![]() If the active interface will be in failure one of the backup interface will become the active one. The other interface from the bonding configuration will be configured as backup. Only one interface will be the active one. Packets are sequentially transmitted and received through each interfaces one by one. Link aggregation can be configured manually on the switch or automatically using LACP protocol (dynamic links aggregation). For bonding mode 4 the switch will need to support links aggregation (EtherChannel). ![]() Some bonding modes will have load balancing functionnalities. All bonding modes will guarantee fault tolerance. There are 7 bonding modes available to achieve these purposes. Purposes would be to have some network redundancy in case of network failure, called fault tolerance, or to increase the network throughput (bandwidth), called load balancing. I will also do a short comparison of what is possible or not on the ODA.īonding is a technology which will allow you to merge several network interfaces, either ports of the same cards or ports from separated network cards, into a same logical interface. ![]() Ipv4 and ipv6 behave the same across platforms.I recently needed to configure bonding between 2 network cards on a customer side and I wanted trough this blog to share my findings and how I built it showing some traces. Would it be possible to make this behavior more predictable? I'm less concerned about the missing ipv6 entries on Linux, but swapping between a dict and array between Linux and OSX requires handling that possibility in my code, and it's unclear why the difference should exist to begin with. If there is no IPv6 address, ipv6 does not exist. ![]() Note that ipv4 is not an array, but a dict. ![]()
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