Google & Wireless Remote Control SoCs

Enable responsive and intuitive device control with highly efficient wireless remote control SoCs designed for fast pairing, stable connectivity, and low-power operation. Supporting multiple wireless control protocols, these platforms ensure seamless communication with smart TVs, set-top boxes, air conditioners, and connected home appliances, delivering reliable performance and enhanced user experience in modern smart home ecosystems.

The architecture is designed to enable highly responsive and power-efficient wireless control for modern remote control devices. With optimized RF performance and ultra-low power operation, the SoC ensures fast device pairing, stable wireless links, and reliable command transmission across connected electronics. The integrated design helps reduce overall system complexity and optimize BOM cost while maintaining consistent performance.

Built-in processing capabilities also enable advanced voice interaction features, supporting both cloud-based voice recognition and local keyword spotting (KWS) for quick command activation. This combination of efficient processing, strong wireless performance, and intelligent voice functionality provides a scalable platform for next-generation smart remote controls used across home entertainment and connected appliance ecosystems.

Complete Turnkey Google RCU Reference Designs

Accelerate Google TV remote control development with our complete turnkey hardware and software reference designs for G12, G22, and G32 RCUs. These proven platforms combine optimized hardware architecture, wireless connectivity, and a ready-to-integrate software framework, providing a streamlined foundation for next-generation Google TV remote controls.

The turnkey approach helps simplify product development, reduce integration effort and design risk, and accelerate time-to-market, while providing the flexibility required for product customization and differentiation.

Solar Energy Harvesting

Enable next-generation remote controls with solar and ambient-light energy harvesting for longer-lasting, energy-efficient operation. High-efficiency photovoltaic technology captures energy from everyday indoor light sources, including room lighting and TV backlight, while an ultra-low-power energy-harvesting PMIC manages power conversion, MPPT and energy storage. Combined with an ultra-low-power wireless SoC, this architecture provides reliable wireless control while significantly reducing dependence on conventional battery power. The result is a more sustainable, low-maintenance remote control platform with extended battery life and fewer battery replacements.

UWB Pointing Remote Controls

Experience a new level of precision and intuitive control with UWB-enabled pointing remotes for Smart TVs and STBs. By combining UWB ranging and positioning with IMU-based motion sensing, the remote accurately tracks movement and pointing direction for responsive cursor navigation, precise on-screen selection and gesture-based interaction. With high positioning accuracy, low latency and ultra-low-power operation, this technology delivers a natural and seamless point-and-control experience for next-generation home entertainment.

IR Replacement with Bluetooth® LE

Upgrade traditional IR remote controls with Bluetooth® Low Energy (LE) for smarter, more flexible wireless control. BLE removes the limitations of line-of-sight operation, enabling reliable two-way communication, fast response and low-power connectivity for Smart TVs, STBs and connected home devices. Highly integrated wireless SoCs can also support voice transmission and multiple wireless protocols, providing a scalable platform for next-generation remote controls while helping simplify product design and extend battery life.