Ecotron currently offers two Electric Vehicle Charging Controllers (EVCC): EC52377B01 and EC22377A. Both are designed to support EV charging applications, but they are suited for different levels of system integration and project requirements.

As the automotive and off-highway industries evolve, manufacturers, especially small and medium OEMs, face increasing pressure to deliver advanced, competitive vehicles faster and more efficiently. In Latin America, MCBTI is helping redefine what’s possible by bringing world class Model-Based Design (MBD) practices to a segment traditionally underserved by advanced engineering tools.

Ecotron’s ZCU and CCU platform enables modern zonal vehicle architectures, bringing real-time control closer to the vehicle while centralizing intelligence and coordination.

With the release of our new TCU, the ET82367A, we’ve taken a major step forward, enhancing performance, robustness, and integration for next-generation vehicle architectures.

At Ecotron, the evolution of Autonomous Driving Control Units (ADCUs) reflects a broader transformation in the autonomous driving industry—from isolated perception systems to fully integrated, high-performance computing platforms capable of supporting L4 and beyond.

Designed to stay cool under pressure, Ecotron’s liquid-cooled ADCU maintains optimal temperatures even under heavy load—unlocking consistent performance, extended system lifespan, and reliable operation in harsh environments.

Ecotron supports North American customers through established U.S.-based manufacturing operations in partnership with Invotek Manufacturing in Michigan. Last week, members of Ecotron’s team visited the Invotek […]