• Author / Uploaded
• jhon soplapuco morales

Citation preview

AMERICA MOVIL PERU

Guía de Integración de CellSite Router

Subdirección de Planificación de Red Planificación Red Datos

Agosto 2019 v1.12

Versión

Elaborado por

Aprobado por

Fecha

1.0

Victor Ortiz

J. Francia

04/12/18

Versión inicial Guia de configuración Equipos ATN910 Huawei

1.1 1.2 1.3

Victor Ortiz Victor Ortiz Victor Ortiz

J. Francia J. Francia J. Francia

28/12/18 09/01/19 07/03/19

1.4 1.5 1.6

Victor Ortiz Victor Ortiz Victor Ortiz

J. Francia J. Francia J. Francia

18/03/19 27/03/19 10/04/19

1.7

Victor Ortiz

J. Francia

12/04/19

1.8 1.9

Victor Ortiz Victor Ortiz

J. Francia J. Francia

03/05/19 10/06/19

1.10 1.11 1.12

Victor Ortiz Gerson Ugarte Gerson Ugarte

J. Francia J. Francia J. Francia

11/07/19 12/08/19 23/08/19

Actualización de QoS para WAN Actualización de QoS para servicios Actualización de QoS para servicios, comandos de validacion, Configuracion TWAN Actualización Puertos Eth-Trunk Actualización MTU, Configuracion del Pre agregador (AgMPLS) Actualización activación de licencias en puertos, Habilitacion de rCSR por Tx Arrendado Actualización habilitación de rCSR en Pre agregadores (IXR-R6, SAR-8, SAR8v2) Actualización habilitación de rCSR por Tx MW (Pre agregador IPRAN) Actualización de prefijos Redes_S1-U_Core y Redes_MME, Actualización de políticas de QoS para integración de router por Tx MW y arrendado Actualización de QoS de la WAN Actualización pre agregación cMPLS Actualización pre agregación Huawei Actualización Configuración Equipos NE40-M2H Huawei

Observación

Page 2

TABLA DE CONTENIDOS TABLA DE CONTENIDOS ......................................................................................................................... 3 1. INTRODUCCIÓN .......................................................................................................................... 4 1.1. OBJETIVO ............................................................................................................................... 4 1.2. ALCANCE ................................................................................................................................. 4 1.3. Equipos de Acceso ................................................................................................................... 4 1.4. TOPOLOGÍA.............................................................................................................................. 2. PROCEDIMIENTO DE CONFIGURACION FAMILIA ATN .................................................................... 5 2.1. CONFIGURACIÓN ..................................................................................................................... 5

2.1.1. CONFIGURACIÓN DE SISTEMA BÁSICA ................................................................................................ 5  Nombre del Router ........................................................................................................................................ 5  Configuración del nombre del archivo de configuración .......................................................................... 6  Servidores SSH,Telnet y FTP ........................................................................................................................ 6  Creación del Cliente Local............................................................................................................................. 6  Guardar configuración ................................................................................................................................... 6 2.1.2. CONFIGURACIÓN DE GESTIÓN .............................................................................................................. 7  Loopback de Gestión ..................................................................................................................................... 7  Loopback de System ..................................................................................................................................... 7  Loopback de ptp ............................................................................................................................................ 7  TACACS ........................................................................................................................................................... 7  Configuración de Source-Address................................................................................................................ 7  TACACS ........................................................................................................................................................... 7  Syslog .............................................................................................................................................................. 8  NTP .................................................................................................................................................................. 9  PTP ................................................................................................................................................................... 9  SNMP ............................................................................................................................................................. 10 2.1.3. CONFIGURACIÓN FÍSICA....................................................................................................................... 11  Puerto Network ............................................................................................................................................ 11  Puerto Ether-trunk ....................................................................................................................................... 11 2.1.4. CONFIGURACIÓN DE INTERFAZ........................................................................................................... 11 2.1.5. Configuración QoS para WAN .............................................................................................................. 12 2.1.6. Configuración IGP para acceso IPRAN ................................................................................................. 12 2.1.7. Configuración IGP para acceso AgMPLS .............................................................................................. 13 2.1.8. Configuración MPLS ............................................................................................................................... 15 2.1.9. Configuración MPLS sobre IPRAN ......................................................................................................... 16 2.1.10. Configuración MPLS sobre AgMPLS ...................................................................................................... 16 2.1.11. Configuración BGP .................................................................................................................................. 16 2.1.12. Configuración TWAN .............................................................................................................................. 16 2.1.13. Configuración de servicios moviles ....................................................................................................... 19  Servicios 2G .................................................................................................................................................. 19  Servicios 3G ........................................................................................................................... 22  Servicios 4G / TDD ................................................................................................................. 24 2.1.14. Configuración de la VRF 10050 y 250 .................................................................................................. 43 2.2. CONFIGURACION PARA EL PRE AGREGADOR ........................................................................................ 47 2.2.1. Pre Agregador IPRAN ............................................................................................................................. 57 2.2.2. Pre Agregador AgMPLS Cisco .............................................................................................. 69 2.2.3. Pre Agregador CMPLS Cisco ................................................................................................ 71 2.2.4. Pre Agregador Huawei ………………………………………………………....................................74 2.2.5. Configuración de los RR .................................................................................................... 76

Page 3

1. INTRODUCCIÓN 1.1.

Objetivo

El propósito de este documento es de proveer el procedimiento a ser seguido para integrar los rCSR a la red de acuerdo a los requerimientos. Este documento refleja la información disponible en el tiempo de elaboración del mismo, se irá trabajando sobre el este sujeto a un control de cambios regular.

1.2.

Alcance

Este documento incluye la configuración a ser aplicada en los equipos de acceso       

Configuración básica de sistema. Configuración física Configuración de interfaz Configuración IGP Configuración MPLS Configuración BGP Configuración de QoS

1.3. Equipos de acceso Esta Guia contempla la configuracion de los siguientes equipos -

ATN910 Huawei

-

NE40E-M2H Huawei

1.4. Topología Las configuraciones son detalladas de acuerdo a la siguiente topología de red:

NE40E-M2H

Page 4

2. PROCEDIMIENTO DE CONFIGURACION FAMILIA ATN – NE40 2.1.

Configuración para el ATN910 – NE40

2.1.1. Configuración de sistema básica 

Nombre del Router

[Huawei] [Huawei]



system-view sysname quit save

Servidores SSH,Telnet y FTP.

[Huawei] [Huawei] [Huawei] [Huawei] [Huawei] [Huawei] [Huawei] [Huawei]

system-view aaa local-user password irreversible-cipher local-user service-type ftp telnet ssh command-privilege level rearrange local-user level 15 local-user state block fail-times 3 interval 5 local-user ftp-directory cfcard: local-user user-group manage-ug

[Huawei] stelnet server enable [Huawei] snetconf server enable [Huawei] ssh authentication-type default password [Huawei] ftp client-source -i LoopBack1 [Huawei] sftp client-source -i LoopBack1 [Huawei] sftp server enable

Comando para ver la lista de usuarios locales display local-user ------------------------------------------------------------Username

State

Type

Access-limit Online

------------------------------------------------------------aaa@163

Active All

1

0

aaa

Active All

No

0

------------------------------------------------------------Total 2,2 printed



Creación del Cliente Local

acl number 2001 rule 10 permit source 172.19.212.0 0.0.0.255 rule 50 permit source 172.19.216.0 0.0.0.255 rule 100 permit source 10.192.16.0 0.0.3.255 rule 150 permit source 10.235.0.0 0.0.255.255 rule 1000 deny

Page 5

user-interface con 0 authentication-mode password password)

(Al aplicar este commando te solicitara colocar el

user-interface vty 0 4 authentication-mode aaa user privilege level 15 acl 2001 inbound protocol inbound ssh

Comando para ver información sobre el user-interface actualmente utilizada. display users User-Intf

Delay

Type

Network Address

34

00:00:12

TEL

10.138.77.38

no

TEL

10.138.77.57

no

VTY 0

AuthenStatus

AuthorcmdFlag

Username : Unspecified + 35

VTY 1

00:00:00

Username : Unspecified



Guardar configuración

save -

Considerar la siguente version del sitema operative del ATN910C: V300R003C10SPC500 Las licencias de puertos se encuentran cargadas en el equipo, considerar los siguientes comandos para la habilitacion de los puertos system-view license active port-basic slot slot-id port port-list undo active port-basic slot slot-id [ port port-list ] Validacion: display license [ verbose ]

Lista de parámetros de configuración básica de sistema

Nombre del CSR que debe ser indicado a través de la siguiente definición: rCSRsitename donde sitename es el nombre del site en donde el CSR esta instalado.

Login ID del usuario local (admin).

Password del usuario local.

Page 6

2.1.2. Configuración de Gestión 

Loopback de Gestión

[Huawei] [Huawei] [Huawei]



Loopback System

[Huawei] [Huawei] [Huawei]



system-view interface LoopBack0 description ip address

Loopback ptp

[Huawei] [Huawei] [Huawei]



system-view interface LoopBack1 description ip address

system-view interface LoopBack2 description ip address

TACACS y Privilegios de usuarios

system-view [Huawei] aaa authentication-scheme default0 authentication-scheme default1 authentication-scheme default authentication-mode local radius authentication-scheme hwtacacs authentication-mode local hwtacacs authorization-scheme default authorization-scheme hwtacacs authorization-mode local hwtacacs accounting-scheme default0 accounting-scheme default1 accounting-scheme hwtacacs accounting-mode hwtacacs domain default0 domain default1 domain default_admin authentication-scheme hwtacacs authorization-scheme hwtacacs accounting-scheme hwtacacs hwtacacs-server claro_aaa recording-scheme hwtacacs recording-mode hwtacacs claro_aaa system recording-scheme hwtacacs outbound recording-scheme hwtacacs cmd recording-scheme hwtacacs commit [Huawei] hwtacacs-server template claro_aaa hwtacacs-server authentication 172.19.216.46

Page 7

hwtacacs-server hwtacacs-server hwtacacs-server hwtacacs-server hwtacacs-server hwtacacs-server hwtacacs-server command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege command-privilege

authentication 172.19.216.42 secondary authorization 172.19.216.46 authorization 172.19.216.42 secondary accounting 172.19.216.46 accounting 172.19.216.42 secondary source-ip shared-key cipher ciscoman level level level level level level level level level level level level level level level level level level level level level level level

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

view view view view view view view view view view view view view view view view view view view view view view view

global display cpu global display cpu-monitor global display current-configuration global display event global display info-center shell display inventory global display logbuffer global display logfile global display memory-monitor global display saved-configuration global display scp-client global display security global display sftp-client global display snmp-agent global display ssh global display task global display task-group global display telnet global display telnet-client global display tftp-client global display trapbuffer shell display upgrade global display user-interface

Comando para ver información sobre la plantilla del servidor HWTACACS display hwtacacs-server template -------------------------------------------------------------------------HWTACACS-server template name

: ht

Primary-authentication-server

: 129.7.66.66:49

Primary-accounting-server

: 129.7.66.66:49

Secondary-authentication-server : 129.7.66.67:49 Current-authorization-server

: 129.7.66.66:49

Current-accounting-server

: 129.7.66.66:49

Source-IP-address

: 0.0.0.0

Shared-key

: ******

Quiet-interval (min)

: 5

Response-timeout-Interval (sec)

: 5

Domain-included

: Yes

Traffic-unit

: B

Page 8



Syslog

system-view [Huawei] info-center info-center loghost info-center loghost info-center loghost info-center loghost

loghost source 172.19.216.31 local-time 172.19.216.52 local-time 172.19.216.60 local-time 172.19.216.61 local-time

