Keysight Technologies Inc. has joined forces with China's Calterah to support the design, verification, test and launch of a new generation of automotive mmWave radar chipset that will drive development of the connected car supply chain.
In March 2019 Calterah officially released the ALPS family of chips which integrates high-speed analog-to-digital converters, complete radar signal processing baseband and high-performance CPU core. In the process of design and verification of this chip, Keysight supported Calterah with the company's E8740A automotive radar signal analysis and generation solution for77 GHz radar signal receiving and transmission characterization, radar target simulation and testing of the basic radio frequency parameters of the chip. Engineers from both companies worked together to accelerate time to market of the chipsets, while ensuring they deliver the best possible performance.
"Keysight and Calterah have collaborated on the development of automotive radar chipsets for many years, including the first and second generation of chips, and ultimately the automotive industry supply chain," said Qitao Pan, general manager of the Automotive and Energy Solutions Group at Keysight Technologies China. "Keysight has delivered mature and complete testing solutions for key technologies such as mmWave radar, automotive Ethernet, automotive wireless interconnect and V2X. We will continue to develop solutions in cooperation with OEMs, as well chip manufacturers, to support the global automotive industry supply chain. "
"ALPS is a system on a chip (SoC), and its chip architecture and performance parameters are far superior to previous generations," said Dr. Wang Dian, chief mmWave scientist at Calterah. "Keysight's measurement solution covers the entire range from digital to analog to RF, ensuring the functionality and performance of each sub-module of ALPS, as well as the superior performance of the final SoC. We hope to continue our cooperation with Keysight in the future as we collectively support the automotive technological evolution. "