NXP Introduces Advanced Automotive Radar Single-Chip Family for Next-Generation ADAS and Autonomous Driving Systems
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Update time : 2023-01-18 10:25:55
NXP Semiconductors, an automotive radar supplier, announced the SAF85xx, the industry's first 28nm RFCMOS radar single-chip IC family for next-generation ADAS and autonomous driving systems.
The new SAF85xx single-chip family combines NXP's high-performance radar sensing and processing technology into a single device, providing Tier 1 suppliers and OEMs with new flexibility to address short-, medium- and long-range radar applications to meet the more challenging NCAP safety requirements. NXP's new family of automotive radar SoCs consists of high-performance radar transceivers that integrate a multi-core radar processor built on the NXP S32R radar computing platform. The SAF85xx delivers twice the RF performance and 40% faster radar signal processing than NXP's previous generation products. This single-chip family supports 4D sensing for corner and front radar, serving critical safety ADAS applications such as automatic emergency braking, adaptive cruise control, blind spot monitoring, intersection alerting and automatic parking. When combined with NXP's power management and connectivity solutions, this system solution provides the flexibility to meet the diverse needs of today's and tomorrow's OEMs. Developers can take advantage of the seamless performance scalability of the S32R family and its software and hardware design reuse benefits. Our new family of radar single-chips enables reliable long-range object detection and differentiates between large and small objects, such as a fast-moving motorcycle with adjacent cars and trucks on a busy multi-lane highway," said Torsten Lehmann, executive vice president of NXP Semiconductors. With the ultra-small size, customers can use the new radar single-chip family to build smaller radar sensor modules up to 30 percent smaller, so global ADAS system suppliers such as Denso can further expand the potential for radar safety."
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