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Third Generation Mesh eliminates the first and second generation intermittent send-receive-send cycle by using two radios for the backhaul in place of one. Simultaneous send and receive is now possible. This dramatically improves latency over multiple mes
 
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== Summary ==
== Summary ==
Third Generation Mesh eliminates the first and second generation intermittent send-receive-send cycle by using two radios for the backhaul in place of one. Simultaneous send and receive is now possible. This dramatically improves latency over multiple mesh hops.
Third Generation Mesh eliminates the first and second generation intermittent send-receive-send cycle by using two radios for the backhaul in place of one. Note that the two radios are operating on separate non-interfering channels. Now the bottleneck of the single radio send-receive-wait cycle is eliminated. Simultaneous send and receive is now possible. This dramatically improves latency over multiple mesh hops.

== Licensing ==
== Licensing ==
{{GFDL-self-no-disclaimers}}
{{GFDL-self-no-disclaimers}}

Revision as of 02:13, 14 November 2007

Summary

Third Generation Mesh eliminates the first and second generation intermittent send-receive-send cycle by using two radios for the backhaul in place of one. Note that the two radios are operating on separate non-interfering channels. Now the bottleneck of the single radio send-receive-wait cycle is eliminated. Simultaneous send and receive is now possible. This dramatically improves latency over multiple mesh hops.

Licensing

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current01:52, 14 November 2007Thumbnail for version as of 01:52, 14 November 2007500 × 268 (11 KB)Fdacosta (talk | contribs)Third Generation Mesh eliminates the first and second generation intermittent send-receive-send cycle by using two radios for the backhaul in place of one. Simultaneous send and receive is now possible. This dramatically improves latency over multiple mes
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