Comando para ver información sobre la configuración del log host. display info-center Information Center:enabled Log host: the interface name of the source address:gigabitethernet0/3/0 10.1.1.1, channel number 2, channel name loghost, language english , host facility local2 10.1.1.3, channel number 2, channel name loghost, language english , host facility Console: channel number : 0, channel name : console Monitor: channel number : 1, channel name : monitor SNMP Agent: channel number : 5, channel name : snmpagent Log buffer: enabled,max buffer size 1024, current buffer size 512, current messages 50, channel number : 4, channel name : logbuffer dropped messages 13, overwritten messages 3 Trap buffer: log - date, trap - date, debug - boot Sent messages = 683, Received messages = 682 IO Reg messages = 0 IO Sent messages = 0



NTP

system-view ntp-service server disable ntp-service ipv6 server disable ntp-service source-interface ntp-service unicast-server 172.19.216.34 version 2 clock timezone GMT minus 05:00:00

Comando para ver información sobre el status del servicio ntp. display ntp-service status clock status: synchronized clock stratum: 2 reference clock ID: LOCAL(0) nominal frequency: 60.0002 Hz actual frequency: 60.0002 Hz clock precision: 2^18 root delay: 0.00 ms root dispersion: 0.00 ms peer dispersion: 10.00 ms reference time: 15:51:36.259 UTC Apr 25 2010(C6179088.426490A3)

Page 9



PTP

system-view interface loopback 2 description loopback_ptp1588 ip address quit ptp-adaptive ptp-adaptive ptp-adaptive ptp-adaptive ptp-adaptive ptp-adaptive ptp-adaptive

enable device-type client domain 10 local-ip acr two-way unicast-negotiate enable remote-server1-ip remote-server2-ip

Los servidores PTP se asignan según la Guía de sincronización -

Comandos para validar display ptp-adaptive all



SNMP

system-view acl number 2000 rule 10 permit source 172.19.212.0 0.0.0.255 rule 50 permit source 172.19.216.0 0.0.0.255 rule 100 permit source 10.192.17.0 0.0.0.255 rule 1000 deny snmp-agent snmp-agent community write cipher Perl3t5 acl 2000 snmp-agent sys-info contact Claro - OM Team snmp-agent sys-info location Peru snmp-agent sys-info version v2c v3 snmp-agent community complexity-check disable snmp-agent target-host trap address udp-domain 172.19.216.60 params securityname cipher netadmro v2c snmp-agent target-host trap address udp-domain 172.19.216.61 params securityname cipher netadmro v2c snmp-agent mib-view included iso iso snmp-agent mib-view included iso-view iso snmp-agent trap source # snmp-agent trap enable

Page 10

Comando para ver información sobre la comunidad snmp. display snmp-agent community Community name:adminnms2 Group name:adminnms2 Acl:2000 Storage-type: nonVolatile display snmp-agent target-host Target-host NO. 1 ----------------------------------------------------------IP-address : 1.1.1.2 VPN instance : Security name : 1.1.2.1 Port : 162 Type : trap Version : v1 Level : No authentication and privacy NMS type : NMS With ext-vb: : No ---------------------------------------------------------- display trapbuffer Trapping buffer configuration and contents : enabled Allowed max buffer size : 1024 Actual buffer size : 256 Channel number : 3 , Channel name : trapbuffer Dropped messages : 0 Current messages : 98 #Oct 11 2011 18:57:59+00:00 HUAWEI DS/4/DATASYNC_CFGCHANGE:OID 1.3.6.1.4.1.2011 .5.25.191.3.1 configurations have been changed. The current change number is 95, the change loop count is 0, and the maximum number of records is 4095.

2.1.3. Configuración física 

Puerto Network

system-view interface description mtu set flow-stat interval 30 control-flap undo icmp name net-unreachable send undo icmp name port-unreachable send undo dcn



Puerto Eth-Trunk Static LACP

system-view [Huawei] interface Eth-Trunk description mode lacp-static mtu set flow-stat interval 30 control-flap undo icmp name net-unreachable send undo icmp name port-unreachable send

Page 11

undo dcn

-

-

Para los valores del MTU considerer la siguiente: o Routers que se integran a un IPRAN considear el MTU de 2008 o Routers que se integran a un AgMPLS considerar el MTU de 9180 o Routers que se integran a un cMPLS considear el MTU de 1934 Considerar 4 bytes adicionales en caso de MW, 2008 en caso de los rCSR Huawei

interface GigabitEthernet0/X/Y undo shutdown eth-trunk undo dcn carrier down-hold-time 750 carrier up-hold-time 500

-

Para los Eth-Trunk considerar esta solucion para enlaces nx1G Para los Escenarios Eth-Trunk que se integran a un AgMPLS/cMPLS no se requerirá el uso de VLAN

2.1.4. Configuración de interfaz system view interface GigabitEthernet0/X/Y ip address undo shutdown



Configuracion de interfaz VLAN interface Vlanif description mtu set flow-stat interval 30 control-flap undo icmp name net-unreachable send undo icmp name port-unreachable send undo dcn



Configuracion de Sub Interfaz interface GigabitEthernet0/X/Y. vlan-type dot1q description mtu set flow-stat interval 30 control-flap undo icmp name net-unreachable send undo icmp name port-unreachable send undo dcn

Page 12

Lista de parámetros de configuración de interfaz

Dirección IP para la interfaz de sistema que trabaja como loopback ID de los protocolos del plano de control.

Nombre de la interfaz que indica a que equipo esta conectado lógicamente.

Dirección IP de la interfaz.

El Eth-Trunk ID es configurado dentro del rango de 0 a 63.

2.1.5. QoS para la WAN port-wred best_effort color green low-limit 50 high-limit 100 discard-percentage 100 color yellow low-limit 40 high-limit 90 discard-percentage 100 color red low-limit 30 high-limit 80 discard-percentage 100 port-wred low-priority color green low-limit 60 high-limit 100 discard-percentage 100 color yellow low-limit 50 high-limit 90 discard-percentage 100 color red low-limit 40 high-limit 80 discard-percentage 100 port-wred high_priority color green low-limit 60 high-limit 100 discard-percentage 100 color yellow low-limit 50 high-limit 90 discard-percentage 100 color red low-limit 40 high-limit 80 discard-percentage 100 diffserv domain 104-in ip-dscp-outbound be green map 0 ip-dscp-inbound 46 phb ef green ip-dscp-inbound 8 phb af1 green ip-dscp-inbound 12 phb af2 green ip-dscp-inbound 18 phb af2 green ip-dscp-inbound 32 phb af4 green ip-dscp-inbound 40 phb ef green ip-dscp-inbound 48 phb cs6 green ip-dscp-inbound 56 phb cs7 green ip-dscp-inbound 10 phb af1 green ip-dscp-inbound 12 phb af1 green ip-dscp-inbound 14 phb af1 green ip-dscp-inbound 18 phb af2 green ip-dscp-inbound 20 phb af1 green ip-dscp-inbound 22 phb af2 green ip-dscp-inbound 26 phb af1 green ip-dscp-inbound 28 phb af2 green ip-dscp-inbound 30 phb af2 green ip-dscp-inbound 34 phb af4 green ip-dscp-inbound 36 phb af4 green ip-dscp-inbound 38 phb af4 green mpls-exp-outbound be green map 0 mpls-exp-inbound 1 phb af1 green mpls-exp-inbound 2 phb af1 green mpls-exp-inbound 3 phb af3 green mpls-exp-inbound 4 phb af4 green mpls-exp-inbound 5 phb ef green

Page 13

mpls-exp-inbound 6 phb cs6 green mpls-exp-inbound 7 phb cs7 green Para interfaz de 1G / 10G interface GigabitEthernet0/X/Y trust upstream 104-in port-queue be wfq weight 5 port-wred best_effort outbound port-queue af1 wfq weight 20 port-wred low-priority outbound port-queue af2 wfq weight 5 port-wred high_priority outbound port-queue af3 wfq weight 5 outbound port-queue af4 wfq weight 5 outbound port-queue ef pq shaping shaping-percentage 40 port-wred voice outbound port-queue cs6 pq shaping shaping-percentage 20 port-wred signaling outbound

-

Para las interfaces Eth-Trunk la configuracion del QoS se realizara en cada puerto asociado al Eth-Trunk, la asignacion de puertos se indicaran en el format de programacion interface GigabitEthernet0/X/Y trust upstream 104-in port-queue be wfq weight 5 port-wred best_effort outbound port-queue af1 wfq weight 20 port-wred low-priority outbound port-queue af2 wfq weight 5 port-wred high_priority outbound port-queue af3 wfq weight 5 outbound port-queue af4 wfq weight 5 outbound port-queue ef pq shaping shaping-percentage 40 port-wred voice outbound port-queue cs6 pq shaping shaping-percentage 20 port-wred signaling outbound

-

Para escenarios donde usaremos Tx Arrendada (Azteca, Gilat, Internexa, TdP, Etc), consdierar la siguiente configuracion flow-queue IP-RAN-Tx-Arrendado- queue be wfq weight 5 queue af1 wfq weight 20 queue af2 wfq weight 5 queue af3 wfq weight 5 queue af4 wfq weight 5 queue ef pq shaping queue cs6 pq shaping qos-profile IP-RAN-Tx-Arrendado--OUT user-queue cir pir flow-queue IP-RAN-Tx-Arrendado interface GigabitEthernet0/X/Y. qos-profile IP-RAN-Tx-Arrendado--OUT outbound

-

Para escenarios donde usaremos Tx por MW, consdierar la siguiente configuracion flow-queue IP-RAN-MW- queue be wfq weight 5 queue af1 wfq weight 10

Page 14

queue queue queue queue queue

af2 wfq weight 3 af3 wfq weight 2 af4 wfq weight 5 ef pq shaping cs6 pq shaping

qos-profile IP-RAN-MW--OUT user-queue cir pir flow-queue IP-RAN-MW- interface GigabitEthernet0/X/Y. qos-profile IP-RAN-MW--OUT outbound -Tener en cuenta para los casos de rCSR -

2.1.6. Configuración IGP para acceso IPRAN Para para Para para

el caso de equipos ATN910 de interfaz de 1G se utilizará el puerto 0/2/19 y 10G se utilizará el puerto 0/2/3. el caso de equipos NE40 de interfaz de 1G se utilizará el puerto 0/2/1 y 10G se utilizará el puerto 0/2/0.

system-view [Huawei] router id Para interfaz de 1G ospf silent-interface all undo silent-interface GigabitEthernet0/X/Y spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description interface GigabitEthernet0/X/Y description ip address mtu 2008 ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable Para interfaz de 10G ospf silent-interface all undo silent-interface GigabitEthernet0/X/Y spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description interface GigabitEthernet0/X/Y description

Page 15

ip address mtu 2008 ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable Para interfaz Eth-Trunk ospf silent-interface all undo silent-interface Eth-Trunk spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description interface Eth-Trunk description mtu 2008 ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable

Para las interfaces Eth-Trunk la configuracion del QoS se realizara en cada puerto asociado al Eth-Trunk Para los Eth-Trunk considerar esta solucion para enlaces nx1G, los demas puertos se asignara en el formato de programacion El equipo de acceso se habilitara con OSPF, LDP y BGP hacia el pre agregador Los datos del pre agregador se indicaran en el formato de programación -

Configurar la siguiente ruta estatica ip route-static 10.0.0.0 255.0.0.0

-

Para Tx por MW interface GigabitEthernet0/X/Y trust upstream 104-in description interface GigabitEthernet0/X/Y. vlan-type dot1q mtu 2008

Page 16

qos-profile IP-RAN-MW--OUT outbound description ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable ospf undo silent-interface GigabitEthernet0/X/Y. silent-interface all spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description

2.1.7. Configuración IGP para acceso AgMPLS Para para Para para

el caso de equipos ATN910 de interfaz de 1G se utilizará el puerto 0/2/19 y 10G se utilizará el puerto 0/2/3. el caso de equipos NE40 de interfaz de 1G se utilizará el puerto 0/2/1 y 10G se utilizará el puerto 0/2/0.

