ARP - Static ARP entry for own IP address

FHRP - Comparison Table

FHRP Protocols

Network Design - Load Balancing vs Load Sharing


Gateway Load Balancing Protocol (GLBP) is an [First Hop Redundancy Protocol](/fhrp-protocols) used for creating gateway redundancy in a subnet.  It is similar in functionality to [Hot Standby Router Protocol (HSRP)](/hot-standby-router-protocol-hsrp) and [Virtual Router Redundancy Protocol (VRRP)](/virtual-router-redundancy-protocol-vrrp).   

It is used to create a virtual gateway that can be used by hosts in a particular subnet.

One of the key differences of GLBP is that it can natively do load balancing between configured gateways without the group configuration that HSRP/VRRP use.

Links:

https://networklessons.com/cisco/ccie-routing-switching/glbp-gateway-load-balancing-protocol

Gateway Load Balancing Protocol (GLBP)

EtherChannel - max-bundle

EtherChannel - prerequisites for bundling

EtherChannel

Etherchannel - fast-switchover

Ethernet - Pause Frames

Ethernet - role of FCS field

Ethernet - speed and duplex mismatches

Ethernet - speed and duplex settings on an ISR4431

Ethernet CSMA-CD

Ethernet VPN (EVPN)

Ethernet administrative and operational encapsulation

Ethernet administrative operational mode

Ethernet frame types

Ethernet header

Ethernet over IP (EoIP)

Ethernet

FHRP - HSRP Resign Message

FHRP - interaction with routing protocols

FHRP - which ports should you configure

FHRP Communication Between Redundant Routers

FHRP Load Balancing Behavior

FHRP communication path of keepalives

Fiber optic types

Fiber optics - Multi mode fiber optics characteristics

Fiber optics - Single mode fiber optics characteristics

Fiber optics - color coding

Fiber optics - connectors

FlexVPN Hub and Spoke backup routes

FlexVPN redundant hub with dual cloud

FlexVPN spoke to spoke communication fails with IPSec tunnel

FlexVPN

Frame Relay - is it a relevant technology anymore

Frame-Relay - emulating a Frame-Relay switch

Frame-Relay DLCI values

GNS3 how to obtain Cisco IOS images

GRE - Recursive routing error - AD solution

GRE - Recursive routing error - filtering solution

GRE - Recursive routing error

GRE - Tunnel Addressing

GRE MTU settings

GRE and IPSec

GRE tunnel and multicast

GRE tunnel key operation with only one tunnel key configured

GRE tunnel key

GRE tunnels and how they transmit multicast packets

HSRP - Deployment in Distribution Layer

HSRP - standby group numbers

HTTP - viewing HTTP messages in Wireshark

Hardware - Application Specific Integrated Circuit (ASIC)

High-Level Data Link Control (HDLC)

Home lab computer requirements

Hot Standby Router Protocol (HSRP)

How to learn Python for networking

How to practice labbing - best practices

How to prepare for Cisco DNA

IANA

ICANN

ICMP - Mitigating Vulnerabilities

ICMP - Vulnerabilities

ICMP - response to a ping that is blocked by an ACL

ICMP codes and types

ICMP

IEEE

IETF

IGMP - Snooping Querier Election

IGMP - Snooping Querier

IGMP - access group

IGMP - fast leave

IGMP - filtering using ACLs

IGMP - ip igmp snooping querier command

IGMP - membership report

IGMP - using VLAN access maps to filter multicast traffic

IGMP Snooping internal interface

IGMP default IOS configurations

IGMP last member query interval

IGMP membership query max response time

IGMP membership reports destination

IGMP report suppression

IGMP snooping inspects PIM hello packets

IGMP snooping prevents report suppression

IGMP snooping source IP address for messages

IGMP snooping

IGMP version 1 how hosts stop receiving multicast traffic

IGMP

IGMPv2 - leave group message mechanism

IGRP

IOS - Configuration Archive and Rollback

IOS - Right To Use (RTU) License

IOS - ip http server

IOS - licensing

IOS - show license command

IOS - using ftp or tftp source-interface command

IOS configuration register

IOS install mode vs bundle mode

IOS key chain feature

Gateway Load Balancing Protocol (GLBP)

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