In an Ethernet network, broadcast traffic is received and processed by
A.
All devices on the network, making it unsuitable for network video since the network load would be unacceptable.
B.
All devices on the network, making it suitable for network video since any device can access the video without any overhead from establishing a separate connection to the server.
C.
Only those devices that have registered with the server to receive the traffic, making it unsuitable for network video, due to the overhead from establishing a separate connection to the server.
D.
Only those devices that have registered with the server to receive the traffic, making it suitable for network video since the network load would be kept reasonable.
In an Ethernet network, broadcast traffic is sent to all devices within the network segment. This means every device receives and processes the broadcast packets, which can lead to high network load and congestion, making it inefficient for applications like network video where large amounts of data need to be transmitted reliably and efficiently. Axis documentation advises against relying on broadcast traffic for video streams, as it can degrade network performance and the quality of the video feed due to the excessive load on the network.
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