[Huawei] router id Para interfaz de 1G interface GigabitEthernet0/X/Y description ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable ospf undo silent-interface GigabitEthernet0/X/Y silent-interface all spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description Para interfaz de 10G interface GigabitEthernet0/X/Y description ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync

Page 17

ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable ospf silent-interface all undo silent-interface GigabitEthernet0/X/Y spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description Para interfaz Eth-Trunk interface Eth-Trunk description mtu 9180 ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable ospf silent-interface all undo silent-interface Eth-Trunk spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description Para las interfaces Eth-Trunk la configuracion del QoS se realizara en cada puerto asociado al Eth-Trunk Para los Escenarios Eth-Trunk que se integrean a un AgMPLS/cMPLS no se requerira el uso de Sub Interfaces Para los Eth-Trunk considerar esta solucion para enlaces nx1G, los demas puertos se asignara en el formato de programacion

-

Configurar la siguiente ruta estatica ip route-static 10.0.0.0 255.0.0.0

2.1.8. Configuración IGP para acceso cMPLS Para para Para para

el caso de equipos ATN910 de interfaz de 1G se utilizará el puerto 0/2/19 y 10G se utilizará el puerto 0/2/3. el caso de equipos NE40 de interfaz de 1G se utilizará el puerto 0/2/1 y 10G se utilizará el puerto 0/2/0.

Page 18

[Huawei] router id Para interfaz de 1G interface GigabitEthernet0/X/Y mtu 1934 description trust upstream 104-in port-queue be wfq weight 5 port-wred best_effort outbound port-queue af1 wfq weight 20 port-wred low-priority outbound port-queue af2 wfq weight 5 port-wred high_priority outbound port-queue af3 wfq weight 5 outbound port-queue af4 wfq weight 5 outbound port-queue ef pq shaping 400000 port-wred voice outbound port-queue cs6 pq shaping 200000 port-wred signaling outbound interface GigabitEthernet0/X/Y. description ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable ospf undo silent-interface GigabitEthernet0/X/Y. silent-interface all spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description Para interfaz de 10G interface GigabitEthernet0/X/Y mtu 1934 description trust upstream 104-in port-queue be wfq weight 5 port-wred best_effort outbound port-queue af1 wfq weight 20 port-wred low-priority outbound port-queue af2 wfq weight 5 port-wred high_priority outbound port-queue af3 wfq weight 5 outbound port-queue af4 wfq weight 5 outbound port-queue ef pq shaping 4000000 port-wred voice outbound port-queue cs6 pq shaping 2000000 port-wred signaling outbound

interface GigabitEthernet0/X/Y. description ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable

Page 19

ospf silent-interface all undo silent-interface GigabitEthernet0/X/Y. spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description Para interfaz Eth-Trunk interface Eth-Trunk description mtu 1934 ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable ospf silent-interface all undo silent-interface Eth-Trunk spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description Para las interfaces Eth-Trunk la configuracion del QoS se realizara en cada puerto asociado al Eth-Trunk Para los Escenarios Eth-Trunk que se integrean a un AgMPLS/cMPLS no se requerira el uso de Sub Interfaces Para los Eth-Trunk considerar esta solucion para enlaces nx1G, los demas puertos se asignara en el formato de programacion

-

Configurar la siguiente ruta estatica ip route-static 10.0.0.0 255.0.0.0

Lista de parámetros de configuración IGP

Área OSPF en donde el CSR será instalado.

Identificador del router dentro de la red OSPF.

Proceso id del protocolo OSPF.

Page 20

Comando para ver información sobre los neighbors establecidos. 

display ospf [ process-id ] peer



display ospf [ process-id ] routing



display ospf [ process-id ] lsdb [ brief ] display ospf peer OSPF Process 1 with Router ID 10.1.1.2 Neighbors Area 0.0.0.0 interface 10.1.1.2(GigabitEthernet0/3/0)'s neighbors Router ID: 10.1.1.1 Address: 10.1.1.1 GR State: Normal State: Full Mode:Nbr is Slave Priority: 1 DR: 10.1.1.1 BDR: None MTU: 0 Dead timer due in 35 sec Retrans timer interval: 5 Neighbor is up for 00:00:05 Authentication Sequence: [ 0 ]

2.1.9. Configuracion de IGP para escenario con Tx Arrendado Para para Para para

el caso de equipos ATN910 de interfaz de 1G se utilizará el puerto 0/2/19 y 10G se utilizará el puerto 0/2/3. el caso de equipos NE40 de interfaz de 1G se utilizará el puerto 0/2/1 y 10G se utilizará el puerto 0/2/0.

interface GigabitEthernet0/X/Y description trust upstream 104-in interface GigabitEthernet0/X/Y. mtu 2008 qos-profile IP-RAN-MW--OUT outbound vlan-type dot1q description ip address ospf authentication-mode md5 1 cipher B&k9DO%d4 ospf cost 1000 ospf network-type p2p ospf ldp-sync ospf timer ldp-sync hold-max-cost infinite ospf mtu-enable ospf undo silent-interface GigabitEthernet0/X/Y. silent-interface all spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description

Page 21

2.1.10.

Configuración MPLS

system-view mpls lsr-id mpls mpls ldp backoff timer 5 10 md5-password cipher B&k9DO%d4 graceful-restart graceful-restart timer reconnect 120 propagate mapping for ip-prefix Core ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip ip

ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix ip-prefix

Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core

index index index index index index index index index index index index index index index index index index index index index index index index index index index

10 permit 10.95.253.0 24 greater-equal 32 15 permit 10.140.0.0 24 greater-equal 32 20 permit 10.140.7.0 24 greater-equal 32 25 permit 10.140.8.0 24 greater-equal 32 30 permit 10.192.16.0 22 35 permit 10.252.1.96 29 40 permit 10.252.2.96 29 45 permit 10.252.12.96 29 50 permit 10.252.13.96 29 55 permit 10.252.17.96 29 60 permit 10.252.18.96 29 65 permit 10.252.19.96 29 70 permit 10.252.24.96 29 75 permit 10.252.25.96 29 80 permit 10.252.26.96 29 85 permit 10.252.35.96 29 90 permit 10.253.35.0 29 greater-equal 32 95 permit 10.253.0.0 16 greater-equal 32 100 permit 10.254.0.0 20 greater-equal 32 105 permit 10.254.32.0 19 greater-equal 32 110 permit 10.254.64.0 18 greater-equal 32 115 permit 172.19.216.0 24 greater-equal 32 120 permit 190.81.128.0 24 greater-equal 32 125 permit 190.116.132.0 24 greater-equal 32 130 permit 200.62.188.0 24 greater-equal 32 135 permit 10.190.0.0 16 greater-equal 32 140 permit 10.134.0.0 16 greater-equal 32

El equipo de acceso se habilitara con OSPF, LDP y BGP hacia el pre agregador Los datos del pre agregador se indicaran en el formato de programación 2.1.11. Para para Para para

Configuración MPLS sobre IPRAN

el caso de equipos ATN910 de interfaz de 1G se utilizará el puerto 0/2/19 y 10G se utilizará el puerto 0/2/3. el caso de equipos NE40 de interfaz de 1G se utilizará el puerto 0/2/1 y 10G se utilizará el puerto 0/2/0.

Para Puerto de 1G interface GigabitEthernet0/X/Y mpls mpls ldp mpls ldp timer hello-send 3

Page 22

mpls ldp timer keepalive-hold 30 mpls ldp timer keepalive-send 3 Para Puerto de 10G interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

GigabitEthernet0/X/Y timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

interface Eth-Trunk mpls mpls ldp mpls ldp timer hello-send 3 mpls ldp timer keepalive-hold 30 mpls ldp timer keepalive-send 3

El equipo de acceso se habilitara con OSPF, LDP y BGP hacia el pre agregador Los datos del pre agregador se indicaran en el formato de programación -

Para Tx por MW interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

GigabitEthernet0/X/Y.

2.1.12.

Configuración MPLS sobre AgMPLS

timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

Para el caso de equipos ATN910 de interfaz de 1G se utilizará el puerto 0/2/19 y para 10G se utilizará el puerto 0/2/3. Para el caso de equipos NE40 de interfaz de 1G se utilizará el puerto 0/2/1 y para 10G se utilizará el puerto 0/2/0. Para Puerto de 1G interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

GigabitEthernet0/X/Y timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

Para Puerto de 10G interface GigabitEthernet0/X/Y mpls mpls ldp mpls ldp timer hello-send 3 mpls ldp timer keepalive-hold 30

Page 23

mpls ldp timer keepalive-send 3 interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

2.1.13.

Eth-Trunk timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

Configuración MPLS sobre Cmpls

Para el caso de equipos ATN910 de interfaz de 1G se utilizará el puerto 0/2/19 y para 10G se utilizará el puerto 0/2/3. Para el caso de equipos NE40 de interfaz de 1G se utilizará el puerto 0/2/1 y para 10G se utilizará el puerto 0/2/0. Para Puerto de 1G interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

GigabitEthernet0/X/Y. timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

Para Puerto de 10G interface mpls mpls ldp mpls ldp mpls ldp mpls ldp interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

GigabitEthernet0/X/Y. timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3 Eth-Trunk timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

2.1.14.

Configuracion MPLS sobre Tx Arrendado

interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

GigabitEthernet0/X/Y.

2.1.15.

Configuración BGP

timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

bgp 12252 router-id undo default ipv4-unicast graceful-restart group CSR-MPLS internal

Page 24

peer CSR-MPLS connect-interface LoopBack0 peer CSR-MPLS password cipher B&k9DO%d4 peer as-number 12252 peer group CSR-MPLS peer description To_ peer as-number 12252 peer group CSR-MPLS peer description To_ group RR_InLine internal peer RR_InLine connect-interface LoopBack0 peer RR_InLine password cipher B&k9DO%d4 peer as-number 12252 peer group RR_InLine peer description To ABR ipv4-family unicast undo synchronization import-route direct undo peer CSR-MPLS enable undo peer enable undo peer enable peer RR_InLine enable peer RR_InLine next-hop-local peer RR_InLine label-route-capability peer RR_InLine advertise-community peer RR_InLine advertise-ext-community peer enable peer group RR_InLine peer route-policy export_to_BGP-LU export ipv4-family vpnv4 policy vpn-target peer CSR-MPLS enable peer CSR-MPLS advertise-community peer enable peer group CSR-MPLS peer enable peer group CSR-MPLS route-policy export_to_BGP-LU permit node 10 if-match ip-prefix system apply community 12252: additive apply mpls-label route-policy export_to_BGP-LU permit node 20 if-match ip-prefix loopback_gestion apply community 12252:65010 additive apply mpls-label route-policy export_to_BGP-LU permit node 30 if-match ip-prefix loopback_ptp1588 apply community 12252:65010 additive apply mpls-label ip ip-prefix system index 10 permit 32 ip ip-prefix loopback_gestion index 10 permit 32 ip ip-prefix loopback_ptp1588 index 10 permit 32

En el route-policy export_to_BGP-LU permit node 10 el AS debe configurarse segun la region Region LIMA

Comunidad 12252:65001

Page 25

NORTE SUR CENTRO

12252:65002 12252:65003 12252:65004

Se debe dejar pre-configurado la siguiente comunidades dependiendo la region ip community-filter basic NORTE-CORE index 10 permit 12252:65000 ip community-filter basic NORTE-CORE index 20 permit 12252:65002 ip community-filter basic LIMA-CORE index 10 permit 12252:65000 ip community-filter basic LIMA-CORE index 20 permit 12252:65001 ip community-filter basic SUR-CORE index 10 permit 12252:65000 ip community-filter basic SUR-CORE index 20 permit 12252:65003 ip community-filter basic CENTRO-CORE index 10 permit 12252:65000 ip community-filter basic CENTRO-CORE index 20 permit 12252:65004

Para los equipos de acceso rCSR, la system debe configurarse en los siguientes RR según la región Region LIMA LIMA CENTRO/NORTE CENTRO/NORTE SUR SUR

RR rMPLSPolo1RR10 rMPLSVillaSalvadorRR09 rMPLSTrujilloRR01 rMPLSTrujilloRR02 rMPLSArequipaRR01 rMPLSArequipaRR02

Lista de parámetros de configuración BGP

Establecimiento del ID para el protocolo BGP.

