What is the latency for unicast transmission in Dante systems?

What is the latency for unicast transmission in Dante systems?

• A. Less than 0.1 msec
• B. Less than 1 msec
• C. Greater than or equal to 0.25 msec
• D. Equal to 1 msec

Answer: (C)

In Dante systems, unicast transmission latency is typically around or greater than 0.25 milliseconds, making this choice the most accurate. Dante employs various configurations and settings that can influence latency, but the standard protocol allows for minimal transmission delays, making it suitable for real-time audio applications. The ability to maintain low latency ensures that audio and control signals remain synchronized across a network, which is especially crucial in live sound situations and broadcasting. The figure of 0.25 milliseconds represents an industry benchmark for acceptable latency levels, considering factors like audio buffering and network overhead. This choice reflects the practical performance characteristics of Dante technology in professional audio applications. Factors like network conditions, hardware performance, and specific configurations can affect latency, but fundamentally, maintaining latency at or above 0.25 milliseconds is essential to ensure audio integrity and timing within the system.

In Dante systems, unicast transmission latency is typically around or greater than 0.25 milliseconds, making this choice the most accurate. Dante employs various configurations and settings that can influence latency, but the standard protocol allows for minimal transmission delays, making it suitable for real-time audio applications. The ability to maintain low latency ensures that audio and control signals remain synchronized across a network, which is especially crucial in live sound situations and broadcasting.

The figure of 0.25 milliseconds represents an industry benchmark for acceptable latency levels, considering factors like audio buffering and network overhead. This choice reflects the practical performance characteristics of Dante technology in professional audio applications.

Factors like network conditions, hardware performance, and specific configurations can affect latency, but fundamentally, maintaining latency at or above 0.25 milliseconds is essential to ensure audio integrity and timing within the system.