
System Module failure
FlexiBTS
RF Module failure
FlexiBTS
Failure in replaceable baseband unit
FlexiBTS
Baseband Bus failure
FlexiBTS
Failure in optical RP3 interface
FlexiBTS
Temperature alarm
FlexiBTS
Fan failure
FlexiBTS
Commissioning error:
FlexiBTS
Configuration error:
FlexiBTS
BTS reference clock missing
FlexiBTS
BTS internal SW management problem
FlexiBTS
Antenna Line Device failure
FlexiBTS
No connection to BTS transport submodule
FlexiBTS
Incoherency in cell configuration
FlexiBTS
BTS reset required
FlexiBTS
Feature expiry on ,
FlexiBTS
TX failure in MIMO
FlexiBTS
Too many LCGs for HW to support
FlexiBTS
Power level not supported
FlexiBTS
PLL status not locked
FlexiBTS
GPS Receiver alarm: control interface not available
FlexiBTS
SRIO chain configuration was rejected
FlexiBTS
Master unit has lost connection to the slave unit FlexiBTS
Writing parameter to Radio Module failed
FlexiBTS
Reading license targetID from BTS failed
FlexiBTS
Internal MTU configuration failure
FlexiBTS
SW corrupted
FlexiBTS
BTS is uncommissioned
FlexiBTS
Invalid configuration file
FlexiBTS
Failure in license activation
FlexiBTS
Radio Master Conflict
FlexiBTS
RP3-01 Link Conflict
FlexiBTS
Unit initialization failure
FlexiBTS
Retrieving backup license targetId information from BTS failed
FlexiBTS
Tuning frequency out of range
FlexiBTS
Antenna line faulty
FlexiBTS
Antenna line operation degraded
FlexiBTS
Antenna line device SW download failure
FlexiBTS
Antenna line device SW download failure
FlexiBTS
No connection to unit
FlexiBTS
Baseband internal link test failed
FlexiBTS
TargetId verification failure
FlexiBTS
Radio resources switched off
FlexiBTS
HW not supported by current SW version
FlexiBTS
Missing RP3-01 link
FlexiBTS
SRIO multicast configuration failed
FlexiBTS
FSP in resetting state
FlexiBTS
RS485 IUANT port failure
FlexiBTS
Module dangerously overheating
FlexiBTS
Parallel RP3-01 link length mismatch
FlexiBTS
Fan vendor not detected
FlexiBTS
Distributed site support not enabled
FlexiBTS
FSP overheating
FlexiBTS
Cooling fan broken
FlexiBTS
Cooling fan speed decreased
FlexiBTS
Cooling fan is over speeding
FlexiBTS
Summing service release from reset failed
FlexiBTS
SW fallback
FlexiBTS
SW fallback
FlexiBTS
SW fallback
FlexiBTS
Internal communication error
FlexiBTS
File System access failed
FlexiBTS
BTS reset time increased
FlexiBTS
Summing service default initialization failed
FlexiBTS
BTS configuration not supported
FlexiBTS
FSP reset failure
FlexiBTS
Boot configuration inconsistency detected
FlexiBTS
SRIO connection failure between system module
FlexiBTS
Power on #smodLogicalId #pwrLineId line switched off remotely by user
FlexiBTS
Baseband reset needed
FlexiBTS
Peer system module connection lost
FlexiBTS
Synchronization master missing
FlexiBTS
GPS Receiver alarm: not tracking satellites
FlexiBTS
GPS Receiver alarm: survey in progress
FlexiBTS
GPS Receiver alarm: no stored position
FlexiBTS
GPS Receiver alarm: position questionable
FlexiBTS
GPS Receiver alarm: EEPROM invalid
FlexiBTS
Incorrect Rx bandwidth
FlexiBTS
Incorrect Tx bandwidth
FlexiBTS
Incorrect carrier separation
FlexiBTS
Read-only field encountered in the antenna line FlexiBTS device
Validation of signed file failed
FlexiBTS
Reference clock missing in startup
FlexiBTS
Vertical sectorization license missing
FlexiBTS
Tilting per carrier license missing
FlexiBTS
Tilting per TX/RX license missing
FlexiBTS
Extended logging into ramdisk is active
FlexiBTS
Feature is not activated in SCF
FlexiBTS
Extension System Module cannot be taken into FlexiBTS use
Extension System Module is connected through incorrect RP3-01 line rate
FlexiBTS
Reading targetId or timestamp from FR failed
FlexiBTS
Internal baseband bus synchronization error
FlexiBTS
BTS booted due to #
FlexiBTS
out of range
FlexiBTS
IRC Receiver not available for pure single RX BTS configuration
FlexiBTS
Unsupported fiber cabling
FlexiBTS
MHA in bypass mode
FlexiBTS
RF Module Unauthorized
FlexiBTS
Target ID has been recovered
FlexiBTS
Power reduction
FlexiBTS
Failure in connection establishment between WBTS and 3rd party tool
FlexiBTS
IP configuration changed
FlexiBTS
Communication failure towards TRSW
FlexiBTS
Startup checksum failure
FlexiBTS
No more IP addresses available
FlexiBTS
Phase error exceeds 5 us limit
FlexiBTS
High memory consumption
FlexiBTS
Critical bit toggling error
FlexiBTS
DSP platform fatal error
FlexiBTS
DSP application fatal error
FlexiBTS
Externally triggered DSP fatal error
FlexiBTS
SRIO HW issue detected during sRIO message FlexiBTS receiving
BTS booted at $date due to $RCause
FlexiBTS
BTS reset required
FlexiBTS
DSCP $D signalled but not configured
FlexiBTS
BFD group $bfdGrpId down
FlexiBTS
Forwarding table exceeds maximum route entry count 1200
FlexiBTS
LOF on unit $U, interface $IF
FlexiBTS
LOS on unit $U, [Ethernet] interface $IF
FlexiBTS
Dead Peer Detected
FlexiBTS
Interface under test on unit $U, interface $IF for FlexiBTS $T minutes
Missing or non-compliant SFP module on unit $U, interface $I
FlexiBTS
LOCD on unit $U, {interface/imag} $IF
FlexiBTS
Synchronization lost
FlexiBTS
$Protocol Timing source lost [on unit $U] [, interface $IF]
FlexiBTS
CESoPSN UDP port overlap fault
FlexiBTS
CES pseudowire tunnel $T down on unit $U
FlexiBTS
CES pseudowire $W down on unit $U
FlexiBTS
CES pseudowire remote packet loss on wire $W on unit $U
FlexiBTS
CRL Update Failure
FlexiBTS
Link OAM loopback inserted on unit $U, interface $F by $P peer
FlexiBTS
Link OAM link lost on unit $U, interface $F
FlexiBTS
Link OAM critical link event $E on unit $U, interface $F
FlexiBTS
SFP HW Failure
FlexiBTS
TWAMP session down for reason: $r
FlexiBTS
OSPF neighbor $cause
FlexiBTS
AIS (Multiplexer Section) on unit $U, interface $IF
FlexiBTS
RDI (Multiplexer Section) on unit $U, interface $IF
FlexiBTS
EBER on unit $U, {interface/imag} $IF
FlexiBTS
LOP (Administrative Unit) on unit $U, interface $IF
FlexiBTS
AIS (Administrative Unit) on unit $U, interface $IF
FlexiBTS
UNEQ (High Order Path) on unit $U, interface $IF
FlexiBTS
PLM (High Order Path) on unit $U, interface $IF
FlexiBTS
RDI (High Order Path) on unit $U, interface $IF FlexiBTS
LOMF on slot $U, interface $IF
FlexiBTS
AIS on unit $U, interface $IF
FlexiBTS
RDI on unit $U, interface $IF
FlexiBTS
Loss of IMA frame on unit $U, interface $IF
FlexiBTS
IMA link out of delay synchronization on unit $U, interface $IF
FlexiBTS
IMA remote failure indication on unit $U, interface $IF
FlexiBTS
Far-end transmit link unusable on unit $U, interface $IF
FlexiBTS
Far-end receive link unusable on unit $U, interface $IF
FlexiBTS
Far end group start-up on unit $U, IMA Group $IMAG
FlexiBTS
Config-abort state on unit $U, IMA Group $IMAG
FlexiBTS
Far end config-abort state on unit $U, IMA Group $IMAG
FlexiBTS
Insufficient links on unit $U, IMA Group $IMAG FlexiBTS
Far end insufficient links on unit $U, IMA Group FlexiBTS $IMAG
Group timing mismatch on unit $U, IMA Group $IMAG
FlexiBTS
Transport module missing: $unit
FlexiBTS
IPCP Failure
FlexiBTS
LCP Failure on Interface $IF
FlexiBTS
PPP Interface down
FlexiBTS
STC link down on $IF
FlexiBTS
Transport memory utilization threshold exceeded
FlexiBTS
Licence missing ,
FlexiBTS
CCM fault level $ prio $p cause $c
FlexiBTS
ETH AIS fault interface $IF level $l mac $x
FlexiBTS
Too many login attempts with incorrect credentials from $S
FlexiBTS
Automatic BTS Operator Certificate retrieval unsuccessful
FlexiBTS
Pseudowire $PW down in ingress direction on unit $U.
FlexiBTS
Pseudowire $PW down in egress direction on unit $U
FlexiBTS
BFD $session down, ingress, $sourceIP to $destinationIP
FlexiBTS
BFD $session down, egress, $sourceIP to $destinationIP
FlexiBTS
Auto-negotiation mismatch, on unit $U, Ethernet interface $IF
FlexiBTS
NTP server is not accessible
FlexiBTS
Power cannot be applied to powered device on FlexiBTS unit $U, IF $IF
Vendor BTS certificate is about to expire
FlexiBTS
Link flapping fault
FlexiBTS
BTS and/or peer trust anchor expired or due to FlexiBTS expire
MLPPP link Degrade
FlexiBTS
SyncE SSM Timed Out on unit $UID, interface $IF
FlexiBTS
SyncE Quality Level Degraded on unit $UID, interface $IF
FlexiBTS
ToP master service $IP unusable
FlexiBTS
Unsupported HW device
FlexiBTS
Frame loss threshold exceed on mac $m flm $f FlexiBTS
Two way delay threshold exceeded on mac $m FlexiBTS
OneWay delay variation threshold exceed on mac $m
FlexiBTS
Configuration change rejected by BTS
FlexiBTS
IP Traffic Capturing Ongoing [port $port,] [mac $m]
FlexiBTS
IPSec expert mode activated
Flexi BTS FDD,Flexi BTS TDD
Cooling fan is overspeeding
FlexiBTS
The unit that detects the fault.
The equipment suspected to be faulty (sub-unit in parentheses). Note that sometimes the actual source of the fault is different than the one that detects the fault.
Detecting Unit
Source
FCM
Fan
FCM
FSM/FANGROUP
FCM/FCT
FCM/FCT, FSP, FTM, FBIA
FCM
FSP, DSP
FCM, FCT
FCM, FCT
FCM/FCT
FSP, FT, FF, MHA, TILT, FR, FA, extension FSM, FBB, FPF For fault 4052 the only source is pluggable FSP
FCM/FCT
FCM/FCT, FSP
FCM/FCT
FCM/FCT, FSP
FCM/FCT
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT, FR, FF, FSP, FTM, uncommissioned FR
UltraSite, MetroSite, MetroSite 50, UltraSite, MetroSite, MetroSite 50, Triple-mode: Triple-mode: WAM; FlexiBTS: FCM; WAM, WTR, WPA/WMP, AXC UltraSite/EUBB: WAMA FlexiBTS: FCM FCM/FCT
FCM/FCT UltraSite/EUBB: WSMF
FCM/FCT
FCM/FCT
FCM/FCT
FCM (FSMr2) / FCT (FSMr3), FR, uncommissioned FR
FCM/FCT
FCM (FSMr2) / FCT (FSMr3), FR
FCM/FCT
FCM (FSMr2) / FCT (FSMr3), FR
FCM
FCM, FCT
FCM/FCT
LCR
FCM/FCT
LCR
FCM/FCT
FR, extension FSM, FSP
FCM/FCT
LCR
FCM/FCT
FCM/FCT
FCM / FCT
FCM/FCT, FR, FSP, FBIA, DSP
FCM, FT, FSP
FSP, FT, FCM/FCT, DSP
FlexiBTS: FSM;
FlexiBTS: FCM, FCT
FCM/FCT
- FSP (fixed and plug-in cards) - FTM
FCM/FCT
All possible units.
FCM/FCT
LCR
FSM
Tx1-n/Rx1-n
FCM, FSP, FCT
extension module FCM/FCT, FSP, FR, DSP
FCM, FSP, FCT
extension module FCM/FCT, FSP, FR, DSP
FCM, FSP, FCT
extension module FCM/FCT, FSP, FR, DSP
FCM, FCT
FCM, FCT, (RNC)
FCM, FCT, FSP
LCR
FCM, FCT, FSP
LCR
FCM, FCT
FCM, FCT
FSM
TX
FSM
LTX
FCM/FCT
DSP
FCM, FCT
FCM, FCT
FSM
Antenna Line
FSM
Antenna Line
FSM
DSP
FSM
DSP
FSM
FlexiBTS Rel2: FSP,FCM FlexiBTS Rel3: FCT
FCM, FCT
FlexiBTS Rel2: FSP,FCM FlexiBTS Rel3: FCT
FCM/FCT
DSP
FCM
ESM
FCM, FCT
LCR,FCM,FCT
FCM, FCT
FCM, FCT
FCM, FCT
DSP
FCM,FCT
LCR
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT
RX1-n
FSM
FCT
FCT
FCT
FSP
FCT
FCT
FCM, FCT
FCM, FCT
FSP
FSP
Flexi BTS:FSM(HW rel3);
LCR
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FlexiBTS: FCM, FCT
FlexiBTS: FCM, FCT
System Module, Extension Module FSM (FCM, FSP), FBIA, FCT
FSP
DSP
FSP
DSP
FSP
DSP
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM, FCT
FCM, FCT, FR
FCM/FCT
FCM / FCT
FCM/FCT
FCM/FCT
All units can use this fault
This can be detected in any unit of the BTS.
FCM,FCT
LCR
FCM/FCT
FCM/FCT, HWPORT, FSP, DSP, FR
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FCM/FCT
FCM/FCT
FlexiBTS: FCM, FCT; FlexiLiteBTS: FlexiBTS: FCM, FCT SCR FlexiLiteBTS: SCR FlexiBTS: FCM
FlexiBTS: FCM
FCM/FCT
FT, FCT
FCM/FCT
FT, FCT
FCM
FSM
FCM
FSM
FR, FF
Flexi MHA
FR, FF
Flexi MHA
FF, FR
Antenna line
Flexi Filter, FR
Antenna line
Flexi Filter, FR
Antenna line (TX)
Flexi Filter
RX1-n
Flexi Filter
TX1-n / RX1-n
Flexi Filter
Antenna line (TX, RX)
RET
RET
RET
RET
RET
RET
RET
RET
RET
RET
FF, TILT
FF, TILT, MHA, EFIL
FF, MHA, TILT
FF, MHA, TILT
FCM/FCT
Filter, FR, FTM, uncommissioned FR
FCM/FCT
FSM
FCM
FR
FCM
FR
FCM, FCT
FCM
FCM
FCM
FCM
FCM
FCM
FCM
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FCM/FCT
LCR
AISG MHA
AISG MHA
AISG MHA
AISG MHA
FSM,FCT
Flexi Filter, FA, AISG MHA, RET
FSM,FCT
Flexi Filter, FA, AISG MHA, RET
FSM,FCT
Flexi Filter, FA, AISG MHA, RET
FSM,FCT
Flexi Filter, FA, AISG MHA, RET
FSM
FSM
FSM
FSM
FCM
FSP
FCM/FCT
LICENSE-
FSM
FF, MHA, RET, other unknown ALD
FCM
LCR
FSM, FSP, FCT
DSP
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FR, FCM/FCT
FR [AAS]:FR, TX1-n/RX1-n
FR
FR [AAS]:FR, TX1-n/RX1-n
FR
FR
FR
FR, RX1-n
FR
FR, TX1-n / RX1-n
FR
TX1-n / RX1-n
FR
FR, TX1-n
FR
TX1-n
FR
TX1-n
FR
Antenna line
FR
RX1-n
FR
FR, [AAS]:FR, TX1-n/RX1-n
FR
FR
FR
Fan
FR
FR, TX1-n
FR
TX1-n
FR
Antenna line
FR
FR
FR
FR
FR
FR, TX1-n/RX1-n
FR
FR
FR
FR [AAS]: FR, TX1-n/RX1-n
FR
TX1-n
FR
FR
FR
FR
FR
FR
FR
FAN, FAN_GROUP
FR
FAN, FAN_GROUP
FR
FAN, FAN_GROUP
FR/RFSW
FR [AAS]: FR, TX1-n / RX1-n
FR/RFSW
TX1-n
FR
FR
FR
FR
FR
FR
FR
Antenna line
FR
FR
FCM, FCT
OptIF (HWPORT)
FCM, FCT
OptIF (HWPORT)
FCM, FCT
OptIF (HWPORT)
FCM, FCT
OptIF (HWPORT)
FCM, FCT
FCM: OptIF (HWPORT) or the channel (1-12) between the OIC FPGA and MUKSU ASIC. FCT: OptIF (HWPORT)
FCM, FCT
FCM: OptIF (HWPORT) 1-5 or the channel (112) between the OIC FPGA and MUKSU ASIC. FCT: OptIF (HWPORT) 1-6
FCM, FCT
FCM: OptIF (HWPORT) 1-5 or the channel (112) between the OIC FPGA and MUKSU ASIC. FCT: OptIF (HWPORT) 1-6
FCM, FCT
FCM: OptIF (HWPORT) 1-5 or the channel (112) between the OIC FPGA and MUKSU ASIC. FCT: OptIF (HWPORT) 1-6
FCM, FCT
FCM: OptIF (HWPORT) 1-5 or the channel (112) between the OIC FPGA and MUKSU ASIC. FCT: OptIF (HWPORT) 1-6
FCM, FCT
FCM: OptIF (HWPORT) 1-5 or the channel (112) between the OIC FPGA and MUKSU ASIC. FCT: OptIF (HWPORT) 1-6
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FSP, FBB, OptIF (HWPORT)
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT, FSP
FCM
FSM
FCM
FSM
FCMD, FCT
Master FSM
FCT, FCM
OptIF (HWPORT)
FCT
FCT(Master System Module or Extension System Module)
FCM
FSP
FCT, FCM
FSP
FCT, FCM
FSP
FCT, FCM
FSP
FCT
FCT, ESM
FCT
FSP, FCT, FBB, DSP, ESM.
FCT
FBB, ESM, FTM
FCT
FCT, ESM
FSP
DSP
FSP
DSP
FSM
FSM, FCT, FSP, DSP
FSM, FR
FR
FSM
FSP
FSM, FR
FSM, FR
FSM, FR
FSM, FR
FSM, FR
FSM, FR, FBIA
FSM, FR
FSM/FAN, FR
FSM, FR
FSM, FR, FT
FSM, FR
FSM, FR, MHA, TILT, LCR, FBIA
FSM
FSM
FSM
FSM, FR, FT, FBIA
FSM, Antenna Line Device itself
FR, MHA, TILT, EFIL
FSM
FTM
FCM, FCT
FSM, LCR
FSM
Extension FSM, FR
FCM/FCT
LICENSE-
FCM/FCT
LCR
FSM
FR
FCT
LCR
FCM
FSP
FCM/FCT
GNSS
FSM
FSP, DSP
FSM/FCT
FSP, FSM/FCT (extension), FBIA, DSP
FCM/FCT
FR
FCM/FCT
FR
FCM
FCM, FSP
FCM/FCT
Filter, FR, FTM, uncommissioned FR
FCM/FCT
FSM
FCM/FCT
FCM/FCT
FCM/FCT
FSM
FCM
FR, FSM
FCM
FR
FCM/FCT
FCM/FCT, FSP
FCM/FCT
FR
FR
Antenna line (TX, RX)
FR
Antenna line
FR
Antenna line
FCM,FCT
MHA, RET
FCM,FCT
MHA, RET
FCM/FCT
FSP, FT, FF, MHA, TILT, FR, FA, extension FSM, FBB, FPF For fault 4052 the only source is pluggable FSP
FCM
FCM
FSM
FSM
FCM/FCT
Antenna line
FCM, FCT
FSM, FR
FCM
Carriers
FSM
FCT
FCM
FSP
Flexi Filter, FR
Antenna line
FCM
FSP
FCM
OptIF (Link)
FCT
FAN1-n
FSM
FR
FCT
FSP
FCT
Fan/Fan group
FCT
Fan/Fan group
FCT
Fan/Fan group
FCT
FCT
FSMr2: FCM, FSMr3: FCT
4082: FSMr2: FCM, FSP MCU FSMr3: FCT 4083: FSMr2: FCM FSMr3: FCT 4085: (for FSMr3 only) FSMr3: FCT
FSMr2: FCM, FSMr3: FCT
FSMr2: FCM, FSMr3: FCT
4082: FSMr2: FCM, FSP MCU FSMr3: FCT 4083: 4082: FSMr2: FCM FSMr2: FCM, FSP MCU FSMr3: FCT FSMr3: FCT
FSM/FSP, FCM/FCT
4085: (for FSMr3 only) 4083: FSM, FSP, FSMr3: FCTDSP FSMr2: FCM FSMr3: FCT
FCM, FCT
4085: (for FSMr3 only) FCM, FCT FSMr3: FCT
FSM
FSM
FCT
FCT
FCT
FSP
FCM/FCT
FSP
FCM/FCT
FCM/FCT, FSP MCU
FCT
slave FCT
FCM, FCT
FCM, FCT
FCM
FSP
FCM
FCM
FCM, FCT
RF
FCM/FCT
GNSS
FCM/FCT
GNSS
FCM/FCT
GNSS
FCM/FCT
GNSS
FCM/FCT
GNSS
FSM
LCR
FSM
LCR
FSM
LCR
FSM
AISG MHA, TILT
FCT
FCT
FCM, FCT
FCM, FCT
FCM, FCT
LCR
FCM, FCT
LCR
FCM, FCT
LCR
FCT
FCT
FCM, FCT
LCR
FCT
ESM
FCT
ESM
FCM/FCT
FCM/FCT
FCM/FCT
FSP
FCT, FCM
FCT, FCM
FCM/FCT
Antenna line
FCM/FCT
FCM/FCT
FCM;FCT
FR
AISG MHA
MHA
FCT
FR
FCM, FCT
FSM
FCM/FCT
LCR
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT, RF, Filter
FCM, FCT
FTM
FSP
DSP
FCM, FCT
FCM/FCT, RF
FCM, FCT
BTS
FSM
FCM/FCT, FSP
FSP
FSP
FCM/FCT
DSP
FCM/FCT, DSP
DSP
FCM/FCT, DSP
DSP
FSP
FSP
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTOA, FTIB, FTLB, FTFB, FTIF,FSM
NE-FTM-1
FTEA, FTEB, FTIA, FTIB, FTLB, FTFA, FTHA, FTJA, FTOA, FTFB, FTPB, FSM,FTIF
NE-FTM-1
FTIB, FTIA, FTJA, FTFB, FTLB, FSM, FTIF
QOS
FTIA, FTJA, FTIB, FTLB, FTFB, BFDGRP FTEB, FTPB, FTHA, FTFA, FSMF , FTIF FTIA, FTJA, FTIB, FTLB, FTFB, IPRT-2 FTEB, FTPB, FTHA, FTFA, FSMF , FTIF FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTOA, FTIB, FTLB, FTFB, FSM,FTIF
PPTT
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTOA, FTIB, FTLB, FTFB, FSM,FTIF
PPTT, SPTT, ETHLK
FTIA, FTJA, FTIB, FTLB, FTFB, FTEB, FTPB, FTHA, FTFA, FSM, FTIF
IKESA
FTOA, FTIA, FTJA, FTIB, FTFB, FSM,FTIF, FTLB
PPTT, SPTT
FTOA, FTIA, FTJA, FTIB, FTFB, FSM,FTIF, FTLB
SPTT, ETHLK
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTOA, FTIB, FTFB, FTIF
PPTT
FTJA, FTHA, FTOA, FTEB, FTIA, FTFA, FTPB, FTIB,FIIB, FTLB, FTFB, FSM,FTIF
STPG
FTEB, FTPB, FTIA, FTFA, FTIB, FTLB, FTOA, FTFB, FSM,FTIF
STPG
FTIB,FTLB,FTFB, FTIF,FSM
CESIF
FTIB, FTLB, FTFB,FSM,FTIF
CESPWT
FTIB, FTLB, FTFB, FSM,FTIF
CESPW
FTIB, FTLB, FTFB, FSM,FTIF
CESPW
FTIA, FTOA, FTJA, FTIB, FTLB, FTFB, FTEB, FTPB, FTHA, FTFA, FSM, FTIF
CERTH
FTIA, FTJA, FTIB, FTLB, FTFB, FSM,FTIF
ETHLK
FTIA, FTJA, FTIB, FTLB, FTFB, FSM,FTIF
ETHLK
FTIA, FTJA, FTIB, FTLB, FTFB, FSM,FTIF
ETHLK
FTIA, FTIB, FTLB, FTOA, FSM, FTIF
NE-FTM-1
FTIA, FTJA, FTIB, FTLB, FTFB, FTEB, FTPB, FTHA, FTFA, FSM, FTIF
TWAMP
FTIA, FTJA, FTIB, FTLB, FTFB, FSM,FTIF
OSPFV2
FTOA
SMTT
FTOA
SMTT
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTLB, FTFB, FSM,FTIF
PPTT
FTOA
SVTT
FTOA
SVTT
FTOA
SVTT
FTOA
SVTT
FTOA
SVTT
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTLB, FTFB, FSM,FTIF
PPTT
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTLB, FTFB, FSM,FTIF
PPTT
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTLB, FTFB, FSM,FTIF
PPTT
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAL
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAL
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAL
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAL
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAL
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAG
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAG
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAG
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAG
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAG
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
IMAG
FSM, FTIF
UNIT
FTEB, FTPB, FTIA, FTIB, FTLB, FTFA, FTJA, FTHA, FTOA, FTFB, FSM,FTIF
P3SL; P3ML
FTEB, FTPB, FTIA, FTIB, FTLB, FTFA, FTJA, FTHA, FTOA, FTFB, FSM,FTIF
P3LP
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTLB, FTFB, FSM,FTIF
P3ML, P3SL
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTFB, FTLB, FSM, FTIF
A2ST
FTLA, FTLB
NE-FTM-1
FTJA, FTHA, FTOA, FTPB, FTEB, FTIA, FTFA, FTIB, FTLB, FTFB, FSM,FTIF
NE-FTM-1
FTIA, FTJA, FTIB, FTLB, FTFB, FTEB, FTHA, FTFA, FSM, FTIF
OAMMA,OAMMD,NE-FTM-1
FTIA, FTJA, FTIB, FTLB, FTFB, FTEB, FTPB, FTHA, FTFA, FSM, FTIF,
NE-FTM-1
FTEB, FTPB, FTIA, FTIB, FTLB, FTFA, FTJA, FTHA, FTOA, FTFB, FSM,FTIF
NE-FTM-1
FTEB, FTPB, FTIA, FTLB, FTFA, FTJA, FTHA, FTOA, FTIB, FTFB, FSM,FTIF
CERTH
FTIA, FTJA, FTIB, FTLB
PWMP
FTIA, FTJA, FTIB, FTLB
PWMP
FTIA, FTJA, FTIB, FTLB, FTFB, FTEB, FTPB, FTHA, FTFA, FSM, FTIF
BFD
FTIA, FTJA, FTIB, FTLB, FTFB, FTEB, FTPB, FTHA, FTFA, FSM, FTIF
BFD
FTIB, FTFB, FTLB, FSM,FTIF
ETHLK
FTIA,FTIB,FTOA,FTJA,FTLB,FTFB INTP , FTPB, FTEB, FTHA, FTFA, FSM,FTIF FTIB,FTLB,FTOA, FTIA, FTJA, FTFB, FQGA
ETHLK
FTIA,FTIB,FTJA,FTLB,FTFB,FTIF, FTPB, FTEB, FTHA, FTFA, FTIB,FTLB,FSM,FTIF
CERTH
FTIB,FTFB,FTLB,FTIA,FTJA, FTIF, ETHLK FSM
FTLB, FTIB, FSM, FTIF
CERTH
FTEB, FTPB, FTIA, FTFA, FTJA, FTHA, FTIB, FTLB, FTFB, FSM,FTIF
P3ML
FTIB,FTLB,FTFB, FSM,FTIF
STPU
FTIB,FTLB,FTFB, FSM,FTIF
STPU
FTIB,FTLB,FTFB,FSM, FTIF
TOPF
FSM
UNIT
FTIA, FTJA, FTIB, FTLB, FTFB, FSM, FTIF, FQGA
OAMMA
FTIA, FTJA, FTIB, FTLB, FTFB, FSM, FTIF, FQGA
OAMMA
FTIA, FTJA, FTIB, FTLB, FTFB, FSM, FTIF, FQGA
OAMMA
FTIA, FTJA, FTIB, FTLB, FTFB, FSM, FTIF, FQGA
NE-FTM-1
FSM,FTIF
IPNO
Flexi BTS FDD/TDD: FSM, FTIF;
IPSECC
FR
FAN, FAN_GROUP
Value in the previous issue of the document
Value in the previous product release
Source in issue 03
Source in release WBTS17
Fan
Fan
FSM/FANGROUP
FSM/FANGROUP
FCM/FCT, FSP, FTM, FBIA
FCM/FCT, FSP, FTM, FBIA
FSP, DSP
FSP, DSP
FCM, FCT
FCM, FCT
FSP, FT, FF, MHA, TILT, FR, FA, extension FSM, FBB, FPF For fault 4052 the only source is pluggable FSP
FSP, FT, FF, MHA, TILT, FR, FA, extension FSM, FBB For fault 4052 the only source is pluggable FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT, FSP
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT, FR, FF, FSP, FTM, uncommissioned FR
FCM/FCT, FR, FF, FSP, FTM, uncommissioned FR
UltraSite, MetroSite, MetroSite 50, Triple- UltraSite, MetroSite, MetroSite 50, Triplemode: WAM, WTR, WPA/WMP, AXC mode: WAM, WTR, WPA/WMP, AXC FlexiBTS: FCM
FlexiBTS: FCM
FCM/FCT UltraSite/EUBB: WSMF
FCM/FCT UltraSite/EUBB: WSMF
FCM/FCT
FCM/FCT
FCM (FSMr2) / FCT (FSMr3), FR, uncommissioned FR
FCM (FSMr2) / FCT (FSMr3), FR, uncommissioned FR
FCM (FSMr2) / FCT (FSMr3), FR
FCM (FSMr2) / FCT (FSMr3), FR
FCM (FSMr2) / FCT (FSMr3), FR
FCM (FSMr2) / FCT (FSMr3), FR
FCM, FCT
FCM, FCT
LCR
LCR
LCR
LCR
FR, extension FSM, FSP
FR, extension FSM, FSP
LCR
LCR
FCM/FCT
FCM/FCT
FCM/FCT, FR, FSP, FBIA, DSP
FCM/FCT, FR, FSP, FBIA, DSP
FSP, FT, FCM/FCT, DSP
FSP, FT, FCM/FCT, DSP
FlexiBTS: FCM, FCT
FlexiBTS: FCM, FCT
- FSP (fixed and plug-in cards) - FTM
- FSP (fixed and plug-in cards) - FTM
All possible units.
