Empowering Healthcare Devices with SignOff’s ASIC SoC: Kaveri The surge in demand for portable healthcare products has accelerated the need for embedded systems that offer low power consumption, compact size, and precise real-time processing of biomedical data. Pulse oximeters, which measure blood oxygen saturation (SpO₂) and heart rate, exemplify these requirements. This report examines the application of the Kaveri System-on-Chip
Signoff Semi had a plan to work on the internal Research and Development for developing a proof of concept of a low power, low-cost computing platform. Signoff as a company did not had exposure to develop such products. This required expertise on Architecture, Front end Design, Firmware and toolkit development, FPGA prototyping/validation etc.
Client is a fortune 500 company and is leader in HPC and visual computing. Client had very ambitious goal on PPA (~15% higher utilization, ~30% increase in frequency), compared to their previous graphics core versions. To achieve these PPA goals, there was need of enhancing flow/methodology, tool, technology & design.