Powering Progress: ECOTRON’s New Lineup of High-Performance Controllers
In the rapidly evolving world of electric vehicles, having the right control unit can mean the difference between a functional prototype and a breakthrough innovation. Whether you’re working on an EV startup project, customizing a high-performance drivetrain, or developing smart vehicle platforms, ECOTRON offers a versatile line of automotive-grade controllers engineered to help you move faster and smarter. Our three newest products—the EV82397A Domain Control Unit (DCU), the EC2232G2B01 Central Computing Unit (CCU), and the ET82367A Transmission Control Unit (TCU)—are built to streamline vehicle development, giving you the tools to create more responsive, reliable, and future-ready systems.
EV82397A Domain Control Unit (DCU)
For precision control and EV powertrain mastery
The EV82397A DCU is an embedded controller powered by a 300 MHz Infineon TC397 processor with 16MB flash and floating-point support, designed for precise powertrain and vehicle control. It features 4 H-Bridge channels (up to 50A peak), 8 CAN/CAN FD channels, LIN, automotive Ethernet, and a built-in 6-axis gyroscope. Housed in an IP67-rated die-cast aluminum case with 154-pin connectors, it delivers reliable, high-load motor control in even the toughest environments.
Key Specs:
- MCU: Infineon TC397, 300 MHz, 16MB Flash
- System Voltage: 12V/24V (9–32V range)
- Sensor Inputs: 24 analog, 25 digital, 4 PWM
- Actuation Outputs: 20 high-side, 6 low-side, 4 PWM, 4 H-Bridge
- Comms: 8× CAN/CAN FD, LIN, Automotive Ethernet
- Built-in Features: 6-Axis Gyroscope, IP67-rated enclosure
- Max Current (H-Bridge): 4 Outputs (Rated 35A, Peak 50A)
EC2232G2B01 Central Computing Unit (CCU)
For advanced vehicle control and multi-system coordination
The EC2232G2B01 CCU, powered by the NXP S32G processor, serves as the central control hub for advanced vehicle systems, including ADAS and autonomous driving. It supports 12 CAN/CAN FD channels, LIN, and both automotive and standard Ethernet for seamless communication. Equipped with 1GB DDR4 RAM, 8GB eMMC storage, plus 30 digital and 18 analog inputs, it offers exceptional flexibility. Housed in an IP67-rated enclosure with built-in RTC wake-up, this CCU is built for the most demanding automotive environments.
Key Specs:
- MCU: NXP S32G
- Storage: 8GB eMMC, 1GB DDR4
- System Voltage: 12V/24V (9–32V range)
- Sensor Inputs: 18 analog, 30 digital, 4 PWM
- Actuation Outputs: 20 high-side, 12 low-side, 4 PWM
- Comms: 12× CAN/CAN FD, LIN, Automotive & Standard Ethernet
Built-in Features: RTC Wake-up, IP67-rated enclosure
ET82367A Transmission Control Unit (TCU)
For intelligent EV transmission and smooth shifting
The ET82367A TCU is a high-performance embedded controller built for robust and precise transmission management in electric and hybrid vehicles. Powered by the Infineon TC367 processor, it supports floating-point arithmetic and features a powerful actuation system with 4 H-Bridge channels capable of up to 50A peak current. With 6 CAN/CAN FD channels (including wake-up support), LIN Bus, 18 analog inputs, 22 digital inputs, and 6 PWM inputs, this controller offers advanced networking and signal processing capabilities. Housed in a die-cast aluminum IP67-rated enclosure with 154-pin connectors and a built-in 6-axis gyroscope, it’s a rugged, versatile option suited for complex drivetrain applications and safety-critical tasks.
Key Specs:
- MCU: Infineon TC367, 6MB Flash, floating-point support
- System Voltage: 12V/24V (9–32V range)
- Sensor & I/O: 18 analog in, 22 digital in, 14 PWM in
- Actuation Outputs: 10 low-side, 18 high-side, 4 H-Bridge (20A steady / 50A max)
- H-Bridge: 4 Outputs, (Rated 20A, Peak 50A)
- Comms: 6× CAN/CAN FD (2 with frame wake-up), LIN Bus
- Power Out: 8 sensor power channels (7 × 5V, 1 × 12V)
- Other Features: Built-in 6-axis gyroscope, IP67-rated, 154-pin connector
Helping You Choose the Right Controller
We know deciding on the right controller can be overwhelming, but our ECOTRON team makes it easy. All of our products are backed by expert support, detailed documentation, and design flexibility, helping you build smarter and faster. Whether you’re fine-tuning motor response, coordinating multiple systems, or getting a new EV platform off the ground, we’ll work with you to find the ideal fit for your application.
Ready to bring your EV project to life?
Visit www.ecotron.ai/ or contact us here to speak with our team and find a controller that matches your vision.