Does the choice of packet size affect the network for different audio bit depths?

The choice of packet size does indeed have implications for audio bit depth, particularly when relating to higher bit depths like 24-bit and 32-bit audio. This is because larger bit depths increase the amount of data produced per audio sample. Therefore, using larger packet sizes, or jumbo frames, can provide a more efficient transmission by accommodating the increased data payload that accompanies higher bit depths.

In situations where 24-bit or 32-bit audio is being transmitted, employing jumbo frames can significantly enhance network performance by minimizing the overhead associated with packet headers. Standard packet sizes may not be adequate for managing the data load, leading to potential inefficiencies or bottlenecks in the transmission of high-resolution audio. This means that larger packet sizes become advantageous for ensuring smoother network operation and audio streaming, particularly for audio systems that use DANTE.

This argument reinforces the importance of considering the packet size in relation to the audio quality and requirements when designing and operating audio networks. Understanding this relationship helps in optimizing network performance and ensuring high-fidelity audio delivery.