What We Do
Design RF/Analog-Mixed Signal Integrated Circuits
Our primary focus is the development of low-power RF/Analog-Mixed Signal ICs. This focus serves as a key stepping stone for advancements in wireless communication and neuromorphic IC design.
Design
We provide standalone ICs as part of complete system solutions, or deliver soft-packaged IP blocks tailored to fit seamlessly into broader design architectures.
Consulting
Our experts are ready to assist you in integrating ICs into your products, ensuring seamless and efficient development.
Markets and Applications
Internet of Things (IoT) & Smart Devices
IoT and smart devices are transforming industries by enabling real-time data, automation, and connectivity. These systems need to be energy-efficient, reliable, and capable of operating independently in remote or hard-to-reach environments.
uWave offers advanced solutions for smart devices and IoT systems by leveraging ultra-low-power wake-up receiver technology. Our approach enables asynchronous communication, significantly extending battery life by allowing devices to remain in deep sleep until truly needed. In addition, uWave’s solution integrates a passive interference mitigation mechanism to reduce co-channel interference and false wake-ups. This enhances both the reliability and energy efficiency of wireless communication in dense or noisy environments, making our technology ideal for scalable, low-maintenance IoT deployments.
Wearable & Medical Devices
Wearable and medical devices play a growing role in personal health, fitness, and patient monitoring. They require small, lightweight, and efficient components to function reliably over long periods.
uWave designs compact, ultra-low-power ICs that enhance the longevity and reliability of wearable and medical devices. Our solutions reduce the need for frequent charging while ensuring robust wireless communication. For medical applications in particular, uWave’s passive co-channel interference mitigation provides a more reliable communication scheme by minimizing false positives—crucial for sensitive and continuous monitoring use cases.
Neuromorphic Technology
Neuromorphic technology draws inspiration from the human brain to enable adaptive, energy-efficient computing. By supporting real-time learning and decision-making, it opens new possibilities for edge devices, robotics, and sensor-driven applications.
By introducing a neuromorphic IoT processing scheme, uWave significantly reduces the total power consumption at the edge. When combined with our ultra-low-power Wake-Up Receiver, this architecture minimizes energy use in both active and sleep modes. Neuromorphic computing also makes IoT systems smarter by offering higher computational efficiency compared to traditional architectures—enabling more complex, real-time decision-making directly on-device. This dual-efficiency approach offers a promising path toward dramatically extending the battery life of IoT and smart devices—achieving low-power performance without compromising functionality.
Our Commitment
Mission
Providing innovative, cutting-edge, and ultra low-power integrated circuits that empower next-generation technologies.
Vision
Making a difference in a smart, green and connected World.