CSEM's ASICs for the edge are crafted to revolutionize edge processing capabilities by bringing data processing closer to the source. This is accomplished through the use of intelligent, ultra-low-power sensors and actuators. These systems-on-chips are equipped with sensor interfaces, communication hardware, and power management, offering real-time insight while preserving energy efficiency and privacy. Their architecture allows for a 10x reduction in power consumption, enabling battery-less, always-on smart-sensing systems.
The design of these ASICs is focused on efficient machine-learning accelerators which can execute specialized tasks with a fraction of the power ordinarily required for these operations. The integration of in-memory computing technology provides flexibility, allowing customization for various applications. These systems boast best-in-class low-power radio frequencies, making them ideal for modern portable devices that require secure and reliable communication.
Additionally, CSEM's ASICs encompass customization of CMOS imagers delivering sub-milliwatt performance for automated cameras, coupled with system-on-chip integrations that preserve high-end performance in compact designs. Their precise timing solutions, encompassing a vast frequency range, make them suitable for use in real-time clocks, ADCs, and even gas sensing applications, demonstrating their versatility and robust application potential.
