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Applications　|　Automotive & Industrial Control

Product Overview
Scheme Block Diagram
Scheme Introduction
Technical Support

Vehicle networking information security and identity recognition solutions

With the rapid development and popularization of vehicle networking technology, the interconnectivity has greatly improved, while it has also brought significant security risks. To address these security challenges, secure chips have been introduced into vehicle systems to protect sensitive data and perform secure identity recognition. A security chip is a hardware solution specifically designed to protect systems from malicious attacks and unauthorized access. In the field of smart cars, it is usually embedded in the automotive electronic control unit (ECU) to provide multi-level security protection. The security chip prevents physical attacks through physical security measures, such as preventing violent disassembly, fault attacks or channel detection attacks. The hardware design of security chips have passed rigorous security level evaluation and certification with high interference resistance and protection capabilities.

Scheme Block Diagram

Scheme Introduction

C*Core has multiple series of automotive-grade security chips that can meet security requirements in different application scenarios and support SOC+SE or MCU+SE. Application scenarios include V2X, Tbox SE, National VI Standard OBD, ETC’s OBU, ESIM, and digital keys. C*Core’s security chips are designed based on 32-bit C*Core security CPU CS0. They have low power consumption and high security features, with a high performance and high-level security hardware algorithm coprocessor built-in. It supports international and nationalsecurity algorithms to maximize customers' security needs. The chip's built-in algorithms and storage modules provide functions such as identity authentication, data encryption, and sensitive data storage. C*Core’s MCUs, such as CCFC2016BC, CCFC2017BC, CCFC3008PT and other models have built-in HSM modules that support SHE and provide functions such as secure boot and encryption operations.