All possible units.
LCR
LCR
Tx1-n/Rx1-n
Tx1-n/Rx1-n
extension module FCM/FCT, FSP, FR, DSP
extension module FCM/FCT, FSP, FR, DSP
extension module FCM/FCT, FSP, FR, DSP
extension module FCM/FCT, FSP, FR, DSP
extension module FCM/FCT, FSP, FR, DSP
extension module FCM/FCT, FSP, FR, DSP
FCM, FCT, (RNC)
FCM, FCT, (RNC)
LCR
LCR
LCR
LCR
FCM, FCT
FCM, FCT
TX
TX
LTX
LTX
DSP
DSP
FCM, FCT
FCM, FCT
Antenna Line
Antenna Line
Antenna Line
Antenna Line
DSP
DSP
DSP
DSP
FlexiBTS Rel2: FSP,FCM FlexiBTS Rel3: FCT
FlexiBTS Rel2: FSP,FCM FlexiBTS Rel3: FCT
FlexiBTS Rel2: FSP,FCM FlexiBTS Rel3: FCT
FlexiBTS Rel2: FSP,FCM FlexiBTS Rel3: FCT
DSP
DSP
ESM
ESM
LCR,FCM,FCT
LCR,FCM,FCT
FCM, FCT
FCM, FCT
DSP
DSP
LCR
LCR
FCM, FCT, FSP
FCM, FCT, FSP
RX1-n
RX1-n
FCT
FCT
FCT
FCT
FCT
FCT
FCM, FCT
FCM, FCT
FCT
#N/A
LCR
#N/A
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FCM, FCT, FSP
FlexiBTS: FCM, FCT
FlexiBTS: FCM, FCT
FSM (FCM, FSP), FBIA, FCT
FSM (FCM, FSP), FBIA, FCT
DSP
DSP
DSP
DSP
DSP
DSP
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM, FCT, FR
FCM / FCT
FCM / FCT
FCM/FCT
FCM/FCT
This can be detected in any unit of the BTS.
This can be detected in any unit of the BTS.
LCR
LCR
HWPORT, FSP, DSP, FR
HWPORT, FSP, DSP, FR
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FCM/FCT
FCM/FCT
FlexiBTS: FCM, FCT
FlexiBTS: FCM, FCT
FlexiLiteBTS: SCR
FlexiLiteBTS: SCR
FlexiBTS: FCM
FlexiBTS: FCM
FT, FCT
FT, FCT
FT, FCT
FT, FCT
FSM
FSM
FSM
FSM
Flexi MHA
Flexi MHA
Flexi MHA
Flexi MHA
Antenna line
Antenna line
Antenna line
Antenna line
Antenna line (TX)
Antenna line (TX)
RX1-n
RX1-n
TX1-n / RX1-n
TX1-n / RX1-n
Antenna line (TX, RX)
Antenna line (TX, RX)
RET
RET
RET
RET
RET
RET
RET
RET
RET
RET
FF, TILT, MHA, EFIL
FF, TILT, MHA, EFIL
FF, MHA, TILT
FF, MHA, TILT
Filter, FR, FTM, uncommissioned FR
Filter, FR, FTM, uncommissioned FR
FSM
FSM
FR
FR
FR
FR
FCM
FCM
FCM
FCM
FCM
FCM
FCM
FCM
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
LCR
LCR
AISG MHA
AISG MHA
AISG MHA
AISG MHA
Flexi Filter, FA, AISG MHA, RET
Flexi Filter, FA, AISG MHA, RET
Flexi Filter, FA, AISG MHA, RET
Flexi Filter, FA, AISG MHA, RET
Flexi Filter, FA, AISG MHA, RET
Flexi Filter, FA, AISG MHA, RET
Flexi Filter, FA, AISG MHA, RET
Flexi Filter, FA, AISG MHA, RET
FSM
FSM
FSM
FSM
FSP
FSP
LICENSE-
LICENSE-
FF, MHA, RET, other unknown ALD
FF, MHA, RET, other unknown ALD
LCR
LCR
DSP
DSP
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FCM/FCT
FR [AAS]:FR, TX1-n/RX1-n
FR [AAS]:FR, TX1-n/RX1-n
FR [AAS]:FR, TX1-n/RX1-n
FR [AAS]:FR, TX1-n/RX1-n
FR
FR
FR, RX1-n
FR, RX1-n
FR, TX1-n / RX1-n
FR, TX1-n / RX1-n
TX1-n / RX1-n
TX1-n / RX1-n
FR, TX1-n
FR, TX1-n
TX1-n
TX1-n
TX1-n
TX1-n
Antenna line
Antenna line
RX1-n
RX1-n
FR, [AAS]:FR, TX1-n/RX1-n
FR, [AAS]:FR, TX1-n/RX1-n
FR
FR
Fan
Fan
FR, TX1-n
FR, TX1-n
TX1-n
TX1-n
Antenna line
Antenna line
FR
FR
FR
FR
FR, TX1-n/RX1-n
FR, TX1-n/RX1-n
FR
FR
FR [AAS]: FR, TX1-n/RX1-n
FR [AAS]: FR, TX1-n/RX1-n
TX1-n
TX1-n
FR
FR
FR
FR
FR
FR
FAN, FAN_GROUP
FAN, FAN_GROUP
FAN, FAN_GROUP
FAN, FAN_GROUP
FAN, FAN_GROUP
FAN, FAN_GROUP
FR [AAS]: FR, TX1-n / RX1-n
FR [AAS]: FR, TX1-n / RX1-n
TX1-n
TX1-n
FR
FR
FR
FR
FR
FR
Antenna line
Antenna line
FR
FR
OptIF (HWPORT)
OptIF (HWPORT)
OptIF (HWPORT)
OptIF (HWPORT)
OptIF (HWPORT)
OptIF (HWPORT)
OptIF (HWPORT)
OptIF (HWPORT)
FCM: OptIF (HWPORT) or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCM: OptIF (HWPORT) or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT)
FCT: OptIF (HWPORT)
FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM: OptIF (HWPORT) 1-5 or the channel (1-12) between the OIC FPGA and MUKSU ASIC.
FCT: OptIF (HWPORT) 1-6 FCM, FCT
FCT: OptIF (HWPORT) 1-6 FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FCM, FCT
FSP, FBB, OptIF (HWPORT)
FSP, FBB, OptIF (HWPORT)
FCM, FCT
FCM, FCT
FCM, FCT, FSP
FCM, FCT, FSP
FSM
FSM
FSM
FSM
Master FSM
Master FSM
OptIF (HWPORT)
OptIF (HWPORT)
FCT(Master System Module or Extension FCT(Master System Module or Extension System Module) System Module)
FSP
FSP
FSP
FSP
FSP
FSP
FSP
FSP
FCT, ESM
FCT, ESM
FSP, FCT, FBB, DSP, ESM.
FSP, FCT, FBB, DSP, ESM.
FBB, ESM, FTM
FBB, ESM
FCT, ESM
FCT, ESM
DSP
DSP
DSP
DSP
FSM, FCT, FSP, DSP
FSM, FCT, FSP, DSP
FR
FR
FSP
FSP
FSM, FR
FSM, FR
FSM, FR
FSM, FR
FSM, FR, FBIA
FSM, FR, FBIA
FSM/FAN, FR
FSM/FAN, FR
FSM, FR, FT
FSM, FR, FT
FSM, FR, MHA, TILT, LCR, FBIA
FSM, FR, MHA, TILT, LCR, FBIA
FSM
FSM
FSM, FR, FT, FBIA
FSM, FR, FT, FBIA
FR, MHA, TILT, EFIL
FR, MHA, TILT, EFIL
FTM
FTM
FSM, LCR
FSM, LCR
Extension FSM, FR
Extension FSM, FR
LICENSE-
LICENSE-
LCR
LCR
FR
FR
#N/A
#N/A
FSP
FSP
GNSS
GNSS
FSP, DSP
FSP, DSP
FSP, FSM/FCT (extension), FBIA, DSP
FSP, FSM/FCT (extension), FBIA, DSP
FR
FR
FR
FR
FCM, FSP
FCM, FSP
Filter, FR, FTM, uncommissioned FR
Filter, FR, FTM, uncommissioned FR
FSM
FSM
FCM/FCT
FCM/FCT
FSM
FSM
FR, FSM
FR
FR
FR
FCM/FCT, FSP
FCM/FCT, FSP
FR
FR
Antenna line (TX, RX)
Antenna line (TX, RX)
Antenna line
Antenna line
Antenna line
Antenna line
MHA, RET
MHA, RET
MHA, RET
MHA, RET
FSP, FT, FF, MHA, TILT, FR, FA, extension FSM, FBB, FPF For fault 4052 the only source is pluggable FSP
FSP, FT, FF, MHA, TILT, FR, FA, extension FSM, FBB For fault 4052 the only source is pluggable FSP
FCM
FCM
FSM
FSM
Antenna line
Antenna line
FSM, FR
FSM, FR
Carriers
Carriers
FCT
FCT
FSP
FSP
Antenna line
Antenna line
FSP
FSP
OptIF (Link)
OptIF (Link)
FAN1-n
FAN1-n
FR
FR
FSP
FSP
Fan/Fan group
Fan/Fan group
Fan/Fan group
Fan/Fan group
Fan/Fan group
Fan/Fan group
FCT
FCT
4082: FSMr2: FCM, FSP MCU FSMr3: FCT
4082: FSMr2: FCM, FSP MCU FSMr3: FCT
4083: FSMr2: FCM FSMr3: FCT
4083: FSMr2: FCM FSMr3: FCT
4085: (for FSMr3 only) FSMr3: FCT
4085: (for FSMr3 only) FSMr3: FCT
4082: FSMr2: FCM, FSP MCU FSMr3: FCT
4082: FSMr2: FCM, FSP MCU FSMr3: FCT
4083: 4082: FSMr2: FCM FSMr2: FCM, FSP MCU FSMr3: FCT FSMr3: FCT
4083: 4082: FSMr2: FCM FSMr2: FCM, FSP MCU FSMr3: FCT FSMr3: FCT
4085: (for FSMr3 only) 4083: FSM, FSP, FSMr3: FCTDSP FSMr2: FCM FSMr3: FCT
4085: (for FSMr3 only) 4083: FSM, FSP, FSMr3: FCTDSP FSMr2: FCM FSMr3: FCT
4085: (for FSMr3 only) FCM, FCT FSMr3: FCT
4085: (for FSMr3 only) FCM, FCT FSMr3: FCT
FSM
FSM
FCT
FCT
FSP
FSP
FSP
FSP
FCM/FCT, FSP MCU
FCM/FCT, FSP MCU
slave FCT
slave FCT
FCM, FCT
FCM, FCT
FSP
FSP
FCM
FCM
RF
#N/A
GNSS
GNSS
GNSS
GNSS
GNSS
GNSS
GNSS
GNSS
GNSS
GNSS
LCR
LCR
LCR
LCR
LCR
LCR
AISG MHA, TILT
AISG MHA, TILT
FCT
FCT
FCM, FCT
FCM, FCT
LCR
LCR
LCR
LCR
LCR
LCR
FCT
FCT
LCR
LCR
ESM
ESM
ESM
ESM
FCM/FCT
FCM/FCT
FSP
FSP
FCT, FCM
FCT, FCM
Antenna line
Antenna line
FCM/FCT
FCM/FCT
FR
FR
MHA
MHA
FR
FR
FSM
FSM
LCR
LCR
FCM, FCT
FCM, FCT
FCM, FCT, RF, Filter
#N/A
FTM
FTM
DSP
#N/A
FCM/FCT, FTM, FSP, RF and Filter
#N/A
BTS
BTS
FCM/FCT, FSP
FCM/FCT, FSP
FSP
FSP
DSP
DSP
DSP
DSP
DSP
DSP
FSP
#N/A
NE-FTM-1
NE-FTM-1
NE-FTM-1
NE-FTM-1
QOS
QOS
BFDGRP
BFDGRP
IPRT-2
IPRT-2
PPTT
PPTT
PPTT, SPTT, ETHLK
PPTT, SPTT, ETHLK
IKESA
IKESA
PPTT, SPTT
PPTT, SPTT
SPTT, ETHLK
SPTT, ETHLK
PPTT
PPTT
STPG
STPG
STPG
STPG
CESIF
CESIF
CESPWT
CESPWT
CESPW
CESPW
CESPW
CESPW
CERTH
CERTH
ETHLK
ETHLK
ETHLK
ETHLK
ETHLK
ETHLK
NE-FTM-1
NE-FTM-1
TWAMP
TWAMP
OSPFV2
OSPFV2
SMTT
SMTT
SMTT
SMTT
PPTT
PPTT
SVTT
SVTT
SVTT
SVTT
SVTT
SVTT
SVTT
SVTT
SVTT
SVTT
PPTT
PPTT
PPTT
PPTT
PPTT
PPTT
IMAL
IMAL
IMAL
IMAL
IMAL
IMAL
IMAL
IMAL
IMAL
IMAL
IMAG
IMAG
IMAG
IMAG
IMAG
IMAG
IMAG
IMAG
IMAG
IMAG
IMAG
IMAG
UNIT
UNIT
P3SL; P3ML
P3SL; P3ML
P3LP
P3LP
P3ML, P3SL
P3ML, P3SL
A2ST
A2ST
NE-FTM-1
NE-FTM-1
NE-FTM-1
NE-FTM-1
OAMMA,OAMMD,NE-FTM-1
OAMMA,OAMMD,NE-FTM-1
NE-FTM-1
NE-FTM-1
NE-FTM-1
NE-FTM-1
CERTH
CERTH
PWMP
PWMP
PWMP
PWMP
BFD
BFD
BFD
BFD
ETHLK
ETHLK
INTP
INTP
ETHLK
ETHLK
CERTH
CERTH
ETHLK
ETHLK
CERTH
CERTH
P3ML
P3ML
STPU
STPU
STPU
STPU
TOPF
TOPF
UNIT
UNIT
OAMMA
OAMMA
OAMMA
OAMMA
OAMMA
OAMMA
NE-FTM-1
NE-FTM-1
IPNO
IPNO
IPSECC
#N/A
FAN, FAN_GROUP
FAN, FAN_GROUP
A description of the fault situation.
The options are: Event (Transient or Distur) - Event type faults can be seen in the RNC in 'Alarm History' - Notification type fault - 'Event' fault is not cancelled, because it is never active - No recovery actions - Event type fault is shown in the BTS Site Manager as 'Transient' and in the RNC as 'Distur' Start - A fault situation - The fault is not automatically cleared (without manual operation and maintenance work), even though the problem has been solved, but requires at least blocking/unblocking the unit or site reset. - Recovery actions depend on the reported severity
Meaning
The fan is not rotating, rotating slower than required, or the RPM information is unavailable for the fan. The fault is activated only when the unit temperature exceeds the Tblock property Multiple fans of the same fan group are (default being 67¿C). The threshold rotating slower than required. prevents faults caused by snow as The fault is activated only when the unit insufficient protection against snow for temperature exceeds the Tblock property the HW might block fans. (default being 67 Celcius). The threshold The of a unit/module This temperature fault is also raised if the fan is prevents faults caused by snow, because exceeds the threshold value.- no matter rotating faster than required insufficient protection of the HW against what the temperature is. snow, might block fans. This fault is also raised if multiple fans of Software to aare unit/subunit or the same update fan group rotating faster module has failed. than required - no matter what the temperature is. UltraSite, MetroSite: The fault might also be caused by disconnected CIF bus The reference frequency that the BTS cables. master clock receives from the transport part has changed by about 0.2 ppm or more (which equals the change magnitude of 204 DAC steps or more) Connection to a unit belonging to the during the measurement period (about BTS configuration has been lost or FSP 20 minutes), compared to the BTS cannot be detected. master clock frequency. The cause of the alarm can be: 1. The Iub reference frequency has changed because of a fault in the transmission network synchronization, which in turn is caused by an equipment
Start/Cancel - Faults can be in a start or cancel state - The fault is automatically cleared when the problem has been State solved
Start / Cancel
Start / Cancel
Start / Cancel
Start
Start / Cancel
Start / Cancel
Failure was detected when NodeB O&M Start system presented available FSPs to TCOM software in order to map FSPs to cell. The FSPs related to the faulty operation may not be utilized. The reason A unit or module or an IP address Start for the failure is an internal initialization has failed. problem with the NodeB O&M system. A unit or module or an IP address initialization has failed.
Start
FCM/FCT/FSP synchronization has failed.
Start
A common NBAP link failure has Start / Cancel occurred. It can be caused by a transmission network problem. The most common reason for this alarm is a frequent transmission breaking. A dedicated Node-B Application Protocol Start / Cancel (NBAP) link failure has occurred. It might be caused by the RNC. This indicates an AAL2 signaling link Start / Cancel failure. The most common reason for this alarm is a frequently breaking transmission. In the case of Ultra BTS, it can be caused by a broken WAM. A new unit with an incompatible SW Start / Cancel might have been inserted into the BTS.
Running SW version is not able to install Start / Cancel requested SW version.
The SNTP time cannot be fetched from Start / Cancel the transport system (FT) within the time limit. The BTS cannot obtain a file from the file Start / Cancel server (error in FTP open or FTP get or HTTP(S) GET). The file server is down, the file is missing, or the path is incorrect. There is a possible error in the DCN and The download is corrupted or the Start / Cancel Iub, or a user-administration error (an software is incompatible. invalid username or password, or the user does not have access rights to the files). The that is included in the fault name is a variable parameter, which identifies the type of file for which the download failure has been reported.
The BTS SW update has failed. The error Start / Cancel might be caused by a unit reset during the SW update, a hardware problem with the unit or cabinet, problems with the download or a corrupted flash file The BTS SW update has failed. The error Start / Cancel system. might be caused by a unit reset during the SW update, a hardware problem with the unit or cabinet, problems with the download or a corrupted flash file There is a fault in the mains power Start / Cancel system. supply. The BTS has received a Battery Backup alarm and the intelligent shutdown procedure has started. The BTS cells are disabled because the Battery Backup alarm (ID=37) is active.
Start / Cancel
The BTS cells are disabled because the Battery Backup alarm (ID=37) is active.
Start / Cancel
A unit is blocked with the BTS Site Manager.
Start / Cancel
The purpose of the fault is to avoid alarms that might be raised during the The user has blocked the cell with the unit maintenance task. BTS site manager.
Start / Cancel
The BTS is blocked with the BTS site Start manager. The fault indicates that the alarms that might be raised during a BTS maintenance task should be avoided. The BTS tries to correct a fault situation by performing a recovery reset to a unit, the site, or the BTS.
Transient
A failure in the unit or module has been detected during the BTS power-on self test (POST).
Start
NBAP: PRIVATE MESSAGE Start / Cancel (Configuration Data) message from RNC with valid parameters for a cell was not received by BTS. A unit cannot be identified by its product code or its physical device address (object ID).
Start
An unsupported unit has been detected Start in the BTS. Typically, this happens when a new unit version is installed and there is an older BTS SW in use that does not support the new unit version. The cell has been disabled because of Start / Cancel BTS internal reasons (for example, if the RNC has rejected the normal cell blocking during an intelligent shutdown). The RF module power measurement has Start / Cancel failed.
This indicates a telecom slave Start configuration or registration failure, a unit RNW configuration failure, and a telecom RNW reconfiguration failure. This indicates a telecom slave - FSP unit to FCM allocation failure configuration or registration failure, a unit - DSP subunit to FSP allocation failure RNW configuration failure, and a telecom RNW reconfiguration failure. Note that depending on the fault source, This indicates telecom slave to either the unit status amight be related - FSP unit to FCM allocation failure configuration registration failure, a unit the state of a or particular carrier resource - DSP subunit to FSP allocation failure RNW and aon telecom on theconfiguration FR module orfailure, FSP board the RNW failure. FCM, reconfiguration and might therefore not be in line Note that depending on the fault source, with the source HWreceive unit state. The BTS does might not a response the unit status be related to either - FSP unit to FCM allocation failure from the RNC (a block request). the state of a particular carrier resource - DSP subunit to FSP allocation failure on the FR module or FSP board on the FCM, and might therefore not be in line Note that depending on the fault source, with the source HW unit setup state. Either enabling the unitcell status might(the be relatedoftoCPICH either and BCH)ofora cell disabling (theresource release of the state particular carrier common failed. on the FRchannels) module orhas FSP board on the FCM, and might therefore not be in line The reason might beunit a hardware or a bus with the source HW state. of CPICH Either cell enabling (the setup problem, or a lack of DSP or transport and BCH) or cell disabling (the release of resources. common channels) has failed.
Start
Start
Transient
Start / Cancel
Start / Cancel
The reason might be a hardware or a bus There is not enough BTS baseband Start / Cancel problem, or a lack of DSP or transport capacity to set up a cell. resources. The WPA/radio output power has dropped. There is a fault in the downlink transmission path.
Start / Cancel
The lower LCR ID has been assigned to a higher frequency, or vice versa, for an RF Module that is in dual carrier mode.
Start
A second carrier is assigned to an RF Module that is in single carrier mode.
Radio link creation has been failing Start repeatedly because of the DSP rejection.
