Wireless Audio Transmission Using Asymmetric Isochronous Streams

The patent applies asymmetry by configuring different time delay parameters for the two communication directions. Specifically, it sets a first time delay parameter for the microphone direction and a second time delay parameter for the headphone direction, where these parameters can be different. This allows each direction to be optimized independently according to its specific requirements, resolving the contradiction between meeting the headphone delay requirement and preventing audio data loss.

The patent implements local quality by allowing different quality parameters (time delay settings) for different communication directions. The system configures timing parameters locally for each direction based on its specific needs, rather than applying a uniform setting globally. This enables the headphone direction to have its delay requirement met while the microphone direction maintains its own optimal settings, preventing audio data loss.

The patent resolves this contradiction by introducing asymmetric parameter configuration for the two communication directions. Instead of using a single unified parameter set that would be easy to implement but fail to meet headphone delay requirements, the system employs direction-specific time delay parameters. This asymmetric approach maintains implementation simplicity while satisfying the stricter headphone direction requirements.

The patent applies local quality by configuring timing parameters independently for each communication direction based on its specific requirements. The system allows the headphone direction to have optimized timing parameters that meet its strict delay requirements, while the microphone direction can use different parameters that are easier to implement, thus resolving the contradiction between ease of implementation and meeting delay requirements.

The patent directly addresses this contradiction by implementing asymmetric time delay parameters for the two communication directions. The system configures a first time delay parameter for microphone communication and a second time delay parameter for headphone communication, allowing each direction to be optimized independently. This asymmetric configuration increases protocol complexity slightly but enables the system to meet different time delay requirements for different directions, which is critical for wireless gaming audio performance.

The patent applies local quality by allowing different quality parameters (time delay settings) for different communication directions. The system configures timing parameters locally for each direction based on its specific needs, rather than applying a uniform setting globally. This enables the headphone direction to have its delay requirement met while the microphone direction maintains its own optimal settings, resolving the contradiction between protocol simplicity and adaptability to different requirements.