Automotive powertrain, zonal & chassis control MCUs

C2000 and Arm Cortex-R real-time MCUs help scale and address architecture challenges in HEV, EV and powertrain systems. Advanced architectures in our real-time digital controllers increase power efficiency and power density to enable fast and efficient EV high- to low-voltage DC/DC conversion onboard charging and optimized thermal management.

Benefits:

• Higher power density.
• Lower power losses.
• Faster charging.
• Efficient, high-performance DC/DC conversion.
• Certified to the International Organization for Standardization (ISO) 26262 functional safety standard.

As HEV, EV and internal combustion engine architectures evolve, our C2000 and Arm Cortex-R MCUs enable safer handling of electric power steering through real-time controllers and detectors, while increasing safety with our light detection and ranging (lidar) sensing technologies. Our MCUs help improve regenerative braking in advanced driver assistance systems.

Benefits:

• Better handling and faster response.
• Cybersecured with a hardware security module (HSM) and Evita.
• Functional safety compliant up to ASIL-D systems with firmware over-the-air updates.

The automotive industry is undergoing a software-centric transformation, with a vision of a software-defined vehicle that redefines vehicles by shifting from domain to zone architectures. Our AM26x MCUs include hardware features such as an integrated Ethernet switch, PRU for I2S and software solutions to simplify zone architectures.

Benefits:

• Centralized software and scalable solutions.
• Seamless automotive Ethernet ring (low latency, highly time deterministic and 1Gb communication with a packet safety-redundant loop).