The EAORA10 has more CAN ports (10 vs. 8) and a much higher IP rating (IP67 vs. IP5X). The two units take different Jetson modules: the EAORA04 runs on Jetson AGX Orin, and the EAORA10 runs on Jetson Orin NX or Orin Nano.
Ecotron EAORA04 vs. EAORA10 ecotron.ai +1ecotron.ai ↗“io.can_port_count=8”ecotron.ai ↗“io.can_port_count=10”
| EAORA04 | EAORA10 | |
|---|---|---|
| CAN ports | 8 | 10 (CAN-FD) |
| IP rating | IP5X | IP67 |
| Supported Jetson modules | Jetson AGX Orin | Jetson Orin NX, Jetson Orin Nano |
| Product line | Ecotron ARCU | ADCU |
Notes for a robo-shuttle:
- CAN: Ecotron describes the EAORA10's ten ports as CAN-FD. The EAORA04 lists 8 CAN ports, but I couldn't find whether they support CAN-FD. ecotron.ai +1ecotron.ai ↗“10x CAN-FD”ecotron.ai ↗“io.can_port_count=8”
- Sealing: IP67 on the EAORA10 offers stronger protection if the unit sits somewhere exposed on the vehicle. The EAORA04 is rated IP5X. ecotron.ai +1ecotron.ai ↗“mechanical.ip_rating=IP67”ecotron.ai ↗“mechanical.ip_rating=IP5X”
- Compute: The EAORA04 is built on Jetson AGX Orin and is described as an automotive-grade control unit for autonomous vehicles and robotics, with a focus on functional safety. The EAORA10 is an autonomous-driving domain controller that pairs Jetson Orin NX or Nano with an Infineon TC377 MCU. ecotron.ai +1ecotron.ai ↗“automotive-grade for AVs/robotics, CAN/sensor I/O, functional safety focus”ecotron.ai ↗“Autonomous driving domain controller on Jetson Orin NX/Nano with Infineon TC377 MCU”