Password para establecer la sección contra el peer

Creación del peer group para iBGP.

Dirección ip del peer remoto.

Comando para visualizar el estado de los peers para ipv4. display bgp peer BGP local router ID : 2.2.2.2 Local AS number : 65009

Page 26

Total number of peers : 3 Peer V AS MsgRcvd 9.1.1.2 4 65009 49 9.1.3.2 4 65009 56 200.1.1.2 4 65008 49

Peers in established state : 3 OutQ Up/Down State PrefRcv 0 00:44:58 Established 0 0 00:40:54 Established 0 0 00:44:03 Established 1

MsgSent 62 56 65

Comando para visualizar es estado de los peers para vpnv4. display bgp vpnv4 all peer BGP local router ID : 10.11.11.9 Local AS number : 65000 Total number of peers : 4 Peer V AS MsgRcvd 10.7.7.9 4 65000 79 10.8.8.9 4 65000 42 10.9.9.9 4 65000 21 10.10.10.9 4 65000 2

Peers in established state : 4 MsgSent OutQ Up/Down State PrefRcv 82 0 00:01:31 Established 0 66 0 00:01:16 Established 0 34 0 00:00:50 Established 0 4 0 00:00:21 Established 0

El equipo de acceso se habilitara con OSPF, LDP y BGP hacia el pre agregador Los datos del pre agregador se indicaran en el formato de programación 2.1.16.

Configuración TWAMP

nqa twamp server tcp port 862 all control-session inactive 900 reflector test-session inactive 900

2.1.17.

Configuración de Servicios Móviles

Configuración del 2G o Prefijos ip ip-prefix Redes_ABIS index 10 permit 3.3.3.3 32 ip ip-prefix Redes_ABIS index 20 permit 10.95.28.160 27 greater-equal 27 less-equal 32 ip ip-prefix Redes_ABIS index 30 permit 10.95.70.64 27 greater-equal 27 less-equal 32 ip ip-prefix Redes_ABIS index 40 permit 10.95.71.128 27 greater-equal 27 less-equal 32 ip ip-prefix Redes_ABIS index 50 permit 10.95.74.0 24 greater-equal 24 less-equal 32

Page 27

ip ip-prefix Redes_ABIS index 60 permit 10.95.75.32 27 greater-equal 27 less-equal 32 ip ip-prefix Redes_ABIS index 70 permit 10.95.78.32 27 greater-equal 27 less-equal 32 ip ip-prefix Redes_ABIS index 80 permit 10.95.210.72 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_ABIS index 90 permit 10.95.210.136 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_ABIS index 100 permit 10.95.210.192 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_ABIS index 110 permit 10.95.212.0 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_ABIS index 120 permit 10.95.255.100 30 greater-equal 30 less-equal 32 ip ip-prefix Redes_ABIS index 130 permit 10.101.0.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 140 permit 10.101.1.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 150 permit 10.101.2.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 160 permit 10.101.3.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 170 permit 10.101.4.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 180 permit 10.101.5.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 190 permit 10.101.6.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 200 permit 10.101.7.128 30 greater-equal 30 less-equal 32 ip ip-prefix Redes_ABIS index 210 permit 10.101.8.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 220 permit 10.101.9.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 230 permit 10.101.11.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 240 permit 10.101.12.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 250 permit 10.101.13.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 260 permit 10.101.14.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 270 permit 10.103.6.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 280 permit 10.252.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Redes_ABIS index 290 permit 172.16.108.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_ABIS index 300 permit 192.168.100.0 24 greater-equal 24 less-equal 32 ip ip-prefix pfx_BTS_ABIS index 10 permit 10.43.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix pfx_BTS_ABIS index 20 permit 10.120.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix pfx_BTS_ABIS index 30 permit 10.148.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix pfx_BTS_ABIS index 40 permit 10.150.0.0 16 greater-equal 16 less-equal 32

o Comunidad ip extcommunity-filter basic vpn_ABIS index 10 permit rt 27702:800 o

Route-policy

route-policy Import_pfx_ABIS_Access_BTS permit node 10 if-match ip-prefix Redes_ABIS if-match extcommunity-filter vpn_ABIS

Page 28

route-policy Export_pfx_ABIS_Access_BTS permit node 10 if-match ip-prefix pfx_BTS_ABIS apply extcommunity rt 27702:800 rt 12252:10095 ipv4-family vpn-instance 10095 import-route direct import-route static o

VRF

ip vpn-instance 10095 description "VPN Acceso BTS 2G a VPN ABIS" ipv4-family route-distinguisher 12252:10095 import route-policy Import_pfx_ABIS_Access_BTS export route-policy Export_pfx_ABIS_Access_BTS apply-label per-instance vpn-target 12252:10095 export-extcommunity vpn-target 12252:800 export-extcommunity vpn-target 12252:10095 import-extcommunity vpn-target 27702:800 import-extcommunity o

QoS

traffic classifier be operator or if-match dscp default traffic classifier af1 operator or if-match dscp af12 traffic classifier af2 operator or if-match dscp af21 traffic classifier ef operator or if-match dscp ef traffic classifier cs6 operator or if-match dscp cs6

Page 29

traffic behavior 309-be service-class be color green traffic behavior 309-af1 car cir 25000 pir 25000 cbs 4675000 pbs 4675000 green pass yellow pass red discard service-class af1 color green traffic behavior 309-af2 car cir 2000 pir 2000 cbs 374000 pbs 374000 green pass yellow pass red discard service-class af2 color green traffic behavior 309-ef car cir 15000 pir 15000 cbs 2805000 pbs 2805000 green pass yellow pass red discard service-class ef color green traffic behavior 309-cs6 car cir 8000 pir 8000 cbs 1496000 pbs 1496000 green pass yellow pass red discard service-class cs6 color Green traffic policy 309-in statistics enable classifier be behavior 309-be classifier af1 behavior 309-af1 classifier af2 behavior 309-af2 classifier ef behavior 309-ef classifier cs6 behavior 309-cs6 diffserv domain 309_diffserv ip-dscp-inbound 0 phb be green ip-dscp-inbound 46 phb ef green ip-dscp-inbound 48 phb cs6 green ip-dscp-inbound 12 phb af1 green ip-dscp-inbound 18 phb af2 green ip-dscp-inbound 16 phb af2 green interface GigabitEthernet0/X/Y. trust upstream 309_diffserv traffic-policy 309-in inbound

Page 30

flow-queue IPRAM_309_OUT queue be wfq weight 1 queue af1 wfq weight 90 shaping 25000 flow-wred FLOW_WRED queue af2 wfq weight 10 shaping 2000 flow-wred FLOW_WRED queue ef pq shaping 15000 queue cs6 pq shaping 8000 *Para el caso de configurar el equipo NE40 –M2H /Huawei configurar lo siguiente: queue ef pq car 15000 queue cs6 pq car 8000 Seguir con la configuración de equipos rCSR: qos-profile 309_OUT user-queue cir 50000 pir 50000 flow-queue IPRAM_309_OUT interface GigabitEthernet0/X/Y. qos-profile 309_OUT outbound

Configuración del 3G o

Prefijos

ip ip-prefix Red_IPRAN_reject index 10 permit 10.110.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_IPRAN_reject index 20 permit 10.140.0.0 17 greater-equal 17 less-equal 32 ip ip-prefix Red_IPRAN_reject index 30 permit 10.141.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_IPRAN_reject index 40 permit 10.146.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_IPRAN_reject index 50 permit 172.16.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_IPRAN_reject index 60 permit 172.27.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_netact index 10 permit 172.16.108.0 24 greater-equal 25 less-equal 32 ip ip-prefix Red_netact index 20 permit 172.17.31.0 24 greater-equal 24 less-equal 32 ip ip-prefix Red_Sync index 10 permit 10.95.28.112 28 greater-equal 28 less-equal 32 ip ip-prefix Red_Sync index 20 permit 10.95.71.96 27 greater-equal 27 less-equal 32 ip ip-prefix Red_Sync index 30 permit 10.95.75.168 29 greater-equal 29 less-equal 32 ip ip-prefix Red_Sync index 40 permit 10.95.76.8 29 greater-equal 29 less-equal 32 ip ip-prefix Red_Sync index 50 permit 10.95.76.24 29 greater-equal 29 less-equal 32 ip ip-prefix Red_Sync index 60 permit 10.95.76.40 29 greater-equal 29 less-equal 32

Page 31

ip ip-prefix Red_Sync index 70 permit 10.95.77.8 29 greater-equal 29 less-equal 32 ip ip-prefix Red_Sync index 80 permit 10.95.77.24 29 greater-equal 29 less-equal 32 ip ip-prefix Red_Sync index 90 permit 10.95.77.72 29 greater-equal 29 less-equal 32 ip ip-prefix Red_Sync index 100 permit 10.95.78.168 29 greater-equal 29 less-equal 32 ip ip-prefix Red_Sync index 110 permit 192.168.100.0 24 greater-equal 24 less-equal 32 ip ip-prefix Red_Sync index 120 permit 10.95.77.128 28 greater-equal 28 less-equal 32

o

Comunidad

ip extcommunity-filter basic vpn_IPRAN index 10 permit rt 27702:700 ip extcommunity-filter basic vpn_netact index 10 permit rt 27702:600 ip extcommunity-filter basic vpn_Abis index 10 permit rt 27702:600 o

Route-policy

route-policy prefix_nodoB deny node 10 if-match ip-prefix Red_IPRAN_reject if-match extcommunity-filter vpn_IPRAN # route-policy prefix_nodoB permit node 20 if-match extcommunity-filter vpn_IPRAN # route-policy prefix_nodoB permit node 30 if-match ip-prefix Red_netact if-match extcommunity-filter vpn_netact # route-policy prefix_nodoB permit node 40 if-match ip-prefix Red_Sync if-match extcommunity-filter vpn_Abis o

VRF

ip vpn-instance 700 description "IPRAN" ipv4-family route-distinguisher 27702:700 import route-policy prefix_nodoB apply-label per-instance vpn-target 27702:700 export-extcommunity vpn-target 27702:700 import-extcommunity vpn-target 27702:600 import-extcommunity

