Table Of Contents

Numerics - A - B - C - D - E - F - G - H - I - L - M - N - O - P - Q - R - S - T - U - V - W - X -

Index

Numerics

6PE

BGP multipath MPC-324

conditions for use MPC-322

configuring MPC-324

deploying MPC-323

overview MPC-322

prerequisites MPC-322

service provider considerations MPC-322

supported protocols MPC-325

6VPE

configuration tasks MPC-472

configuring PE-CE MPC-476

configuring VRFs MPC-474

A

access-lists, extended MPC-59

ACK (hello acknowledgment)

objects MPC-58

RSVP messages MPC-58

ACL-based prefix filtering, RSVP MPC-59

ACL match, returning implicit deny MPC-70

active targeted hellos, prerequisites MPC-17

address space, PE routers MPC-369

ADM (add drop multiplexer)

defining MPC-215

O-UNI client device MPC-216

with O-UNI MPC-216

advertisement, label MPC-10

advertising tunnels, VPN services MPC-369

aging, MAC address

configuring MPC-313

defining MPC-276

ATM (asynchronous transfer mode)

defining MPC-110

MPLS L2VPN MPC-233

AToM (any transport over MPLS)

IP Interworking MPC-242

like-to-like pseudowires MPC-244

static pseudowire MPC-302

using static labels MPC-302

attachment circuits

defining MPC-274

xconnects MPC-357

automatic bandwidth, configuring MPC-195

automatic bandwidth, MPLS-TE

(example) MPC-211

restrictions MPC-121

automatic route distinguisher, MPLS Layer 3 VPN MPC-401

autonomous system MPC-402

B

bandwidth

configuring control channel MPC-64

configuring data channel MPC-64

constraint models MPC-106

overview MPC-106

RDM and MAM MPC-106

pools MPC-106

BGP (border gateway protocol)

distributing routes MPC-414

messages and MPLS labels MPC-414

routing information MPC-413

SSA function MPC-369

BGP4 configuration MPC-322

BGP multipath

6PE MPC-324

load sharing MPC-370

border control model

configuring MPC-169

overview MPC-169

bridge domain

associating members MPC-288

configuring parameters MPC-290

creating MPC-280

disabling MPC-292

overview MPC-275

split horizon MPC-275

C

CEF (cisco express forwarding)

L2TPv3 prerequisite MPC-330

CE-PE eBGP, configuring route-policy definition MPC-375

CFI VRF interface, configuring MPC-379

changing refresh interval MPC-93

changing restart time MPC-94

changing summary refresh message size MPC-93

configuration examples

building MPLS-TE topology and tunnels MPC-203

fast reroute and SONET APS MPC-203

LDP

advertisement MPC-48

discovery MPC-47

discovery for targeted hellos MPC-47

forwarding MPC-48

IGP synchronization MPC-49

inbound label filtering MPC-49

link MPC-47

local label allocation control MPC-49

neighbors MPC-48

non-stop forwarding with graceful restart MPC-49

session protection MPC-49

with graceful restart MPC-47

MPLS L2VPN MPC-263

O-UNI

connection establishment MPC-228

connection tear-down MPC-228

neighbor and data link MPC-227

RSVP

ACL-based prefix filtering MPC-94

bandwidth (MAM) MPC-92

bandwidth (Prestandard) MPC-92

bandwidth (RDM) MPC-92

DSCP MPC-95

graceful restart MPC-94

control-channels

configuring authentication parameters MPC-342

configuring L2TP maintenance parameters MPC-351

configuring L2TP parameters MPC-340

configuring method of authentication MPC-343

configuring timing parameters MPC-341

message authentication MPC-342

parameters, how to configure MPC-340

timing parameters, how to configure MPC-341

control message

hashing, L2TPv3 MPC-344

with LDP MPC-3

control plane failure MPC-6

core network, how to configure MPC-380

CSC (Carrier Supporting Carrier)

configuration examples MPC-467

configuration options for backbone and customer carriers MPC-415

configuring a CSC-PE link MPC-461

configuring a static route to a peer MPC-467

customer carrier network options MPC-416

identifying topology MPC-460

CSC-CE link, how to configure MPC-465

CSC-PE link, how to configure MPC-461

customer edge router

6PE MPC-323

customer edge router (CE)

