ULL SoC for Seamless Wireless Audio

Designed for applications where audio timing is critical, Ultra-Low-Latency (ULL) audio SoCs enable real-time wireless sound transmission with minimal delay. Built on a high-performance multi-core architecture with dedicated audio DSP, these platforms ensure stable connectivity, fast audio processing, and precise audio-video synchronization. Supporting latest Bluetooth® audio technologies, they deliver reliable performance for latency-sensitive devices such as gaming headsets, TWS earbuds, wireless headphones, and multimedia audio systems, providing a smooth and responsive listening experience.

The SoC platform is built on a highly integrated Bluetooth® and audio SoC architecture designed to deliver high-performance wireless audio with ultra-low power consumption. Supporting Bluetooth BR/EDR/LE along with proprietary 2.4 GHz low-latency wireless protocols, it enables reliable and responsive audio transmission for modern connected audio devices. The heterogeneous processing architecture integrates multiple 32-bit RISC-V processors and a Cadence HiFi-5 DSP, providing the computational capability required for advanced audio processing while maintaining efficient power management.

Designed for flexibility and scalability, the architecture supports AI-assisted audio features such as Hybrid ANC, AI noise reduction, and multi-microphone processing, enabling premium sound quality and intelligent noise control. With flexible I/O interfaces and support for vendor or third-party algorithm integration, the platform allows developers to customize audio processing and system functionality. Combined with ultra-low-power operation, advanced sleep modes, and optimized RF performance. Live audio monitoring devices ensures reliable connectivity and extended battery life for next-generation wireless audio products.

Application: Wireless gaming headsets, Low-latency TWS earbuds for gaming, AR/VR headset audio systems, Live audio monitoring devices