At least one LCG in the BTS does not have enough resources for the HSUPA minimum capacity commissioned with the parameter "Number of HSUPA resource steps reserved for HSUPA users". General description of Faults 133 & 134: If the LCG has two HSUPA schedulers, The UL signal is received by the antenna then the sum of the HSUPA Resource element and gets to the RFM via jumper Steps that is statically allocated in both and feeder cables, optional MHA System Modules is compared with the modules, diplexers, etc. and finally ends General description of Faults 133is& 134: commissioned amount. The fault up in RFM ASIC. The signal level The ULfor signal is received by the antenna raised the BTS. measured by RFM ASIC is affected by element and gets to the RFM via jumper feeder and jumper cables (causing loss), and feeder cables, optional MHA MHA (providing gain) and internal LNA modules, diplexers, etc. and finally ends DSP configuration to correct (providing gain) in RFM. The mode uplinkwas up in RFM ASIC. The signal level not successful. signal level is measured by RFM/RRH measured by RFM ASIC is affected by ASIC. Measurement is done individually feeder and jumper cables (causing loss), for each antenna port. MHA (providing gain) and internal LNA If Telecom gain) does in notRFM. get aThe response (providing uplink from 133: the PIClevel DSPisor other DSP signal measured bysubsystems RFM/RRH EFaultId_RxAntennaSignalLevelTooLow on timeMeasurement then Telecomisraises alarm to ASIC. done an individually Al. BTSOM. This faultport. is applicable for PIC for each antenna Fault 133 isactivation, triggered when measured pool setup, and deactivation. If there arelevel no DSP resources for PIC RX signal is below -112 any PIC reconfiguration messagesdBm are in sent 133: configuration, Telecom rejects the PIC of the commissioned antenna ports. to PIC DSP (either directly or via HSUPA EFaultId_RxAntennaSignalLevelTooLow configuration, and raises an alarm to L2). Al. indicate "Resource block not available". 134: Fault 133 is triggered when measured EFaultId_RxAntennaSignalLevelDifferenc If PIC configuration cannot bedBm allocated RX signal level is below -112 in any eTooHighAl. to a DSP resource because the DSP is in of the commissioned antenna ports. Fault 134some is triggered when users, the difference use with high-priority between RX signal levels in any ofthen the Telecom raises this fault. Telecom 134: commissioned antenna ports within thea tries to move the high-priority users to EFaultId_RxAntennaSignalLevelDifferenc One particular DSPthe Nacks DCHthreshold setup 10 same cell exceeds defined different resource block, and tries again eTooHighAl. times with cause (default 7 dB). to allocate configuration to the DSP Fault 134 isPIC triggered when the "NotEnoughResources=10" or difference a numberRX of times for 3 minutes. In the case between signal levels in any "AlreadyActivated_Allocated=22"ofwithin a of failure, Telecom rejects the within received commissioned antenna ports the 20-minute period. 1. If the Extension System is lost configuration and indicate aModule message same cell exceeds the defined threshold and is not regained within 10 "Resource block occupied by minutes, high priority (default 7 dB). Telecom users". attempts to re-allocate cells to the Master System Module without HSPA capability. If any cells have been 1.Cell setup is rejected because either all successfully re-allocated to the Master cells in the same LCG, having the same System Module after the Extension UARFCN are not mapped to the same System Module having returned, the PIC pool or there is another cell in the performance is not optimal, because its same LCG with the same UARFCN The cell was not is set uputilized. because no HSPA capability not outside the PIC pool. sufficient number of Common Control 2. BTS with configured HSPA is started 2.PIC pool configuration (new or Channel Set (CCCH with ESMProcessing having outdated software updated) is rejected if either all LCELs in Processing licenses wasis not version and Set) software update the same LCG, having same UARFCN commissioned BTS. to take ESM into performed fast on enough do not belong to the same PIC pool or a use. LCEL that does not belong to any PIC 3. ESM is hot-inserted during runtime, pool has a UARFCN that is already but HSPA is commissioned only for MSM assigned to any PIC pool from the same (ESM was not present during LCEL's LCG. commissioning), so HSPA capacity usage 3.Rel. 3 BTS only: Too many cells have is not optimal. PIC activated (number of RX of non-PIC cells + 2x number of RX of PIC cells > This fault is used only in FSMr2+FSMr2 48). For Fixed BB allocation due HW rel. configurations. 1 and Fixed BB Allocation Pooling, this
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start
Start / Cancel
Start / Cancel
Start / Cancel
PSCR request for setting up new HSPA resources is being executed on already existing (in terms of being allocated in DSP SW internal databases)resources.
Start
One of the Common Transport Channels Start / Cancel (PCH, FACH, RACH) is released by RNC. At least one of the following occurred: 1. There are not enough baseband resources (or they are temporarily unavailable for HS-RACH service) in LCG for commissioned "Min number of The RX signal level is higher than HSUPA resource steps for HS-RACH defined for the given Radio Module. users". Defined value: 2. There are not enough HSUPA licenses Radio Module rel1: -55 dBm in LCG for commissioned HSUPA For newer Radio Modules this parameter If more than twofor PIC pools areusers. resource steps HS-RACH is not defined. commissioned for a shared LCG in case of FSM rel3+FSM rel3, then Telecom shall reject the whole PIC pool configuration by reporting this fault. During HSDPA setup:
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Physical Shared Channel Reconfiguration message contains Tcell Value which belongs to Tcell group other Feature configuration in BTS is different Start / Cancel than existing cells in MAC-hs scheduler. than feature configuration in RNC (Configuration parameters in BTS related During runtime activation: to the feature are not in line with feature license or feature activation state in CA Group changedTcell fromGroups non-zero Cells from ID twoisdifferent are Start / Cancel RNC). value to set another value. already up in non-zero MAC-hs schedulers.
A failure has occurred in the TCP connection between the WBTS and the third party tool.
Start / Cancel
NBIC is commissioned for an LCG, but Start / Cancel Telecom was not able to or did not allocate resources for it due to any of the following: 1. Invalid commissioning parameters for Telecom SW detects that connection Start / Cancel the LCG relevant to NBIC types of TX carrier resources for one 2. Resources (DLI pool, DSP device) not LCR have both CPRI and OBSAI. This available configuration is not supported. This indicates a flash memory operation Start failure. If this fault continuously appears, the flash chip might be broken.
This indicates a flash memory operation Start failure. If this fault continuously appears, the flash chip might be broken. This indicates a flash memory operation Start failure. If this fault continuously appears, the flash chip might be broken. This indicates a flash memory operation Start failure. If this fault continuously appears, the flash chip might be broken. This indicates a flash memory operation Start failure. If this fault continuously appears, the flash chip might be broken. The C-Plane Telecom SW does not communicate with the C-Plane TUPC SW because of a fault.
Start
There is a buffer overflow caused by a Start / Cancel traffic overload. The maximum capacity is exceeded and some data is discarded. The operating system (OSE) error occurs. If only one FSP in BTS generate this fault, there is a malfunction in An out of frame data error interrupt one of the FSP sub-modules. If all FSPs received from the SWS ASIC. generate this fault, there is a malfunction in the FSM. The Antenna (RP3) link is down: the transmitter or receiver drops out of synchronization.
Start
Start / Cancel
Start / Cancel
High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning.
High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning.
High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. High or low voltage on the external alarm Start / Cancel line. The user specifies the fault text during commissioning. The BTS module properties data or Start optical interface FPGA file is invalid or missing. The FSP MCU SW file is invalid or missing.
The BTS module properties data or Start optical interface FPGA file is invalid or missing. The FSP MCU SW file is invalid or missing. Communication with the application failed. The application has not replied to the message that has been sent or resent to it.
Start / Cancel
The requested channel in the cell setup Start / Cancel is incompatible with the BTS hardware, because of an incorrect frequency band and/or a carrier spacing and/or the number of carriers. - The baseband bus related configuration Start / Cancel of was rejected by the HW, SW, DSP, or LTX. - The BTS detected a RF Module that cannot be used without resetting the The reference clock monitoring has Start / Cancel BTS. The detected RF Module type detected a loss of signal in the reference differs from the previous one and received from the FT. the BTS is still inactive. The OCXO warm-up takes too long and Start / Cancel the OCXO does not become active within a period of eight minutes from the poweron. The ambient temperature can also be too low or it changes too fast. The OCXO adjustment area has reached Start / Cancel its limit value (5% of the total adjustment area). The range for the DAC word is 0 4095. The output signal of the OXCO has some Start problems and one or more clock pulses are missed. The frame synchronization burst, SFN or Start / Cancel SFCLK signal from the FCM/WSPF is missing. A request to retrieve the public IP Start / Cancel address information of the FCM/FCT from the FT fails, or transmission parameters have not been commissioned or properly set. A request to retrieve the public IP Start / Cancel address information of the FCM/FCT from the FT fails, or transmission parameters have not been commissioned or properly set. The FSM cannot start properly because Start / Cancel the FSPs cannot be powered up in too cold conditions.
Data or states are corrupted in the ATM, or there are possible hardware or transmission related failures.
Start
The Masthead Amplifier (MHA) is not Start / Cancel working properly. The received RF signal level has decreased. If both stages of the LNA on the uplink The Masthead Amplifier (MHA) is faulty. path fail, the MHA switches the LNA to a The received RF signal level is by-pass mode. In the by-pass mode, the decreased. MHA has no gain, but some loss. If only one stage of the LNA fails, the MHA still If both uplink path stages of the LNA fail, Radio Module RRH) orgain. Filter (all an has about half (60W of its normal With the MHA switches the LNA onto a byothers) hasMHA, detected an overcurrent integrated the fault may affect on pass mode. In the by-pass mode, the the antenna Themain antenna line might either or bothline. of the and diversity MHA has no gain but some loss. If only be damaged (short circuit), or an antenna branches. one stage of the LNA fails, the MHA still line device is causing an overload. All VSWR value above "VSWR has about a half of its normalmajor gain. With antenna line devices powered by the threshold" hasMHA, beenthe detected. an integrated fault can affect antenna line are out-of-order. Note: VSWR are detected both main andfaults diversity branches.only when TX power level exceeds the threshold level (Tx power threshold). VSWR value between "VSWR minor Adjustment of TX power threshold is threshold" and "VSWR major threshold" supported by Rel2.1 or higher of the Flexi has been detected. Radio, which implements RP1 interface Note: VSWR faults are detected only version 2.x. For other hardware variant when TX power level exceeds the The detected a malfunction in units,filter the has parameter is ignored. threshold level (Tx power threshold). the LNA unit. Adjustment of TX power threshold is supported by Rel2.1 or higher of the Flexi Radio, which implements RP1 interface A filter is2.x. unable to tune on an variant version For other hardware appropriate sub-bandisproperly units, the parameter ignored.(tuning failure).
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
A filter has detected major failure (unit faulty) or RFSW lost connection with FF unit.
Start / Cancel
Tilting the antenna is not possible or might function incorrectly.
Start / Cancel
Tilting the antenna is not possible or might function incorrectly.
Start / Cancel
Tilting the antenna is not possible or might function incorrectly.
Start / Cancel
Tilting the antenna is not possible or might function incorrectly.
Start / Cancel
Tilting the antenna is not possible or might function incorrectly.
Start / Cancel
A hardware failure detected by an Start / Cancel antenna line device. Usually, this is a permanent fault (the hardware is broken). The unit is in Download Mode State. Returned upon unsupported procedure when in Download Mode.
Start / Cancel
A corrupted SW file in the FLASH is detected. The unit cannot perform a complete start-up.
Start
The Extension System Module does not receive the system clock.
Start
Unsupported mixed sector configurations have been commissioned to one RF module. Supported mixed sector configurations are defined in officially supported Flexi Incorrect cell configuration for RF WCDMA BTS configurations. Modules with different frequency. The same cell is configured for two RF Modules which are not at the same frequency. 1) A possible faulty configuration with the Radio Modules connected to both the master system module and intended extension system module. 2) O&M master system module cannot The module has been configured as a be determined automatically. master System Module, but no Radio NOTE: This fault is not applicable in Module is connected to it. FSMr3+FSMr3 configuration.
Start / Cancel
The heater control connection of the FSM is faulty, there is no heater, or the heater is faulty.
Start / Cancel
The number of DSP units in the BTS is too small. For every three cells, there must be at least one DSP present.
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
The Fault diagnostics rule file is missing or its parsing has failed.
Start
The Fault diagnostics rule file is missing or its parsing has failed.
Start
A dual PA RF Module has been replaced Start / Cancel with a single PA RF Module, and it cannot serve all cells commissioned to the RF Module. A fault in the Masthead Amplifier (MHA) has been detected. The fault probably reduces the gain performance of the MHA.
Start / Cancel
A fault in the Masthead Amplifier (MHA) has been detected. The fault completely prevents the gain function of the MHA.
Start / Cancel
The device is not working properly, the configuration is not valid, or a given parameter is incorrect.
Start / Cancel
The device is not working properly, the configuration is not valid, or a given parameter is incorrect.
Start / Cancel
The device is not working properly, the configuration is not valid, or a given parameter is incorrect.
Start / Cancel
The device is not working properly, the configuration is not valid, or a given parameter is incorrect.
Start / Cancel
An SRAM memory operation failure has occurred. If this alarm appears continuously, the SRAM chip might be broken.
Start
An SRAM memory operation failure has occurred. If this alarm appears continuously, the SRAM chip might be broken.
Start
The self test of the unit/module has failed.
Start
The BTS has detected a resource that requires a license, however no license exists or is available.
Start / Cancel
The antenna line or antenna line device Start is not properly configured that may be due to any of the following reasons: - AL device type is unknown. - AL device set-up fails, for example, due An external filter is missing from the Start / Cancel to protocol error or interoperability antenna line. problem - Other AL device unexpected behavior. An autonomous internal delay measurement has failed. The TCOM was not able to measure the internal delay for a cell for any of the RAKEs in a certain BB unit. During BTS startup, the System Module has detected a new RF HW type that was not previously used in this BTS configuration. A System Module reset is triggered to reconfigure the bus resource The reference clock monitoring has allocation. detected a loss of PPS signal in the reference that is received from the GPS receiver or from the SyncHub master BTS. The reference clock monitoring has detected a loss of the 2.048 MHz signal that is received from an external reference source, which is connected to the Sync In interface of the System The RF module configuration has failed Module. because of a hardware or software fault.
Start
Start
Start / Cancel
Start / Cancel
Start
A critical configuration file is missing from Start the RF module.
The FR Module SW has detected that a non-critical configuration file is missing.
Start
The System Module clock reference differs from the FR Module clock.
Start / Cancel
The baseband bus between the system module and the RF module is out of synchronization.
Start / Cancel
The RF module baseband bus is incorrectly configured.
Start / Cancel
There is an error in the baseband or optical bus.
Start / Cancel
The RF Module TX path cannot be used. Start / Cancel
The TX output power adjustment has failed.
Start / Cancel
The RF module filter has measured a TX Start power that is too low.
The RF module RX FR synthesizer is not Start / Cancel locked.
The RF module is out of order because of a software or hardware failure.
Start / Cancel
The RF module temperature is too high.
Start / Cancel
The FR Module cooling fan is not rotating Start / Cancel at the specified speed.
The power supply has detected Start / Cancel overvoltage, undervoltage, or overcurrent in the RF module. The feedback signal to predistortion is too weak or is absent. The TX performance is degraded.
Start / Cancel
The TX signal adjustment fails.
Start / Cancel
During RF start-up, the temperature Start / Cancel inside the RF module is too low. Module heating is ongoing. Wait until the alarm is canceled. This might take up to 30 minutes. The permanent memory in the module is Start corrupted and the module product code During RF runtime, the temperature or serial number is missing, or the inside the RF module is too low. A module product code is unknown. problem might occur. The RF module SW has detected Start / Cancel conflicting or corrupted configuration data. The FR Module power-on self-test failed at startup.
Start
The RF lost the lock to the incoming clock.
Start / Cancel
The highest temperature exceeds the power decrease limit.
Start / Cancel
The FPGA software update has failed.
Start
The Rel 2.0 or Rel 2.1 RF Module with Start SW prior the implementation of the RAN2312(Radio Interface Harmonization in Rel 2.x) is connected to the system module A shared (Medusa) FR is blocked. Start / Cancel with optical interface 2. This conflicts with the instructions given in the user guide. It is advised that optical interface 1 be utilized instead. RF Module cannot identify the fan vendor Start / Cancel or the fan is not installed.
One or more fans are not running.
Start / Cancel
Fans are rotating slower than required.
Start / Cancel
The validated sensor temperature is higher than or equal to the predefined value on the unit's property file.
Start / Cancel
The validated temperature of any PA or Start / Cancel Pipe sensor is higher than or equal to the predefined value in the unit property file. Validated module temperature is greater than the predefined value on unit property file. Relevant for Rel1 FR module only.
Start / Cancel
Increased bit error rate has been detected on the optical link to the radio module resulting in LCV errors in downlink baseband processing.
Start / Cancel
Abnormally high bit error rate has been Start detected on the optical link to Radio Module which results to a permanent baseband processing failure. I/Q data stream cannot be successfully processed The antenna line has been autonomously Start by FRM due to the burst of consecutive disabled by FRM to protect the HW from LCV errors. high reflection conditions. FR module has detected permanent RP3 Start / Cancel routing collisions either in the downlink (TX), or the uplink (RX) transmission direction. The Small Form Factor Pluggable (SFP) Start / Cancel malfunction has occured or the SFP module is not physically present (no electrical connection exists). The SFP is a part of the fibre cable package. The Small Form Factor Pluggable (SFP) Start / Cancel malfunction has occured or the SFP module is not physically present (no electrical connection exists). The SFP is a part of the fibre cable package. The incoming optical signal to the Small Start / Cancel Form Factor Pluggable (SFP) is missing, too weak, or the fiber cable has been detached. The fiber cable is experiencing Start / Cancel The connection between the System interference; data transmission is faulty. Module and the RF Module (LTX, Antenna Filter, Antenna Line Device) or A physical connection failure between the between the Master System Module and optical interface and the summing The RP3 channel has lost the achieved the Extension System Module is broken. Start / Cancel function has occurred (possibly caused frame synchronization state.or secondary That might concern primary by bad circuit joints). link.
The RP3 or Ethernet buffering is not working and the buffer is becoming full. The optical device is malfunctioning. The fault might be generated because of synchronization problems or incorrect The RP3 or Ethernet buffering is not initialization. working and the buffer is becoming full. The optical device is malfunctioning. The fault might be generated because of synchronization problems or incorrect The RP3 or Ethernet buffering is not initialization. working and the buffer is becoming full. The optical device is malfunctioning. The fault might be generated because of synchronization problems or incorrect The RP3 or Ethernet buffering is not initialization. working and the buffer is becoming full. The optical device is malfunctioning. The fault might be generated because of synchronization problems or incorrect The RP3 or Ethernet buffering is not initialization. working and the buffer is becoming full. The optical device is malfunctioning. The fault might be generated because of synchronization problems or incorrect The control message traffic between the initialization. modules is malfunctioning.
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
The optical interface has detected a CRC Start / Cancel error in the received synchronization burst from the clock function. This fault appears on the RX side. Synchronization to the clock control unit Start frame pulse has been achieved earlier but it differs from the currently received frame pulse. The internally generated frame clock might have drifted. The master frame in the received Start / Cancel baseband bus frame is not in the correct place reagrding the internally generated master frame pulse. Either the frame has been set in the wrong place (PI delay), or A decoding error has been detected in Start / Cancel the data itself is in the wrong place. the baseband internal link. The data packet is lost or the content is corrupted. This situation is also triggered when the There is a baseband bus address Start / Cancel links do not synchronize with each other. mismatched in the summing. There are two possible causes: A configuration error (two different The frame alignment is lost or the frame baseband units functioning) - after an burst has a CRC error when the System acknowledgment, the fault returns. Module is working in extension mode. Data corruption on the bus - appears once when unsynchronized data is sent by the baseband.
Start / Cancel
The frame alignment is lost or the frame burst has a CRC error when the System Module is working in extension mode.
Start / Cancel
A new RP1 Frame Clock Burst (FCB) burst/message has been received from the RP3-01 interface while processing the previous burst/message.
Start
The clock crossing buffer underflow or overflow in RX block and the received data might be invalid. The fault is an indication of either too large a clock drift between the received signal and the The SW update to the BTS has failed or internal clock, or an incorrect RX rate the BTS SW is corrupted. setting
Start
Start
Baseband bus message multiplexing slot Start / Cancel for the message is not possible to be fulfilled. Summing checks header of the Start / Cancel messages to be summed. If the header is not any of the allowed types, no summing is performed, and an empty message is sent instead. Transmitter detected an RP3 message Start / Cancel from a summing coincident with a transmission rule. The transmitter detected more data Start / Cancel coming from a summing than the current link rate can support. The enumeration algorithm has detected Start a permanent failure, preventing sRIO system maintenance. Congestion avoidance hardware of the sRIO switches has been triggered.
Start
BMU (Board Management Unit) product data EEPROM of an extension board (FSP/FTM) cannot be read out during a connect event.
Start
It has been detected that the host link, which is used for the sRIO system maintenance, is going down.
Start
There is a signal processing (DSP) Start related malfunction in the BTS. This might affect the signal processor receiver functionality processed by the alarming unit/module. SRIO error rate is too high. Start / Cancel
The Flexi BTS has detected an abnormal Start / Cancel operation or a failure in the internal functionality of the System Module. The FlexiBTS has detected an abnormal Start / Cancel operation or a failure in the internal functionality of the RF Module. The BTS has detected an abnormal operation or a failure in the BTS replaceable baseband unit.
Start / Cancel
The BTS has detected an abnormal operation or a failure in the BTS internal baseband bus. The failure cannot be pointed to a specific unit/module but there are several possible fault sources. The Flexi BTS (System Module) has detected an abnormal operation or a failure in an optical RP3 interface between two modules. The failure cannot be attributed to a The internal temperature of the RF specific module, but there are several Module or System Module exceeds the possible fault sources e.g. fiber optical threshold value, or the ambient cable, SFP or individual module. temperature of the module(s) is beyond the specified limits. One or several fans in the same fan group are rotating slower or faster than required, are not rotating at all, or RPM information is not available for the fans. The root cause of this fault can be too Some of the commissioning parameters low supply voltage or a broken fan. are either missing or faulty or there is a mismatch between them.
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
There is an incompatibility problem in the Start / Cancel BTS HW/SW versions or the HW/HW configuration. Another possibility is that there is a mismatch between the BTS configuration and the RNC/Flexi Direct This BTS fault indication is generated if Start / Cancel RNC parameters. the reference clock monitoring function of the BTS does not receive the highest configured synchronization reference signal or if all the synchronization reference signals are missing. The BTS fault is not generated if the highest configured synchronization source is present, no matter what the lower level source statuses are. Background information: There is a fixed synchronization priority list in the FlexiBTS:
A software update to a unit/module or Start / Cancel subassembly has failed, or a corrupted SW file has been detected in the FLASH. The System Module or the device itself Start / Cancel has detected an abnormal operation or a failure in the antenna line device. The connection to the BTS transport submodule is lost.
Start / Cancel
1)Too many LCRs are commissioned to one RF Module. 2)Too many LCRs are commissioned to ESM
Start / Cancel
The BTS detected an Extension Module as a capacity enhancement.
Start
The BTS detected a RF Module that cannot be used without resetting the The feature: Start / Cancel BTS. The RF module might be the same - expires in one month or one week if the type but the optical fiber connection fault severity is minor; topology or optical connection line rate - has already expired if the fault severity are changed during BTS run-time. If the is major. Due to a TXtype pathdiffers failure, MIMO RF Module from the (Multiple previous Start / Cancel Note: The feature name might be shown Input Multiple Output) functionality one then recommissioning is also in the as truncated in RNC, OMS and NetAct cell related to the TX is out of required (e.g. dualfaulty RF Module is replaced alarm user interfaces. order. with triple RF Module or vice versa). There is not enough HW capacity to Start BTS reset required, if thenumber LTE system support theiscommissioned of module type has changed Local Cell Groups (LCG). or LTE system module is first time detected and it's module type is different than default. 1. The power level that is defined in the Start / Cancel radio network (RNW) part of the site configuration file (SCF) is not supported by the HW. BTS monitors the 2. Having different power levels for FSP/FBB/WSPF/WSMF PLL (Phasesubcells of combined supercells as Locked Loop) lock status and PLL defined in the RNW part of the SCF file, locking failures. is not supported by HW. The BTS has detected a communication problem with the GPS receiver.
Start / Cancel
Start / Cancel
The platform SW rejected the baseband Start bus related to the SRIO configuration for the Faraday core.
Connection to the DSP submodule has been lost or the submodule reports an error.
Start / Cancel
Failure occured when writing parameter to the Radio Module was requested.
Start
Failure occurred during reading parameter from the Radio Module.
Start
Internal Maximum Transfer Unit (MTU) Start configuration failed on FCM or FSP/FBIA.
A corrupted SW file in the FLASH is detected. The unit cannot perform a complete start-up.
Start
Commissioning file download has not started from BTS Site Manager nor from NetAct during autoconfiguration.
Start
The commissioning file is missing, or an incorrect commissioning file has been detected during a BTS startup as follows: "Validation failed because of incompatible data" Generation of target Id has failed and as a result, the correct validation of license files in the BTS is not possible. BTSOM is restarted and, consequently during startup, all the license files are deleted FSM is commissioned as radio master for from the BTS. a shared radio module, but recognizes If the trial period has expired, all optional that the radio already has a radio master features are either disabled or their defined. The fault might arise temporarily capacity is reduced to the basic (not when LTE assumes the role of a radio FSM notices a shared radio module is licensed) level. master, but should disappear connected to different OptIF connectors autonomously when LTE releases the on peer system modules. radio mastership back to WCDMA.
Start / Cancel
A unit or module or an IP address initialization has failed.
Start
Retrieving the list of all parameters available in the Radio Module memory failed. The list is retrieved in order to check whether it contains the license targetId parameter.
Active
Start
Start / Cancel
Start / Cancel
A filter has not been able to tune on an appropriate sub-band properly (tuning failure).
Start / Cancel
The antenna line is faulty.
Start / Cancel
An alarm message has been received from the antenna line device. The antenna line operation is degraded.
Start / Cancel
SW download to an antenna line device Start failed due to an incorrect checksum or a file format. SW download to an antenna line device Start failed due to an incorrect checksum or a file format. Connection to a unit belonging to the BTS configuration has been lost or FSP cannot be detected.
Start / Cancel
Echo test of Baseband (SRIO) link Start between FSP boards was not successful.
NetAct Licence Manager did not respond Start / Cancel to the verification request. TargetId verification was not possible. The TX carriers served by the affected Start / Cancel antenna lines are disabled, consequently the operation of related cells is degraded or deactivated. This reduces the power transmitted by the Power Amplifier in a An unsupported module has been Start Radio Module to protect the Power detected in the System Module. Typically, Amplifier against HW failure that might be this happens when the System Module caused by operation under excessive SW in use does not support the module. VSWR value conditions (antenna line Not enoughmismatch). RP3-01 links connected Start impedance between FSM and FR. Commissioned cells cannot be routed through the existing RP3-01 links. Response is not received or response is received with unsuccessful status for SRIO multicast configuration related messages.
Start
FSP is undergoing a cold reset.
Start
Radio Module or Filter (all others) has detected an overcurrent in the RS485 IUANT port. Some antenna line device is causing the overload. Depending on HW The highest validated temperature value implementation, antenna line devices on FSP board exceeds the threshold powered by the RS485 IUANT and/or value. powered by the antenna line are out of order. The parallel RP3-01 links towards one radio module have too large ofina the mutual The overcurrent was detected length (more than 60 meters). RS485difference IUANT port. Some antenna line device is causing overload or there is a shortcut on is the line devices Fan speed tooport. lowAntenna for successful powered by the RS485 IUANT port are detection. Detection is attempted again out of order. after Fan.Test.Timer expires.