Page 32

vpn-target 27702:800 import-extcommunity #

o QoS traffic classifier be operator or if-match dscp default traffic classifier af1 operator or if-match dscp af12 traffic classifier af2 operator or if-match dscp af21 traffic classifier af4 operator or if-match dscp af42 if-match dscp af43 traffic classifier ef operator or if-match dscp ef traffic classifier cs6 operator or if-match dscp cs6 traffic behavior 307-be service-class be color green traffic behavior 307-af1 car cir 52000 pir 52000 cbs 9724000 pbs 9724000 green pass yellow pass red discard service-class af1 color green traffic behavior 307-af2 car cir 4000 pir 4000 cbs 748000 pbs 748000 green pass yellow pass red discard service-class af2 color green traffic behavior 307-af4 car cir 4000 pir 4000 cbs 748000 pbs 748000 green pass yellow pass red discard service-class af4 color green

Page 33

traffic behavior 307-ef car cir 20000 pir 20000 cbs 3740000 pbs 3740000 green pass yellow pass red discard service-class ef color green traffic behavior 307-cs6 car cir 20000 pir 20000 cbs 3740000 pbs 3740000 green pass yellow pass red discard service-class cs6 color green traffic policy 307-in statistics enable classifier be behavior 307-be classifier af1 behavior 307-af1 classifier af2 behavior 307-af2 classifier af4 behavior 307-af4 classifier ef behavior 307-ef classifier cs6 behavior 307-cs6 diffserv domain 307_diffserv ip-dscp-inbound 0 phb be green ip-dscp-inbound 46 phb ef green ip-dscp-inbound 48 phb cs6 green ip-dscp-inbound 12 phb af1 green ip-dscp-inbound 18 phb af2 green ip-dscp-inbound 26 phb af1 green ip-dscp-inbound 36 phb af4 green ip-dscp-inbound 38 phb af4 green ip-dscp-inbound 16 phb af2 green interface GigabitEthernet0/X/Y. trust upstream 307_diffserv traffic-policy 307-in inbound flow-queue IPRAM_307_OUT queue be wfq weight 1 queue af1 wfq weight 86 shaping 52000 flow-wred FLOW_WRED queue af2 wfq weight 7 shaping 4000 flow-wred FLOW_WRED queue af4 wfq weight 7 shaping 4000 flow-wred FLOW_WRED

Page 34

queue ef pq shaping 20000 queue cs6 pq shaping 20000 *Para el caso de configurar el equipo NE40 –M2H /Huawei configurar lo siguiente: queue ef pq car 20000 queue cs6 pq car 20000 Seguir con la configuración de equipos rCSR qos-profile 307_OUT user-queue cir 100000 pir 100000 flow-queue IPRAM_307_OUT interface GigabitEthernet0/X/Y. qos-profile 307_OUT outbound

Configuración del 4G/TDD La siguiente configuración nos permite operar el servicio de 4G y/o TDD en el CellSite Router. Para el caso de configurar el servicio TDD , solo excluir la configuración de la interfaz de Sincronismo. o Interfaz S1-MME 

Prefijos

ip ip-prefix Redes_MME index 10 permit 10.95.255.104 30 greater-equal 30 less-equal 32 ip ip-prefix Redes_MME index 20 permit 10.96.90.114 32 ip ip-prefix Redes_MME index 30 permit 10.96.90.115 32 ip ip-prefix Redes_MME index 40 permit 10.128.50.0 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 50 permit 10.128.50.128 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 60 permit 10.128.66.0 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 70 permit 10.128.66.128 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 80 permit 10.128.82.0 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 90 permit 10.128.90.0 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 100 permit 10.128.98.0 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 110 permit 10.128.106.0 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_MME index 120 permit 10.129.98.1 32 ip ip-prefix Redes_MME index 130 permit 10.96.98.1 32 ip ip-prefix Redes_MME index 140 permit 10.96.106.1 32



Comunidad

ip extcommunity-filter basic vpn_S1-MME index 10 permit rt 12252:10094 ip extcommunity-filter basic vpn_S1-MME_Core index 10 permit rt 12252:10090 rt 12252:10094

Page 35



Route Policy

route-policy Import_pfx_S1-MME_Access_eNB permit node 10 if-match ip-prefix Redes_MME if-match extcommunity-filter vpn_S1-MME route-policy Export_pfx_S1-MME_Access_eNB permit node 10 if-match extcommunity-filter vpn_S1-MME_Core ipv4-family vpn-instance 10090 import-route direct



VRF

ip vpn-instance 10090 description "VPN Signaling S1-MME-Access:eNB to MME" ipv4-family route-distinguisher 12252:10090 import route-policy Import_pfx_S1-MME_Access_eNB export route-policy Export_pfx_S1-MME_Access_eNB apply-label per-instance vpn-target 12252:10094 export-extcommunity vpn-target 12252:10090 export-extcommunity vpn-target 12252:10090 import-extcommunity vpn-target 12252:10094 import-extcommunity



QoS

traffic classifier be operator or if-match dscp default traffic classifier cs6 operator or if-match dscp cs6 traffic behavior 319-be service-class be color green

traffic behavior 319-cs6 car cir 10000 pir 10000 cbs 1870000 pbs 1870000 green pass yellow pass red discard service-class cs6 color green traffic policy 319-in statistics enable classifier be behavior 319-be classifier cs6 behavior 319-cs6 diffserv domain 319_diffserv ip-dscp-inbound 48 phb cs6 green

Page 36

interface GigabitEthernet0/X/Y. trust upstream 319_diffserv traffic-policy 319-in inbound flow-queue IPRAM_319_OUT queue be wfq weight 1 queue cs6 pq shaping 10000 *Para el caso de de configurar en NE40-M2H / Huawei: queue cs6 pq car 10000 Seguir con la configuración: qos-profile 319_OUT user-queue cir 10000 pir 10000 flow-queue IPRAM_319_OUT interface GigabitEthernet0/X/Y. qos-profile 319_OUT outbound

o Interfaz S1-U 

Prefijos

ip ip-prefix Redes_eNBs index 10 permit 10.180.128.0 17 greater-equal 17 less-equal 32 ip ip-prefix Redes_eNBs index 20 permit 10.193.1.0 24 greater-equal 24 less-equal 32 ip ip-prefix Redes_eNBs index 30 permit 10.193.128.0 17 greater-equal 17 less-equal 32 ip ip-prefix Redes_eNBs index 40 permit 10.194.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Redes_S1-U_Core index 10 permit 10.95.255.104 30 greater-equal 30 less-equal 32 ip ip-prefix Redes_S1-U_Core index 20 permit 10.96.79.13 32 ip ip-prefix Redes_S1-U_Core index 30 permit 10.96.80.112 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 40 permit 10.96.90.136 32 ip ip-prefix Redes_S1-U_Core index 50 permit 10.96.90.137 32 ip ip-prefix Redes_S1-U_Core index 60 permit 10.128.49.32 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 70 permit 10.128.50.64 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 80 permit 10.128.50.144 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 90 permit 10.128.66.64 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 100 permit 10.128.66.144 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 110 permit 10.128.82.64 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 120 permit 10.128.90.64 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 130 permit 10.128.98.64 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 140 permit 10.128.106.64 28 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 150 permit 10.96.98.64 29 greater-equal 28 less-equal 32 ip ip-prefix Redes_S1-U_Core index 160 permit 10.96.106.64 29 greater-equal 28 less-equal 32



Comunidad

ip extcommunity-filter basic vpn_S1-U_Access index 10 permit rt 12252:10091

Page 37

ip extcommunity-filter basic vpn_S1-U index 10 permit rt 12252:10085 ip extcommunity-filter basic vpn_S1-U_Core index 10 permit rt 12252:10085 rt 12252:10091



Route-policy

route-policy Import_pfx_S1-U_Access_eNB permit node 10 if-match ip-prefix Redes_eNBs if-match extcommunity-filter vpn_S1-U_Access # route-policy Import_pfx_S1-U_Access_eNB permit node 20 if-match ip-prefix Redes_S1-U_Core if-match extcommunity-filter vpn_S1-U route-policy Export_pfx_S1-U_Access_eNB permit node 10 if-match extcommunity-filter vpn_S1-U_Core ipv4-family vpn-instance 10091 import-route direct



VRF

ip vpn-instance 10091 description "VPN User Plane, Handover, S1-U, X2:eNB to eNB, eNB to S-GW" ipv4-family route-distinguisher 12252:10091 import route-policy Import_pfx_S1-U_Access_eNB export route-policy Export_pfx_S1-U_Access_eNB apply-label per-instance vpn-target 12252:10091 export-extcommunity vpn-target 12252:10085 export-extcommunity vpn-target 12252:10091 import-extcommunity vpn-target 12252:10085 import-extcommunity



QoS

traffic classifier be operator or if-match dscp default traffic classifier af1 operator or if-match dscp af12 traffic classifier af2 operator or if-match dscp af21 traffic classifier af4 operator or if-match dscp af43 traffic classifier ef operator or if-match dscp ef traffic classifier cs6 operator or

Page 38

if-match dscp cs6 traffic classifier cs7 operator or if-match dscp cs7 traffic behavior 328-be car cir 5000 pir 5000 cbs 935000 pbs 935000 green pass yellow pass red discard service-class be color green traffic behavior 328-af1 car cir 520000 pir 520000 cbs 97240000 pbs 97240000 green pass yellow pass red discard service-class af1 color green traffic behavior 328-af2 car cir 200000 pir 200000 cbs 3740000 pbs 3740000 green pass yellow pass red discard service-class af2 color green traffic behavior 328-af4 car cir 10000 pir 10000 cbs 1870000 pbs 1870000 green pass yellow pass red discard service-class af4 color green traffic behavior 328-ef car cir 40000 pir 40000 cbs 7480000 pbs 7480000 green pass yellow pass red discard service-class ef color green traffic behavior 328-cs6 car cir 40000 pir 40000 cbs 7480000 pbs 7480000 green pass yellow pass red discard service-class cs6 color green traffic behavior 328-cs7 car cir 10000 pir 10000 cbs 1870000 pbs 1870000 green pass yellow pass red discard service-class cs7 color green traffic policy 328-in statistics enable classifier be behavior 328-be classifier af1 behavior 328-af1 classifier af2 behavior 328-af2 classifier af4 behavior 328-af4 classifier ef behavior 328-ef classifier cs6 behavior 328-cs6 classifier cs7 behavior 328-cs7 diffserv domain 328_diffserv ip-dscp-inbound 0 phb be green ip-dscp-inbound 46 phb ef green ip-dscp-inbound 24 phb af2 green ip-dscp-inbound 48 phb cs6 green ip-dscp-inbound 56 phb cs7 green ip-dscp-inbound 12 phb af1 green ip-dscp-inbound 18 phb af2 green ip-dscp-inbound 26 phb af1 green

Page 39

ip-dscp-inbound 36 phb af4 green interface GigabitEthernet0/X/Y. trust upstream 328_diffserv traffic-policy 328-in inbound flow-queue IPRAM_328_OUT queue be wfq weight 1 shaping 5000 flow-wred FLOW_WRED queue af1 wfq weight 70 shaping 520000 flow-wred FLOW_WRED queue af2 wfq weight 27 shaping 200000 flow-wred FLOW_WRED queue af4 wfq weight 2 shaping 10000 flow-wred FLOW_WRED queue ef pq shaping 40000 queue cs6 pq shaping 40000 queue cs7 pq shaping 10000 *Para el caso de configurar en equipos NE40-M2H/Huawei: queue ef pq car 40000 queue cs6 pq car 40000 queue cs7 pq car 10000 Seguir con la configuración: qos-profile 328_OUT user-queue cir 825000 pir 825000 flow-queue IPRAM_328_OUT interface GigabitEthernet0/X/Y. qos-profile 328_OUT outbound

o Interfaz Sincronismo 

Prefijos

ip ip-prefix Redes_Sync index 10 permit 10.95.210.80 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_Sync index 20 permit 10.95.210.144 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_Sync index 30 permit 10.95.210.208 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_Sync index 40 permit 10.95.212.16 29 greater-equal 29 less-equal 32 ip ip-prefix Redes_Sync index 50 permit 10.252.0.0 16 greater-equal 28 less-equal 29



