Jinxin Technology has been awarded dual vehicle safety certifications of ISO 26262 and ISO 21434
Recently, Jinxin Technology won two vehicle safety certifications from the Saibao Certification Center - its independently developed high-performance 32-bit floating-point DSP AVP32F0039 Passed ISO 26262 ASIL B road vehicle functional safety product certification ; The company's automotive chip research and development system has passed the ISO 21434 road vehicle network security process certification. The certification ceremony was held at the headquarters building of Jinxin Technology, where core representatives from both sides witnessed the important milestone of the company's vehicle safety capability construction. Dual certification strengthens the safety capability of vehicle regulations With the accelerated penetration of new energy and intelligent connected vehicles, automotive electronics are evolving towards high integration, high computing power, and high connectivity. Chip security has covered the two core dimensions of functional safety and network security, and is the core compliance benchmark for automotive regulation chips entering the automotive supply chain. Among them, ISO 26262 focuses on product level functional safety, puts forward quantitative requirements for chip hardware design and fault protection, and avoids system failure risks; ISO 21434 focuses on system level network security, covering the entire product lifecycle, standardizing risk management throughout the R&D process, and addressing the risk of networked attacks. The simultaneous implementation of dual certification marks that Jinxin Technology has established a dual layer vehicle safety capability of "product level safety verification+systematic process guarantee" , The product end and process end form complementary capabilities, fully aligning with mainstream safety and compliance requirements in the automotive industry. AVP32F0039 Through ASIL B product certification AVP32F0039 It is a high-performance 32-bit floating-point DSP chip developed by Jinxin Technology for real-time control scenarios such as electric drive, power management, and motor control in new energy vehicles. The chip is equipped with an A2000 DSP core, with a main frequency of up to 120MHz . It integrates IEEE 754 floating-point units, trigonometric mathematical units, and an independently running programmable control law accelerator, which can efficiently support the operation of complex control algorithms and meet the computing power requirements of real-time automotive control systems. In response to the safety requirements for automotive functions, the chip has multiple built-in security mechanisms at the hardware architecture level: the entire chip is equipped with Flash and RAM ECC Error correction protection , supports memory power on self-test (MPOST) and hardware built-in self-test (HWBIST) , can achieve fault detection and diagnosis throughout the entire operation cycle; Paired with real-time firmware update (LFU) hardware, windowed watchdog, lost clock detection, dual clock verification, and other design features , it comprehensively reduces system operational risks and ensures the continuous stability of the electronic control system. This time, passing the ISO 26262 ASIL B functional safety certification is the official recognition of AVP32F0039 hardware safety design and product reliability by an authoritative industry organization. This chip can be directly used as a core component of automotive grade electronic control systems, helping downstream customers shorten the development cycle of functional safety and reduce compliance verification costs. The automotive R&D system has passed ISO 21434 certification, which means that Jinxin Technology has established a standardized automotive chip network security risk management system and formed standardized capabilities in risk identification, attack and defense design, process control, and engineering implementation. . This system can provide unified process support for the network security design of the entire series of automotive products in the future, and also provide more comprehensive supply chain security guarantees for downstream customers. At this point, the functional safety certification of product side and the network safety certification of the system side complement each other, jointly forming the complete safety capability matrix of Jinxin Technology for the automotive field. As a domestic enterprise specializing in high-performance DSP/SoC chips, Jinxin Technology has long focused on high reliability scenarios such as new energy vehicles and industrial control. The acquisition of this dual certification further improves the company's automotive chip research and development system and engineering capabilities, and also confirms the breakthrough strength of domestic high-end control chips in the field of automotive electronics. In the future, Jinxin Technology will continue to adhere to independent innovation, closely follow the core application needs of automotive electronics, and launch more high-performance and high security domestic chip products, providing solid chip support for the independent and controllable development of the new energy vehicle industry chain. 




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