Start
Start / Cancel
Start / Cancel
Start / Cancel
Long fiber between FSM and furthest FR Start detected but the feature status in SCF is FALSE. - Fiber length 0.2 km - 15 km: Temperature on the FSP board exceeds (actDistributedSite15 = False) the critical threshold value.
Start / Cancel
Fan(s)is/are not running although the control is higher than 0.
Start / Cancel
Speed of the fan(s) is/are deviating too much from the required control.
Start / Cancel
Fan(s) is/are running faster than required.
Start / Cancel
Summing service release from reset failed.
Start
4082: Source unit has reached the maximum number of reset attempts, that is, the source unit cannot successfully finish a startup after the SW update.
Start
4083: Source unit requests a SW fallback because of a critical problem that occurred during startup after the SW update, that is, configuration data migration failed. 4085: Transport SW on the source unit
4082: Source unit has reached the maximum number of reset attempts, that is, the source unit cannot successfully finish a startup after the SW update. 4082: Source unit has reached the maximum 4083: number of reset attempts, that is, the Source unit requests a SW fallback source unit cannot successfully finish a because of a critical problem that startup after the SW update. Reliable delivery service is not occurredmessage during startup after the SW able to deliver internal message update, that is,an configuration data to a 4083: recipient migration(FSP failed.or FSM), and sends an Source unit requests a SW fallback asynchronous notification to the because of a critical problem that message sender about the unreachable 4085: File System access operation likeSW File occurred during startup after the recipient. Transport SW on the source unit failed. System mounting or file opening update, that is, configuration data indicates a need for a software fallback. migration failed.
Start
Start
Start
Start
4085: BTS has detected RF module power Start Transport SW onisthe source unit cycle failure and trying to recover from indicates need for a software fallback. the failureaduring BTS reset procedure. BTS reset lasts longer due to additional actions performed by BTS in order to Summing service default configuration recover from faulty situation. has failed
Start
FSP does not support the requested BTS Start configuration.
[FSMr2] FSP reset during BB reset Start recovery failed. [FSMr3] FSP warm reset recovery failed. During the SW update, it has been Start detected that configurations of active and passive SW in HW unit are the same. Active and passive SW configurations are compared: SRIO connection between system Start / Cancel - before SW download, modules is not working. - during SW activation, before active and passive SW switch, - during start-up. Power feeding for the given Radio Start / Cancel Module has been switched off by the user from BTS Site Manager remotely. FSP is shut down. Baseband reset is needed to proceed.
Transient
The master system module has lost optical connection to the peer system module.
Start / Cancel
Radio slave System Module has connected with a shared radio module, but the radio is missing a radio master entity.
Start / Cancel
Poor GPS antenna installation.
Start / Cancel
The GPS receiver is running a site/self survey.
Start / Cancel
There is no accurate position stored in EEPROM.
Start / Cancel
The receiver is used in a stored position, Start / Cancel but then is moved to a new position.
GPS receiver has detected that one or more EEPROM segments were corrupted at reset, and its/their factory default settings need to be restored.
Start / Cancel
Unsupported Rx carrier bandwidth has been assigned to LCR.
Start
Unsupported Tx carrier bandwidth has been assigned to LCR.
Start
Unsupported carrier separation in DualCarrier configuration is assigned to the Radio Module.
Start / Cancel
An attempt to modify a field value in Antenna Line Device failed because the field is read-only.
Transient
SW file validation against its signature failed.
Start / Cancel
Phase synchronization has been commissioned at the btsSyncMode, but neither PPS nor ToP reference clock has become available and usable during Calls are not possible through the startup timeout. affected cell(s) because of a vertical sectorization license missing.
Start / Cancel
Start / Cancel
Vertical TX tilt angle is enforced to 0 Start / Cancel degrees because of a tilting per carrier license missing. Calls are possible through the affected cell(s), but the capacity and performance might be Vertical RX tilt angle is enforced to the Start / Cancel decreased. same value as TX tilt angle because of a tilting per TX/RX license missing. Calls through the affected cell(s) are possible, but the capacity and performance might This fault notifies about activation of Start / Cancel be decreased. extended logs collecting into BTS ramdisk. Activation may decrease the BTS performance. Feature is not activated as needed.
Start / Cancel
[FSMr3+FSMr2] Flexible BB pooling is in Start / Cancel use or no LCGs assigned to ESM in fixed BB pooling. [FSMr3+FSMr3] ESM has no LCGs assigned in fixed BB pooling or ESM is The used SFP does not support the Start / Cancel hot inserted required RP3-01 line rate between the in runtime but not found in HWF. system module and the extension system module. Failure occured during reading of targetId Start / Cancel parameters from the Radio Module.
FSM-internal (including DSP expansion Start / Cancel cards) baseband bus link synchronization has failed. Frame sync state has not been reached, or link timing is incorrect. BTS has had an uncontrolled reset due to a reason indicated in the fault name.
Transient
The following reset causes (#) are possible: VSWR major or VSWR minor value set Transient "FSM watchdog reset": System overload during commissioning is out of range. "FSM spurious reset": Reset reason detection failed "FSM spurious container reset": BTS SW unexpected reset. Exact reset reason detection failed.
The BTS detected a pure a single RX cells configuration for which the IRC Receiver functionality unavailable.
Start / Cancel
RM module fiber cabling is incorrect and Start / Cancel equivalent fiber cabling configurations exist. The affected RM modules are GAIA based RRHs & FRs. MHA was unexpectedly set to bypass mode.
Start / Cancel
Failed to authorize the RFM product due Start / Cancel to missing RFM properties. RFM is not supported by the current BTS SW release and the BTS did not find relevant HW properties for the RF module on Connection to NetAct has to be restarted Start FSM. BTS failed to retrieve the as target ID has been recovered. corresponding RFM plug-in module from Network Management System as well. Power reduction is above the threshold.
Start / Cancel
A failure has occurred in the TCP connection establishment between the WBTS and the third party tool.
Start
IP configuration has been changed.
Start
This fault is raised when BTSOM request Start to TRSW for IP configuration change has not been acknowledged, or if negative acknowledgement is received from TRSW. Startup image is corrupted. If DSP in the Start BTS generates this fault, there is a malfunction in a corresponding DSP submodule. If all DSPs of FSPs generate this fault, there is a malfunction in FSM. LTE AirScale couldn't provide IP Start addresses for units in WCDMA BTS in WCDMA/LTE AirScale RF-sharing. This fault indicates that: Start / Cancel 1)the absolute value of estimated phase error of BTS, which is in holdover, has exceeded the limit of 5 us, or 2) BTS is more than 6 hours in holdover mode which means that estimated phase error value may not be credible. It is assumed in this case that the real absolute value of phase error is bigger than 5us.
Physical memory supervision has detected that memory usage has exceeded 90%(FCM/FCT)/98%(FSP).
Start / Cancel
Non-correctable bit toggling error is detected in the critical DSP memory.
Start
Fatal error of DSP HWAPI SW has occured.
Start
If FSP in the BTS generates this fault, there is a malfunction in Fatal error of DSP Application SW has Start a corresponding FSP sub-module. occured. If all FSPs generate this fault, there is a malfunction in the FSM. If FSP in the BTS generates this fault, there is a malfunction in BTSOM has triggered GPIO reset for the Start a corresponding FSP sub-module. DSP on purpose. If all FSPs generate this fault, there is a malfunction in FSM. If FSP in BTS generates this fault, there is a malfunction in The platform software detects hardware Start a corresponding FSP sub-module. issue by examining buffer length and If all FSPs generate this fault, there is a received message length during SRIO malfunction in FSM. (Serial Rapid IO) message receiving. The transport part of the WBTS has been reset. Note: 1.FSMr2 supports the following cause for the reset: A change to the BTS IP settings has been received from TRS Manager. The "trs unknown cause " : not yet evaluated user has to confirm the changes after the or not determinable last BTS IP settings have been given. "trs power-on reset" : Cold start The confirmation is needed so that the DSCP $D signalled not configured. "trs watchdog reset"but : System overload BTS IP settings are taken in use through $D the first mismatch DSCP "trs specifies startup failure" : Failure during a BTS reset. value. startup "trs software failure": Software failure The combination of RNC and NodeB is "trs reset": triggered Themanagement alarm is raised if the Reset BFD service is misconfigured with regard to quality of by management interface not available anymore on the BTS for all the service configurations. "trs : Fallback executed BFDfallback" sessions belonging to that BFD "trs Hardware Failure": Hardware Failure group. "trs kernel reset" : kernel panic This alarm raisedreset if routing entries resulting in is sudden exceed the maximum number(1200)in forwarding table.the following cause for FSMr3 supports the reset:
Start / Cancel
Start
Start / Cancel
Start / Cancel
Start / Cancel
Loss of frame. It is not possible to carry Start / Cancel "trs unknown cause " referenced : not yet evaluated traffic on the interface in the or not determinable alarm text. All other transmission alarms "trs power-on : Cold start related to this reset" signal are suppressed. "trs watchdog reset" : System overload "trs software failure": Software failure Probable causes for STM-1/STS-3c "trs management reset": Reset triggered interfaces: by management interface - the SDH/SONET interface receives "trs spurious reset" Reset reason frames that have an :incorrect frame detection failed pattern (A1 and A2 bytes) - the configuration of the framing (STM-1 2. "$date" format is local time-stamp or The STS-3c) on the far-end interface does (GMT+/-xx:xx) . E.g: 2014-04-12 not match the configuration on the 00:51:26 GMT+0530in the alarm text interface referenced - too low an input level
No signal is received on the interface Start / Cancel referenced in the alarm text. All other transmission alarms related to this signal are suppressed. A dead peer was detected in one of the Probable causes for PDH interfaces: IPsec associations of the FTM. - a cable is cut or there is no cable connected to the interface Possibly - the electrical signal is excessively - a cable is cut or there is no cable A loopback has been configured by a attenuated connected to the interface management application. - the port at the connected far-end node - the signal is excessively attenuated is switched off - the port at the connected far end node - transmit and receive cables are mixed is switched off up The SFP module detected in the interface connectors does not comply Probable causesrequirements. for Ethernet interfaces: with the security - a cable is cut or there is no cable connected to the interface Loss of ATM cell delineation. The - the electrical signal is excessively network interface receives frames whose attenuated ATM cellsat cannot be recognised. is not - the port the connected far endIt node possible to carry is switched off traffic on the interface referenced in the alarm text.The interface Primary and secondary timing source could be E1/T1/JT1 interface number or lost. The WBTS is running on internal IMA group number. clock or in hold-over mode and no timing signal is sent. Probable causes: One the synchronisation sources in cell - the of far-end frames do not have ATM The first and second synchronisation the configured priority list is unavailable. mapping sources from the configured priority list This be the primary or the secondary - the can far end does not insert idle cells are unavailable. On failure, the WBTS clock - theresource. are disturbances in the traffic of switches automatically to the next clock the transmission link in question Thisphysical alarm shall be raised source in the priority list. if a In the alarm: configuration fulfills these conditions: Protocol can be PDH, SDH, Timing over (MinUDPPortCESoPSN > (MinUDPPort Probable cause: The transmission links Packet (ToP) and Synchronuous supported selected forPWs)) clock source are faulty. The ethernet. AND reason canisberaised alarms the pseudowire interfaces This alarm if aonCES (MinUDPPortCESoPSN UP, UP-1 day ... 4999 days with default 90 days. >DOWN) during the duration of the link flapping prevention timer. If the link goes up and down again during that flapping period, the link flapping timer shall be restarted.
NE stores trust anchors for its own trust Start / Cancel chain and for peers. When own or any trust anchors are about to expire/expired this alarm is sent. At least one of the sessions in MLPPP bundle has gone down.
Start / Cancel
In case the incoming SSM is not anymore received for a certain time period (configured via 'ssmTimeout' parameter) this an alarm is raised.
Start / Cancel
This alarm is raised when the received Note: The interface numbering shall be SSM indicates lower clock quality (e.g. similar to ETHLK. "do not use" or "EEC") than required. E.g: DN:SYNC-1/STPG-1/STPU-1-4 for unit 1,interface 4. Note: The interface numbering shall be The reference clock monitoring has similar to ETHLK. detected a loss of ToP reference clock E.g: DN:SYNC-1/STPG-1/STPU-1-4 for signal received from the master clock unit 1,interface 4. behind $IP. - The eNB does not receive a reply from SW does not support the detected HW ToP Master within a certain time (5 sec) unit type. upon it has sent a sync request message - The eNB receives from ToP Master a Probable causes: granted message rates (sync message This triggered if during the 15not rate, alarm delay is message rate), that does - The system module's SW version is too min. measurement window, frame match the requested rate bythe eNB old loss ratio, far-end, or near-end, exceeds - Supported HW variant not present in the configured threshold. system module This alarm is triggered if during the 1 min. The alarm shall include the following measurement window, the average twoinformation: way delay measured exceeds the - Alarm cause: 15 min frame loss ratio configured threshold. threshold exceeded. The alarm shall include the following This alarm is triggered if during 15 - Measurement type (1ended orthe 2ended) information: min. measurement when either [represented by flmwindow, $f] - Alarm cause: 1min delay threshold the near-end or MA the far-end one-way - Alarm source: exceeded. delay variation the threshold. - Remote MEP exceeds MAC address. - Alarm source:MA The alarm shall include the following [represented by mac $m] This alarmMEP is triggered once the new - Remote MAC address. information: configuration filemac is rejected [represented by $m] and - Alarm cause: 15 min one-way delay M-Plane connection is established with variation threshold exceeded. fallback configuration as a result - Alarm source: MA of M-plane recovery action. The base MEP station is currently - Remote MAC address.capturing IP It shall be visible until next site reset. traffic towardsbya mac local$m] port or into a file on [represented the base station. if the traffic capturing is happening towards a local port, port and destination BTS is in IPSec Expert Mode. This mode mac address needs to be provided. allows online tuning of IPSec related Port values can be LMP or < HW parameters for troubleshooting or MODULE NAME >-. workaround implementation via BTS Site i.e LMP or FSM-EIF1, FSM-EIF2 or FTIFManager. It is meant for R&D EIF1 troubleshooting only. When the fault is active, normal IPSec configuration changes are not recommended.
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start / Cancel
Start
Start / Cancel
Start / Cancel
Fans are rotating faster than required.
Start / Cancel
The options are: - Out of order The unit does not work - Degraded The main functions of the unit work, but not all
Used when there is more than one unit status possible. In case multiple status options are possible, unit status depends on the fault source.
- Working All functions are working, but some trouble has been notified - Info Status change information
Unit Status
Unit Status Attributes
Degraded,Out of order
Alarming fan = out of order, fan group = degraded
Out of order
Alarming fans = out of order, fan group = out of order
Working
Out of order
Working
Out of order
Out of order
Out of order
Out of order
Out of order
Degraded
Degraded
Degraded
Out of order
Out of order,Working
Working
Working
Working
Out of order (UltraSite/EUBB) Working (FlexiBTS, UltraSite, MetroSite, MetroSite 50, Triplemode)
Working
Working
Working
Out of order
Out of order
Out of order
Out of order
Working
Working
Out of order
Degraded
Out of order
Out of order
Out of order
Working
Out of order
Out of order
Out of order
Out of order
Working
Working
Working
Working
Out of order
Out of order
Out of order
Working
Degraded
Degraded (At least one RX power level is lower than threshold or the difference between max and min RX levels exceeds the limit).
Degraded
Degraded (At least one RX power level is lower than threshold or the difference between max and min RX levels exceeds the limit).
Out of order
Out of order
Degraded
Degraded
Out of order
Degraded
Working
Working
Out of order
Degraded
Working
Degraded
Degraded
Working
Working
Working
Working
Working
Out of order
Degraded
Degraded: At least one of RX from given cell is working properly
Degraded
Degraded
Degraded
Degraded
Out of order
Degraded
Out of order
Out of order
Out of order
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Working
Out of order,Working
Working when there were problems with files in SW package but BTS is still operational. Out of order when the problems prevent BTS from reaching operational state.
Degraded,Out of order,Working
Out of order
Out of order
Working when there were problems with files in SW package but BTS is still operational. Degraded when there were problems with rules missing (1866) or parsing (1867): BTS is still in operational state, but no recoveries may be performed.Out of order when the problems prevent BTS from reaching operational state.
Out of order
Degraded,Working
Out of order
Degraded
Out of order
Out of order
Degraded
Degraded
Out of order
Working: - some other reference clock is available Degraded: - any reference clock source is not available
Out of order
Out of order
Out of order
Degraded
Out of order,Working
Degraded
Out of order
Out of order
Out of order
Degraded
Degraded
Degraded
Out of order: if fault 1810:EFaultId_VSWRThresholdTu ningOngoingAl is not active for the same AL. Working: if fault 1810:EFaultId_VSWRThresholdTu ningOngoingAl is active for the same AL
Degraded
Degraded
Degraded
Degraded
Degraded
Out of order
Out of order
Out of order
Degraded
Working
Working
Degraded
Out of order
Out of order
Out of order
Degraded
Out of order
Degraded
Degraded
Degraded
Degraded
Degraded
Degraded
Degraded
Degraded (MinorTMAFault)
Degraded,Working
Degraded
Working
Working - The license for an active feature is missing but due to ongoing trial period the feature is functioning normally. - The license is missing and the trial period is unavailable but feature is still active. Degraded - License is missing for an active feature and trial period is not available. Feature is disabled.
Out of order
Out of order
Degraded,Working
Degraded,Working
Degraded,Out of order
Degraded,Out of order
Degraded
Out of order
Out of order
Working: - some other reference clock is available Degraded: - any reference clock source is not Working: available - some other reference clock is available Degraded: - any reference clock source is not [AAS]: Degraded if less than a half available of ActiveElements faulty. [Otherwise]: Out of order [AAS]: Degraded if less than a half of ActiveElements faulty. [Otherwise]: Out of order.
Out of order
Degraded
Degraded,Out of order
[AAS]: Degraded if less than half of ActiveElements having faulty TX HW. [Otherwise]: Out of Order
Degraded
Out of order
Degraded,Out of order
Degraded only for AAS if not all ActiveElements (in RX path) inside AAS faulty. Otherwise Out of Order.
Degraded,Out of order
[AAS]:Degraded only for AAS if less than half of ActiveElements inside AAS are faulty. [Otherwise]: Out of order. [AAS]: [Rel1 HW] Degraded if less than a half of ActiveElements faulty. [Rel2 HW] Degraded if less than a half of TX HW resources faulty or all faulty TX HW Not all fans failed: Module = resources in same polarisation. Degraded, Fan group = degraded, [AAS, RAN 2580 soft recovery Single (failed) Fan = Out of Order licence active]: Degraded if a half All fans failed: Module = or less than a half of TX HW Degraded, Fan group = Out of resources faulty. Order [Otherwise]: Out of Order
Degraded,Out of order
Out of order
Out of order
Degraded
Degraded
Out of order,Working
Out-of-order during FR start-up Working during FR runtime
Degraded
Degraded
Out of order
Degraded,Out of order
[AAS]: Degraded if less than a half of ActiveElements faulty. [Otherwise]: Out of order
Degraded
Degraded
Working
Out of order
Working
Degraded,Out of order
Working
Not all fans failed (half or less than half of all available fans): Fan group = Degraded, Module = Working Not all fans failed (but more than Module = Working, Fan group = half of all available fans): Fan Degraded group = Out of order, Module = [AAS]: Working Degraded All fans failed: Fan group = Out Of Order, Module = Degraded
Degraded,Out of order
[AAS]: Degraded if less than half of ActiveElements faulty. [Otherwise]: Out of order.
Degraded,Out of order
Degraded - validated temperature of any PA or Pipe sensor is >= to Tdanger (when any TX/RX resources are available on alarming FRM).
Working
Degraded
Out of order
Out of order
Working
Out of order
Out of order
Out of order
Out of order
Out of order
Out of order - dangerously high temperature occurs longer than tT+danger and PA is turned off (when no RX/TX resources are available on alarming FRM)
Degraded
Degraded
Degraded
Degraded
Degraded
Working
Degraded
Out of order
Out of order
Out of order
Degraded
Out of order
Out of order
Out of order
Degraded
Out of order
Out of order
Out of order
Out of order
Out of order
Out of order
Out of order
Out of order
Out of order
FSM becomes degraded when any FSP is out of order FSP becomes out of order if at least one Faraday is out of order FSM becomes out of order if all FSM becomes degraded when FSPs are out of order any FSP is out of order FSP becomes out of order if at least one Faraday is out of order FSM becomes out of order if all FSPs are out of order
Out of order
Out of order
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
N/A
Out of order,Working
Working (FSM) Out of Order (LCR)
Out of order
Degraded,Working
Working
Out of order
Out of order
Out of order
Working
Out of order
Possible unit statuses can be raised, corresponding to two faults of different severity, depending on the time left before expiration: - Working: in case of expiration in one month or one week - Degraded: in case of expiration at the moment of fault raising
Out of order
Working
Working
Out of order
Degraded
Working
Out of order,Working
Working
Degraded
Degraded
Out of order
Working
Out of order: when the problems prevent the BTS from reaching the operational state. Working: when there were problems with files in the SW package but the BTS remains operational.
Out of order
Out of order
Degraded
Working
Working
Out of order
Degraded
Degraded,Working
Working - BTS is trying to verify the targetId, but licensed functionality is not affected for trial period time.
Out of order
Out of order Degraded - BTS is trying to verify the targetId and licensed functionality has been disabled after trial period time had passed.
Out of order
Out of order
Out of order
Out of order
Degraded
Out of order
Out of order,Working
Working
Unit status Working in case of 7651 alarm without cell relations known. Unit status Out of order in case of 7653/7654 alarm.
Out of order
Out of order
Degraded,Out of order
Degraded
Degraded
Out of order
Out of order
Not all fans have failed: alarming fan = out of order, fan group = degraded All fans have failed: all fans and fan group = out of order Alarming fan = degraded, fan group = degraded
Out of order
Out of order
Out of order
Out of order
Working
Out of order
Out of order
Out of order
Out of order
Out of order
Working
Out of order
Working
Degraded
Working
Working
Working
Working
Working
Out of order
Out of order
Out of order
Working
Out of order,Working
The master system module works properly.
Out of order
Out of order
Degraded
Degraded
Working
Degraded,Out of order
Degraded
Out of order
Degraded
Out of order
Working
Working
Out of order.
Working
Working - IRC Receiver is not available for a pure single RX cells configuration but the BTS remains operational.
Out of order
Out of order
Out of order
Out of order
Degraded
Working
Out of order,Working
Out of order,Working
Out of order
Degraded,Out of order
Working
Out of order(Changed IP configuration is not working before BTS site reset) Working(IP configuration used before changing is still working) Out of order(Changed IP configuration is not working before BTS site reset) Working(IP configuration used before changing is still working)
Degraded (fault raised against FCM/FCT) Out of order (fault raised against RF/Filter)
Working
Critical
Out of order
Out of order
Out of order
Out of order
Minor
Major
Major
Critical
Minor
Critical
Critical
Major
Minor
Critical
Major
Major
Minor
Major
Major
Major
Major
Major
Major
Major
Major
Critical
Major
Warning
Critical
Major
Major
Critical
Critical
Critical
Critical
Major
Major
Major
Major
Critical
Critical
Major
Minor
Minor
Minor
Critical
Critical
Critical
Critical
Major
Critical
Critical
Critical
Major
Major
Warning
Major
Major
Major
Warning
Major
Critical
Critical
Major
Major
Major
Major
Critical
Major
Major
Major
Major
Minor
Minor
Minor
Critical
Minor
Minor
Minor
Major
Minor
Major
Working
Module = Working, Fan group = Working
A description of how this fault affects the operations of this unit, and how it affects the operations of other units. The following questions are considered: Does the status of the unit or its sub-units have any effect on the interpretation of the fault?
7650 BASE STATION FAULTY - Start, disables all cells - Cancel, causes a site reset - No new 7651, 7653 or 7654 alarms are reported when 7650 is active 7651 BASE STATION OPERATION DEGRADED - There is no limit to how many 7651 alarms can be active at the same time
Does the fault have an effect on other active faults? 7652 BASE STATION NOTIFICATION - There is no limit to how many 7652 alarms can be active at the same time 7653 CELL FAULTY - Start, the affected cell state is set disabled - Cancel, the affected cell state is set enabled
Effect
If the redundant fans cannot cool the BTS sufficiently, overheating might occur and a temperature fault might be generated from the unit/module. Fans are rotating too slow and the module temperature is too high or fans are rotating too fast. The BTS operation might be decreased.
If the FSP update fails, the BTS capacity drops. If the optical interface FPGA SW update fails, communication to radio modules does not work and the BTS is not operational. This fault does not immediately affect the operations of the BTS, but it is a notification that the BTS frequency deviates from the Iub reference. The BTS master clock tuning continues despite the alarm, but because The module in question is out of use. This the BTS master clock adjustment is quite alarm cancels all the active alarms for the slow to filter the instabilities of the Iub same module. interface, it takes some time (even several hours) before the BTS operations start to be affected.
7654 CELL OPERATION DEGRADED - There is no limit to how many 7654 alarms can be active at the same time Reported Alarms 7655 CELL NOTIFICATION - There is no limit to how many 7655 alarms can be active at the same time 7660 STATION NOTIFICATION LICENCE EXPIRED 7652 BASE BASE STATION - Licence alarms do not have dependencies to other BTS alarms. 7661 BASE STATION LICENCE NOTIFICATION - Licence alarms do not have dependencies to other BTS alarms. 7652 BASE STATION NOTIFICATION 7665 BASE STATION TRANSMISSION ALARM - In case of faulty transmission equipment or transmission software, this alarm is reported towards the OMS or NetAct. -7652 Transmission alarms NOTIFICATION do not have dependencies to other BTS BASE STATION alarms.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
7652 BASE STATION NOTIFICATION
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
BTS is not operational.
7650 BASE STATION FAULTY
If the fault source are all FSPs in the master 7650 BASE STATION FAULTY system module, the BTS is not operational. If the fault source is FSP some cells are faulty. If the fault source are all FSPs in the master 7650 BASE STATION FAULTY system module, the BTS is not operational. If the fault source is FSP some cells are faulty. BTS capacity decreases (BASE STATION OPERATION DEGRADED) if the reporting unit is FCM/FCT on the ESM or some FSPs. The BTS might be completely out of order (BASE STATION FAULTY) if the reporting Signaling and calls made through the unit is FCM/FCT on MSM or all FSPs. related cell(s) do not work. The BTS will reset if it has lost its synchronization. User is informed about the impending autonomous reset by the The RNC NBAP NOTIFICATION. starts link re-establishment BASE STATION procedures and keeps on trying until it either succeeds or when the link is removed.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
The telecom SW does not operate on the Signaling and calls made through the Telecom Master WAM, and thus, the WAM related cell(s) do not work. is not operational.
