
When applying [EtherChannel](/etherchannel) to a bundle of switchports, it is possible to configure the type of [load balancing algorithm](/etherchannel-load-balancing-algorithms) that will be used to achieve load balancing.

On Cisco IOS and IOS XE routers, this configuration is applied globally and the same algorithm is used for all local portchannels.

On Cisco [Nexus](/nexus) devices, it is possible to configure the load balancing algorithm on a per-portchannel basis.

## Links

https://forum.networklessons.com/t/etherchannel-on-cisco-ios-catalyst-switch/1084/183?u=lagapidis

EtherChannel - Load balancing algorithm applied globally and per portchannel

EIGRP - Static neighbors over any L2 technology

EIGRP - Stub Router

EIGRP - Stub default behavior

EIGRP - Stub router types

EIGRP - Summarization per interface

EIGRP - Understanding Advertised Distance (AD)

EIGRP - Update message exchange process

EIGRP - Viewing RTP in Wireshark

EIGRP - af-interface configuration mode

EIGRP - how metrics are sent in updates

EIGRP - internal vs external routes

EIGRP - metric computation method

EIGRP - metric equation

EIGRP - named mode name

EIGRP - network command with no wildcard mask

EIGRP - redistribute connected and static routes

EIGRP - shutdown command

EIGRP - stub site function

EIGRP Create and advertise a default route

EIGRP Feasibility condition

EIGRP Header

EIGRP IP bandwidth-percent example

EIGRP Implementation by Non-Cisco Vendors

EIGRP LFA FRR

EIGRP Refining the behavior of load balancing with traffic-share

EIGRP SIA timers

EIGRP authentication

EIGRP auto-summary

EIGRP change rib scale

EIGRP establishing remote neighbors

EIGRP header - ACK field

EIGRP named mode

EIGRP on the Nexus Platform

EIGRP redistributing named mode

EIGRP rib-scale

EIGRP seed metrics when redistributing

EIGRP split horizon verification

EIGRP split-horizon vs poison reverse

EIGRP unequal cost load balancing

EIGRP what happens when a feasible successor fails

EIGRP

EPC - Cisco Embedded Packet Capture

ERSPAN

EVE-NG supported Cisco and other vendor images

Equal-cost Multi-path routing

EtherChannel - Converting an L2 EtherChannel to L3

EtherChannel - LACP System ID

EtherChannel - LACP fast-switchover

EtherChannel - Load Balancing on CatOS

EtherChannel - Maximum Number of Physical Links

EtherChannel - PAgP timer, hello interval, and age value

EtherChannel - Troubleshooting on Cisco IOS Switches

EtherChannel - Understanding LACP port and system priorities

EtherChannel - applying configurations to the interface

EtherChannel - implementing over 802.1Q tunneling

EtherChannel - load balancing algorithms

EtherChannel - max-bundle

EtherChannel - prerequisites for bundling

EtherChannel

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 - Comparison Table

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 Protocols

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 - Keepalives and VRF-aware tunnels

GRE - Recursive routing error - AD solution

GRE - Recursive routing error - filtering solution

GRE - Recursive routing error

GRE - Understanding how keepalives work

GRE MTU settings