Index[SYMBOL] [A] [B] [C] [D] [E] [F] [G] [H] [I] [K] [L] [M] [N] [O] [P] [Q] [R] [S] [T] [U] [V] [W] [X] [Y] P-to-P links binding wait states configuring 2nd 3rd 4th 5th LSCs network division VSI resource partitions packets ATM MPLS DS IP routing 2nd LSPs policy maps PTSPs VSI debugging PAR PXM-1 card configuration PAR (Portable AutoRoute) PAR interface feeder shelf parameters address CAC default Connection Bandwidth Info descriptor extended Interface General Interface Identifier Interface Load Info master remote network optimizing 2nd per-VRF platform hiding PNNI MGX-8850 node PNNI nodes rate SVCs Service Type Identifier session traffic PNNI 2nd 3rd vci-range parties called parties calling Partition_Group_VSI_PoolSize_LCN Partition_Maximum_BW Partition_Maximum_LCN Partition_Minimum_BW Partition_Minimum_LCN Partition_VSI_PoolSize_BW partitioning dynamic VSI hard resources 2nd 3rd controller assignments dynamic partitioning hard partitioning soft partitioning 2nd 3rd 4th 5th 6th 7th 8th 9th 10th 11th 12th starved partitioning 2nd soft bandwidth 2nd 3rd different maximum partition sizes example equal maximum partition sizes example LCN 2nd 3rd 4th virtual switches 2nd starved 2nd partitions LCN minimum/maximum managing AutoRoute minimum/maximum bandwidth multiple LSC redundancy PNNI nodes resource BPX-8600 LSC IGX_8400-based MPLS PNNI interfaces RPM PAR VSI, creating 2nd VSI, URM eLSR configuration resource. [See resource partitions] VSI AXSM cards VSI details VSI interface 2nd VSI resource ATM LSR bringup 2nd RPM-PR cards passthroughs (message) paths load sharing PNNI LSPs precomputed PNNI TCP MTU discovery 2nd PDU (Protocol Data Unit) PE MPLS subinterface configuring PE routers eBGP configuration global routing table 2nd interfaces configuring 2nd static routing configuration PE static routing configuration PE subinterfaces configuring 2nd PE VPNv4 prefixes peer discovery messages peer group IDs PNNI nodes 2nd Peer Group Leaders. [See PGLs] peer groups administration clocking convergence designs 2nd growth leadership redundancy resiliency span topology updates peer nodes database synchronization peers LDP Penultimate Hop Popping (PHP) per-class resource allocation (CAC) per-connection overbooking per-hop behaviors. [See PHBs] per-VRF parameters peripheral nodes PEs (Provider Edge Routers) PGLs 2nd electing 2nd PGLs (Peer Group Leaders) PHB Scheduling Class. [See PSC] PHBs configuring PHBs (per-hop behaviors) PHP (Penultimate Hop Popping) physical interfaces LSC redundancy MGX-8230 eLSRs MGX-8250 eLSRs physical-to-logical ratios controlled interfaces PIMv2 (Protocol-Independent Multicast version 2) ping command planes adaptation 2nd CVSA AutoRoute control 2nd 3rd 4th 5th 6th BPX switch trunks feeder shelf feeder shelf trunk trunks control CVSA independence switching plane separation data forwarding management MPLS multiple control switching control plane separation planning addresses 2nd platform label spaces platform software VSI platforms parameters hiding PNNI address planning 2nd addresses summarization 2nd suppressing 2nd AINI 2nd ATM addresses AFI values E.164 IDI formats 2nd ILMI 2nd 3rd length local format registering structures 2nd 3rd ATM signaling 2nd call creation channels 2nd layer-to-layer communication 2nd messages 2nd 3rd reference points 2nd SVC call deletion SVC signaling 2nd 3rd timers 2nd bandwidth concerns CAC available resources bandwidth subpartitioning 2nd CBR minimum bandwidth CBR service category CBR service types minimum bandwidth default parameter ECR values load model 2nd 3rd 4th oversubscription 2nd 3rd per-class resource allocation PnPort initial values subpartitions VBR-NRT maximum bandwidth class-based routing 2nd 3rd 4th 5th commands link configuration 2nd node bringup connections 2nd crankbacks DTLs 2nd soft virtual circuits constrained-based routing 2nd 3rd 4th 5th contoller SPVC information controller ILMI registered addresses SVC connections controllers default channels feeder nodes 2nd filters configuring 2nd 3rd 4th 5th hiearachical abstraction 2nd 3rd 4th hierarchical 2nd initial SPG PNNI network hierarchical networks routing 2nd 3rd 4th 5th 6th hierarchical. [See hierarchical PNNI] higher levels adding IISP 2nd configuring 2nd 3rd 4th 5th 6th PNNI routing table, checking 2nd signaling 2nd 3rd SPVC endpoint 2nd SPVC, adding 2nd static routing 2nd implementation BPX-8600 2nd 3rd MGX-8830 2nd MGX-8850 2nd 3rd MGX-8950 2nd 3rd multiservice switching 2nd 3rd PXM-1-E-Based MGX-8850 2nd summary information elements interfaces Cisco IOS Software-based node internal database displaying limitations 2nd links aggregation tokens CBR trafficadministrative weight 2nd 3rd configuration commands 2nd displaying highest levels, displaying logical looking