7651 BASE STATION OPERATION DEGRADED
Signaling and calls made through the The resources provided by the unit cannot related cell(s) do not work. be used, which means that some features might not work. The user data cannot be used in the related cell(s), but the WAM can still work as a If the fault is reported for the FR module, the Requested SW version Telecom Master WAM. can not be installed BTSOM does not know the real FR module due to the limitations of the running SW state; consequently, the BTS SM keeps the version. FR LED display disabled (grayed). The reason for the FR LED status inconsistency No real time is available. Alarms, logs, and is the restriction of the RP1 communication all reports an incorrect time. in only to SWinclude management procedures case of an SW mismatch situation. Thus, it is not possible to align the RF LED and BTS SM status. The LED BTS display continues its operation with the old
7651 BASE STATION OPERATION DEGRADED
7651 BASE STATION OPERATION DEGRADED
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7655 CELL NOTIFICATION
7652 BASE STATION NOTIFICATION file. If the fault is reported for Extension System Module, the ESM unit LED in BTSSM is gray as BTSOM does not report LED color The BTS continues operations with (in thecase old 7652 BASE STATION NOTIFICATION to BTSSM - unit status is unknown software. 7655 CELL NOTIFICATION of incompatible software version, communication between Master System Module should be reduced to minimum, start-up of incompatible unit (Extension System Module) should be halted and only SW update should be allowed).
If the SW download for any HW unit fails, the eNB continues to operate with the currently installed SW version. If the SW activation for FCM/FCT in the If the SW download for any HW unit fails, master FSM fails, the eNB continues to the eNB continues to operate with the operate with the currently installed SW currently installed SW version. version.
7652 BASE STATION NOTIFICATION
7652 BASE STATION NOTIFICATION
If the SW activation for FCM/FCT in the The backup unit If thebattery SW activation fails is forpartly otherorHW units, 7652 BASE STATION NOTIFICATION master FSM fails, the eNB continues to completely in an use.RF The intelligent (for example, unit) then theshutdown eNB operate with the currently installed SW operation has started. with If thethe mains restarts and operates new power SW is version. not restored, cells are shut down version. If thethe eNB is integrated to NetAct according to the predefined parameters. after the shutdown automatic recovery SW update, The started as part of units, thethe 7653 CELL FAULTY If thecell SW activationisfails for other HW eNB restarts and operates with the intelligent shutdown (for example, an RF procedure. unit) then the eNB previously installed SW version. restarts and operates with the new SW version. If the eNB is integrated to NetAct after the automatic recovery SWof update, Cell shutdown is started as part the the 7653 CELL FAULTY eNB restarts and operates with the intelligent shutdown procedure. previously installed SW version. The BTS does not send alarms that are related to the blocked unit or module to the network management system (NMS). Alarm sending to the BTS Site Manager is always enabled. The alarm cancellations are The BTS does not send any alarms that are always sent to the NMS. related to the blocked cell or the units commissioned to the blocked cell to the Phone calls cannot be established through network management system (NMS). Alarm the blocked unit or module. sending to the BTS site manager is always The BTS does not send alarms to the enabled. Alarm cancellations are always network management system (NMS) when sent to the NMS. the BTS is blocked. Alarm cancellations are sent to the NMS. Calls through the blocked cell are The BTS is to operational. transferred another cell. New phone calls All cells are disabled. cannot be established through the blocked cell.
7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7653 CELL FAULTY
7650 BASE STATION FAULTY
7652 BASE STATION NOTIFICATION
Since it is not possible to use the faulty FSP 7650 BASE STATION FAULTY in the configuration, the BTS capacity 7651 BASE STATION OPERATION DEGRADED decreases or the BTS becomes faulty. The default values are used for the cell. The 7651 BASE STATION OPERATION DEGRADED cell operation might become degraded.
Depending on the reported severity, the 7650 BASE STATION FAULTY BTS capacity might have decreased (BASE 7651 BASE STATION OPERATION DEGRADED STATION OPERATION DEGRADED, CELL FAULTY, CELL OPERATION DEGRADED) or the BTS might be completely out of order (BASE STATION FAULTY).
Depending on the reported severity, the BTS capacity might be decreased (BASE STATION OPERATION DEGRADED, CELL OPERATION DEGRADED, CELL FAULTY) or the BTS might not be operational at all The cell is disabled. (BASE STATION FAULTY).
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7653 CELL FAULTY
For resources that are not in use (not commissioned), the lack of support The gain control feature is lost alarm possibly is reported by a minor severity (BASE 7653 CELL FAULTY generating an interference to the network. 7654 CELL OPERATION DEGRADED STATION NOTIFICATION). The NBAP common measurement message is incorrect because of missing The affected FCM unit is not operational. In measurement data from the RF module. the event of an FSP fault, the channel capacity is lost and the cell(s) might become unavailable. In case of an FR, the associated cell(s) become(s) faulty. The affected FCM unit is not operational. In the event of an FSP fault, the channel capacity is lost and the cell(s) might become unavailable. In case of an FR, the associated cell(s) become(s) faulty. The affected FCM unit is not operational. In the event of an FSP fault, the channel capacity is lost and the cell(s) might become unavailable. In case of an FR, the associated cell(s) become(s) faulty. Handing traffic over to another cell might not work.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
The affected cell state remains unchanged. 7655 CELL NOTIFICATION
The affected cell state remains unchanged. 7655 CELL NOTIFICATION
The cell setup is rejected.
7652 BASE STATION NOTIFICATION
Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible, but the cell capacity and performance may be decreased (7654 CELL OPERATION DEGRADED). The cell setup has succeeded but the cell state is disabled.
7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
Depending on the reported severity, BTS capacity might decrease (BASE STATION OPERATION DEGRADED) or BTS might not be operational at all (BASE STATION FAULTY). The minimum HSUPA capacity, which is based on the commissioning parameters, is not fully guaranteed. The HSUPA resource handling still works dynamically in addition to the partially reserved minimum capacity Cell capacity has decreased. for the HSUPA.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
Cell capacity has decreased.
7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION
7654 CELL OPERATION DEGRADED
This fault prevents the BTS from functioning 7650 BASE STATION FAULTY correctly. 7651 BASE STATION OPERATION DEGRADED Some baseband processing resources are not working or the BTS is not operational. DSP unit restart
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
BTS HSUPA Capability is degraded in the cell where the Parallel Interference Cancellation (PIC) feature was active.
7651 BASE STATION OPERATION DEGRADED
BTS HSUPA Capability is degraded in the cell, where the Parallel Interference Cancellation (PIC) feature was active.
7651 BASE STATION OPERATION DEGRADED
Depending on the reported severity, the 7650 BASE STATION FAULTY BTS capacity might decrease (7651 BASE 7651 BASE STATION OPERATION DEGRADED STATION OPERATION DEGRADED) or the BTS might not be operational at all (7650 BASE STATION FAULTY). The performance of the BTS is not optimal 7651 BASE STATION OPERATION DEGRADED because its HSPA capability is not fully utilized. Malfunctioning cell setups or rejected new PIC pool configurations are ignored by TCOM.
7652 BASE STATION NOTIFICATION 7655 CELL NOTIFICATION
Not enough CCCH Processing Set licenses 7661 BASE STATION LICENCE NOTIFICATION commissioned to set up cell.
FSP is not operational.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
Cell is temporary degraded, all connected UEs are informed that the cell is degraded. All ongoing calls are still possible, but UE cannot establish the new one.
7654 CELL OPERATION DEGRADED
HS-RACH service in LCG is not guaranteed 7652 BASE STATION NOTIFICATION for the required number of users (pointed to by the commissioned HSUPA resource steps for HS-RACH users). Radio Module is restarted. Incoming calls may be dropped.
7654 CELL OPERATION DEGRADED
BTS HSUPA Capability is degraded in the cells where the Parallel Interference Cancellation (PIC) feature was active.
7651 BASE STATION OPERATION DEGRADED
During HSDPA cell setup:
7652 BASE STATION NOTIFICATION
Operator can still use the CA functionality, however, HSDPA cell setup is rejected. Functionality related to the reported feature 7661 BASE STATION LICENCE NOTIFICATION During CA runtime activation: is not available in BTS. Operator cannot use CA functionality due to a wrong CA configuration. Operator can still use the CA functionality, 7652 BASE STATION NOTIFICATION however new CA group ID is not taken into account. Trace data providers will stop streaming until the connection is established successfully.
7652 BASE STATION NOTIFICATION
NBIC will not be working for the LCG specified.
7652 BASE STATION NOTIFICATION
Cell visible as alarm source is disabled.
7650 BASE STATION FAULTY
The BTS memory operations (for example, 7651 BASE STATION OPERATION DEGRADED software download and parameter updates) are unstable.
The BTS memory operations (for example, 7651 BASE STATION OPERATION DEGRADED software download and parameter updates) are unstable. The BTS memory operations (for example, 7651 BASE STATION OPERATION DEGRADED software download and parameter updates) are unstable. The BTS memory operations (for example, 7651 BASE STATION OPERATION DEGRADED software download and parameter updates) are unstable. The BTS memory operations (for example, 7651 BASE STATION OPERATION DEGRADED software download and parameter updates) are unstable. The BTS is not functional while in this faulty 7650 BASE STATION FAULTY state. 7651 BASE STATION OPERATION DEGRADED
This fault has variable consequences. Calls 7651 BASE STATION OPERATION DEGRADED might be cut off and, in worst cases, cells might be disabled. The BTS capacity decreases or BTS is not operational. The Digital Signal Processing (DSP) does not work correctly.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
If this fault is cancelled more than 4 seconds after fault appearance, then no effect. Card functionality is still degraded, but unit status is working.
7651 BASE STATION OPERATION DEGRADED
The BTS is not operational or the capacity is 7650 BASE STATION FAULTY If this fault is active for more than 4 degraded. 7651 BASE STATION OPERATION DEGRADED seconds, this means SWS ASIC HW problem, and the digital signal processing (DSP) does not work correctly. BTS capacity For example, with the intelligent shutdown, is permanently decreased. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running longer than the other BTS units.
For example, with the intelligent shutdown, the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running longer than the other BTS units.
For example, with the intelligent shutdown, the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running For example, with the intelligent shutdown, longer than the other BTS units. the WPA/WMP and the local cell resources are blocked to minimize the power consumption. Therefore, the battery backup can keep the AXU unit up and running Depending on the reported severity, the 7650 BASE STATION FAULTY longer than the other BTS units. fault situation might have no impact on the 7651 BASE STATION OPERATION DEGRADED operation (BASE STATION 7652 BASE STATION NOTIFICATION NOTIFICATION), the BTS capacity might have decreased (BASE STATION OPERATION DEGRADED) or the BTS might not be operational at all (BASE STATION FAULTY).
Depending on the reported severity: - the BTS might not be operational at all (BASE STATION FAULTY) - the BTS capacity might have decreased Some operations within the BTS are (BASE STATION OPERATION interrupted. Depending on the fault source, DEGRADED) the BTS or cell operation is degraded or - the fault might have no impact on the faulty. operation (BASE STATION NOTIFICATION) The BTS capacity possibly decreases.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7653 CELL FAULTY
Depending on , some processing resources, some cells, or the whole BTS might be out of order.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY
Tuning does not follow the external reference.
7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
Clock tuning is halted and the BTS continues its operation based on the internal The system clock frequency starts to drift oven oscillator. and the air interface frequency accuracy starts to degrade. The BTS might work The air interface accuracy of 0.05ppm is properly for a few days without an external kept for at least 24 hours. Within that time, reference but the network performance The BTScan canwork operate properly the BTS properly but for themonths networkor might start to gradually decrease. even a year ifmight withinstart the 5% margin area, performance to gradually but eventually the DAC value reaches the degrade. adjustment limit (0 or 4095), and the OCXO cannot follow the synchronization reference The BTS is not operational. signal beyond the limit. Assuming that even in this phase the BTS reference signal has correct accuracy (meaning the alarm indication is real), the BTS air interface The canfrom function properlyvalue for some startsBTS to drift the correct (after time. Thethe BTS is not reaching limit 0 oroperational. 4095), and after a while the 3GPP accuracy limits are not met. Even in that phase, the BTS might still be operational but commissioned the system performance The BTS is not or integrated might drop, affecting, for example, to the network. The BTS cannot be handovers. accessed or configured remotely.
7650 BASE STATION FAULTY
7651 BASE STATION OPERATION DEGRADED
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
7650 BASE STATION FAULTY
7651 BASE STATION OPERATION DEGRADED
The O&M Iub connection to the RNC cannot The BTS is not commissioned or integrated 7651 BASE STATION OPERATION DEGRADED be established without the public IP to the network. The BTS cannot be addresses of the FCM and RNC. accessed or configured remotely. Transmission connections cannot be The O&M Iub connection to the RNC cannot FSM cannotto reach the operational state. established the RNC autonomously when 7650 BASE STATION FAULTY be established without the public IP 7651 BASE STATION OPERATION DEGRADED the transmission information is missing. addresses of the FCM and RNC. Transmission connections cannot be established to the RNC autonomously when the transmission information is missing.
The connection to the transmission is broken. The BTS is not operational.
7650 BASE STATION FAULTY
If the MHA is faulty, the RX performance becomes degraded. The cell size might be reduced (7654 CELL OPERATION DEGRADED). No impact on system (7652 BASE STATION If the MHA is faulty, the RX performance is NOTIFICATION). degraded. The cell size might be reduced (7654 CELL OPERATION DEGRADED). No impact on the system (7652 BASE The antenna line is not operating correctly. STATION NOTIFICATION). The cell capacity decreases.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The cell is disabled if all critical radio resources are affected or the cell operation is degraded if parts of the cell's resources are affected. Despite this, the cell still has critical resources that are operational. The output power at the antenna is decreased and the antenna is not working at the optimum level. Downlink signal transmission on the given Downlink baseband processing is degraded antenna line is disabled and the in a Radio Module. The RX path operating performance corresponding FR transmitter is unusable. decreases. Note that overall, the FR module state is not affected, since the fault is caused by external phenomena on the antenna The signal path is unusable. The cellsline using (for example, disconnected antenna or the faulty unit might not work. broken ALD). RF HW and its subsystems are not affected by the fault despite some functions of the FR module (for example, The signal path is alarming unusable.antenna The cells using transmitter on the line) the faulty unit might not cannot be used as long as the fault remains work. active. This fault affects the following functions in Radio Module: The BTS capacity possibly decreases. - Uplink baseband processing - faulty - Downlink baseband processing - faulty
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION
The BTS capacity possibly decreases.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The BTS capacity possibly decreases.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The BTS capacity possibly decreases.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The BTS capacity possibly decreases.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The antenna line device is not working properly. The cell operation is degraded.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The device is out of use.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The unit might be started with an old SW 7652 BASE STATION NOTIFICATION version and is therefore not compatible with 7654 CELL OPERATION DEGRADED any other units. The Extension System Module is not operational. The BTS capacity possibly decreases.
7651 BASE STATION OPERATION DEGRADED
Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible but cell capacity and performance may be decreased (7654 CELL OPERATION DEGRADED). Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible but the cell capacity and performance may be decreased (7654 CELL OPERATION DEGRADED). The BTS capacity decreases, and cell(s) might remain down.
7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
The BTS is operational.
7652 BASE STATION NOTIFICATION
7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
7651 BASE STATION OPERATION DEGRADED
Heating from the heating element is not 7652 BASE STATION NOTIFICATION available. The module temperature might not reach the working level or might reach it very slowly. The BTS capacity drops, cell(s) may be inactive.
7651 BASE STATION OPERATION DEGRADED
The BTS does not operate.
7650 BASE STATION FAULTY
The BTS does not operate.
7650 BASE STATION FAULTY
The BTS capacity drops.
7653 CELL FAULTY
The MHA gain is decreased. The cell performance may be decreased.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The MHA gain is decreased or a loss might even be produced. The cell performance is decreased.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
Some antenna line device functions might not work properly.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION
Some antenna line device functions might not work properly.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION
Some antenna line device functions might not work properly.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION
Some antenna line device functions might not work properly.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION
The BTS functionality is degraded and/or resources are unavailable.
7651 BASE STATION OPERATION DEGRADED
The BTS functionality is degraded and/or resources are unavailable.
7651 BASE STATION OPERATION DEGRADED
The unit/module operation is degraded.
7651 BASE STATION OPERATION DEGRADED
Depending on the reported severity: - If the severity is Minor, the BTS works normally, but the functionality or resources might be unavailable after the trial period expires. The device is out of use. - If the severity is Major, the BTS functionality is degraded and the resources might be unavailable.
7660 BASE STATION LICENCE EXPIRED 7661 BASE STATION LICENCE NOTIFICATION
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The RF performance is not on the expected 7655 CELL NOTIFICATION level.
Default values for the internal delays in the BB card are used. Effects on functionality: 1) Cell boundaries cannot be defined as accurately as with measured internal delay The Master and Extension System Modules values. are reset. 2) 3GPP Dedicated measurement (RTT measurement) accuracy is lower than with measured internal delay values. If other references are available, the synchronization reference source changes to another source. Tuning then follows this new reference.
7650 BASE STATION FAULTY
If other references are available, the If other references are not available, tuning synchronization reference source changes does not follow the external reference to another source. Tuning then follows this anymore. Clock tuning is halted and the new reference. BTS continues its operation based on the Calls areoven not possible internal oscillator.through the affected If other references are not available, the cell(s) (7653 CELL FAULTY). BTS master clock (OCXO) tuning is halted Calls but the cell If the are FCMpossible is approaching the capacity end of itsand and the BTS synchronization drops to performance might decrease (7654 CELL lifetime but the reference frequency is still holdover mode. OPERATION DEGRADED). correct, the BTS and system performance Calls are not possible through the affected No impactnormal on thefor system (7652 BASE might months or even one cell(s) be (7653 CELL FAULTY). STATION NOTIFICATION) year after the alarm activation (provided that Calls are possible but the cell capacity and the DAC is not at the edge of the performance might decrease (7654 CELL adjustment area). OPERATION DEGRADED). The FR Module is configured with default No impact on the system (7652 BASE settings and the performance is not as STATION NOTIFICATION) expected.
7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
The following faults may occur (may be Calls are not possible through the affected generated) in the consequence of fault cell(s) (7653 CELL FAULTY). 1902: 1907/EFaultId_FrTxOutOfOrder There can be problems with calls made 110/EFaultId_UnitRnwConfigAl through the affected cell(s) (7654 CELL Calls are not possible through the affected 134/EFaultId_RxAntennaSignalLevelDiffere OPERATION DEGRADED). cell(s) (7653 CELL FAULTY). nceTooHighAl 1924/EFaultId_FrConfigurationFileCorrupte No impact on system (7652 BASE STATION Calls are possible but the cell capacity and d NOTIFICATION) performance might decrease (7654 CELL OPERATION DEGRADED). No impact on the system (7652 BASE STATION NOTIFICATION)
7650 BASE STATION FAULTY
7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible but the cell capacity and performance might decrease (7654 CELL There might be problems with calls made OPERATION DEGRADED). through the affected cell(s). No impact on the system (7652 BASE STATION NOTIFICATION). Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible, but the cell capacity and performance might decrease (7654 CELL OPERATION DEGRADED). There might be problems with calls made through the affected cell(s) (7654 CELL OPERATION DEGRADED). No impact on the system (7652 BASE STATION NOTIFICATION) Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible, but the cell capacity and performance might decrease (7654 CELL OPERATION DEGRADED). Calls are not possible through the affected No impact on the system (7652 BASE cell(s) (7653 CELL FAULTY). STATION NOTIFICATION) There can be problems with calls made through the affected cell(s) (7654 CELL The RF module's TX/RX paths are out of OPERATION DEGRADED). order. Calls are not possible through the affected No effect on the system, however, it might cell(s) (7653 CELL FAULTY). not be possible to commission the cells on Calls are possible, but the cell capacity and Calls are notRx(7652 possibleBASE through the affected the affected STATION performance might decrease (7654 CELL cell(s) (7653 CELL FAULTY). NOTIFICATION). OPERATION DEGRADED). No impact on the system (7652 BASE Calls are possible but the cell capacity and STATION NOTIFICATION) performance might decrease (7654 CELL The FR Module might overheat. OPERATION DEGRADED).
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
The TX part is out of power. Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible, but the cell capacity and performance might decrease (7654 CELL There might be problems with calls made OPERATION DEGRADED). through the affected cell(s).
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
There might be problems with calls made through the affected cell(s).
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
This fault should cancel itself. Module heating is ongoing. During RF start-up, the affected cell resources are not reported to the TCOM.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION
The FR configuration might fail and cause 7652 BASE STATION NOTIFICATION another fault, and there might be problems 7654 CELL OPERATION DEGRADED with calls made through the affected cell(s). No impact on system (7652 BASE STATION The default configuration is used and the NOTIFICATION) cell's TX and/or RX performance is degraded. There might be problems with calls through the affected cell(s) (7654 CELL OPERATION Calls are not possible to go through the DEGRADED). affected cell(s) (7653 CELL FAULTY). Calls are possible, but cell capacity and No impact on the system (7652 BASE performance might decrease (7654 CELL STATION NOTIFICATION) OPERATION DEGRADED). The communication between the system No impact on system (7652 BASE STATION module and the FR might be corrupted. The following faults occur (might be NOTIFICATION). Calls are notinpossible through generated) consequence of the affected cell(s) (7653 CELL FAULTY). fault 1924: Calls are possible, but the cell capacity and 1900/EFaultId_FrConfiguringFailed The TX power level has decreased and performance might decrease (7654 CELL 1902/EFaultId_FrFileNotFound there might be problems with calls made OPERATION DEGRADED). through the affected cell(s). No impact on the system (7652 BASE STATION NOTIFICATION) There might be problems with calls made through the affected cell(s) (7654 CELL OPERATION DEGRADED). No impact on the system (7652 BASE STATION NOTIFICATION). None
Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible, but the cell capacity and performance might decrease (7654 CELL OPERATION DEGRADED). The fault may mean that fans are not No impact on the system (7652 BASE connected/working. This may cause the RF STATION NOTIFICATION). module to overheat.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7655 CELL NOTIFICATION
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
The BTS does not send faults related to the The fault can only be automatically If the fans areRadio not rotating as(FR) required, blocked Flexi Module to thethere 7652 BASE STATION NOTIFICATION canceled for RF modules where fans are is a risk that the module temperature network management system (NMS).rises Fault detected based on speed response too much. sending to BTS Site Manager is always (FRM3.x, FRGT from version 102 and enabled. The fault cancellations are always FRGS from version X21). All other RF sent theare NMS. If thetofans nota rotating modules require reset. as required, there 7652 BASE STATION NOTIFICATION is a risk of the module temperature rising too much.
Calls are not possible through the affected cell(s) (7653 CELL FAULTY). Calls are possible, but cell capacity and performance might decrease (7654 CELL OPERATION DEGRADED). There might be problems with calls made No impact on system (7652 BASE STATION through the affected cell(s) (7654 NOTIFICATION). CELL OPERATION DEGRADED). No impact on the system (7652 BASE STATION NOTIFICATION). The operation of the BTS might decreases.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
Problems might occur during calls made with the affected cell(s) (7654 CELL OPERATION DEGRADED). No impact on the system (7652 BASE STATION NOTIFICATION). Calls and data transmissions are not possible through the affected cell(s).
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The cell using FR module resources that raised the fault is disabled or degraded (depending on the amount and type of Tx/Rx resources lost - see also Reported Alarms Description). Flexi BTS unit in question is transmitting or receiving data with degraded performance. Downlink signal transmission on the given Fault does not trigger any special action on antenna line is disabled and the BTS. corresponding FR transmitter is unusable. In the case of primary optical link to RF Module, ofstate the RF Module behind Note thatthe thecell(s) overall of the FR module the broken connection is/are operational is not affected, since the faultnot is caused by and the RF Module cannot used. line external phenomena on thebe antenna (i.e. extremely high VSWR level). RFRF HW In the case of primary optical link to In the case of primary link toaffected Extension and its subsystems are not by the Module, the cell(s) of the RF Module behind System Module, all functions cells that have been fault, despite some of the FR the broken connection is/are not operational allocated to BB resources the Extension module transmitter onon the alarming and the (e.g. RF Module cannot be used. FSM are line) not operational and Extension antenna cannot be used as long as the In thecannot case ofbe primary FSM used. optical link to RF fault In theremains case ofactive. primary link to Extension Module, the cell(s) of the RF Module behind System Module, all cells that have been the broken areoptical not operational In the case connection of secondary link to RF allocated to BB resources on the Extension and the or RFExtension Module cannot beModule, used. the Module System FSM are not operational and Extension cells that are transmitted through The BTS capacity decreases. Thethe optical FSM cannot be used. In the case of primary link to Extension antenna carrier or have resources allocated interface loses synchronization if the System Module, allare cells that have been via secondary link affected. Cells not number of errors exceeds the defined In the case of secondary optical link tolimit. RF allocated to BBstill resources on the Extension affected might be operational. Module or Extension System Module, the FSM are not operational and Extension cells that are transmitted through the The traffic the appropriate RF FSMRP3 cannot be to used. antenna carrier or have resources Module, Extension System Module,allocated or via secondary linkisare affected. Cells not summing device malfunctioning. In the case of secondary optical linkThe to RF affected might still be operational. related (traffic to the RF Module) Module cell(s) or Extension System is/are notthe operational, or the BTS operation Module, cells that are transmitted is degraded (traffic tocarrier the Extension through the antenna or have System Module), the BTSvia is not operational resourcesorallocated secondary link are (traffic to Cells the summing device). affected. not affected might still be operational.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
7652 BASE STATION NOTIFICATION
7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
Baseband bus RP3 traffic to the RF Module/Extension System Module or between the summing and optical devices, is not working. Depending on the link, either the BTS capacity or cell operation is Baseband bus RP3 traffic to the RF degraded. Module/Extension System Module or between the summing and optical devices, is not working. Depending on the link, either the BTS capacity or cell operation is Baseband bus RP3 traffic to the RF degraded. Module/Extension System Module or between the summing and optical devices, is not working. Depending on the link, either the BTS capacity or cell operation is Baseband bus RP3 traffic to the RF degraded. Module/Extension System Module or between the summing and optical devices, is not working. Depending on the link, either the BTS capacity or cell operation is Baseband bus RP3 traffic to the RF degraded. Module/Extension System Module or between the summing and optical devices, is not working. Depending on the link, either the BTS capacity or cell operation is There are possibly no immediate effects on degraded. the BTS operation but it might cause an optical interface alarm.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
The RP1 synchronization burst related to 7651 BASE STATION OPERATION DEGRADED the failed FIFO is removed and possibly has to be sent again. The BTS operation is to be degraded. The traffic between the System Module and 7650 BASE STATION FAULTY RF Module/Extension System Module 7651 BASE STATION OPERATION DEGRADED becomes unreliable. Some calls or other connections might be lost. The connection to the associated port is lost. The data is partly/completely lost. The worst-case fault effect can expand further from the cell level.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The data traffic to the appropriate RF This fault can prevent BTS operation when Module or Extension System Module is the RF Module is needed for the required malfunctioning. Depending on the alarming cell configuration. module, the BTS operation is faulty (Master System Module), or the BTS operation is RP3 traffic from the baseband to the 7651 BASE STATION OPERATION DEGRADED degraded (Extension System Module). appropriate module/unit is malfunctioning. The BTS operation is degraded. The Extension System Module is out of order and the BTS operation is decreased.
