Recently, ZTE Microelectronics’ automotive grade high-performance central computing platform SoC chip—Han域 M1 (ZX298091 V1.0)—successfully passed the certification from the Commercial Cryptography Testing Certification Center, complying with GM/T 0008 “Security Chip Cryptography Testing Guidelines,” and obtained the commercial cryptography product certification.
Commercial cryptography serves as a core technological means to ensure information security, making the security and reliability of its products crucial. To meet this high standard, the Han域 M1 chip integrates a hardware encryption and decryption processing unit along with a true random number generator, providing core support for high-performance cryptographic algorithms; its high-security protection design combines sensors, secure algorithm processors, and active shielding layers to effectively defend against external environmental interference, power analysis, and electromagnetic radiation side-channel attacks; at the same time, relying on stringent security key management and full lifecycle chip state management, it establishes a dual protection mechanism for data security and physical security status.
The Han域 M1 chip strictly meets information security requirements in terms of cryptographic algorithm performance, hardware security protection, and system reliability, marking a solid step forward for ZTE Microelectronics in the field of automotive grade central computing platform chips. In the future, the company will continue to deepen core technology research and development, actively respond to the industry’s higher challenges for security and performance, and promote the safety upgrade and continuous evolution of smart vehicles.