An interview conducted with Ecotron’s founder Matt Liao. Discussions of his journey, highlighting the company’s core values, approach to innovation, key challenges, and insights on building a successful EV and autonomous technology business.

Explore how Ecotron’s latest Transmission Control Unit, the ET82367A, is redefining EV control with broader functionality, greater integration, and support for modern vehicle platforms. This article compares it to the proven ET22367A02, helping you understand which controller best fits your system—while showing why the next generation of TCU design is already here.

A detailed comparison of ECOTRON’s EAORA10 and EAT4A01 ADCUs, highlighting key differences in compute performance, I/O capability, software ecosystems, and cost. Created to help teams select the right controller for ADAS or autonomy applications based on technical and budgetary needs.

At Ecotron, we are committed to driving the future of autonomous mobility with high-performance Autonomous Driving Control Units (ADCUs). As industry evolves, we continue to innovate and expand our product lineup to meet growing demands.

This blog post provides an evaluation of the design of Ecotron's autonomous driving domain controller by comparing it to three major players in the market: Nvidia, Huawei, and Tesla.

Learn about the crucial technologies required for autonomous driving in this blog post. From hardware and software to safety systems and vehicle communication, we cover all the key components. Discover the significance of the central control unit in making autonomous driving possible.