7651 BASE STATION OPERATION DEGRADED
The Extension System Module is out of order and the BTS operation is decreased.
7651 BASE STATION OPERATION DEGRADED
The BTS is not operational.
7650 BASE STATION FAULTY
Baseband bus RP3/RP3-01 traffic might not 7651 BASE STATION OPERATION DEGRADED operate correctly. The cell operation is 7652 BASE STATION NOTIFICATION degraded. 7654 CELL OPERATION DEGRADED SW update needed.
7650 BASE STATION FAULTY
The BTS operation is degraded because some of the BTS resources are not available.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS operation is degraded because some of the BTS resources are not available.
7651 BASE STATION OPERATION DEGRADED
The BTS operation is degraded, because some of the BTS resources are not available.
7651 BASE STATION OPERATION DEGRADED
The BTS is out of order.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
sRIO communication to devices on the impacted port is no longer possible.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
Some baseband processing resources are not working. A cell or cells are not operational, or the BTS is not operational.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS is out of order because of malfunctioning sRIO communication.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
If all of the BTS signal processing capacity is malfunctioning, the BTS is not operational. If some signal processing capacity is working normally, the BTS operation is degraded. The cell may enter a "sleeping" mode.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
Depending on the reported severity, the BTS capacity might decrease (BASE STATION OPERATION DEGRADED) or the BTS might be not operational at all (BASE STATION FAULTY). Depending on the reported severity, the fault situation might have no impact on the operation (BASE STATION NOTIFICATION) or the BTS capacity might decrease(CELL OPERATION DEGRADED or CELL Depending on the reported severity, the FAULTY). BTS capacity might have decreased (BASE STATION OPERATION DEGRADED), or the BTS might not be operational at all (BASE STATION FAULTY). Depending on the reported severity, the fault situation might have no impact on the operation (BASE STATION or CELL NOTIFICATION), the BTS capacity might have decreased (BASE STATION or CELL Depending on the reported severity, the OPERATION DEGRADED, or CELL fault situation might not affect the operation FAULTY), or the BTS might not be (BASE STATION NOTIFICATION) or the operational at all (BASE STATION FAULTY). BTS capacity might have decreased (BASE STATION OPERATION DEGRADED or Depending on the reported severity, the CELL OPERATION DEGRADED, or CELL fault situation might have no impact on the FAULTY) or the BTS might not be operation (BASE STATION operational at all (BASE STATION FAULTY). NOTIFICATION), the BTS capacity might decrease (CELL OPERATION DEGRADED, If the fans are not rotating as expected, or CELL FAULTY) or the BTS might not be there is a risk that the module temperature operational at all (BASE STATION FAULTY). might rise too high. For example, a Temperature alarm might be generated from the alarming module. Depending on the reported severity, the BTS capacity might decrease (BASE STATION or CELL OPERATION DEGRADED), or the BTS might not be operational at all (BASE STATION FAULTY). Depending on the reported severity, the fault situation might have no impact on the operation (BASE STATION NOTIFICATION), the BTS capacity might decrease (BASE STATION OPERATION If the alarm severity is 7652 BASE STATION DEGRADED or CELL OPERATION NOTIFICATION, the BTS is using the lower DEGRADED, or CELL FAULTY), or the BTS level synchronization source as a reference might not be operational at all (BASE for tuning the BTS master clock (OCXO). STATION FAULTY). This does not necessarily have any effect on the BTS operation, it depends on the quality of the used lower level source.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
If the alarm severity is 7651 BASE STATION OPERATION DEGRADED, the BTS has no valid synchronization sources as a reference for tuning the OCXO and the OCXO is in holdover mode, using the last calculated tuning control value. The fault situation does not affect the BTS air
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7655 CELL NOTIFICATION 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7655 CELL NOTIFICATION
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7651 BASE STATION OPERATION DEGRADED 7655 CELL NOTIFICATION 7652 BASE STATION NOTIFICATION
Depending on the reported severity, the fault situation might cause the BTS capacity to be decreased (BASE STATION DEGRADED or CELL OPERATION DEGRADED, or CELL FAULTY ) or the BTS Depending on the reported severity, the might not be operational at all (BASE fault situation might have no impact on the STATION FAULTY) or there is no impact on operation (BASE STATION or CELL operation (BASE STATION NOTIFICATION), the cell capacity might NOTIFICATION). decrease (CELL OPERATION The BTS is not operational. DEGRADED), or the cell might not be operational at all (CELL FAULTY).
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7655 CELL NOTIFICATION
The BTS capacity might have decreased.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY
The newly installed HW resources are unavailable before resetting the BTS. Recommissioning is also performed when the RF Module type differs from the previous one. The alarm 7661 BASE STATION LICENCE NOTIFICATION indicates that the feature is to expire in one week or one month. This does not have an immediate effect on the BTS operation. The affected cell remains working as a nonMIMO cell. All MIMO users of the cell are If the reported alarm is 7660 BASE deleted. STATION LICENCE EXPIRED, the feature has expired. Some cells may not work.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY
The cells remain down.
7653 CELL FAULTY
BTS is out of order or the capacity is degraded.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
7650 BASE STATION FAULTY
7660 BASE STATION LICENCE EXPIRED 7661 BASE STATION LICENCE NOTIFICATION
7655 CELL NOTIFICATION
7653 CELL FAULTY
The fault has no direct impact on operations 7652 BASE STATION NOTIFICATION (BASE STATION NOTIFICATION).
BTS malfunction. Some BB processing resources in the BTS are out of use.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS resources have decreased or the BTS is faulty.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The ongoing BTS operations may be influenced, the BTS capacity might be decreased, or the BTS might not be operational.
7652 BASE STATION NOTIFICATION
This fault has no immediate effect on the 7652 BASE STATION NOTIFICATION BTS operation. But if System Module is replaced then, for example, licensing data cannot be recovered from the Radio Module and licensed features are disabled. The BTS operation is degraded (FSP) or the 7650 BASE STATION FAULTY BTS is not operational (FCM). 7651 BASE STATION OPERATION DEGRADED
The unit might be started with an old SW 7652 BASE STATION NOTIFICATION version and is therefore not compatible with 7654 CELL OPERATION DEGRADED any other units. BTS is ready to be commissioned, but has no commissioning file.
7652 BASE STATION NOTIFICATION
BTS startup is interrupted and the BTS is out of order.
7650 BASE STATION FAULTY 7652 BASE STATION NOTIFICATION
Licenses cannot be activated.
7661 BASE STATION LICENCE NOTIFICATION
This fault can prevent BTS from functioning 7651 BASE STATION OPERATION DEGRADED when the RF Module is needed for the required cell configuration. This fault can prevent BTS from functioning 7651 BASE STATION OPERATION DEGRADED when the RF Module is needed for the required cell configuration. If the fault source are all FSPs in the master 7650 BASE STATION FAULTY system module, the BTS is not operational. If the fault source is FSP some cells are faulty. The parameter could not be read from the Radio Module. It is impossible to tell whether the proper parameter value exists in the Radio Module, in that sense the writing operation cannot be performed.
7652 BASE STATION NOTIFICATION
The signal path is unusable. The cells using the faulty unit might not work. This fault affects the following functions in Radio Module: The antenna line is not operating correctly. - Uplink baseband processing - faulty The cell is disabled. - Downlink baseband processing - faulty
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
The antenna line is not operating correctly. The cell capacity decreases.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
There is no immediate effect on the cell operation. The device continues operation with the previous SW.
7652 BASE STATION NOTIFICATION 7655 CELL NOTIFICATION
There is no immediate effect on the cell operation. The device continues operation with the previous SW.
7652 BASE STATION NOTIFICATION 7655 CELL NOTIFICATION
The module in question is out of use. This alarm cancels all the active alarms for the same module.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7651 BASE STATION OPERATION DEGRADED
Part (or all) of the baseband processing resources might be out of order.
Depending on the reported severity: - if Minor (Working), the BTS is working normally but the functionality/resources is/are to be disabled/unavailable after the trial period time expires. - The cell is faulty if all of its critical radio - if Major (Degraded), the BTS functionality resources are affected. is degraded and/or the resources are - The cell operation is degraded if a part of unavailable. cell's resources is affected, but the cell still has some critical resources working. Unsupported module will not be put into use. Note: FR Status LED might not match the expected color and pattern specified for this fault in case of radios with Commissioned cells using the missing RP3harmonized RP1 interface (v.2.x). 01 link are activated. It might be not overridden by an Alternating Red and Green LED pattern caused by an active fault 4045 informing about a faulty Line,correctly. which The BTS doesAntenna not function is not reported to BTS SM or NetAct by Master RAT BTS.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY
7660 BASE STATION LICENCE EXPIRED 7661 BASE STATION LICENCE NOTIFICATION
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION
7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS functionality is degraded and/or resources becomes unavailable.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The RS485 interface is not operating correctly. The cell capacity decreases.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
BB resources that belong to the alarming 7650 BASE STATION FAULTY module are shut down; the BTS operation is 7651 BASE STATION OPERATION DEGRADED to be degraded or faulty. FCM and FTM are kept powered. No commissioned cells are activated.
7651 BASE STATION OPERATION DEGRADED 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
Fan control is not optimized. The effect to noise/temperature level is marginal.
7652 BASE STATION NOTIFICATION
Radio module detected but faulty.
7653 CELL FAULTY
FSP resources shut down; BTS operation is 7650 BASE STATION FAULTY degraded or faulty. 7651 BASE STATION OPERATION DEGRADED FCT and other FSPs not signaling an alarm are kept operational. If the fans are not rotating as required, there 7652 BASE STATION NOTIFICATION is a risk that the module temperature is rising too high. If the fan(s) is/are not rotating as required, there is a risk that the module temperature is rising too high.
7652 BASE STATION NOTIFICATION
If the fans are rotating faster than required, it creates unnecessary noise.
7652 BASE STATION NOTIFICATION
BTS is not operational.
7650 BASE STATION FAULTY
A source unit has an inconsistent SW version.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
A source unit has an inconsistent SW version.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
A source unit has an inconsistent SW version.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
Some operations inside the BTS are interrupted. Depending on the fault source, the BTS or cell operation becomes degraded or faulty.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The module cannot: - memorize a cause of the SW fallback on request in the file or - [FSMr3 only] mount passive File System, Ongoing BTS reset will last longer. and thus read the cause of SW fallback on request from the file.
7650 BASE STATION FAULTY
BTS is not operational.
7650 BASE STATION FAULTY
BTS baseband processing power is decreased. If all FSPs are faulty, then the BTS is not operational.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
[FSMr3 and BTS has only 1 FSP]: BTS is reset.
7651 BASE STATION OPERATION DEGRADED
7652 BASE STATION NOTIFICATION
[ELSE] FSP is removed from the configuration and Newly downloaded SW will overwrite active 7650 BASE STATION FAULTY shut down. The BTS is degraded. SW. Therefore, the SW download and 7651 BASE STATION OPERATION DEGRADED activation are not allowed. Currently, the active SW is still running. Slave mode is not operational.
7650 BASE STATION FAULTY
Radio module is powered off, therefore 7652 BASE STATION NOTIFICATION calls/data transfers cannot be served by that module. BTS operation capacity decreases depending on resource allocation, and some cells might be lost.
7652 BASE STATION NOTIFICATION
None
7652 BASE STATION NOTIFICATION
The cells commissioned to this shared radio 7653 CELL FAULTY are faulty.
The fault has no direct impact on the operation (7652 BASE STATION NOTIFICATION).
7652 BASE STATION NOTIFICATION
The fault has no direct impact on the operation (7652 BASE STATION NOTIFICATION).
7652 BASE STATION NOTIFICATION
The fault has no direct impact on the operation (7652 BASE STATION NOTIFICATION).
7652 BASE STATION NOTIFICATION
The fault has no direct impact on the operation (7652 BASE STATION NOTIFICATION).
7652 BASE STATION NOTIFICATION
The fault has no direct impact on the operation (7652 BASE STATION NOTIFICATION).
7652 BASE STATION NOTIFICATION
Cell with incorrect Rx carrier bandwidth will be disabled.
7653 CELL FAULTY
Cell with incorrect Tx carrier bandwidth will be disabled.
7653 CELL FAULTY
Cell will be disabled.
7653 CELL FAULTY
The data field value in Antenna Line Device 7652 BASE STATION NOTIFICATION was not updated. 7655 CELL NOTIFICATION
In the case of a problem detection in SW activation, the SW activation and consequent reset are aborted. In the case of a problem detection in Startup, BTS remains out of order.
7650 BASE STATION FAULTY 7652 BASE STATION NOTIFICATION
Startup is stopped. BTS is reset after filtering time if reference clock becomes available after 5 min.
7650 BASE STATION FAULTY
Calls are not possible through the affected cell(s) (7653 CELL FAULTY).
7653 CELL FAULTY
Calls are possible but the cell capacity and performance might decrease.
7654 CELL OPERATION DEGRADED
Calls are possible but the cell capacity and performance might decrease.
7654 CELL OPERATION DEGRADED
Extended logs collecting into ramdisk is active and may decrease performance of the BTS.
7652 BASE STATION NOTIFICATION
Depending on the reported severity, 7653 CELL FAULTY capacity might decrease (7654 CELL 7654 CELL OPERATION DEGRADED OPERATION DEGRADED), or calls are not possible through the affected cell(s) (7653 CELL FAULTY). Extension System Module is not used after 7651 BASE STATION OPERATION DEGRADED hot insertion(FSMr2/FSMr3)/startup(FSMr2).
Extension System Module is not taken into use.
7651 BASE STATION OPERATION DEGRADED
BTS functionality is degraded and/or the resources are unavailable.
7651 BASE STATION OPERATION DEGRADED
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
BTS is operational
7652 BASE STATION NOTIFICATION
Radio uses the default VSWR threshold.
7652 BASE STATION NOTIFICATION 7655 CELL NOTIFICATION
The BTS is working normally but the IRC Receiver functionality is unavailable for a pure single RX cells configuration.
7652 BASE STATION NOTIFICATION
Commissioned cells using incorrectly connected fiber cable might not function properly.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
The MHA does not compensate the signal loss of the long feeder cable to the BTS located at the base of the tower.
7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED
The radio module resources cannot be utilized by BTS SW due to unknown RF HW capabilities (missing hardware properties for a given RFM product). The radio module cannot be recognized and properly BTS cannot reach OnAir. configured by BTS SW.
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
Fault has no direct impact on operations.
7654 CELL OPERATION DEGRADED
UE tracing cannot be started.
7652 BASE STATION NOTIFICATION
7650 BASE STATION FAULTY
Fault source FCM or FCT: 7652 BASE STATION NOTIFICATION IP configuration for system module has been changed and it needs to be reset. Fault source RF or Filter: RF reset needs to be executed. IP configuration change is not possible. Old 7652 BASE STATION NOTIFICATION IP sets should be applied and BTS site reset is performed. The BTS capacity decreases or the BTS is out of order. The Digital Signal Processing (DSP) is not working correctly.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
Scenario 1 'Trigger is from FCM/FCT, FSP or FTM' effect: - Alarm is raised about the issue - All WCDMA cells will be up. WCDMA will be accessible using the IP address it used The shared radio may not be suitable to use before being connected to LTE AirScale and - in case of startup - RP3-01 links are - LTE will not be able to detect all RFs not enabled until phase is tuned. shared with that WCDMA BTS
7652 BASE STATION NOTIFICATION 7653 CELL FAULTY 7654 CELL OPERATION DEGRADED
Scenario 2 'Trigger is from commissioned RF or Filter' effect: - Alarm is raised about the issue - WCDMA will not be able to detect the commissioned RF - LTE AirScale will not be able to detect that particular RF Scenario 3 'Trigger is from uncommissioned RF or Filter' effect:
7652 BASE STATION NOTIFICATION
High memory usage (memory outage risk).
7652 BASE STATION NOTIFICATION
Critical impact on FSP operation.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS capacity decreases or the BTS is out of order. The Digital Signal Processing (DSP) does not work correctly.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS capacity decreases or the BTS is out of order. The Digital Signal Processing (DSP) is not working correctly.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS capacity decreases or the BTS is out of order. The Digital Signal Processing (DSP) is not working correctly.
7650 BASE STATION FAULTY 7651 BASE STATION OPERATION DEGRADED
The BTS does not function correctly. Some 7650 BASE STATION FAULTY baseband processing resources in the BTS 7651 BASE STATION OPERATION DEGRADED are out of use. Cells supported by faulty 7653 CELL FAULTY FSP are disabled. The alarm text indicates the time that the 7665 BASE STATION TRANSMISSION ALARM reset took place and also whether the reset was triggered by the software (SW activation, file commissioning) or by turning the power in the transport part of the WBTS The BTS does not take the new BTS IP 7665 BASE STATION TRANSMISSION ALARM off and on. settings in use before the change is confirmed. The calls signaled with an unknown DSCP value are mapped to the best effort service category.
7665 BASE STATION TRANSMISSION ALARM
The communication link between the BTS and one or more peers is defective. No communication is possible towards these peers.
7665 BASE STATION TRANSMISSION ALARM
None
7665 BASE STATION TRANSMISSION ALARM
Possible impact on the connections over this interface: - no calls are possible anymore - loss of remote management access to other network elements in the RAN - loss of synchronization if the interface is used as synchronisation source.
7665 BASE STATION TRANSMISSION ALARM
Possible impact on the connections over 7665 BASE STATION TRANSMISSION ALARM this interface: - no calls are possible anymore - loss of remote management access to other network elements in the RAN Possible effects: 7665 BASE STATION TRANSMISSION ALARM - loss of synchronisation if the interface is - no calls are possible anymore used as a synchronisation source - loss of remote management access to other network elements in the RAN - loss of synchronisation if the interface is The interface cannot be used for 7665 BASE STATION TRANSMISSION ALARM used as a synchronisation source. transmission. It can be used for connectivity checks only. The interface cannot be used for transmission.
7665 BASE STATION TRANSMISSION ALARM
Possible impact: - no calls possible anymore - loss of remote management access to other network elements in the RAN
7665 BASE STATION TRANSMISSION ALARM
Possible impact: The BTS isn't synchronized to the network anymore.
7665 BASE STATION TRANSMISSION ALARM
Possible impact: WBTS might have to use a 7665 BASE STATION TRANSMISSION ALARM synchronization interface that has a lower clock quality. 7665 BASE STATION TRANSMISSION ALARM
Transmission via CES over PSN over the CES pseudowire tunnel is defective.
7665 BASE STATION TRANSMISSION ALARM
Transmission via CES over PSN over the CES pseudowire is defective.
7665 BASE STATION TRANSMISSION ALARM
Transmission via CES over PSN over the CES pseudowire is defective.
7665 BASE STATION TRANSMISSION ALARM
The Certificate Revocation List could not be 7665 BASE STATION TRANSMISSION ALARM updated. New revoked certificates remain unknown to the BTS.
Normal traffic is interrupted. Only loopback 7665 BASE STATION TRANSMISSION ALARM OAM frames are transmitted and received over the interface. If the test frame generator is switched on, test frames are transmitted. The Ethernet interface might be out of order 7665 BASE STATION TRANSMISSION ALARM or the remote peer might be out of order. Traffic might get lost. The Ethernet interface is defected or the remote peer is defective. Traffic might get lost.
7665 BASE STATION TRANSMISSION ALARM
The SFP is not operational.
7665 BASE STATION TRANSMISSION ALARM
None, except that the TWAMP session goes 7665 BASE STATION TRANSMISSION ALARM in disabled state.
The transport connection towards the remote peer may be defective. Traffic may get lost. The OSPF deamon attempts however to reach the deamon via an alternative IP route. Possible impact on the connections over this interface: - no calls are possible anymore - loss of remote management access to other network elements in the RAN Possible impact on the connections over this interface: - no calls are possible anymore - loss of remote management access to other network elements in the RAN Possible impact: - loss of synchronisation if the interface is - slow management access to the WBTS used as a synchronisation source and other network elements in the RAN - poor voice quality and data performance - if this interface is part of an IMA group, this Possible impact on the connections over IMA link is temporarily suspended from this interface: operation - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact on the connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact on the connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
Possible impact on the connections over 7665 BASE STATION TRANSMISSION ALARM this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact on the connections over 7665 BASE STATION TRANSMISSION ALARM this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact: the performance 7665 BASE STATION TRANSMISSION ALARM - loss of synchronisation if the interface is management data collected on this interface used as a synchronisation source becomes invalid. Possible impact on the connections over the 7665 BASE STATION TRANSMISSION ALARM interface in question: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact on the connections over 7665 BASE STATION TRANSMISSION ALARM this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact: 7665 BASE STATION TRANSMISSION ALARM - loss of synchronisation if the interface is - the IMA link is not usable used as a synchronisation source - the data rate is reduced Possible impact: - the IMA link is not usable - the data rate of the IMA group is reduced
7665 BASE STATION TRANSMISSION ALARM
Possible impact: - the IMA link is not usable - the data rate is reduced
7665 BASE STATION TRANSMISSION ALARM
Possible impact: the capacity of the IMA group is not as high as expected.
7665 BASE STATION TRANSMISSION ALARM
Possible impact: the capacity of the IMA group is not as high as expected.
7665 BASE STATION TRANSMISSION ALARM
Possible impact for connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact for connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
Possible impact for connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact for connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact for connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact for connections over this interface: - no calls possible anymore - loss of remote management access to other network elements in the RAN Possible impact:
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
- no calls are possible for the connections over this unit Possible impact on the connections over - loss of remote management access to this interface: other network elements in the RAN - no calls are possible - loss of remote management access
7665 BASE STATION TRANSMISSION ALARM
Possible impact on the connections over this interface: - no calls are possible anymore - loss of remote management access to other network elements in the RAN Possible impact on the connections over this interface: - no calls are possible - loss of remote management access
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
Possible impact: It is not possible to 7665 BASE STATION TRANSMISSION ALARM exchange any AAL2 signalling requests and therefore calls cannot be established or released. Calls that have already been established are not affected. Possible impacts on TRSW 7665 BASE STATION TRANSMISSION ALARM - Reboot - Packet loss Possible impact: Calls are not possible anymore.
7665 BASE STATION TRANSMISSION ALARM
The transport connection toward the remote 7665 BASE STATION TRANSMISSION ALARM peer might be defective. Traffic might get lost.
The transport connection towards the remote peer may be defective. Traffic may get lost.
7665 BASE STATION TRANSMISSION ALARM
None
7665 BASE STATION TRANSMISSION ALARM
The requested service is not available.
7665 BASE STATION TRANSMISSION ALARM
No traffic in the ingress direction is possible. 7665 BASE STATION TRANSMISSION ALARM
No traffic in the egress direction is possible. 7665 BASE STATION TRANSMISSION ALARM
The communication link between the BTS 7665 BASE STATION TRANSMISSION ALARM and its peer is defective. No communication possible. The communication link between the BTS and the RNC is defective. No communication possible.
7665 BASE STATION TRANSMISSION ALARM
If the alarm is active, then potentially there is a synchronization loop
7665 BASE STATION TRANSMISSION ALARM
BTS will not have time synchronisation.
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
No frames are transmitted and all incoming frames are discarded in BTS.
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
MLPPP operates with one of the sessions down. But if there is only one session then; Possible impact on the connections over this interface: - no calls are possible - loss of remote management access
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
7665 BASE STATION TRANSMISSION ALARM
There might be available another 7665 BASE STATION TRANSMISSION ALARM synchronization source at eNB; in that case the BTS switches automatically to the other clock source. Possible impact: 7665 BASE STATION TRANSMISSION ALARM If no other synchronization source is available at eNB, it runs in hold-over mode; - No calls are possible for the connections over this unit Please refer to status of 3080: Possible impact for connections over this 7665 BASE STATION TRANSMISSION ALARM EFaultId_BtsReferenceClockMissing interface: - Connectivity loss - System may work in degraded mode. Possible impact on connections over this interface: - Connectivity loss - System may work in degraded mode.
7665 BASE STATION TRANSMISSION ALARM
Possible impact on connections over this interface: - Connectivity loss - System may work in degraded mode.
7665 BASE STATION TRANSMISSION ALARM
The active base station configuration is not the same as requested in the configuration change.
7665 BASE STATION TRANSMISSION ALARM
None
7665 BASE STATION TRANSMISSION ALARM
IPSec expert settings can be configured on BTS via BTS Site Manager only if IPSec Expert Mode is activated.
7665 BASE STATION TRANSMISSION ALARM
If the fans are rotating faster than required, unnecessary noise appears.
7652 BASE STATION NOTIFICATION
Detailed description of reported alarms.
