
IP Event Dampening is a mechanism that can be configured on a Cisco router to help identify and dampen the effects that excessive interface [flapping](/network-flapping) has on [routing](/routing) protocols and [routing tables](/routing-table) in the network.

This feature allows the network operator to configure a router to automatically identify and selectively dampen a local interface that is flapping.


Routing - IP event dampening

QoS Software Queues Scheduling

QoS Traffic Shaping Parameters

QoS hardware queues scheduling

QoS how traffic shaping is achieved

QoS max-reserved-bandwidth

QoS models

QoS specifying reserved bandwidth for a class belonging to a policy-map

QoS tokens in shaping and policing

QoS traffic policing

QoS traffic shaping

QoS using a shared policer on Nexus devices connected with vPC

REST API - Support and limitations

REST API security

REST API token-based authentication

RESTCONF - Communication with Cisco Devices

RESTCONF

RIP - Routing and metric incrementing

RIP - poison reverse

RIP timers

RITE

RSPAN

Rapid Spanning Tree port states

Real-time Transport Protocol

Redistribute static route into EIGRP stub router

Reliable Transport Protocol

Rev Up To Recert

Route-Map - Managing sequence numbers

Route-Map and ACL matching

Route-map - multiple statements with sequence numbers

Route-map matching OSPF router ID

Route-map with multiple parameters in one match statement

Route-map without a match statement

Route-map

Router Interfaces Need Separate Subnets

Routers - what is a loopback interface

Routing -  Difference between IGPs and EGPs

Routing - 'subnets' keyword for redistribution

Routing - A Directed Broadcast is only detected by the last router

Routing - Administrative Distance

Routing - CEF adjacency fixup error

Routing - Cisco Performance Routing (PfR)

Routing - Classless and Classful routing protocols

Routing - Directed vs Local broadcast address

Routing - Distance Vector Routing Protocols

Routing - Distance-vector routing protocol use cases

Routing - Dynamic routing protocols

Routing - How the routing table is populated

Routing - Injecting a Static Route

Routing - Link-State vs Distance-Vector routing protocols

Routing - Link-state routing protocol use cases

Routing - OER master and border routers

Routing - PfR MC and BR on same device

Routing - The Null0 Interface

Routing - Using Anycast with BGP Multipath

Routing - Using the Null0 interface to prevent routing loops

Routing - address-family

Routing - default gateway

Routing - default routing using DHCP

Routing - directed broadcast

Routing - fully specified route

Routing - ip default-network command

Routing - l2transport

Routing - link-local IPv6 next hop address needs exit interface

Routing - network vs redistribute connected commands

Routing - redistribute command

Routing - redistribution and the routing table

Routing - route tagging

Routing - seed metrics

Routing - what is a WAN port

Routing - what is recursive routing

Routing - what is redistribution

Routing NX-OS passive-interface default

Routing Table

Routing in both directions

Routing what if the administrative distance is the same

Routing

SD-WAN - EVE-NG connection options

SD-WAN - Unique Site IDs for vEdges

SD-WAN - cEdge

SD-WAN - vAnalytics

SD-WAN - vBond

SD-WAN - vEdge full mesh

SD-WAN - vEdge vs cEdge

SD-WAN - vEdge

SD-WAN - vManage

SD-WAN - vSmart

SD-WAN OMP VPN Route Status Codes

SD-WAN Template Attach Error on vManage

SD-WAN set TLOC color

SD-WAN

SDN - what is orchestration

SG300-10 - InterVLAN routing defaults

SNMP - Engine ID

SNMP - Index shuffling

SNMP - Simple Network Management Protocol

SNMP - Version 3 security levels

SNMP - snmp-server community and host commands