MPLS Layer 3 VPN MPC-397

D

Differentiated Services Traffic-Engineering

bandwidth constraints MPC-105

configuring bandwidth MPC-64

overview MPC-105

Diff-Serv

RDM (russian doll model) and MAM (maximum allocation model) MPC-105

digest secret graceful switchover, L2TPv3 MPC-346

DS-TE modes, prestandard and IETF MPC-64

E

eBGP MPC-396

end-to-end recovery, GMPLS MPC-112

EoMPLS (ethernet over MPLS)

ethernet port mode MPC-236

Ethernet remote port shutdown MPC-236

inter-as port mode MPC-237

Mac-in-Mac MPC-240

overview MPC-235

QinAny mode MPC-239

QinQ mode MPC-238

ethernet port mode MPC-236

extended access-lists MPC-59

extensions, MPLS TE MPC-104

F

failure recovery, graceful restart MPC-9

flooding

MAC address MPC-276

thresholds MPC-107

triggers MPC-107

frame relay, MPLS L2VPN MPC-233

FRR (fast reroute)

link protection MPC-108

over link bundles MPC-109

with MPLS TE MPC-108

FVRF (front door virtual routing and forwarding) MPC-336

G

GMPLS (generalized multiprotocol label switching)

benefits MPC-110

configuring MPC-143

overview MPC-109

prerequisites MPC-112

protection and restoration MPC-111

support MPC-110

traffic engineering protocols MPC-109

graceful restart

failure recovery MPC-9

LDP MPC-6

mechanism MPC-7

NSR MPC-13

phases MPC-7

RSVP MPC-57

session parameters MPC-6

H

hello interval, changing MPC-94

hierarchical optical network, GMPLS MPC-109

high availability, RSVP MPC-56

I

IETF DS-TE mode MPC-105

Ignore IS-IS

overload bit setting

configuring MPC-142

IGP (interior gateway protocols)

prefixes MPC-4

routing protocols MPC-3

synchronizing with LDP MPC-11

implicit deny MPC-70

Inter-AS configurations

BGP MPC-403

interprovider VPN MPC-403

L2VPN quality of service MPC-251

supported MPC-403

Inter-AS mode MPC-237

interface ID application MPC-217

interprovider VPN, MPLS VPN MPC-403

IPCC (IP Control Channel)

configuring MPC-144

connectivity using O-UNI devices MPC-217

IP router, O-UNI client device MPC-216

IPSec

L2TPv3 MPC-336

mapping MPC-336

over L2TPv3 MPC-336

scenarios MPC-336

securing tunnels MPC-336

IP Time to Live (TTL) MPC-58

IPv4 loopback interface, how to configure MPC-376

IPv4 TNA address support MPC-217

IS-IS (ignore intermediate system-to-intermediate system)

overload bit setting

defining MPC-109

IS-IS (intermediate system-to-intermediate system)

IP Fast Reroute Loopfree Alternative MPC-108

ISP requirements, MPLS L2VPN MPC-234

L

L2TPv3

benefits MPC-331

control message hashing MPC-342

dynamic

configuring pseudowires MPC-351

sessions MPC-332

IPSec MPC-336

MPLS MPC-331

multipoint tunnel network MPC-368

operation MPC-330

peer authentication MPC-332

prerequisites MPC-330

services MPC-331

static sessions MPC-332

xconnect support MPC-331

L2VPN, QoS restrictions MPC-251

label advertisement

configuring MPC-21

control MPC-10

control, LDP MPC-10

prerequisites MPC-21

label bindings

configuring MPC-4

exchanging MPC-4

LDP(label distribution protocol)