Reported Alarms Description
7650 BASE STATION FAULTY (all FSPs in the master FSM or all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at least one working FSP in the master FSM, DSP)
7650 BASE STATION FAULTY (FT) 7651 BASE STATION OPERATION DEGRADED (FSP, extension FSM, FBB) 7652 BASE STATION NOTIFICATION (FSM FAN, external ALD, FPF, any source HW unit which is already blocked or uncommissioned) 7653 CELL FAULTY (FR (all critical cell resources are lost in MHA, TILT, FA (but cell already faulty because of other faults)) 7654 CELL OPERATION DEGRADED (FR (There is
4040:EFaultId_InitFaultManAl: 7650 BASE STATION FAULTY (FCM/FCT in master system module, All FSPs) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT in extension system module, not all FSPs) 4040:EFaultId_InitFaultManAl: 7653 CELL FAULTY (FSP) 7650 BASE STATION FAULTY (FCM/FCT in master system module, All FSPs) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT in extension system module, not all FSPs) 7650 BASE STATION FAULTY (FCM/FCT on MSM or 7653 CELL FAULTY (FSP) all FSPs) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT on ESM or not all FSP) 7652 BASE STATION NOTIFICATION (To inform user that this fault will cause autonomous reset)
7650 BASE STATION FAULTY (FCM/FCT, FTM or all FSPs) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT, FSP or undefined) 7653 CELL FAULTY (FR, FF, all TX/RX FFs in LCR are UltraSite, MetroSite, MetroSite 50, Triple-mode: broken) 7651 BASE STATION OPERATION DEGRADED 7654 CELL OPERATION DEGRADED (FF, a working (WAM, AXC or undefined) TX/RX FF exists in LCR) 7653 CELL FAULTY (WPA/WMP or the only WTR in the 7652 BASE STATION NOTIFICATION (FCM/FCT, cell) uncommissioned FR) 7654 CELL OPERATION DEGRADED (WTR) 7652 BASE STATION NOTIFICATION (WAM or undefined) 7655 CELL NOTIFICATION (WTR) FlexiBTS: 7652 BASE STATION NOTIFICATION (FCM) UltraSite/EUBB: FlexiBTS rel2: 7650 (WSMF)(FCM, 7652 BASE BASE STATION STATION FAULTY NOTIFICATION 7651 BASE STATION OPERATION DEGRADED uncommissioned FR) (WSMF) 7655 CELL NOTIFICATION (FR) 7652 BASE STATION NOTIFICATION (WSMF) FlexiBTS rel3: 7652 BASE STATION NOTIFICATION (FCT, uncommissioned FR) 7655 CELL NOTIFICATION (FR)
7651 BASE STATION OPERATION DEGRADED (extension FSM, FSP) 7652 BASE STATION NOTIFICATION (uncommissioned RF unit, WBTS_FMGT_60468) 7653 CELL FAULTY (RF Module) 7654 CELL OPERATION DEGRADED (RF is faulty, but MIMO/VAM cell has at least one TX transmitting PCPICH and one RX working on different RF)
7650 BASE STATION FAULTY (FT, FCM/FCT or if all FSPs are faulty) 7651 BASE STATION OPERATION DEGRADED (FBB or if a working FSP exists)
7650 BASE STATION FAULTY (FTM, all FSPs) 7651 BASE STATION OPERATION DEGRADED (FSP, FBIA, extension FCM)
7650 BASE STATION FAULTY (all FSPs faulty, FCM/FCT) 7651 BASE STATION OPERATION DEGRADED (FSP, FBIA) 7652 BASE STATION NOTIFICATION (FR, TX, RX, FF, LTX when the unit is not commissioned) 7653 CELL FAULTY (FR/TX/RX/FF is faulty and there is no working TX transmitting 7653 CELL P-CPICH orFAULTY no working RX left in the cell) 7654 CELL OPERATION DEGRADED (FR/TX/RX/FF is 7654 faulty CELL but at OPERATION least one TX DEGRADED transmitting P-CPICH and at least one RX are not faulty) 7650 BASE STATION FAULTY (if all FSPs are faulty) 7651 BASE STATION OPERATION DEGRADED (if the unit is a slave FCM; if the unit is a FSP and at least one FSP is working) 7650 BASE STATION FAULTY (if all FSPs are faulty) 7653 CELL FAULTY (FR) 7651 BASE STATION OPERATION DEGRADED (if the unit is a slave FCM; if the unit is a FSP and at least one 7654 CELL OPERATION DEGRADED (FR with RX FSP is working) 7650 BASE STATION FAULTY (if all FSPs are faulty) Carrier Resource redundancy) 7653 CELL FAULTY (FR) 7651 BASE STATION OPERATION DEGRADED (if the unit is a slave FCM; if the unit is a FSP and at least one 7654 CELL OPERATION DEGRADED (FR with RX FSP is working) Carrier Resource redundancy) 7653 CELL FAULTY (FR) 7654 CELL OPERATION DEGRADED (FR with RX Carrier Resource redundancy)
7653 CELL FAULTY (TX is faulty and there is no working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (TX is faulty but at least one TX transmitting P-CPICH is fine) 7653 CELL FAULTY (primary TX is faulty or all RXs are faulty) 7654 CELL OPERATION DEGRADED (otherwise)
7650 BASE STATION FAULTY (all FSPs in master system module are faulty) 7651 BASE STATION OPERATION DEGRADED (FBB or at least one FSP is working)
7654 CELL OPERATION DEGRADED (some RX levels are over the threshold or the difference between the max. and min. RX levels is over the limit) 7654 CELL OPERATION DEGRADED (some RX levels are over the threshold or the difference between the max. and min. RX levels is over the limit) 7650 BASE STATION FAULTY (all FSP are faulty) 7651 BASE STATION OPERATION DEGRADED (FBB or at least one working FSP) 7650 BASE STATION FAULTY (FCM/FSM out of order/all FSP's out of order) 7651 BASE STATION OPERATION DEGRADED (extension FSM degraded, not all FSP's None out of order) 7652 BASE STATION NOTIFICATION (only PIC feature/functionality is degraded) None
FlexiBTS: 7650 BASE STATION FAULTY (all FSPs in master system module are faulty) 7651 BASE STATION OPERATION DEGRADED (FBIA or at least one FSP is working) FlexiLiteBTS: 7650 BASE STATION FAULTY (FSP is faulty) 7655 CELL NOTIFICATION (LCR) 7652 BASE STATION NOTIFICATION (FCM, FCT)
7650 BASE STATION FAULTY (MSM out of order / all FSPs out of order) 7651 BASE STATION OPERATION DEGRADED (FSM degraded, not all FSPs out of order)
7654 CELL OPERATION DEGRADED (RX level is over the threshold)
7661 BASE STATION LICENCE NOTIFICATION Feature configuration (license or feature activation) is not aligned between BTS and RNC
7650 BASE STATION FAULTY (master WAM/FCM/FCT) 7651 BASE STATION OPERATION DEGRADED (slave WAM)
FlexiBTS: 7650 BASE STATION FAULTY (all FSPs in the master FSM or in BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at least one working FSP) FlexiLiteBTS: FlexiBTS: 7650 BASE STATION FAULTY 7650 BASE STATION FAULTY (FSM or all FSPs are faulty) 7401 - 7426 (EAC1=7401, EAC2=7402 etc) 7651 BASE STATION OPERATION DEGARDED (FBB or at least one working FSP) 7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7401 - 7426 (EAC1=7401, EAC2=7402 etc)
7650 BASE STATION FAULTY (master FCM/FCT) 7651 BASE STATION OPERATION DEGRADED (extension FCM/FCT) 7652 BASE STATION NOTIFICATION (master FCM/FCT, when unit status is working)
7650 BASE STATION FAULTY (master FCM/FCT) 7651 BASE STATION OPERATION DEGRADED (extension FCM/FCT or in case of faults 1866/1867) FlexiBTS: 7652 BASE STATION NOTIFICATION (master FCM/FCT, when unit status is working) 7650 BASE STATION FAULTY (FCM/FCT is out of order or all FSPs and all FBBs are out of order) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT is on extension, FSM is out of order / at least one is working/degraded FSP or FBB exists) Depends on STATION
7652 BASE NOTIFICATION (external ALD) 7650 BASE STATION FAULTY (FCM/FCT) 7653 CELL FAULTY (LTX/TX/RX is faulty and there is 7651 BASETX STATION OPERATION (FSP, no working transmitting P-CPICHDEGRADED and/or no working DSP, HWPORT connecting system modules) RX left in the cell) 7652 BASE STATION NOTIFICATION (some other reference clock is available) 7652 BASE OPERATION STATION NOTIFICATION 7654 DEGRADED (LTX/TX/RX is 7651 CELL BASE STATION OPERATION DEGRADED (any (Uncommissioned source in HWPORT) faulty but at least one TX transmitting P-CPICH is fine, reference clock source is not available) and at least one Rx of the cell is working, 7653 CELL FAULTY (HWPORT connecting RF module communication with and ALD failed) to system module)
FlexiBTS: 7650 BASE STATION FAULTY (Master System Module) 7651 BASE STATION OPERATION DEGRADED (Extension System Module) FlexiLiteBTS: 7650 BASE STATION FAULTY
7650 - fault raised for Master System Module 7651 - fault raised for Extension System Module
7654 CELL OPERATION DEGRADED (Otherwise) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7654 CELL OPERATION DEGRADED (Otherwise) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7654 CELL OPERATION DEGRADED (Otherwise) 7653 CELL FAULTY (Antenna line faulty and cell's primary Tx is faulty or no working Rx in cell.) 7654 CELL OPERATION DEGRADED (Antenna line faulty, but cell's primary Tx is working and at least one 7652 BASE STATION NOTIFICATION Rx is working.) (Uncommissioned source) 7653 CELL FAULTY (If cell is already faulty) 7655 CELL NOTIFICATION (When tuning is ongoing 7655 CELL NOTIFICATION (When tuning is ongoing, fault 1810 is present and reported towards BTS Site that is, the fault 1810 is active; reported towards BTS 7653 CELL FAULTY (All LNAs faulty within the cell) Manager only) Site Manager only.) 7654 CELL OPERATION DEGRADED (Otherwise) 7654 DEGRADED (Al least one 7652 CELL BASE OPERATION STATION NOTIFICATION LNA working withinsource the cell) (Uncommissioned or fault source is external unit) 7653 CELL FAULTY (Unit source TX filter) 7652 BASE STATION NOTIFICATION (not commissioned resource). 7654 CELL OPERATION DEGRADED (Unit source diversity RX filter) 7653 CELL FAULTY (Unit source TX filter) 7652 BASE STATION NOTIFICATION (Uncommisisoned unit source Tx/Rx filter) 7654 CELL OPERATION DEGRADED (Unit source diversity RX filter) 7654 CELL OPERATION DEGRADED (RET failure 7652 BASE STATION NOTIFICATION affects antenna carrier of a cell within the same BTS) (Uncommisisoned unit source Tx/Rx filter) 7652 BASE STATION NOTIFICATION (RET is connected in external mode - no impact on cells within the same BTS, impact on cells from other BTS/RAT 7654 CELL OPERATION DEGRADED (RET failure served by RET is unknown, uncommissioned source) affects antenna carrier of a cell within the same BTS) 7652 BASE STATION NOTIFICATION (RET is connected in external mode - no impact on cells within the same BTS, impact on cells from other BTS/RAT 7654 CELL OPERATION DEGRADED (RET failure served by RET is unknown, uncommissioned source) affects antenna carrier of a cell within the same BTS) 7652 BASE STATION NOTIFICATION (RET is connected in external mode - no impact on cells within the same BTS, impact on cells from other BTS/RAT served by RET is unknown, uncommissioned source)
7654 CELL OPERATION DEGRADED (RET failure affects antenna carrier of a cell within the same BTS) 7652 BASE STATION NOTIFICATION (RET is connected in external mode - no impact on cells within the same BTS, impact on cells from other BTS/RAT 7654 CELL OPERATION DEGRADED (RET failure served by RET is unknown, uncommissioned source) affects antenna carrier of a cell within the same BTS) 7652 BASE STATION NOTIFICATION (RET is connected in external mode - no impact on cells within the same BTS, impact on cells from other BTS/RAT 7652 BASE STATION NOTIFICATION (external AISG served by RET is unknown, uncommissioned source) MHA, external TILT; uncommissioned source) 7654 CELL OPERATION DEGRADED (FF, TILT, MHA) 7652 BASE STATION NOTIFICATION (external ALD; uncommissioned source) 7654 CELL OPERATION DEGRADED (FF, MHA, TILT) 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION (uncommissioned FR)
7653 CELL FAULTY (TX is faulty and there is no working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (TX is faulty but at least one TX transmitting P-CPICH is not faulty) 7653 CELL FAULTY (TX is faulty and there is no working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (TX is faulty but at least one TX transmitting P-CPICH is not faulty)
7652 BASE STATION NOTIFICATION (The alarming MHA serves another BTS; uncommissioned source) 7654 CELL OPERATION DEGRADED (The alarming MHA serves this BTS) 7652 BASE STATION NOTIFICATION (The alarming MHA serves another BTS; uncommissioned source) 7654 CELL OPERATION DEGRADED (The alarming MHA serves this BTS) 7652 BASE STATION NOTIFICATION (external ALD; uncommissioned source) 7654 CELL OPERATION DEGRADED (Flexi Filter) 7652 BASE STATION NOTIFICATION (external ALD; 7655 CELL NOTIFICATION (AISG MHA, RET) uncommissioned source) 7654 CELL OPERATION DEGRADED (Flexi Filter) 7652 BASE STATION NOTIFICATION (external ALD; 7655 CELL NOTIFICATION (AISG MHA, RET) uncommissioned source) 7654 CELL OPERATION DEGRADED (Flexi Filter) 7652 BASE STATION NOTIFICATION (external ALD; 7655 CELL NOTIFICATION (AISG MHA, RET) uncommissioned source) 7654 CELL OPERATION DEGRADED (Flexi Filter) 7655 CELL NOTIFICATION (AISG MHA, RET)
7660 BASE STATION LICENCE EXPIRED - The license is missing and the trial period is unavailable, which results in the BTS functionality being degraded. 7661 BASE STATION LICENCE NOTIFICATION - The 7652 BASE STATION NOTIFICATION (external ALD, license is found to be missing during trial period. The uncommissioned source) BTS is functioning normally. 7654 CELL OPERATION DEGRADED (FF, MHA, RET)
FCM/FCT out of order
7652 BASE STATION NOTIFICATION (another reference clock is available) 7651 BASE STATION OPERATION DEGRADED (any reference clock source is not available) 7652 BASE STATION NOTIFICATION (another reference clock is available) 7651 BASE STATION OPERATION DEGRADED (any reference clock source is not available) 7653 CELL FAULTY (FR is faulty and there is no working/degraded TX transmitting P-CPICH or no working/degraded RX left in the cell) 7654 CELL OPERATION DEGRADED (FR is faulty but 7653 CELL FAULTY (FR is faulty and there is no at least one TX transmitting working/degraded TX transmitting P-CPICH and at least one RX are not faulty) P-CPICH or no working/degraded RX left in the cell) 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED (FR is faulty but 7654 CELL OPERATION (Otherwise) (Uncommissioned source DEGRADED - radio resources at least one TX transmitting are not assigned to any cell) P-CPICH and at least one RX are operational) 7652 BASE STATION NOTIFICATION (Uncommissioned source - radio resources 7652 BASE STATION NOTIFICATION are not assigned to any cell) 7653 CELL FAULTY (all Rx/Primary TX resources for (Uncommissioned source - radio resources given cell are faulty) are unassigned to a cell) 7654 CELL OPERATION DEGRADED (cell has enough Rx/Primary TX resources to remain operational) 7653 CELL FAULTY (FR/TX/RX is faulty and there is no working TX transmitting P-CPICH and/or no working RX 7652 BASE STATION NOTIFICATION left in the cell) (Uncommissioned source) 7654 CELL OPERATION DEGRADED (FR/TX/RX is faulty but at least one TX transmitting P-CPICH is fine and at least one cell's Rx is working). 7652 BASE STATION NOTIFICATION (Uncommissioned source)
7653 CELL FAULTY (TX/RX is faulty and there is no working TX transmitting P-CPICH and/or no working RX left in the cell). 7654 CELL OPERATION DEGRADED (TX/RX is faulty 7652 BASE STATION NOTIFICATION but at least one TX transmitting P-CPICH is fine and at (Uncommissioned source) least one cell's Rx is working). 7654 CELL OPERATION DEGRADED (Otherwise) 7652 BASE STATION NOTIFICATION 7653 CELL FAULTY (There is no working/degraded TX (Uncommissioned source) transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (At least one TX transmitting P-CPICH is not faulty) 7652 BASE STATION NOTIFICATION 7652 BASE STATION NOTIFICATION (Uncommissioned source) (Uncommissioned source) 7654 CELL OPERATION DEGRADED (Otherwise) 7653 CELL FAULTY (TX is faulty and there is no working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (TX is faulty but at least one TX transmitting P-CPICH is not faulty) 7653 CELL FAULTY (all RX's in the cell). 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED (only part of (Uncommissioned source) RX's in the cell). 7653 CELL FAULTY (FR is faulty and there is no 7652 BASE STATION NOTIFICATION (not working/degraded TX transmitting commissioned RX resource) P-CPICH or no working/degraded RX left in the cell). For AAS according to RFSW reported severity. 7654 CELL OPERATION DEGRADED (FR is faulty but 7653 CELL FAULTY (FR module rel1: FR is in faulty at least one TX transmitting state, FR module rel2: TX is faulty and there is no P-CPICH and at least one RX are not faulty). working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (FR module 7652 BASE STATION NOTIFICATION rel2:TX is faulty but at least one TX transmitting P(Uncommissioned source - radio resources CPICH is not faulty). are unassigned to a cell) 7652 BASE STATION NOTIFICATION (Uncommissioned source) For AAS according to RFSW reported severity. 7653 CELL FAULTY (LTX/TX is faulty and there is no working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (LTX/TX is faulty but at least one TX transmitting P-CPICH is not faulty) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED (Otherwise) (Uncommissioned source) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7654 CELL OPERATION DEGRADED (Otherwise)
7652 BASE STATION NOTIFICATION (Uncommissioned source) 7653 CELL FAULTY (FR start-up, module is faulty and the cell has no RX or primary TX working) 7654 CELL OPERATION DEGRADED (Otherwise) 7654 CELL OPERATION DEGRADED (FR start-up, 7652 BASE STATION NOTIFICATION module is faulty but the cell has at least one RX and (Uncommissioned source - radio resources primary TX working) are not assigned to any cell) 7654 CELL OPERATION DEGRADED (Otherwise) 7655 CELL NOTIFICATION (FR runtime) 7652 BASE STATION NOTIFICATION (Uncommissioned source - radio resources are not assigned to any cell) 7653 CELL FAULTY (FR is faulty and there is no working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (FR is faulty but at least one TX transmitting P-CPICH is not faulty) 7653 CELL FAULTY (FR is faulty and there is no working/degraded TX transmitting 7652 BASE STATION NOTIFICATION P-CPICH or no working/degraded RX left in the cell) (Uncommissioned source - radio resources are not assigned to any cell) 7654 CELL OPERATION DEGRADED (FR is faulty but 7652 BASE STATION NOTIFICATION at least one TX transmitting (Uncommissioned source) P-CPICH and at least one RX are not faulty) 7654 CELL OPERATION DEGRADED (Otherwise) 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION (Uncommissioned source DEGRADED(Otherwise). - radio resources are not assigned to any cell) 7652 BASE STATION NOTIFICATION (Uncommissioned source - radio resources are not assigned to any cell). 7652 BASE STATION NOTIFICATION (Uncommissioned source - radio resources are not assigned to any cell) 7655 CELL NOTIFICATION(Otherwise) 7653 CELL FAULTY (FR is faulty and there is no working TX transmitting P-CPICH) 7654 CELL OPERATION DEGRADED (FR is faulty but at least one TX transmitting P-CPICH is not faulty) 7652 BASE STATION NOTIFICATION (Uncommissioned source - radio resources are not assigned to any cell)
7653 CELL FAULTY (there is no working/degraded TX transmitting P-CPICH and/or no working RX left in the cell). 7654 CELL OPERATION DEGRADED (at least one TX 7652 BASE STATION NOTIFICATION transmitting P-CPICH is fine (Uncommissioned source) not faulty and at least one cell's Rx is working not 7653 CELL FAULTY (The cell does not have enough faulty). resources (Tx/Rx) to remain operational) 7654 CELL OPERATION DEGRADED (The cell has 7652 BASE STATION NOTIFICATION enough resources (Tx/Rx) to remain operational) (Uncommissioned source - radio resources are not assigned to any cell). 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7654 CELL OPERATION DEGRADED (Otherwise)
7652 BASE STATION NOTIFICATION (Uncommissioned source) 7653 CELL FAULTY (The cell cannot operate because not enough resources are available: Tx or Rx) 7654 CELL OPERATION DEGRADED (The cell can still operate because it still has enough available and needed resources: both Tx and Rx) 7651 BASE STATION OPERATION DEGRADED (HWPORT serving primary or secondary link towards ESM failure) 7652 BASE STATION NOTIFICATION (HWPORT 7651 BASE STATION OPERATION DEGRADED serving primary or secondary link towards RFM failure (HWPORT serving primary or secondary link towards and no cells affected) ESM failure) 7653 CELL FAULTY (HWPORT serving primary or 7652 BASE STATION NOTIFICATION (HWPORT 7651 BASElink STATION DEGRADED secondary towardsOPERATION RFM failure and the cell has no serving primary or secondary link towards RFM failure (HWPORT primary or secondary linkworking towards working TXserving transmitting P-CPICH or all not Rxand no cells affected) ESM es) failure) 7653 CELL FAULTY (HWPORT serving primary or 7652 BASE STATION NOTIFICATION (HWPORT 7654 CELL OPERATION DEGRADED (HWPORT 7651 BASElink STATION DEGRADED secondary towardsOPERATION RFM failure and the cell has no serving primary or secondary link towards RFM failure (HWPORT primary or secondary linkworking towards working TXserving transmitting P-CPICH or all not Rxand no affected) thecells cell has at least one working Tx transmitting PESM es) failure) CPICH and one working Rx) 7653 CELL FAULTY (HWPORT serving primary or 7652 BASE STATION NOTIFICATION 7654 CELL OPERATION DEGRADED (HWPORT (HWPORT FlexiBTS secondaryRel2: link towards RFM failure and the cell has no serving primary or secondary link towards RFM failure working TX transmitting P-CPICH or all not working Rxand no affected) thecells cell has at least one working Tx transmitting P7650 es) BASE STATION FAULTY (channel between CPICH and one working Rx) optical and summing devices) 7653 CELL FAULTY (HWPORT serving primary or 7654 CELL OPERATION DEGRADED (HWPORT secondary link towards RFM failure and the cell has no 7651 BASE STATION OPERATION DEGRADED serving primary or secondary link towards RFM failure working TX transmitting P-CPICH or all not working Rx(HWPORT primary secondary link towardsPand the cellserving has at least oneorworking Tx transmitting es) ESM failure) CPICH and one working Rx) 7654 CELL OPERATION DEGRADED (HWPORT 7652 BASE STATION NOTIFICATION (HWPORT serving primary or secondary link towards RFM failure serving primary or secondary link towards RFM failure and the cell has at least one working Tx transmitting Pand no cells affected) CPICH and one working Rx) 7653 CELL FAULTY (HWPORT serving primary or secondary link towards RFM failure and the cell has no
FlexiBTS Rel2: 7650 BASE STATION FAULTY (channel between optical and summing devices) FlexiBTS Rel2: 7651 BASE STATION OPERATION DEGRADED (HWPORT 4-5) 7650 BASE STATION FAULTY (channel between optical and summing devices) 7654 CELL OPERATION DEGRADED (HWPORT 1-3) FlexiBTS Rel2: 7651 BASE STATION OPERATION DEGRADED FlexiBTS Rel3: (HWPORT 4-5) 7650 BASE STATION FAULTY (channel between optical and summing 7651 BASE STATIONdevices) OPERATION DEGRADED 7654 CELL OPERATION DEGRADED (HWPORT 1-3) (System Module beyond alarming optical interface) FlexiBTS Rel2: 7651 BASE STATION OPERATION DEGRADED FlexiBTS Rel3: (HWPORT 4-5) 7654 DEGRADED Module 7650 CELL BASE OPERATION STATION FAULTY (channel(RF between beyond alarming optical interface) opticalBASE and summing 7651 STATIONdevices) OPERATION DEGRADED 7654 CELL OPERATION DEGRADED (HWPORT 1-3) (System Module beyond alarming optical interface) FlexiBTS Rel2: 7651 BASE STATION OPERATION DEGRADED FlexiBTS Rel3: (HWPORT 4-5) 7654 DEGRADED Module 7650 CELL BASE OPERATION STATION FAULTY (channel(RF between beyond alarming optical interface) optical and summing 7651 BASE STATIONdevices) OPERATION DEGRADED 7654 CELL OPERATION DEGRADED (HWPORT 1-3) (System Module beyond alarming optical interface) 7651 BASE STATION OPERATION DEGRADED FlexiBTS Rel3: (HWPORT 7654 CELL4-5) OPERATION DEGRADED (RF Module beyond alarming optical interface) 7651 BASE STATION OPERATION DEGRADED 7654 CELL OPERATION DEGRADED (HWPORT 1-3) (System Module beyond alarming optical interface) FlexiBTS Rel3: 7654 CELL OPERATION DEGRADED (RF Module beyond alarming optical interface) 7651 BASE STATION OPERATION DEGRADED (System Module beyond alarming optical interface) 7650 BASE STATION FAULTY (Master System Module) 7651 BASE STATION OPERATION DEGRADED 7654 CELLSystem OPERATION DEGRADED (RF Module (Extension Module) beyond alarming optical interface) 7650 BASE STATION FAULTY (All FSPs in Master System Module) 7651 BASE STATION OPERATION DEGRADED (HWPORT serving primary or secondary link towards 7650 BASE STATION FAULTY (Master System Module ESM failure; FSP; FBB) FCM, FCT) 7652 BASE STATION NOTIFICATION (HWPORT 7651 BASE STATION OPERATION DEGRADED serving primary or secondary link towards RFM failure (Extension System Module FCM, FCT) and no cells affected) 7653 CELL FAULTY (HWPORT serving primary or secondary link towards RFM failure and the cell has no working TX transmitting P-CPICH or all not working Rxes) 7654 CELL OPERATION DEGRADED (HWPORT serving primary or secondary link towards RFM failure and the cell has at least one working Tx transmitting PCPICH and one working Rx)
7651 BASE STATION OPERATION DEGRADED (commissioned module behind the failed HWPORT, no LCRs affected) 7654 CELL OPERATION DEGRADED (commissioned module behind the failed HWPORT, LCR is affected) 7652 BASE STATION NOTIFICATION (uncommisisoned/unknown module behind the affected HWPORT) 7650 BASE STATION FAULTY (If all FSPs are down BTS reset failed) 7651 BASE STATION OPERATION DEGRADED (At least one FSP is still operational) 7650 BASE STATION FAULTY (If all FSPs are down BTS reset failed) 7651 BASE STATION OPERATION DEGRADED (At least one FSP is still operational)
7650 BASE STATION FAULTY (FCT) 7651 BASE STATION OPERATION DEGRADED (ESM)
7650 BASE STATION FAULTY (FCT) 7651 BASE STATION OPERATION DEGRADED (ESM, DSP) 7650 BASE STATION FAULTY (FCT) 7651 BASE STATION OPERATION DEGRADED (ESM) 7650 BASE STATION FAULTY (FTM) 7650 BASE STATION FAULTY (FCT) 7651 BASE STATION OPERATION DEGRADED (ESM)
FlexiBTS: 7650 BASE STATION FAULTY (all FSPs in the master FSM or all FSPs in the BTS are faulty) 7650 BASE STATION FAULTY (all FSPs in the master 7651 BASE STATION OPERATION DEGARDED (FBB FSM or all FSPs in the BTS are faulty) or at least one working FSP) 7651 BASE STATION OPERATION DEGRADED (autonomous recovery action lead to FSP shutdown, 7650 BASE STATION FAULTY (The System Module but at least on FSP is working) internal communication or synchronization problem. All signal processors inside the System Module are unstable.) 7652 BASE STATION NOTIFICATION (Retrieving the 7651 BASE STATION OPERATION DEGRADED (The list of all parameters available in the Radio Module System Module internal communication or memory failed. The list is retrieved in order to check synchronization problem, or the BTS memory whether it contains the license targetId parameter.) operations are not stable. At least one signal processor 7650 STATION FAULTY (There are no working insideBASE the System Module is working.) 7653 CELL FAULTY (A critical HW/SW fault inside the baseband resources available in the BTS.) RF Module. All TX resources in one cell are out of order.) 7651 BASE STATION OPERATION DEGRADED (The replaceable baseband unit is faulty but some of the BTS 7650 STATION FAULTY (The System 7654 BASE CELL OPERATION DEGRADED (SomeModule TX/RX baseband resources are still working.) internal baseband bus is out of synchronisation. Or the resources are out of order.) baseband bus related configuration of was rejected by the HW SW, DSP ) 7650 BASE STATION FAULTY (A synchronization 7651 BASE STATION OPERATION DEGRADED (The failure in the optical RP3 interface.) operation is degraded in the BTS internal baseband bus between the System Module and RF Module. Or the 7651 BASE STATION OPERATION DEGRADED (A synchronization is lost in the downlink or in the uplink.) CRC failure, synchronization problems or an incorrect 7650 BASE STATION FAULTY (The temperature initialization in the optical RP3 interface. Antenna (RP3) measured the FSM is lower than -10 degrees 7652 BASEfrom STATION NOTIFICATION (Data corruption link is down.) Centigrade. TheModule BTS cannot start properly,bus.) because the on the System internal baseband FSPs cannot be powered on in too cold conditions.) 7652 BASE STATION NOTIFICATION (The control 7653 CELL FAULTY (The RF Module internal baseband message traffic is malfunctioning between the System 7651 FAULTY (if at least one FSP is bus isBASE out of STATION synchronization.) and RF Modules/Extension System Modules.) working) 7654 CELL OPERATION DEGRADED (There is a 7653 CELL FAULTY (The Small Form Factor Pluggable 7652 BASE STATION (The synchronization failureNOTIFICATION in the RF Module internal (SFP) malfunction occurred or the SFP module is not 7650 BASE STATION (The software does not System/Radio Module FAULTY temperature exceeds the baseband bus.) physically present (there is no electrical connection. Or support new commissioning file loaded to the BTS.) thresholdthe value.) the incoming optical signal is missing/too weak. Or the 7655 CELL NOTIFICATION (Data corruption on the RF fibre cable isSTATION detached.OPERATION The System DEGRADED Module clock(An 7651 BASE 7653 CELL FAULTY (The temperature inside the Module internal baseband bus.) reference differs from the RF Module clock. RFin incorrect commissioning parameter value or Or an the error specific RF Module is too high.) 7650 BASE STATION FAULTY (The Master System Module lost lock to the incoming clock.) the commissioning file. Or the transmission parameters Module cannot be identified by its product code but is have not been commissioned or properly set.) 7654 CELL DEGRADED (The known by itsOPERATION physical device address (object_ID). Or 7654 CELL OPERATION DEGRADED (The System temperature inside the specific RF Module is too low or there is a System Module subassembly (FSP) allocation Module clock reference differs from the RF Module 7653 CELL temperature FAULTY (There is not the enough HW capacity the highest exceeds power decrease failure.) clock in part ofcommissioned RX.) OPERATION 7651 BASE STATION to support the numberDEGRADED of Local Cell(No limit.) valid reference sources available. Thefile BTS is in Groups (LCG). Or the commissioning doOCXO not contain 7651 BASE STATION OPERATION DEGRADED (A holdover mode.) proper feature activation in place.) 7655 CELL NOTIFICATION (Validated RF module subassembly (FSP) inside the System Module cannot temperature than code the predefined maximum be identified is byhigher its product but is known by its 7652 BASE STATION NOTIFICATION to the 7654 CELL OPERATION DEGRADED (According (The allowed value.) physical device address (object_ID). Or the number of synchronization priority list, the synchronization commissioning file contains incorrect carrier candidate FSPs in the BTS is too small. Or there is a module reference source been changed another source. information. Or thehas commissioning filetodo not contain Radio Network (RNW) configuration failure. Or a unit or Tuning follows activation this new reference.) proper feature in place.) IP address initialization has failed.) 7652 BASE STATION NOTIFICATION (An unsupported module was found in the BTS. Typically, this happens when a new module version is installed and there is an older BTS SW in use that does not support the new module version. Or the module has been configured as
7650 BASE STATION FAULTY (The BTS unit properties data is invalid or missing. Or the optical interface FPGA file is invalid or missing.) 7651 BASE STATION OPERATION DEGRADED (A 7652 BASE STATION NOTIFICATION (Alarm from the Flash memory operation failure. Or the BTS-internal SW External Antenna Line Device (ALD) is reported as BTS update has failed or a corrupted SW file has been notification; uncommissioned source) detected in the Flash memory.) 7653 CELL FAULTY (The connection to all TX/RX 7652 BASE STATION NOTIFICATION ( SW resources related to the alarming Local Cell Resource management problem occurred on uncommissioned RF (LCR) have been lost.) module.) 7654 CELL OPERATION DEGRADED (A HW failure 7653 CELL FAULTY (The SW downloading to the RF 7652 BASE NOTIFICATION detected by STATION an antenna line device. Or(FSM) communication Module has failed and as a result cell cannot operate with the application MHA or TILT failed.) because of not enough available and needed 7653 CELL FAULTY (LCR) resources: Tx or Rx) 7655 CELL NOTIFICATION (The antenna line device is not working properly, configuration (FSM) is not valid or a 7652 STATIONthe NOTIFICATION 7654 BASE CELL OPERATION DEGRADED (The SW given parameter is incorrect. Or External Filter is downloading to the RF Module has failed and as a missing fromFAULTY Antenna(FR) line.) 7653 CELL result cell can still operate because it still has enough available and needed resources: both Tx and Rx) 7661 BASE STATION LICENCE NOTIFICATION, the feature is to expire in one week or one month. This does not have an immediate effect on BTS operation. 7660 BASE STATION LICENCE EXPIRED, the feature has expired.
