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Shaping traffic mechanisms used by the source streams are also exploited by AVB bridges. Hi I’m Eric and I’ll be the Token Tall Guy blocking your view today thanks for your cooperation shirt. The AVB frames are forwarded with higher priority than Best Effort traffic (that is, the traffic stream AVB is reserved when going through a bridge AVB will be prioritized to be forwarded over unused traffic. ) and must comply with shaping traffic laws (they may need to wait until there are enough credits). As for stream sources, shaping traffic rules applied to bridges also require frames to be distributed very regularly over time. But this distribution is based on a single layer rather than on each stream. This means that all AVB traffic being transmitted from a specific port will be distributed regularly over time and will be measured using the QoS parameters of that class; This is the total bandwidth of all reservation reservations for a specific AVB layer and for a specific port, generated by admission control process as described below, to achieve efficiency. Smoothing out the time of delivery (prevents the frames from being bundled) during a stream spread over the network. This limited bundle will be of great benefit in setting a relatively small upper limit on the size of AVB output buffers, which need to exist at all output ports of a bridge. This restricted bundle is also independent of the number of hops in the path. This limited buffer size is an important attribute. This property allows limited latency, and eliminates network congestion for accepted AV streams in the AVB network, even if unacceptable traffic is blocked.
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