up outside uplinks 2nd load sharing paths logical control port lower levels adding first node, adding 2nd 3rd 4th 5th 6th 7th fourth node, adding 2nd 3rd 4th 5th 6th second node, adding 2nd 3rd 4th 5th 6th 7th third node, adding 2nd 3rd MGX switch support 2nd 3rd migration NCDP Cisco IOS clock status clock sources 2nd configuring 2nd 3rd 4th enabling ports root clock source secondary clock sources neighbor verification 2nd 3rd neighbors displaying 2nd network parameters optimizing 2nd network road maps flat networks 2nd 3rd 4th hierarchical routing 2nd 3rd 4th 5th 6th routing components 2nd 3rd network verification 2nd 3rd 4th networks CPE 2nd 3rd 4th 5th 6th 7th topology node lists nodes bringup commands Cisco IOS Software-based 2nd 3rd 4th 5th connection -tracing 2nd cross-connects defined details, displaying DTLs 2nd election priority 2nd IDs 2nd 3rd index specification leadership election level 64 logical group node LGNs names neighbors peer group leadership PG-A election priority routes starting state parameters MGX-8850 node peer group designs 2nd POP design precomputed paths preferred routes 2nd reachable addresses redundancy 2nd route optimization 2nd routing overview 2nd routing table IISP 2nd scaling scope service classes 2nd 3rd SES support signaling overview 2nd topology displaying traffic parameter 2nd 3rd PNNI (Private Network-to-Network Interface) PNNI controllers MGX-8850 node PNNI links configuring PNNI networks interfaces BPX/SES nodes 2nd 3rd 4th MGX-8850 node 2nd 3rd 4th 5th 6th 7th MGX-8950 node 2nd link configuration 2nd MSS configuration 2nd node bringup 2nd nodes ATM address 2nd BPX-8600 2nd 3rd 4th 5th 6th MGX-8950 2nd parameters partitions peer group IDs 2nd PXM-45-Based MGX-8850 2nd 3rd SCT 2nd SES controller 2nd SES, adding SES-based 2nd 3rd 4th 5th 6th SPVC prefix trunk settings system addresses 2nd PNNI nodes PNNI Topology State Element. [See PTSE] PNNI topology state elements. [See PTSEs] PNNI Topology State Packets. [See PTSPs] PNNI topology state packets. [See PTSPs] PNNI virtual circuits PnPort CAC initial values PnPort signaling configuring PnPorts access filters 2nd displaying 2nd 3rd UNI signaling point-to-multipoint connection messages point-to-point signaling point-to-point signaling messages points (reference) 2nd Points of Presence. [See POPs] policies service Policy block configuring policy maps packets, marking pool size bandwidth LCN 2nd PoP MGX-8850-based 7507 eLSR configuration 2nd 3rd 4th 5th ATM LSR bringup 2nd 3rd 4th cross-connects 2nd 3rd 4th RPM-PR eLSR configuration 2nd 3rd MGX-based/BPX-based connections 2nd 3rd 4th POP design PNNI PoPs interconnecting 2nd 3rd 4th 5th binding wait states LSCs network division VSI resource partitions POPs (Points of Presence) port groups identifying 2nd 3rd 4th port reserved bandwidth VSI IGX-8400-based PoP Port_Group_VSI_PoolSize_LCN Port_Group_VSI_reserved_LCN Portable AutoRoute. [See PAR] ports adding/upping 2nd AXSM VSI resource partitions AXSM card configuration AXSM cards 2nd 3rd BITS clocking logical ports 2nd control PXM-45 VSI slaves NCDP PNNI logical control statistics monitoring upping precedence IP CLP preceding nodes precomputed paths PNNI preferred connection routing preferred routes PNNI 2nd prefixes IP storing PE VPNv4 SPVC MGX-8850 node PNNI nodes priority connection routing Private Network-to-Network Interface. [See PNNI] private VCs processing next-hop configuring processors TMC Protocol Data Unit. [See PDU] Protocol-Independent Multicast version 2. [See PIMv2] protocols access routing 2nd AutoRoute 2nd NIB partition management portable 2nd scalability SwSW hello 2nd iBGP MPLS VPN environment IGP. [See IGP] IISP configuring 2nd 3rd 4th 5th 6th PNNI routing table,checking 2nd signaling 2nd 3rd SPVC endpoint 2nd SPVC, adding 2nd static routing 2nd ILMI ATM addresses 2nd interior gateway 2nd IP routing access routing protocols 2nd iBGP interior gateway protocol 2nd RRs LDP 2nd messages 2nd 3rd 4th MP-BGP NCDP OSPF PIMv2 RSVP SCP TCP. [See TCP] TDP VSI LSC redundancy Provider Edge Routers. [See PEs] Provider Routers. [See Ps] Ps (Provider Routers) PSC (PHB Scheduling Class) PTSE (PNNI Topology State Element) PTSEs acknowledgments aging expiration flooding types updates PTSEs (PNNI topology state elements) PTSPs (PNNI Topology State Packets) PTSPs (PNNI topology state packets) PVCs ILMI PXM-1 card PAR configuration PXM-1-E-Based MGX 8850/8830 PNNI implementation 2nd PXM-1-E-Based MGX-8850 PNNI implementations 2nd PXM-45 cards internode connections intranode connections PXM-45 LIN encoding PXM-45-Based MGX 8850 PNNI node 2nd 3rd PXM-45-Based MGX 8850/8950 PNNI implementation 2nd 3rd PXM-45-Based MGX 8950 PNNI node 2nd PXM-45-Based MGX-8850 implementation multiple controllers |