Avaya 8800 Planning And Engineering, Network Design page 8

Contents
PIM-SSM design considerations
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MSDP
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Peers
MSDP configuration considerations
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Static mroute
DVMRP and PIM comparison
Flood and prune versus shared and shortest path trees
Unicast routes for PIM versus DMVRP own routes
Convergence and timers
PIM versus DVMRP shutdown
IGMP and routing protocol interactions
IGMP and DVMRP interaction
IGMP and PIM-SM interaction
Multicast and SMLT guidelines
Triangle topology multicast guidelines
Square and full-mesh topology multicast guidelines
SMLT and multicast traffic issues
PIM-SSM over SMLT/RSMLT
Static-RP in SMLT using the same CLIP address
Multicast for multimedia
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Static routes
Join and leave performance
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Fast Leave
Last Member Query Interval tuning
Internet Group Membership Authentication Protocol
IGAP and MLT
Chapter 13: MPLS IP VPN and IP VPN Lite......................................................................... 237
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MPLS IP VPN
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MPLS overview
Operation of MPLS IP VPN
Route distinguishers
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Route targets
IP VPN requirements and recommendations
IP VPN prerequisites
IP VPN deployment scenarios
MPLS interoperability
MTU and Retry Limit
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IP VPN Lite
IP VPN Lite deployment scenarios
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SMLT design
Layer 2 VPN design
Inter-site IGP routing design
Layer 3 VPN design
June 2016
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Planning and Engineering - Network Design
Comments on this document? infodev@avaya.com
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