Up to 81 GHz
✓ PLL & Chirp Generator
✓ Built-in Test & Cal
CoreHW delivers state-of-the-art, silicon-proven up to 81GHz automotive-grade radar transceiver IP. Our IP solution ensures unmatched reliability and precision for ADAS, autonomous vehicles, and next-generation radar applications, supporting the highest safety standards.
We deliver a complete radar transceiver IP based on CoreHW silicon-proven IPs for faster time-to-market. The complete radar solutions can be achieved through collaboration with partners. The silicon-proven transceiver can also be customized to customer needs.
Engineered for superior RF performance, our technology leverages advanced design expertise to deliver ultra-accurate sensing, extended range, and robust signal integrity even in challenging environments.
Optimized for short to medium-range applications, it provides precise object detection and tracking capabilities.
Our transceiver integrates advanced features such as:
4 mmWave transmitters (TX) with integrated phase shifters for flexible, modular system design
4 mmWave receivers (RX) featuring real mixers and configurable intermediate frequency (IF) blocks for versatile signal processing
Our technology is built on the GlobalFoundries 22nm FD-SOI process, ensuring power efficiency, thermal stability, low leakage, and scalability for radar applications.
CoreHW has developed RF and analog IPs, offering our partners full control, customization, and access to silicon-proven solutions tailored to their unique needs.
With fully integrated LDOs and bias sources our transceiver eliminates external dependencies, ensuring superior power management and signal integrity.
This radar transceiver leverages a modular 4xTX/4xRX design, enabling precise beamforming and adaptive signal processing. Integrated ADCs and PLLs ensure seamless high-speed data conversion and transmission.
On-chip LDOs provide stable power, while built-in test interfaces enhance reliability and scalability.
Our highly programmable radar transceiver is designed for seamless integration with multiple Digital Signal Processing (DSP) functions and advanced radar processing algorithms.
Unlike conventional transceivers, it does not limit radar capabilities, enabling extensive customization and adaptability.
This flexible radar transceiver enables automotive safety, industrial diagnostics, touchless control, security surveillance, robotics navigation, and healthcare monitoring through advanced radar-based sensing and detection.
Access an overview of available measurement results and technical specs for our 81 GHz radar transceiver IP.
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