We are proud to announce that Ecotron’s latest ARCU EAORA04-D with 200 TOPS of calculation performance has been released! It is an intelligent computing platform developed by Ecotron, for autonomous robotic systems using NVIDIA Jetson Orin chip and Infineon TC297. Using the supporting basic software and development tools, developers can build an L4 level low-speed autonomous robotic system in a safe, convenient, and efficient manner.
NVIDIA Jetson Orin is designed for embedded intelligent systems including autonomous robotic systems which can be used to implement autonomous robotic function such as sensor fusion, environment perception, and path planning, etc. Infineon TC297 is based on TriCoreTM architecture with a 300MHz operating frequency and an ECC (Error Correction Code) protected RAM with 728KB + 8MB capacity. It is designed based on the ISO26262 standard and supports ASIL-D safety level requirements. Developers can develop and deploy vehicle control and functional safety related strategies based on the MCU.
Circuit Structure Diagram:
Interfaces:
| Interface type | Number | Function | Chip | Connector |
| M.2 KEY M | 1 | Extended storage | SOC | Internal |
| Camera interface | 8 | FPDlink III | SOC | Water-proof FAKRA |
| Gigabit Normal Ethernet | 2 | 100BASE-T/1000BASE-T standard | Switch | 2* Aviation plug |
| Gigabit Automotive Ethernet | 3 | 100Base-T1/1000Base-T1， | Switch | 1* Aviation plug |
| Video Output | 1 | 1 channel HDMI | SOC | |
| USB | 1 | 1 channel USBHost support USB2.0、US3.0、USB3.1 | SOC | |
| RS232 | 4 | 1 channel used for Debugging | SOC | 121PIN-CMC |
| RS485 | 1 | SOC | ||
| CAN | 2 | SOC | ||
| PPS_IN | 1 | Support 3.3v-16v, hardware configuration | SOC | |
| PPS_OUT | 4 | 2 channels 5V or 3.3V output, 2 channels 12V output | SOC | |
| CANFD | 6 | 2 channels with specific frame wake-up | MCU | |
| LIN | 4 | No wake-up function is required | MCU | |
| KEYON | 3 | One channel is for SOC and two channels are for MCU | ||
| Digital Input | 6 | Default configuration, 4 channels are active-high,2 channels are active-low | MCU | |
| Analog Input | 6 | Default configuration: 2 channels are 5V voltage type, 2 channels are 36V voltage type and 2 channels are resistance type | MCU | |
| Digital Low-side output | 8 | 8 channels @250mA | MCU | |
| Digital High-side output | 4 | 4 channels @1A | MCU | |
| 5V Sensor power | 2 | Maximum Current 100mA | MCU | |
| Power Positive | 4 | |||
| Power Ground | 4 | |||
| Signal Ground | 8 |
