Domestic Automotive MCU – Qixin Micro FC7240 (M7 Core, ASIL-D)

The FC7240 from Qixin Micro is a high-performance domestic automotive MCU, featuring many remarkable characteristics. It is built on a true 5V automotive-grade process and utilizes a single lock-step Cortex-M7 core high-performance automotive-grade HPU (Hyper Processing Unit), providing a solid foundation for its stability and reliability in automotive applications.
In terms of functional safety, the FC7240 supports ASIL-D functional safety level, which is the highest level in automotive safety integrity, fully demonstrating its outstanding safety performance. Its clock frequency reaches up to 240 megahertz (MHz) and includes 4 CAN-FD ports, giving it excellent performance in automotive communication.
Regarding hardware resources, the FC7240 chip integrates 2MB of Flash and 256KB of SRAM, providing ample storage space for complex automotive applications. Additionally, the FC7240 product family includes EVITA Full+ level HSM information security feature support, offering HSM/Evita Full or SHE+RISCV modes, further enhancing its information security capabilities.
Notably, the FC7240 also integrates TPU/angle sensor functionality, enhancing its support for engine ignition applications and providing additional assurance for vehicle safety and stability.
In terms of certification, the FC7240 has passed AEC-Q100 Grade 1 certification, further proving its reliability and stability in automotive applications.
The main application areas of the FC7240 are very broad, including EPS, ESC, suspension control systems, motor control, engine control, battery management systems (BMS), ABS, EPB, etc., covering almost all major control systems in vehicles.
In summary, Qixin Micro’s FC7240 is an outstanding, feature-rich, safe, and reliable domestic automotive MCU, injecting new vitality into the development of the automotive industry.
Domestic Automotive MCU - Qixin Micro FC7240 (M7 Core, ASIL-D)

▲ Block Diagram

Domestic Automotive MCU - Qixin Micro FC7240 (M7 Core, ASIL-D)
▲ Target Applications

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