Comunidad

ip extcommunity-filter basic vpn_syncptp index 10 permit rt 12252:10092



Route-policy

route-policy Import_pfx_eNB_Syncptp permit node 10 if-match ip-prefix Redes_Sync if-match extcommunity-filter vpn_syncptp route-policy Export_pfx_eNB_Syncptp permit node 10

Page 40

if-match extcommunity-filter vpn_syncptp ipv4-family vpn-instance 10092 import-route direct



VRF

ip vpn-instance 10092 description "VPN Sincronismo Trafico eNB" ipv4-family route-distinguisher 12252:10092 import route-policy Import_pfx_eNB_Syncptp export route-policy Export_pfx_eNB_Syncptp apply-label per-instance vpn-target 12252:10092 export-extcommunity vpn-target 12252:10092 import-extcommunity



QoS

traffic classifier be operator or if-match dscp default traffic classifier ef operator or if-match dscp ef traffic behavior 317-be service-class be color green traffic behavior 317-ef car cir 5000 pir 5000 cbs 935000 pbs 935000 green pass yellow pass red discard service-class ef color green traffic policy 317-in statistics enable classifier be behavior 317-be classifier ef behavior 317-ef diffserv domain 317_diffserv ip-dscp-inbound 46 phb ef green interface GigabitEthernet0/X/Y. trust upstream 317_diffserv traffic-policy 317-in inbound flow-queue IPRAM_317_OUT queue be wfq weight 1 queue ef pq shaping 5000 *Para el caso de configurar en equipos NE40-M2H/Huawei: queue ef pq car 5000

Page 41

Seguir con la configuración: qos-profile 317_OUT user-queue cir 5000 pir 5000 flow-queue IPRAM_317_OUT interface GigabitEthernet0/X/Y. qos-profile 317_OUT outbound

o Interfaz Gestion 

Prefijos

ip ip-prefix Red_Gestion_eNB index 10 permit 10.192.16.0 22 greater-equal 22 less-equal 32 ip ip-prefix Red_Gestion_eNB index 20 permit 172.16.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_Gestion_eNB index 30 permit 172.17.31.0 24 greater-equal 24 less-equal 32 ip ip-prefix Red_Gestion_eNB index 40 permit 172.19.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_Gestion_eNB index 50 permit 172.22.0.0 16 greater-equal 16 less-equal 32 ip ip-prefix Red_Gestion_eNB index 60 permit 192.168.0.0 16 greater-equal 16 less-equal 32



Comunidad

ip extcommunity-filter basic vpn_Mngmt index 10 permit rt 12252:10093



Route-Policy

route-policy Import_pfx_Mngmt_eNB permit node 10 if-match ip-prefix Red_Gestion_eNB if-match extcommunity-filter vpn_Mngmt route-policy Export_pfx_Mngmt_eNB permit node 10 if-match extcommunity-filter vpn_Mngmt ipv4-family vpn-instance 10093 import-route direct



VRF

ip vpn-instance 10093 description "Gestion eNB O&M" ipv4-family route-distinguisher 12252:10093 import route-policy Import_pfx_Mngmt_eNB export route-policy Export_pfx_Mngmt_eNB apply-label per-instance vpn-target 12252:10093 export-extcommunity vpn-target 12252:10093 import-extcommunity



QoS

traffic classifier be operator or

Page 42

if-match dscp default traffic classifier af2 operator or if-match dscp af21 traffic behavior 316-be service-class be color green traffic behavior 316-af2 car cir 10000 pir 10000 cbs 187000 pbs 187000 green pass yellow pass red discard service-class af2 color green flow-queue IPRAM_316_IN queue be wfq weight 1 queue af2 wfq weight 100 shaping 10000 flow-wred FLOW_WRED traffic policy 316-in statistics enable classifier be behavior 316-be classifier af2 behavior 316-af2 diffserv domain 316_diffserv ip-dscp-inbound 16 phb af2 green interface GigabitEthernet0/X/Y. trust upstream 316_diffserv traffic-policy 316-in inbound flow-queue IPRAM_316_OUT queue be wfq weight 1 queue af2 wfq weight 100 shaping 10000 flow-wred FLOW_WRED qos-profile 316_OUT user-queue cir 10000 pir 10000 flow-queue IPRAM_316_OUT interface GigabitEthernet0/X/Y. qos-profile 316_OUT outbound -

Considerar los siguientes commandos para la validacion de trafico por colas display traffic policy statistics interface interface-type interface-number [ .sub-interface ] inbound verbose classifier-based # Mostrar estadísticas de política de tráfico detalladas basadas en la clasificación de tráfico en la Interfaz display traffic policy statistics interface interface-type interface-number [ .sub-interface ] inbound verbose ruled-based # Indica una regla de tráfico. # Indica la cantidad de paquetes que coinciden con la política de tráfico. # Indica la tasa de coincidencia de paquetes dentro de 30 segundos.

2.1.18.

Configuración de la VRF 10050 y 250

Page 43

ip extcommunity-filter basic vpn_GestionUM index 10 permit rt 12252:10050 ip extcommunity-filter basic vpn_VRF10050 index 10 permit rt 12252:10050 route-policy import_vpn_VRF10050_V1 permit node 10 ipv4-family vpn-instance 10050 if-match ip-prefix Acceso_Gestores_MC_cNOC_RS_ALU if-match extcommunity-filter vpn_VRF10050 route-policy export_vpn_GestionUM permit node 10 if-match extcommunity-filter vpn_GestionUM ipv4-family vpn-instance 10050 import-route direct import-route static ip ip-prefix Acceso_Gestores_MC_cNOC_RS_ALU greater-equal 24 less-equal 32 ip ip-prefix Acceso_Gestores_MC_cNOC_RS_ALU 22 greater-equal 22 less-equal 32 ip ip-prefix Acceso_Gestores_MC_cNOC_RS_ALU 27 greater-equal 27 less-equal 32 ip ip-prefix Acceso_Gestores_MC_cNOC_RS_ALU 16 greater-equal 16 less-equal 32

index 10 permit 10.99.1.0 24 index 20 permit 10.192.16.0 index 30 permit 10.235.1.0 index 40 permit 172.19.0.0

ip vpn-instance 10050 description "VPN_GestionUM" ipv4-family route-distinguisher 12252:10050 import route-policy import_vpn_VRF10050_V1 export route-policy export_vpn_GestionUM apply-label per-instance vpn-target 12252:10050 export-extcommunity vpn-target 12252:10050 import-extcommunity ip extcommunity-filter ip extcommunity-filter ip extcommunity-filter ip extcommunity-filter 27702:251

basic basic basic basic

o&m_osr1 index 10 permit rt 27702:250 o&m_osr2 index 10 permit rt 27702:251 netact index 10 permit rt 27702:600 o&m index 10 permit rt 27702:250 rt

route-policy vrf250-import_V1 permit node 10 ipv4-family vpn-instance 250 if-match ip-prefix prefix_DCN_RTN_DWDM if-match extcommunity-filter o&m_osr1 route-policy vrf250-import_V1 permit node 20 ipv4-family vpn-instance 250 if-match ip-prefix prefix_DCN_RTN_DWDM if-match extcommunity-filter o&m_osr2 route-policy vrf250-import_V1 permit node 30 if-match ip-prefix pfx_Gestores_RC_NOC_Seg if-match extcommunity-filter netact

Page 44

import-route static route-policy vrf250-export permit node 10 if-match extcommunity-filter o&m ipv4-family vpn-instance 250 import-route static ip ip-prefix prefix_DCN_RTN_DWDM greater-equal 28 less-equal 32 ip ip-prefix prefix_DCN_RTN_DWDM greater-equal 28 less-equal 32 ip ip-prefix prefix_DCN_RTN_DWDM equal 29 less-equal 32 ip ip-prefix prefix_DCN_RTN_DWDM equal 29 less-equal 32 ip ip-prefix prefix_DCN_RTN_DWDM equal 29 less-equal 32 ip ip-prefix prefix_DCN_RTN_DWDM equal 29 less-equal 32 ip ip-prefix prefix_DCN_RTN_DWDM equal 29 less-equal 32 ip ip-prefix prefix_DCN_RTN_DWDM greater-equal 29 less-equal 32

index 10 permit 10.95.23.112 28 index 20 permit 10.95.25.224 28 index 30 permit 10.95.32.32 29 greaterindex 40 permit 10.95.32.40 29 greaterindex 50 permit 10.95.32.48 29 greaterindex 60 permit 10.95.32.56 29 greaterindex 70 permit 10.95.32.96 29 greaterindex 80 permit 10.95.32.104 29

ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 24 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 16 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 24 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 25 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 16 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 24 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 24 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 24 less-equal 32 ip ip-prefix pfx_Gestores_RC_NOC_Seg greater-equal 16 less-equal 32

index 10 permit 10.128.169.0 24 index 20 permit 10.244.0.0 16 index 30 permit 172.16.53.0 24 index 40 permit 172.16.108.0 25 index 50 permit 172.19.0.0 16 index 60 permit 172.19.4.0 24 index 70 permit 172.19.80.0 24 index 80 permit 172.19.215.0 24 index 90 permit 172.22.0.0 16

ip vpn-instance 250 description "o&m" ipv4-family route-distinguisher 27702:250 import route-policy vrf250-import_V1 export route-policy vrf250-export apply-label per-instance vpn-target 27702:250 export-extcommunity vpn-target 27702:251 export-extcommunity vpn-target 27702:250 import-extcommunity vpn-target 27702:251 import-extcommunity vpn-target 27702:600 import-extcommunity

Page 45

o QoS traffic classifier be operator or if-match dscp be traffic classifier af2 operator or if-match dscp default traffic classifier ef operator or if-match dscp ef traffic classifier af1 operator or if-match dscp af1 traffic behavior 401-be car cir 128 pir 128 green pass yellow pass red discard service-class be color green traffic behavior 401-af2 car cir 3072 pir 3072 green pass yellow pass red discard service-class af2 color green traffic behavior 401-ef car cir 1536 pir 1536 green pass yellow pass red discard service-class ef color green traffic behavior 401-af1 car cir 1536 pir 1536 green pass yellow pass red discard service-class af1 color green traffic policy 401-in statistics enable classifier be behavior 401-be classifier af1 behavior 401-af1 classifier af2 behavior 401-af2 Classifier ef behavior 401-ef diffserv domain 401_diffserv ip-dscp-inbound 46 phb ef green ip-dscp-inbound 8 phb af1 green ip-dscp-inbound 16 phb af2 green ip-dscp-inbound 40 phb ef green ip-dscp-inbound 48 phb cs6 green interface GigabitEthernet0/X/Y. traffic-policy 401-in inbound trust upstream 401_diffserv flow-queue IPRAM_401_OUT queue be wfq weight 3 shaping 128 flow-wred FLOW_WRED queue af1 wfq weight 32 shaping 1536 flow-wred FLOW_WRED

Page 46

queue af2 wfq weight 65 shaping 3072 flow-wred FLOW_WRED queue ef pq shaping 1536 *Para el caso de configurar un equipo NE40-M2H/Huawei: queue ef pq car 1536 Seguir con la configuración: qos-profile 401_OUT user-queue cir 6272 pir 6272 flow-queue IPRAM_401_OUT interface GigabitEthernet0/X/Y. qos-profile 401_OUT outbound

Configuracion Interfaz interface GigabitEthernet0/X/Y. vlan-type dot1q description "Description" ip binding vpn-instance 10050 mtu 1500 ip address statistic enable trust upstream 401_diffserv undo icmp name net-unreachable send undo icmp name port-unreachable send

