Vecow EAC-7000 NVIDIA Jetson Thor T5000 and T4000 Robot Computers

Physical AI puts heavier demands on a robot computer than vision inference alone. A humanoid or autonomous machine may run perception, planning and a vision-language model at once, while taking in cameras, lidar and vehicle buses. The Vecow EAC-7000 series is built for that job: robot computers on the NVIDIA Jetson Thor T5000 and T4000, with the camera, CAN-FD and power interfaces a moving machine needs, in one fanless-capable chassis of 260 x 215 x 88 mm.

Every EAC-7000 shares the same core. The Jetson Thor T5000 pairs a 14-core Arm Neoverse V3AE CPU with a 2,650-core Blackwell GPU and 128 GB LPDDR5X, while the T4000 uses a 12-core CPU, a 1,536-core GPU and 64 GB, and Vecow quotes the range at up to 2,070 FP4 TFLOPS. Each EAC-7000 runs Ubuntu 24.04 with JetPack 7.0 and above, supports Isaac Perceptor on Isaac ROS and the Holoscan Sensor Bridge, and shares two 2.5GbE ports, 16 isolated DIO, two COM ports, four USB 3.1 ports, two HDMI outputs, an NVMe slot and 5G, 4G and Wi-Fi sockets.

The range splits by camera and network interface, on either module. The EAC-7000F-T5000 and EAC-7000-T4000 are the base builds. The EAC-7100F-T5000 and EAC-7100-T4000 add eight Fakra-Z GMSL inputs, while the EAC-7200F-T5000 and EAC-7200-T4000 take 16 GMSL cameras plus two 10GbE ports. The EAC-7300F-T5000 and EAC-7300-T4000 add four GbE PoE+ ports, and the EAC-7400F-T5000 combines two 10GbE PoE+ ports with two further 10GbE ports. The five T5000 builds also carry four isolated CAN-FD ports, which is often the deciding factor for machines that talk to motor controllers and battery systems over CAN.

EAC-7000 robot computers typically serve humanoid and service robots, AMRs in warehouses, autonomous agricultural machinery and vehicle perception systems. A 9-50 V DC input with 16-mode software ignition control suits battery and vehicle power, and MIL-STD-810G operating shock and vibration ratings with EN 50155 EMC listings cover mobile use. In 77 W mode the computer can run fanless from -20 °C to 45 °C, or to 70 °C with the fan-sink option. Optional IMU, magnetometer and altimeter sensors, a TPM and Nuvoton out-of-band management are available where a robot needs on-board motion sensing or remote recovery.