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 is proud to be recognized as an NVIDIA Preferred Partner. Explore our NVIDIA Jetson Developer Ecosystem Profile and NVIDIA solution overview page.
Introducing the EATHA20. Built for what's next, the EATHA20 provides Designed for compute-intensive autonomous workloads, EATHA20 delivers up to 2070 TFLOPS of AI performance to support advanced perception, fusion, planning, and control systems.
Ecotron is proud to announce that we are now an NVIDIA Preferred Partner within the NVIDIA® Partner Network (NPN). Ecotron is proud to announce that we are […]
From EV charging and vehicle control to zonal architectures and autonomous compute, Ecotron demonstrated a full ecosystem of next-generation mobility solutions. ACT Expo 2026 brought together […]
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.