Configuracion Rutas estáticas ip route-static vpn-instance 10050 preference 1

Configuracion BGP bgp 12252 ipv4-family vpn-instance 10050 preference 20 200 200 import direct import static

2.2 Configuracion para el Pre agregador 2.2.1 Pre Agregador IPRAN Cuando el Pre agregador es IPRAN se debe realizar la siguiente configuración: Considerar los equipos SR-7,SRc-12,SR-12,SRa-4,SAR-8 configure port description

Page 47

ethernet mtu 2022 network queue-policy "Network-Policy-IP-RAN_v3_FO" exit no autonegotiate exit no shutdown exit router interface "to_" address / port qos 104 bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact exit commit exi all ldp session-parameters peer fec-type-capability prefix-ipv6 disable exit exit exit peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3

Page 48

fec-type-capability prefix-ipv6 disable p2mp-ipv6 disable exit no shutdown exit no shutdown exit exit

service sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self advertise-label ipv4 exit exit Para los esenarios que requieran LAG considerar la siguiente configuración configure lag description "LAG 2x1G " mode Network lacp active port sub-group port sub-group no shutdown exit router interface "to_:L1" address / port lag- qos 104 bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area

Page 49

interface "to_:L1" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact exit commit exi all ldp session-parameters peer fec-type-capability prefix-ipv6 disable exit exit exit peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3 fec-type-capability prefix-ipv6 disable p2mp-ipv6 disable exit no shutdown exit no shutdown exit exit service sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit

Page 50

bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self advertise-label ipv4 exit exit Para los LAG considerar esta solucion para enlaces nx1G, los demas puertos se asignara en el formato de programacion Cada puerto se configurara fisico se configurara de manera estandar

Para Tx por MW, considerar la siguiente configuracion: configure port description ethernet mtu 2026 network queue-policy "Network-Policy-IP-RAN_v3_MW" exit no autonegotiate egress-rate exit no shutdown exit router interface "to_" address / port : qos 104 bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact

Page 51

exit commit exi all ldp session-parameters peer fec-type-capability prefix-ipv6 disable exit exit exit peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3 fec-type-capability prefix-ipv6 disable p2mp-ipv6 disable exit no shutdown exit no shutdown exit exit service sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self advertise-label ipv4 exit exit

Para los SRa-4 con TiMOS-C-14.0.R15 se debe considerar la siguiente configuración configure

Page 52

port description ethernet mtu 2022 network queue-policy "Network-Policy-IP-RAN_v3_FO" exit no autonegotiate exit no shutdown exit router interface "to_" address / port qos 104 bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact exit commit exi all ldp peer export-prefixes "ExportToCSR-LDP" exit tcp-session-parameters peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3

Page 53

no shutdown exit no shutdown exit service sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self family label-ipv4 exit exit Para los esenarios que requieran LAG considerar la siguiente configuración configure lag description "LAG 2x1G " mode Network lacp active port sub-group port sub-group no shutdown exit router interface "to_:L1" address / port lag- qos 104 bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area interface "to_:L1" interface-type point-to-point authentication-type message-digest message-digest-key 1 md5 B&k9DO%d4 bfd-enable no shutdown

Page 54

exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact exit commit exi all ldp peer export-prefixes "ExportToCSR-LDP" exit tcp-session-parameters peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3 no shutdown exit no shutdown exit sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self family label-ipv4 exit exit Para Tx por MW, considerar la siguiente configuracion:

configure port description ethernet

Page 55

mtu 2026 network queue-policy "Network-Policy-IP-RAN_v3_MW" exit no autonegotiate egress-rate exit no shutdown exit router interface "to_" address / port : qos 104 bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact exit commit exi all

ldp peer export-prefixes "ExportToCSR-LDP" exit tcp-session-parameters peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3 no shutdown exit

Page 56

no shutdown exit service sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self family label-ipv4 exit exit

2.2.2 Pre Agregador IPRAN Cuando el pre agregador es IPRAN se debe realizar la siguiente configuración: Considerar los equipos IXR-R6, SAR-8 Pre Agregador IXR-R6 port description ethernet mtu 2022 egress port-scheduler "Network-Policy-IP-RAN_v3_FO" exit lldp dest-mac nearest-bridge admin-status tx-rx tx-tlvs port-desc sys-name sys-desc sys-cap exit exit speed 1000 no autonegotiate exit no shutdown exit router Base interface "to_" address / port

Page 57

ingress collect-policer-stats qos 104 exit egress egress-remark-policy 104 exit bfd 100 receive 100 multiplier 3 no shutdown exit ldp import "Core-import" session-parameters peer exit exit tcp-session-parameters peer-transport authentication-key B&k9DO%d4 exit exit interface "to_" ipv4 hello 15 3 keepalive 30 3 no shutdown exit no shutdown exit ospf area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit

Pre Agregador SAR-8, SAR-8v2 port description ethernet mode network mtu 2022 network queue-policy "Network-Policy-IP-RAN_v3_FO" exit no autonegotiate exit no shutdown exit

Page 58

router interface "to_" address / port qos 104 bfd 100 receive 100 multiplier 3 no shutdown exit ospf area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit ldp import "Core-import" peer-parameters peer authentication-key B&k9DO%d4 exit exit interface "to_" hello 15 3 keepalive 30 3 exit exit targeted-session exit no shutdown exit exit El equipo de acceso habilitará una sesión BGP hacia el pre agregador, en el equipo pre agregador se debe configurar el BGP de la siguiente manera

Considerar los equipos SR-7,SRc-12,SR-12 bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self advertise-label ipv4 exit exit

Para los SRa-4 con TiMOS-C-14.0.R15 se debe considerar la siguiente configuración

Page 59

bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self family label-ipv4 exit exit Los datos del pre agregador se indicaran en el formato de programacion

2.2.3 Pre Agregador IPRAN con Tx Arrendado Cuando el pre agregador es IPRAN se debe realizar la siguiente configuración: Considerar los equipos SR-7,SRc-12,SR-12,SRa-4,SAR-8 qos network 204 create description "Claro Network Policy on Queue-Group to Core-v3.0" ingress dscp be fc be profile out dscp ef fc ef profile in dscp cs1 fc l2 profile in dscp cs2 fc af profile in dscp cs3 fc l1 profile in dscp cs4 fc h2 profile in dscp cs5 fc ef profile in dscp nc1 fc h1 profile in dscp nc2 fc nc profile in dscp af11 fc l2 profile in dscp af12 fc l2 profile in dscp af13 fc l2 profile in dscp af21 fc af profile in dscp af22 fc l2 profile in dscp af23 fc af profile in dscp af31 fc l2 profile in dscp af32 fc l1 profile in dscp af33 fc l1 profile in dscp af41 fc h2 profile in dscp af42 fc h2 profile in dscp af43 fc h2 profile in lsp-exp 0 fc be profile out lsp-exp 1 fc l2 profile in lsp-exp 2 fc l2 profile in lsp-exp 3 fc l1 profile in lsp-exp 4 fc h2 profile in lsp-exp 5 fc ef profile in lsp-exp 6 fc h1 profile in lsp-exp 7 fc nc profile in exit egress fc af

Page 60

dscp-in-profile af21 dscp-out-profile af21 lsp-exp-in-profile 2 port-redirect-group queue exit fc be port-redirect-group queue exit fc ef port-redirect-group queue exit fc h1 port-redirect-group queue exit fc h2 dscp-in-profile af42 port-redirect-group queue exit fc l1 dscp-in-profile cs3 dscp-out-profile cs3 lsp-exp-out-profile 3 port-redirect-group queue exit fc l2 dscp-in-profile af22 dscp-out-profile af22 lsp-exp-in-profile 2 port-redirect-group queue exit fc nc port-redirect-group queue exit exit exit exit

3 1 6 7

5

4

2 8

qos queue-group-templates egress queue-group "QGroup__BW_" create queue 1 best-effort create parent "root" cir-level 1 percent-rate 90.00 cir 5.00 mbs 50 kilobytes high-prio-only 10 exit queue 2 best-effort create parent "root" level 2 cir-level 2 percent-rate 90.00 cir 5.00 exit queue 3 best-effort create parent "root" level 3 cir-level 3 percent-rate 90.00 cir 5.00 exit

Page 61

queue 4 best-effort create parent "root" level 4 cir-level 4 percent-rate 90.00 cir 10.00 exit queue 5 expedite create parent "root" level 5 cir-level 5 percent-rate 100.00 cir 5.00 exit queue 6 expedite create parent "root" level 6 cir-level 6 percent-rate 100.00 cir 50.00 exit queue 7 expedite create parent "root" level 7 cir-level 7 percent-rate 100.00 cir 10.00 exit queue 8 expedite create parent "root" level 8 cir-level 8 percent-rate 100.00 cir 10.00 exit fc af create queue 3 exit fc be create queue 1 exit fc ef create queue 6 exit fc h1 create queue 7 exit fc h2 create queue 5 exit fc l1 create queue 4 exit fc l2 create queue 2 exit fc nc create queue 8 exit exit scheduler-policy "SPolicy__BW_" create frame-based-accounting tier 1 scheduler "root" create rate exit exit exit exit

Page 62

port description ethernet encap-type dot1q mtu 2022 network queue-policy "Network-Policy-IP-RAN_v3_FO" egress queue-group "QGroup__BW_" create scheduler-policy "SPolicy__BW_" exit egress-rate no autonegotiate exit no shutdown exit - : Para los escenarios con Tx Arrendado, todos los rCSR se integran a un puerto del pre agregador, cada nuevo rCSR que se integre se debe sumar el BW contratado en la interfaz del pre agregador router interface "to_" address / port : qos 204 egress-port-redirect-group "QGroup__BW_" egress-instance 1 bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact exit commit exi all ldp session-parameters

Page 63

peer fec-type-capability prefix-ipv6 disable exit exit exit peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3 fec-type-capability prefix-ipv6 disable p2mp-ipv6 disable exit no shutdown exit no shutdown exit exit service sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit bgp group "BGP-LU_Acceso" neighbor description "to_" next-hop-self advertise-label ipv4 exit exit

Para los SRa-4 con TiMOS-C-14.0.R15 se debe considerar la siguiente configuración qos network 204 create description "Claro Network Policy on Queue-Group to Core-v3.0" ingress dscp be fc be profile out dscp ef fc ef profile in dscp cs1 fc l2 profile in dscp cs2 fc af profile in dscp cs3 fc l1 profile in

Page 64

dscp cs4 fc h2 profile in dscp cs5 fc ef profile in dscp nc1 fc h1 profile in dscp nc2 fc nc profile in dscp af11 fc l2 profile in dscp af12 fc l2 profile in dscp af13 fc l2 profile in dscp af21 fc af profile in dscp af22 fc l2 profile in dscp af23 fc af profile in dscp af31 fc l2 profile in dscp af32 fc l1 profile in dscp af33 fc l1 profile in dscp af41 fc h2 profile in dscp af42 fc h2 profile in dscp af43 fc h2 profile in lsp-exp 0 fc be profile out lsp-exp 1 fc l2 profile in lsp-exp 2 fc l2 profile in lsp-exp 3 fc l1 profile in lsp-exp 4 fc h2 profile in lsp-exp 5 fc ef profile in lsp-exp 6 fc h1 profile in lsp-exp 7 fc nc profile in exit egress fc af dscp-in-profile af21 dscp-out-profile af21 lsp-exp-in-profile 2 port-redirect-group queue exit fc be port-redirect-group queue exit fc ef port-redirect-group queue exit fc h1 port-redirect-group queue exit fc h2 dscp-in-profile af42 port-redirect-group queue exit fc l1 dscp-in-profile cs3 dscp-out-profile cs3 lsp-exp-out-profile 3 port-redirect-group queue exit fc l2 dscp-in-profile af22 dscp-out-profile af22 lsp-exp-in-profile 2 port-redirect-group queue

