7 docs tagged with "bonding"

Bonding allows combining multiple ethernet interfaces into a single virtual link for higher bandwidth and failover, with MikroTik RouterOS supporting various modes including LACP and hardware offloading for specific chips.

This page demonstrates how to bond EoIP tunnels over two wireless links using MikroTik RouterOS, showing configuration steps for creating bonded interfaces and verifying traffic distribution across the links.

This page provides a step-by-step CLI guide for configuring automatic failover between 60Ghz and 5Ghz wireless links using MikroTik RouterOS, including bridge setup, interface bonding, and W60G device connection instructions.

This page provides a step-by-step CLI example for configuring automatic failover between 60Ghz and 5Ghz wireless links using bonding, including bridge setup and W60G interface configuration for both bridge and station modes.

This guide demonstrates configuring automatic failover between a 60GHz wireless bridge and a bonded 5GHz interface using MikroTik RouterOS GUI, including bridge setup, wireless mode selection, and security profile creation for seamless redundancy.

High availability solutions in RouterOS provide redundancy and load-sharing designs including bonding, VRRP, multi-chassis link aggregation, and WAN load balancing to enhance service continuity and link resilience.

Network load balancing in MikroTik RouterOS allows distributing traffic across multiple links without dynamic routing, with options for per-connection or per-packet methods. The documentation includes setup examples like failover configurations and comparisons of balancing techniques using firewall mangle, bonding, OSPF, and ECMP.