Bonding

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Bonding refers to combining multiple NICs into a single logical NIC, with a consequent increase in redundancy and/or throughput, and possibly a reduction in latency. Improvements to throughput and latency will generally require either parallelism among flows, or interleaving packets from a single flow; this last is likely to introduce reordering to the flow.

Bonding (or link aggregation) refers to combining multiple NICs into a single logical NIC, with a consequent increase in redundancy and/or throughput, and possibly a reduction in latency. Improvements to throughput and latency will generally require either parallelism among flows, or interleaving packets from a single flow; this last is likely to introduce reordering to the flow.

[[CATEGORY:Networking]]

Bonding: Difference between revisions

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Revision as of 05:03, 5 June 2024 view source Dank (talk \| contribs) Bureaucrats, Administrators 11,304 edits Created page with "Bonding refers to combining multiple NICs into a single logical NIC, with a consequent increase in redundancy and/or throughput, and possibly a reduction in latency. Improvements to throughput and latency will generally require either parallelism among flows, or interleaving packets from a single flow; this last is likely to introduce reordering to the flow."		Latest revision as of 06:56, 5 June 2024 view source Dank (talk \| contribs) Bureaucrats, Administrators 11,304 edits No edit summary
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	Bonding refers to combining multiple NICs into a single logical NIC, with a consequent increase in redundancy and/or throughput, and possibly a reduction in latency. Improvements to throughput and latency will generally require either parallelism among flows, or interleaving packets from a single flow; this last is likely to introduce reordering to the flow.		Bonding (or link aggregation) refers to combining multiple NICs into a single logical NIC, with a consequent increase in redundancy and/or throughput, and possibly a reduction in latency. Improvements to throughput and latency will generally require either parallelism among flows, or interleaving packets from a single flow; this last is likely to introduce reordering to the flow.

			[[CATEGORY:Networking]]