3 1 6 7

5

4

2

Page 65

exit fc nc port-redirect-group queue 8 exit exit exit exit qos queue-group-templates egress queue-group "QGroup___BW_" create queue 1 best-effort create parent "root" cir-level 1 percent-rate 90.00 cir 5.00 mbs 50 kilobytes high-prio-only 10 exit queue 2 best-effort create parent "root" level 2 cir-level percent-rate 90.00 cir 5.00 exit queue 3 best-effort create parent "root" level 3 cir-level percent-rate 90.00 cir 5.00 exit queue 4 best-effort create parent "root" level 4 cir-level percent-rate 90.00 cir 10.00 exit queue 5 expedite create parent "root" level 5 cir-level percent-rate 100.00 cir 5.00 exit queue 6 expedite create parent "root" level 6 cir-level percent-rate 100.00 cir 50.00 exit queue 7 expedite create parent "root" level 7 cir-level percent-rate 100.00 cir 10.00 exit queue 8 expedite create parent "root" level 8 cir-level percent-rate 100.00 cir 10.00 exit fc af create queue 3 exit fc be create queue 1 exit fc ef create queue 6 exit

2

3

4

5

6

7

8

Page 66

fc h1 create queue 7 exit fc h2 create queue 5 exit fc l1 create queue 4 exit fc l2 create queue 2 exit fc nc create queue 8 exit exit scheduler-policy "SPolicy__BW_" create frame-based-accounting tier 1 scheduler "root" create rate exit exit exit exit port description ethernet encap-type dot1q mtu 2022 network queue-policy "Network-Policy-IP-RAN_v3_FO" egress queue-group "QGroup___BW_" create scheduler-policy "SPolicy__BW_" exit egress-rate no autonegotiate exit no shutdown exit - : Para los escenarios con Tx Arrendado, todos los rCSR se integran a un puerto del pre agregador, cada nuevo rCSR que se integre se debe sumar el BW contratado en la interfaz del pre agregador router interface "to_" address / port : qos 204 egress-port-redirect-group "QGroup__BW_" egress-instance 1

Page 67

bfd 100 receive 100 multiplier 3 no shutdown exit ospf 1 area interface "to_" interface-type point-to-point authentication-type message-digest bfd-enable message-digest-key 1 md5 B&k9DO%d4 no shutdown exit configure router policy-statement begin policy-options prefix-list "prefix-export-ldp" prefix exact exit commit exi all ldp peer export-prefixes "ExportToCSR-LDP" exit tcp-session-parameters peer-transport authentication-key B&k9DO%d4 exit interface-parameters interface "to_" dual-stack ipv4 hello 15 3 keepalive 30 3 no shutdown exit no shutdown exit service sdp mpls create description "to_" far-end ldp keep-alive shutdown exit no shutdown exit bgp group "BGP-LU_Acceso" neighbor

Page 68

description "to_" next-hop-self advertise-label ipv4 exit exit

2.2.4 Pre Agregador AgMPLS Cisco Cuando el pre agregador es un AgMPLS se debe realizar la siguiente configuración: Interfaz de 1G Configure terminal router bgp 12252 neighbor peer-group CSR-MPLS_HUAWEI neighbor description exit-address-family address-family ipv4 neighbor activate exit-address-family interface GigabitEthernet description dampening mtu 9180 ip address ip ospf message-digest-key 1 md5 B&k9DO%d4 ip ospf network point-to-point ip ospf cost 1000 load-interval 30 carrier-delay up 1 carrier-delay down msec 0 no negotiation auto mpls ip

! router ospf 110 no passive-interface GigabitEthernet network area ! mpls ldp neighbor password B&k9DO%d4 ! Interfaz de 10G Para interfaz de 10G el policy-map IPRAN-10G-OUT_OPT debe estar configurado en el AgMPLS, de no estarlo proceder con la siguiente configuracion policy-map IPRAN-10G-OUT_OPT

Page 69

class Network_Control bandwidth remaining percent class Voice priority police 1000000000 class Interactive bandwidth remaining percent class Streaming bandwidth remaining percent class High_Priority_Data bandwidth remaining percent class Low_Priority_Data bandwidth remaining percent queue-limit 9000000 bytes random-detect class class-default

5

10 20 15 40

Configure terminal router bgp 12252 neighbor peer-group CSR-MPLS_HUAWEI neighbor description exit-address-family address-family ipv4 neighbor activate exit-address-family interface TenGigabitEthernet description dampening mtu 9180 ip address ip ospf message-digest-key 1 md5 B&k9DO%d4 ip ospf network point-to-point ip ospf cost 1000 load-interval 30 carrier-delay up 1 carrier-delay down msec 0 no negotiation auto mpls ip ! router ospf 110 no passive-interface TenGigabitEthernet network area ! mpls ldp neighbor password B&k9DO%d4 Para configuraciones que requieran PortChannel: Configure terminal router bgp 12252 neighbor peer-group CSR-MPLS_HUAWEI

Page 70

neighbor description exit-address-family address-family ipv4 neighbor activate exit-address-family ! interface Port-channel description dampening mtu 9180 ip address ip ospf message-digest-key 1 md5 B&k9DO%d4 ip ospf network point-to-point ip ospf cost 1000 load-interval 30 carrier-delay up 1 carrier-delay down msec 0 no negotiation auto mpls ip ! Para los Port Channel considerar esta solucion para enlaces nx1G interface GigabitEthernet mtu 9180 no ip address negotiation auto channel-group mode active service-policy output IPRAN-1G-OUT_OPT ! Para las interfaces Port Channel la configuracion del QoS se realizara en cada puerto asociado al Eth-Trunk No se considera el uso de interface BDI en los Port Channel router ospf 110 no passive-interface Port-channel network area ! mpls ldp neighbor password B&k9DO%d4

2.2.5 Pre Agregador cMPLS Cisco Cuando el pre agregador es un cMPLS se debe realizar la siguiente configuración: Interfaz de 1G Configure terminal router bgp 12252 neighbor peer-group CSR-MPLS_HUAWEI neighbor description exit-address-family address-family ipv4 neighbor activate exit-address-family

Page 71

interface GigabitEthernet description no switchport mtu 9180 ip address ip ospf message-digest-key 1 md5 B&k9DO%d4 ip ospf network point-to-point no logging event link-status logging event subif-link-status ignore-bulk load-interval 30 ntp broadcast mpls ip service-policy output IPRAN-1G-OUT_OPT mpls ldp neighbor password B&k9DO%d4 router ospf 110 network area

Interfaz de 10G Para interfaz de 10G el policy-map IPRAN-10G-OUT_OPT debe estar configurado en el AgMPLS, de no estarlo proceder con la siguiente configuracion policy-map IPRAN-10G-OUT_OPT class Network_Control bandwidth remaining percent class Voice priority police 1000000000 class Interactive bandwidth remaining percent class Streaming bandwidth remaining percent class High_Priority_Data bandwidth remaining percent class Low_Priority_Data bandwidth remaining percent queue-limit 9000000 bytes random-detect class class-default

5

10 20 15 40

Configure terminal router bgp 12252 neighbor peer-group CSR-MPLS_HUAWEI neighbor description exit-address-family address-family ipv4 neighbor activate

Page 72

exit-address-family interface GigabitEthernet description no switchport mtu 9180 ip address ip ospf message-digest-key 1 md5 B&k9DO%d4 ip ospf network point-to-point no logging event link-status logging event subif-link-status ignore-bulk load-interval 30 ntp broadcast mpls ip service-policy output IPRAN-1G-OUT_OPT mpls ldp neighbor password B&k9DO%d4 router ospf 110 network area

Para configuraciones que requieran PortChannel: Configure terminal router bgp 12252 neighbor peer-group CSR-MPLS_HUAWEI neighbor description exit-address-family address-family ipv4 neighbor activate exit-address-family ! interface Port-channel description dampening mtu 9180 ip address ip ospf message-digest-key 1 md5 B&k9DO%d4 ip ospf network point-to-point ip ospf cost 1000 load-interval 30 carrier-delay up 1 carrier-delay down msec 0 no negotiation auto mpls ip ! Para los Port Channel considerar esta solucion para enlaces nx1G interface GigabitEthernet mtu 9180

Page 73

no ip address negotiation auto channel-group mode active service-policy output IPRAN-1G-OUT_OPT ! Para las interfaces Port Channel la configuracion del QoS se realizara en cada puerto asociado al Eth-Trunk. No se considera el uso de interface BDI en los Port Channel. router ospf 110 no passive-interface Port-channel network area ! mpls ldp neighbor password B&k9DO%d4

2.2.5 Pre Agregador Huawei Para los casos que nuestro pre agregador es un ATN 910 o ATN 950. Utilizar la siguiente configuración para el interfaz: Configuración IGP system-view [Huawei] router id Para interfaz de 1G / 10G interface GigabitEthernet0/X/Y description // rCSR Gi0/X/Y >> Preagr Gi0/X/Y ip address trust upstream default mtu 9180 ospf ospf ospf ospf ospf ospf

authentication-mode md5 1 cipher B&k9DO%d4 cost 1000 network-type p2p ldp-sync timer ldp-sync hold-max-cost infinite mtu-enable

ospf 110 silent-interface all undo silent-interface GigabitEthernet0/X/Y spf-schedule-interval intelligent-timer 5000 10 200 lsa-originate-interval intelligent-timer 5000 50 50 lsa-arrival-interval 15 area network description

Page 74

Configuración QoS Para interfaz de 1G / 10G interface GigabitEthernet0/X/Y trust upstream default port-queue be wfq weight 5 port-wred best_effort outbound port-queue af1 wfq weight 20 port-wred low-priority outbound port-queue af2 wfq weight 5 port-wred high_priority outbound port-queue af3 wfq weight 5 outbound port-queue af4 wfq weight 5 outbound port-queue ef pq shaping shaping-percentage 40 port-wred voice outbound port-queue cs6 pq shaping shaping-percentage 20 port-wred signaling outbound

Se utilizará en porcentajes (%) la distribución de la QoS.

Configuración MPLS mpls lsr-id mpls mpls ldp md5-password cipher B&k9DO%d4 Para Puerto de 1G / 10G interface mpls mpls ldp mpls ldp mpls ldp mpls ldp

GigabitEthernet0/X/Y timer hello-send 3 timer keepalive-hold 30 timer keepalive-send 3

Configuración BGP bgp 12252 group CSR-MPLS_Huawei peer peer peer

internal as-number 12252 group CSR-MPLS_Huawei description To-rCSR

ipv4-family unicast undo synchronization import-route direct peer enable peer group CSR-MPLS_Huawei

Page 75

El equipo de acceso se habilitará con OSPF, LDP y BGP hacia el pre-agregador.

2.2.6 Configuracion de los RR Para los equipos de acceso rCSR, la system debe configurarse en los siguientes RR según la región

Region LIMA LIMA CENTRO/NORTE CENTRO/NORTE SUR SUR

RR rMPLSPolo1RR10 rMPLSVillaSalvadorRR09 rMPLSTrujilloRR01 rMPLSTrujilloRR02 rMPLSArequipaRR01 rMPLSArequipaRR02

----------------------------------Route Reflector de la region ----------------------------------router bgp group "Clientes-CSR" neighbor description "to_" split-horizon exit

La configuracion debe realizarse en los 2 RR de la region

FIN DEL DOCUMENTO

Page 76