configuration examples MPC-46

control communication failure MPC-8

control messages MPC-3

control plane

failure MPC-6

Control Protocol (example) MPC-3

control state recovery MPC-8

discovery

active targeted hellos, configuration MPC-17

parameters, configuring MPC-14

passive targeted hellos, configuration MPC-19

discovery over a link

configuring MPC-15

prerequisites MPC-16

dynamic path setup MPC-3

failure recovery MPC-9

forwarding, configuring MPC-25

graceful restart

setting up LDP NSF MPC-27

hello discovery mechanism MPC-3

hop-by-hop MPC-3

IGP prefixes MPC-4

IGP synchronization MPC-11

implementation MPC-13

keepalive mechanism MPC-4

label advertisement MPC-10

local and remote label binding MPC-4

local label advertisement control MPC-10

local label allocation control MPC-10

LSPs, setting up MPC-4

neighbors

support for MPC-3

NSF services MPC-6

NSR MPC-13

peer control plane MPC-8

persistent forwarding MPC-8

prerequisites MPC-2

session protection MPC-11

LDP discovery prerequisites

for active targeted hellos MPC-17

for passive targeted hellos MPC-19

over a link MPC-16

LDP forwarding

configuring MPC-25

how to set up MPC-5

prerequisites MPC-25

LDP label advertisement MPC-10

LDP neighbors prerequisites MPC-23

LDP NSF graceful restart prerequisites MPC-27

limit, MAC address

actions MPC-277

configuring MPC-311

LMP message exchange

disabling MPC-157

enabling MPC-155

local and remote TE links

configuring numbered and unnumbered links MPC-148

local label advertisement control, LDP MPC-10

local label allocation control, LDP MPC-10

local label binding MPC-4

local reservable bandwidth, how to configure MPC-151

local switching capability descriptors, how to configure MPC-152

loose hop reoptimization MPC-114

LSP

configuring MPC-168

defining MPC-3

hierarchy MPC-168

MPLS-TE MPC-104

with LDP MPC-3

M

MAC address

aging MPC-276

flooding MPC-276

forwarding MPC-276

limit actions MPC-277

related parameters MPC-275

source-based learning MPC-276

withdrawal MPC-278

Mac-in-Mac, Provide Backbone Bridging MPC-240

MAM (maximum allocation model), constraint characteristics MPC-106

MDRR/WRED MPC-370

mesh restoration, GMPLS MPC-111

MFI (MPLS forwarding infrastructure)

control plane MPC-99

data plane services MPC-99

LDP MPC-99

TE MPC-99

modified deficit round robin MPC-370

MPLS forwarding forms MPC-99

MPLS L2VPN

configuration examples MPC-263

configuring MPC-244

configuring QoS in VLAN mode MPC-253

high availability MPC-241

interface or connection, how to configure MPC-244

ISP requirements MPC-234

prerequisites MPC-233

Quality of service (QoS) MPC-240

MPLS Layer 3 VPN

automatic route distinguisher MPC-401

autonomous system MPC-402

components MPC-397

concepts MPC-397

customer edge router MPC-397

customer router MPC-397

defining MPC-397

distributed routing information MPC-400

FIB MPC-396

implementing MPC-397

major components MPC-401

MPLS forwarding MPC-400

PE router MPC-397

prerequisites MPC-396

provider router MPC-397

restrictions MPC-396

scalability MPC-398

security MPC-398

topology MPC-397

VPN routing information MPC-400

working MPC-399

MPLS-TE

backbone MPC-103

benefits MPC-103

concepts MPC-104

engineering a backbone MPC-104

extensions MPC-104

fast reroute MPC-108

flooding

thresholds MPC-107

triggers MPC-107

implementation MPC-122

link management module MPC-104

overview MPC-103

path calculation module MPC-104

prerequisites MPC-102

topology

building MPC-122

tunnels

creating MPC-125

prerequisites MPC-125

with label switching forwarding MPC-104

with RSVP MPC-104

MPLS VPN

Inter-AS ASBRs MPC-402

major components MPC-401

MPLS VPNs over IP tunnels

BGP SSA MPC-369

concepts MPC-368

feature overview MPC-367

multiple tunnel source address MPC-371

prerequisites MPC-368

QoS policy assignment MPC-370

quality of service MPC-370

restrictions MPC-368

task IDs MPC-368

tunnel types MPC-369

verifying MPC-388

VPN services MPC-368

MQC, quality of service MPC-370

N

NSF (nonstop forwarding)

enabling graceful restart MPC-66

high-availability MPC-56

with RSVP MPC-56

NSR (non-stop routing)

graceful restart MPC-13

how to define MPC-13

LDP MPC-13

O

optical switches, GMPLS MPC-109

OSPF MPC-146

configuring over IPCC MPC-146

OTN (optical transport network)

defining MPC-215

transport services MPC-216

O-UNI (Optical User Network Interface)

configuring a neighbor MPC-227

configuring a router ID MPC-227

configuring bandwidth MPC-66

configuring data-links MPC-227

connections

configuring MPC-219

establishing MPC-217

identifying MPC-217

tearing down MPC-223

database requirement MPC-216

N node MPC-216

prerequisites

general MPC-216

how to set up a connection MPC-219

RSVP messages MPC-216

standards MPC-215

verifying MPC-224

O-UNI client devices

ADMs MPC-216

IP routers MPC-216

P

packet validation

mechanism MPC-370

MPLS VPNs over IP tunnels MPC-370

passive targeted hellos, configuring MPC-19

path calculation module, MPLS-TE MPC-104

path protection, GMPLS

forced reversion procedure MPC-173

LSP MPC-170

PE-CE protocol

configuring MPC-476

PE router

address space MPC-369

MPLS Layer 3 VPN MPC-397

persistent interface index, configuring MPC-154

Policy-Based Tunnel Selection (PBTS)

