Accelerating IS-IS route convergence can improve the fault location efficiency and improve the
network reliability.
6.9 Configuring Static IPv4 BFD for IS-IS
BFD can provide link failure detection featuring light load and high speed (at the millisecond
level). Static IPv4 BFD can be configured to monitor IS-IS links.
6.10 Configuring Dynamic IPv4 BFD for IS-IS
Dynamic IPv4 BFD for IS-IS can accelerate IS-IS route convergence.
6.11 Configuring Basic IPv6 IS-IS Functions
This section describes the procedures for configuring basic IPv6 IS-IS functions, including the
procedures for configuring IS-IS processes and interfaces, to implement communication
between nodes on an IPv6 IS-IS network.
6.12 Configuring IPv6 IS-IS Route Selection
Configuring IS-IS route selection can achieve refined control over route selection.
6.13 Configuring IPv6 IS-IS Route Summarization
To improve the route searching efficiency and simplify route management on a large-scale IS-
IS network, configure IS-IS route summarization to reduce the number of IS-IS routes in a
routing table.
6.14 Configuring IPv6 IS-IS to Interact with Other Routing Protocols
If other routing protocols are configured on an IS-IS network, you need to configure IS-IS to
interact with these protocols to ensure successful communication between them.
6.15 Configuring the IPv6 IS-IS Route Convergence Speed
Accelerating IS-IS route convergence can improve the fault location efficiency and improve the
network reliability.
6.16 Configuring IS-IS GR
By configuring IS-IS GR, you can enable Switch to restart gracefully and avoid temporary black
holes.
6.17 Maintaining IS-IS
Maintaining IS-IS involves resetting IS-IS and clearing IS-IS statistics.
6.18 Configuration Examples
This section provides examples of IS-IS configuration.
S6700 Series Ethernet Switches
Configuration Guide - IP Routing 6 IS-IS Configuration
Issue 01 (2012-03-15) Huawei Proprietary and Confidential
Copyright © Huawei Technologies Co., Ltd.
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