It supports both fault tolerance, and load balancing. It uses the the 802.3ad protocol for link aggregation. lacp: Known as dynamic link aggregation makes all the aggregated links/interfaces act as one for higher throughput. A numeric way of specifying the roundrobin runner is using the number, (0).Ĭ). This runner/mode can also be specified as (balance-rr). This runner/mode will do or rather supports both load balancing and fault tolerance. roundrobin: Packets will be transmitted over all the interfaces/ports in turn, i.e, turn by turn. A numeric way of specifying activebackup runner/mode is using the number, (1).ī). activebackup: One interface/port will be active while the other interfaces/ports will be a backup for the active one in case it fails. Let’s understand how these modes or runners work.Ī). There are different types of modes / runners which are active-backup, round-robin, lacp, load balancing, broadcast, and random. So, in summary, it is safe to say that network teaming is a new way of implementing network aggregation for a bigger throughput & redundancy, and an alternative to network bonding.
Teaming also came with some feature differences from bonding, hence, teaming is an alternative to bonding and not a replacement of bonding.ĭepending on the requirements and the features you need, one can either implement or configure network bonding or network teaming.Ĭlick here to see the differences between network bonding and network teaming features Prior to Red Hat Enterprise Linux 7 (RHEL 7), the implementation of this concept of network aggregation for a bigger throughput and redundancy is called bonding.Īs RHEL 7 came by, the implementation of this concept was changed from bonding to teaming, however, teaming came with its own driver, entirely different from bonding’s driver. What Is The Difference Between Teaming and Bonding In Linux This concept in Linux is commonly called bonding. The combination of two or more network links to provide a bigger network throughput or redundancy is known by many names such as (channel bonding, Ethernet bonding, channel teaming, NIC teaming, port trunking, port channel, link aggregation, etc). NIC teaming and NIC bonding are often used interchangeably, however, they are different. What is Network Teaming and Network Bonding (NIC Teaming & NIC Bonding)
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