configuring MPC-193

defining MPC-117

dynamic tunnel selection MPC-118

figure, implementation MPC-118

functions MPC-118

port mode, MPLS L2VPN MPC-252

prefix filtering MPC-59

Prestandard DS-TE mode MPC-105

protection and restoration, GMPLS

end-to-end recovery MPC-112

requirements MPC-112

shared mesh MPC-111

span protection MPC-111

protocol-based CLI MPC-105

Provide Backbone Bridging protocol, Mac-in-Mac MPC-240

PW (pseudowire)

configuring a bridge domain MPC-281

configuring for L2TPv3 MPC-351

Q

QinAny mode MPC-239

QinQ mode MPC-238

QoS (quality of service)

assigning policies for MPLS VPNs MPC-370

configuring L2VPN MPC-252

configuring port modes MPC-252

MPLS L2VPN MPC-240

MPLS VPNs over IP tunnels MPC-370

MQC MPC-370

R

RDM (russian doll model) bandwidth constraint model MPC-106

remote label binding MPC-4

RSVP

compliance MPC-55

configuration

graceful restart MPC-66

interface-based graceful restart MPC-66

O-UNI LSP MPC-55

Packet dropping MPC-70

tunnel bandwidth, engineering MPC-64

verifying MPC-71

confirming diffserv-TE bandwidth MPC-64

description MPC-53

extensions MPC-55

generalized label request MPC-55

generalized UNI attribute MPC-55

New Error Spec sub-codes MPC-55

UNI session MPC-55

fault handling MPC-57

filtering ACL-based prefixes MPC-59

graceful restart MPC-57

head node MPC-56

hello messages MPC-58

high availability MPC-56

implementing MPC-63

message rate limiting MPC-55

node failure MPC-58

overview MPC-55

prerequisites MPC-54

recovery time MPC-58

refresh reduction MPC-55

restart time MPC-58

support for graceful restart MPC-55

tail node MPC-56

topology MPC-71

with O-UNI LSP, configuring MPC-55

RSVP nodes

head node MPC-56

tail node MPC-56

RVSP node failure MPC-58

S

SAFI function MPC-369

SDH (synchronous digital hierarchy) MPC-215

securing L2TPv3 tunnels using IPSec MPC-336

service-ipsec interface MPC-336

service provider edge routers, 6PE MPC-323

service providers, 6PE MPC-322

session protection, LDP MPC-11

signaling

pseudowires MPC-275

VPLS MPC-275

SNMP, L2TPv3 prerequisite MPC-330

sociated MPC-69

SONET (synchronous optical network), with O-UNI MPC-216

source MPC-371

source-based learning, how to configure MAC address MPC-306

source pool address MPC-371

span protection MPC-111

SRLG (Shared-Risk Link Group)

membership of each link, configuring MPC-200

SRLG (shared-risk link group)

configuring MPC-200

example MPC-212

static

configuring a router to a peer MPC-467

configuring L2TPv3 pseudowires MPC-354

configuring routes MPC-375

defining L2TPv3 sessions MPC-332

point-to-point xconnects MPC-247

T

TE

class and attributes MPC-106

class mapping MPC-106

description MPC-101

TNA addresses MPC-217

TTL

RSVP MPC-58

with graceful restart MPC-58

tunnel attributes MPC-369

tunnel bandwidth

configuring MAM MPC-64

configuring RDM MPC-64

Tunnel EA MPC-371

Tunnel MA MPC-371

tunnel types

6PE MPC-323

MPLS VPNs over IP tunnels MPC-369

U

unnumbered and numbered optical TE tunnels

configuring MPC-163

V

verifying IP connectivity, CSC

MPLS Layer 3 VPN MPC-461

MPLS VPN over IP tunnel MPC-384

VFI (virtual forwarding instance)

adding under bridge domain MPC-295

associating bridge domain member MPC-298

associating pseudowires MPC-296

attaching pseudowire classes to pseudowires MPC-300

configuring AToM pseudowires MPC-302

disabling MPC-304

VLAN

figure, mode packet flow MPC-237

mode MPC-237

VPLS (virtual private LAN services)

attachment circuits MPC-274

defining bridge domain MPC-275

defining signaling MPC-275

Layer 2 VPN, architecture MPC-274

simulating virtual bridge MPC-274

VPN services

L2TPv3 MPC-368

MPLS MPC-368

VRF (virtual routing and forwarding)

configuring backbone carrier core MPC-461

configuring CSC-PE routers MPC-384

W

withdrawal, MAC address

defining MPC-278

enabling MPC-308

fields MPC-310

X

xconnects

configuring attachment circuits MPC-357

support MPC-331