7650 BASE STATION FAULTY (all FSPs are faulty) 7651 BASE STATION OPERATION DEGRADED (FBB or at least one working FSP)
7650 BASE STATION FAULTY (all FSP are faulty) 7651 BASE STATION OPERATION DEGRADED (FBB or at least one working FSP)
7650 BASE STATION FAULTY (all FSPs are faulty) 7651 BASE STATION OPERATION DEGRADED (FBIA or at least one working FSP)
7650 BASE STATION FAULTY (FCM) 7651 BASE STATION OPERATION DEGRADED (FSP, FBIA) 7654 CELL OPERATION DEGRADED 7652 BASE STATION NOTIFICATION (uncommissioned FR)
7650 BASE STATION FAULTY (master FCM/FCT) 7652 BASE STATION NOTIFICATION (master FCM/FCT, when the unit status is working)
4040:EFaultId_InitFaultManAl: 7650 BASE STATION FAULTY (FCM/FCT in master system module, All FSPs) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT in extension system module, not all FSPs) 7653 CELL FAULTY (FSP)
7653 CELL FAULTY (Unit source TX filter) 7654 CELL OPERATION DEGRADED (Unit source diversity RX filter) 7652 BASE STATION NOTIFICATION 7652 BASE STATION NOTIFICATION (Uncommissioned source) (Uncommisisoned unit source Tx/Rx filter) 7653 CELL FAULTY (Otherwise) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7654 CELL OPERATION DEGRADED (Otherwise) 7655 CELL NOTIFICATION (Otherwise) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7655 CELL NOTIFICATION (Otherwise) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7650 BASE STATION FAULTY (FT) 7651 BASE STATION OPERATION DEGRADED (FSP, extension FSM, FBB) 7652 BASE STATION NOTIFICATION (FSM FAN, external ALD, FPF, any source HW unit which is already blocked or uncommissioned) 7653 CELL FAULTY (FR (all critical cell resources are lost in MHA, TILT, FA (but cell already faulty because of other faults)) 7661 STATION LICENCE NOTIFICATION 7654 BASE CELL OPERATION DEGRADED (FR (There is (severity Minor/Working), the BTS didthe notcell receive a enough critical cell resources left for to remain response to the verification operational), FF targetId , MHA, TILT, FA) request and retries the verification procedure. Licensed features are enabled for trial period time. 7653 CELL FAULTY (Antenna Line supervision licenses are not available, Antenna line is faulty, Cell's primary 7660 BASE STATION LICENCE EXPIRED (severity Tx is faulty or Rx is not working in a cell) Major/Degraded), the BTS did not receive a response to the targetId verification request within trial period time 7654 CELL OPERATION DEGRADED (Antenna Line and licensed features have been disabled. supervision licenses are not available, Antenna line is faulty, Cell's primary Tx is working and at least one Rx is working) 7653 is faulty and there is no 7652 CELL BASE FAULTY STATION(TX/RX NOTIFICATION working TX transmitting P-CPICH and/or no working RX (Uncommissioned source) left in the cell) 7654 CELL OPERATION DEGRADED (TX/RX is faulty but at least one TX transmitting P-CPICH is fine and at 7650: MSM is alarming least one cell's RX is working). 7651: ESM is alarming
7650 BASE STATION FAULTY (all FSPs are faulty) 7651 BASE STATION OPERATION DEGRADED (at least one working FSP) 7652 BASE STATION NOTIFICATION (Uncommissioned source) 7654 CELL OPERATION DEGRADED (Otherwise) 7650 BASE STATION FAULTY (master/single FSM/alarming extension module has Telecom master role) 7651 BASE STATION OPERATION DEGRADED (extension FSM without Telecom master role) 7651 BASE STATION OPERATION DEGRADED (RF sharing - link is the slave) 7653 CELL FAULTY (Tx/Rx served by broken optical interface is faulty and cell has no working Tx transmitting P-CPICH or no working Rx) 7654 CELL OPERATION DEGRADED (Tx/Rx served by broken optical interface is faulty but cell has at least one working Tx transmitting P-CPICH and one working Rx)
7650 all FSP resources lost 7651 not all FSP resources lost
4082: 7650 BASE STATION FAULTY (FCM/FCT as Master, all FSPs) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT as ESM, FSP) 4083: 7650 BASE STATION FAULTY (FCM/FCT) 4085: 7650 BASE STATION FAULTY (FCT)
4082: 7650 BASE STATION FAULTY (FCM/FCT as Master, all FSPs) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT as ESM, FSP) 4082: 7650 BASE STATION FAULTY (FCM/FCT as Master, all 4083: FSPs) 7650 BASE STATION FAULTY (FCM/FCT) 7651 BASE STATION OPERATION DEGRADED (FCM/FCT as ESM, FSP) 7650 4085:BASE STATION FAULTY (FCM/FCT/FSM out of order/all FSPs out of order) 7650 BASE STATION FAULTY (FCT) 4083: 7650 BASE STATION FAULTY (FCM/FCT) 7651 BASE STATION OPERATION DEGRADED (extension FSM degraded, not all FSPs out of order) 7650 4085:BASE STATION FAULTY (FCM, FCT) 7650 BASE STATION FAULTY (FCT)
7650 BASE STATION FAULTY (all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at least one FSP in the BTS is operational)
7650 BASE STATION FAULTY (FCM/FCT, all FSPs) 7651 BASE STATION DEGRADED (FSP)
7652 BASE STATION NOTIFICATION (external ALD, Uncommissioned resource) 7655 CELL NOTIFICATION (Flexi Filter, COMB, AISG MHA, TILT) 7650 - BTS is faulty because of the problem with file signature. 7652 - BTS is working on current SW. New SW cannot be activated due to file signature mismatch.
7653 Cell Faulty (if all TXs or all RXs are faulty in the cell)
7654 Cell Operation Degraded (all cells, which are using the affected AAS)
7654 Cell Operation Degraded (all cells are degraded in the affected AAS)
7653 CELL FAULTY (Vertical Sectorization (VS) not in use; BTSOM disables all inner cells, which are using Vertical Sectorization without VS feature activation. Only one (outer) cell remain operational. Note that the Tilt per Carrier (TpC) feature also needs to be activated to enable tilt for each cell separately.) 7654 CELL OPERATION DEGRADED (Tilt per Carrier (TpC) not in use; BTSOM set both Tx and Rx tilt values to defaults. Tilt per Tx/Rx not in use; If (TpC) is in use then BTSOM will set the Rx tilt value to the same as Tx. If (TpC) is not in use, then BTSOM will set tilt values to defaults.)
7650 BASE STATION FAULTY (all FSP cards are faulty) 7651 BASE STATION OPERATION DEGRADED (FSP, FBBx is faulty)
7652 BASE STATION NOTIFICATION (if no LCR is commissioned to the affected antenna line) 7655 CELL NOTIFICATION (if at least one LCR is commissioned to the affected antenna line)
7652 BASE STATION NOTIFICATION (Uncommissioned source) 7653 CELL FAULTY (The cell cannot operate because there are not enough available and needed resources: Tx or Rx) 7654 CELL OPERATION DEGRADED (MHA 7654 CELL OPERATION DEGRADED (The cell can still commissioned to cell) operate because it still has enough available and needed resources: both Tx and Rx) 7652 BASE STATION NOTIFICATION (MHA is not commissioned to any cell served by the BTS cell) 7652 BASE STATION NOTIFICATION (FR, when the unit is not commissioned) 7653 CELL FAULTY (FR, unit is commissioned but the cell cannot operate due to insufficient amount of avaialable Tx/Rx resources) 7654 CELL OPERATION DEGRADED (FR, unit is commissioned and the cell can still operate because there are enough critical Tx and Rx resources available)
Fault source FCM or FCT: 7652 BASE STATION NOTIFICATION (Manual BTS site reset is needed) Fault source RF or Filter: 7652 BASE STATION NOTIFICATION (Manual BTS site reset is needed)
7650 BASE STATION FAULTY (all FSPs in the master FSM or all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at Trigger is from FCM/FCT, FSP or FTM: least one working FSP) 7652 BASE STATION NOTIFICATION Trigger is from commissioned RF or Filter: The estimated phase error in holdover has exceeded 5 us. 7654 CELL OPERATION DEGRADED 7653 CELL FAULTY Trigger is from uncommissioned RF or Filter: 7652 BASE STATION NOTIFICATION
7650 BASE STATION FAULTY (all FSPs in the master FSM or all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at 7650 BASE STATION FAULTY (all FSPs in the master least one working FSP) FSM or all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at 7650 BASE STATION FAULTY (all FSPs in the master least one working FSP) FSM or all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at 7650 BASE STATION FAULTY (all FSPs in the master least one working FSP) FSM or all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (at 7650 BASE STATION FAULTY (the faulty FSP is not least one working FSP) mapped to any cell and all FSPs in the BTS are faulty) 7651 BASE STATION OPERATION DEGRADED (the faulty FSP is not mapped to any cell and at least one other FSP is operational) 7653 CELL FAULTY (the faulty FSP is mapped to the cell).
Describes the actions required to clear the fault.
Instructions
1. Check the fan and the connector. 2. Replace the fan module. To clear this fault: 1. Check the fans and the connector. 2. Replace the fan module. Check the active fan alarms and the airflow in the BTS.
1. Download the BTS SW again. 2. FCM: Reset the BTS. 3. If Step 2 does not help, replace the alarming module. Since there are several possibilities for an alarm activation, a BTS Clock Frequency History feature has been developed, which enables you to access the stored history data through the BTS Site Manager. You can use the history data as a tool for finding out the reason for a fault or To clear this fault, perform the following steps: alarm situation (for further instructions about the history 1. Make sure that the module is properly connected. If the feature, see the online help of the BTS Site Manager). module LED does not light up, the module is faulty. Check Depending on the possible reason, follow the instructions the alarming module. below: For two FSM-r3 modules, check the SRIO cable connection between the system modules as well. 1. In case of a fault in the transmission network 2. Check the fault history. synchronization, you must correct the network synchronization. The long-term accuracy of the Iub signal must be 0.015 ppm or better (check the correct Iub accuracy by measuring it). No actions on the BTS are
1. Block/Unblock the alarming module. 2. Perform a power-off reset. 3. If step 2 does not help, replace the alarming module. 1. Block/Unblock the alarming module. If that does not help, replace the alarming module. 2. If the fault source is FCM/FCT, check the RNC IP address in the commissioning file and modify the file if needed. If that does not help, perform a power-off reset. 1. Block/Unblock the alarming module. If that does not 3. If step 2 does not help, replace the alarming module. help, replace the alarming module. 2. If the fault source is FCM/FCT, check the RNC IP address in the commissioning file and modify the file if needed. If that does not help, perform a power-off reset. 1. Block/Unblock the alarming unit. 3. If step 2 does not help, replace the alarming module. 2. Replace the alarming unit.
1. Reset the BTS. 2. Check the transmission links to the RNC/Flexi Direct RNC. 1. Reset the BTS. 3. Check the BTS and RNC/Flexi Direct RNC transmission settings. 2. Check the transmission links to the RNC. 4. Replace the System Module. 3. Check the BTS and RNC transmission settings. 1. Reset the BTS. 2. Check the transmission links to the RNC. 4. Replace the System Module. 3. Check the BTS and RNC transmission settings. 4. Replace the system module. Update the compatible SW in the BTS (check the SW versions to see the active SW version and update the active SW version), unless it is automatically updated by NetAct. Flexi: Update compatible SW in the BTS. NOTE: If the fault 10:EFaultId_NoConnectionToUnitAl is Other: Update compatible SW in the BTS (check the SW also active on the source unit, then the SW update must be versions to see the active SW version, and update the postponed until the fault active SW version), unless it is automatically updated by 10:EFaultId_NoConnectionToUnitAl is canceled. NetAct. 1. Check the NTP setting. Related BTS - AXC interface: Check the SW version of the NOTE: If also fault 10:EFaultId_NoConnectionToUnitAl is 2. Check stratum parameter oncompatible the NTP server. BTS and the AXC, and update the SW in the active on the source unit, then the SW update should be AXC or the BTS. postponed until fault 10:EFaultId_NoConnectionToUnitAl is 1. Check the file type according to the file type number canceled. below:
- Related BTS - AXC interface: check the SW version of the - hwConfigurationFile BTS1and AXC, and update compatible SW in the AXC or 2 - configurationPlanFile BTS. 1. Retry the SW update. 3 - logFile 4 - swFile 2. Save a snapshot and check the download status from 5 - licFile the BTS SWDLreport in the snapshot file. 6 - measurementFile 7 - rnwConfigurationPlanFile 11 - combinedSiteConfigurationPlanFile 12 - allConfigurationPlanFile 14 - testResultFile 15 - autoConfReport 17 - measurementPlanFile 18 - rnwMetadataFile 19 - topologyFile 22 - togglingParFile 23 - troubleShootingData
1. Retry the SW update. 2. If other flash memory-related faults in the alarming module are simultaneously active, replace the alarming module. 1. Retry the SW update. 2. If other flash memory-related faults in the alarming module are simultaneously active, replace the alarming module. Check the mains power supply.
Check the external Powerline conditions and make sure that there is an external power provided to the BTS.
Check the external Powerline conditions and make sure that there is an external power provided to the BTS.
To cancel the alarm, unblock the unit or module.
To cancel the alarm, unblock the cell.
To cancel the alarm, unblock the BTS. Unblocking of the BTS causes a site reset.
Check the alarm history and other active alarms of the unit. Note: This alarm does not require any (special) actions. 1. Block/Unblock the alarming unit or module. 2. Remove/Re-insert the alarming unit or module. 3. Replace the alarming unit or module. 1. Check the cell parameters in the RNC/Flexi Direct RNC and the BTS. 2. If the parameters configured to the RNC/Flexi Direct RNC are correct, lock and unlock all cells of this BTS using the OMS element manager to trigger parameter sending Replace the alarming unit or module. from the RNC to the BTS again. 3. If the parameters configured to the RNC/Flexi Direct RNC are incorrect, lock the cells and configure the parameters to the correct values. Afterwards, unlock the cells. 4. If the default values for the cell parameters (such as rampdown time/step) are not appropriate in the BTS, reconfigure the BTS with the commissioning wizard.
1. Upgrade the system module SW. 2. Replace the unit.
1. Check the other active alarms. 2. Check the mains power supply.
1. Reset the alarming RF module using the block/unblock function. If there was an internal failure or SW interruptions, the module must be blocked or unblocked in order for it to be restarted and reconfigured. 2. Check the cables between the system module and the 1. Reset the BTS. RF module. 2. If step 1 does not help, check your commissioning 3. If this does not help, replace the faulty RF module. 3. If step 2 does not help, replace the affected HW. 1. Reset the BTS. 2. If step 1 does not help, check your commissioning 3. If step 2 does not help, replace the affected HW. 1. Reset the BTS. 2. If step 1 does not help, check your commissioning 3. If step 2 does not help, replace the affected HW. Check the signaling link settings and the RNC connections.
1. Check the other active alarms. 2. Check the number of FSP units.
1. Check the other active alarms. 2. Check the number of FSP units.
1. Lock/Unlock the cells. 2. Add more baseband capacity to the BTS or replace the baseband unit if the reason for the lack of capacity is a broken baseband unit. 1. Make sure that the alarming RF module is properly connected. 2. Make sure that all system modules do not have reported connection (fault 10) or synchronization (fault 3020) issues. If there are any, solve them first. Recommissioning is needed. For a dual carrier RF Module, 3. Block/Unblock the RF module. If there was an internal the lower LCR must be assigned to the lower frequency failure or if unit SW freezes, the module must be carrier. blocked/unblocked to get it started and configured again. 4. Replace the alarming RF module.
If the faulty FSP is in the extension module, block/unblock the extension module. Otherwise, block/unblock the BTS.
1. Check the configuration to make sure that there are enough resources for the minimum HSUPA capacity. 2. If there are not enough resources, replace the broken module or recommission the BTS and pre-reserve less 1. PROBLEM IDENTIFICATION capacity for HSUPA. Ensure that you have the latest documentation available: - Check the SW version, List of Generic Faults (LGF,), and 3. Reset the BTS to get the minimum capacity preTechnical Notes for any known faults related to the SW in selection for the HSUPA in use. use. Check the configuration pictures of cabling and 1. PROBLEM IDENTIFICATION devices installed. Ensure that you have the latest documentation available: Note! Use the fault specific troubleshoot instructions from - Check the SW version, List of Generic Faults (LGF,), and NOLS;" RX Signal level trouble shooting" document as Technical Notes for any known faults related to the SW in detailed guidance for remote and site-specific use. Check the configuration pictures of cabling and Replace the alarming module/unit. investigations. devices installed. 2. REMOTE INVESTIGATIONS Note! Use the fault specific troubleshoot instructions from Check if anything has changed in the system, and what NOLS;" RX Signal level trouble shooting" document as triggered the alarm. detailed guidance for remote and site-specific -1.SW updates, configuration, commissioning Carrier Make sure that the unit/module is properly or connected. investigations. power changes, RF sharing activations or HW unit swaps. If the unit/module LED does not light up, the unit/module 2. REMOTE INVESTIGATIONS If the alarm appeared after any changes, return to the is faulty. Check if anything has changed in the system, and what previous if possible and see if the problem 3. Check status alarming unit/module. triggered the alarm. disappeared. -ToSW updates, configuration, clear perform thecommissioning following steps:or Carrier - Check ifthis thefault, alarm depends on traffic, compare to similar power changes, RF sharing activations or HW unit swaps. 1) When the fault is detected, a new configuration cases in network, and how often the PIC problem occurs is to If the alarm appeared after any changes, return to the be provided theofBTS Manager. (single case,by one few).Site If there are any other antenna previous status if possible and see if the and problem 2) this is aorrepetitive problem, remove insert thean FSP lineIf device RFM-related alarms, root cause can be disappeared. card again. external one. clear ifthis -ToCheck thealarm: alarm depends on traffic, compare to similar -1)IfThe any alarm other active alarm follow the instructions of indicates thatoccurs, the PIC has cases in network, and how often theconfiguration problem occurs the particular alarm accordingly. failed. New is any needed. (single case,BTS onere-commissioning of few). If there are other antenna 3. COMMISSIONING STATUS INVESTIGATIONS Commissioning done by thealarms, BTS Site / NetAct line device or RFM-related rootManager cause can be anis -toIfinclude the reason a commissioning check that the PIC is pool configuration. Iterror, is recommended to do external one. FlexiBTS: commissioning is according to the installed configuration onalarm low traffic time. -re-commissioning If any other active occurs, follow the instructions of If thethat faulty FSPare is incorrect. the extension module, block/unblock and values 2) Ifparticular this is a repetitive problem, then the operator must the alarm accordingly. the extension module. Otherwise, block/unblock the BTS. -restart If the threshold of "Maximum RX signal level the BTS. valueSTATUS 3. COMMISSIONING INVESTIGATIONS difference" is incorrect, the value can be set from 4 to 15 -FlexiLiteBTS: If the reason is a commissioning error, check that the dB. default valueoptimum is 7 dB. performance, reset the BTS 1. InThe order to restore commissioning isthe according to BTS. the installed configuration 1. Block/unblock Flexi Lite -manually Check if or thelock-unlock MHAs or other devices arefrom un- the all thepassive cells re-allocated and that values are correct. 2. Replace the or Flexi Litevalues BTS. have been wrongly set. commissioned if the Extension Systemvalue Module to the Master Systemlevel Module. - If the threshold of "Maximum RX signal 4. Reset RX SIGNAL LEVEL SPECIFIC VALUES OR 2. BTS. difference" is incorrect, the value can be set from 4 to 15 THRESHOLDS INVESTIGATIONS 3. Re-commission BTSis to use ESM for HSPA. dB. The defaultisvalue 7 dB. When the detected, the operator should the Check the fault received signal levels from BTS Site check Manager: -UARFCN Check if configuration the MHAs or other passive devices are uncells the and the PIC pool - Check which Rx chainof is the causing problem. commissioned or if the values have been wrongly set. configuration. - Check if the Maximum RX signal level difference 4. RX SIGNAL LEVEL SPECIFIC VALUES of OR The operator should change theplanned UARFCN threshold value is according to value.the cell at the THRESHOLDS INVESTIGATIONS RNC, soifthere aresignal no two cells in LCG with the same -Lack Check the RX level difference is of only CCCH licensed capacity on BTSviolation (because Checkofthe received signal levels from Site Manager: UARFCN, while one is in PIC pool andBTS the other isTry not. minor compared to the commissioning threshold. number of CCCH Processing Set licenses -insufficient Check which Rx chain causing the problem. The operator alsoismodify the PIC pool increasing theshould value (default 7 value from 4 to 15dB). commissioned) caused unsuccessful celldifference setup with -configuration, Check if the Maximum RX signal level so that the number of PIC cells correct - Check that the commissioning is valid for theisinstalled requested cell settings. threshold value is according to planned value. (number of RXfor of example, non-PIC cells + 2x number ofdiffers RX of PIC configuration, if fixed attenuation In order iftothe setRX up signal the cell, the difference following actions can be -cells Check level violation is only