ESWIN Computing’s soft Intellectual Property (IP) RISC-V processor R500A recently received the Automotive Safety Integrity Level B (ASIL-B) certification from TÜV Rheinland. It is the world’s first RISC-V processor to obtain the functional safety certification.

ASIL-B certificate for the R500A

Founded in 1872, TÜV Rheinland is a Germany-based authoritative organization in the field of functional safety, and a world-leading provider of testing, inspection, certification, training, and consulting services. The Group sets strict standards for automotive electronics and other scenarios with high safety requirements. Its certification process is exceptionally rigorous, covering thorough inspections across the entire process from design to finished product. Being certified signifies that the R500A leads the pack in terms of functional safety, offering a new, open, and reliable processor architecture option to developers.

The R500A is a 32-bit RISC-V automotive-grade processor with high performance. Trang cá cược The CoreMark/MHz score is up to 5.794, meaning that it can achieve approximately 5.794 CoreMarks per MHz clock frequency. The processor can reach 2.552 DMIPS/MHz using the Legal option, and achieve a Best Effort score of 7.297 DMIPS/MHz. Featuring a streamlined and efficient architecture design, the R500A excels in real-time responsiveness, low latency, and security isolation.

A block diagram of the R500A processor architecture

Features of the R500A

Safety-critical scenarios such as braking systems and precision industrial control have long been dominated by closed-source technology solutions, resulting in significant barriers to technology application. With an open and flexible architecture design, the R500A caters to the varied requirements of different clients, helping automakers and industrial clients accelerate technology implementation. It provides new, customizable, and more cost-effective options for them.

On September 28, 2022, ESWIN Computing was awarded the ASIL-D certification, the highest level of safety integrity. This certification covers the entire technical process from processor design to system development to verification tools. It proves that RISC-V based solutions possess core capabilities geared towards “fault-intolerant” scenarios such as autonomous driving and avionics. This lays solid groundwork for wider RISC-V adoption in Level 4/5 autonomous driving, medical devices, and other markets with high entry barriers. kết quả bóng đá trực tuyến hôm nay More importantly, it shows that the RISC-V architecture has an enormous application potential in fields with high safety and reliability requirements and is expected to propel the upgrade of relevant technical standards.

ASIL-D certificate

As the R500A and other certified products find wider application, ESWIN Computing will leverage the open and flexible RISC-V architecture to satisfy the high safety demands in industrial control, smart devices, and other scenarios. keo ca cuoc With its robust safety capabilities for both systems and products, the company will provide more reliable and cost-effective options for developers and be well-poised to reshape the industry’s innovation landscape and inject new vitality into the global functional safety ecosystem.