DEPUSHENG Optimizes Driver Algorithm to Upgrade Low Latency Performance of Audio Interface
Latency has always been the biggest pain point in audio creation. Excessive delay will lead to asynchronous monitoring, out-of-time singing and stuck instrument performance, seriously affecting creation efficiency and user experience. To solve this industry problem, DEPUSHENG has completed a comprehensive optimization of driver algorithms for all audio interface series, greatly reducing overall signal delay and improving real-time processing capability.
The newly upgraded ASIO driver framework is specially optimized for recording and live streaming scenarios. By adjusting buffer parameters and simplifying redundant data calculation, the overall transmission delay of the recording sound card is effectively controlled in a low range. Whether users use real-time reverb, noise reduction, compression and other built-in effects, they can still obtain smooth zero-delay monitoring experience.
Different from ordinary consumer sound cards, professional studio audio interface needs to carry out multi-channel data operation at the same time. The new algorithm improves the operating efficiency of the main control chip, ensures stable operation under multi-task conditions, and avoids sound frame dropping, jamming and sudden mute during long-time use.
In addition to Windows system driver optimization, the brand also updated the adaptive program for Mac and mobile terminal devices. The overall connection response speed of the audio interface is improved, the Bluetooth and wireless signal interference resistance is enhanced, and the compatibility with new versions of operating systems and editing software is fully upgraded.
Continuous technical iteration is the core driving force of brand development. DEPUSHENG will take low-latency audio interface technology as the long-term R&D direction, continuously combine user feedback to iterate firmware and driver versions, and provide global creators with more stable, efficient and professional audio hardware support.
