Linksi Digital builds NVIDIA Jetson Orin carrier boards and kits that bring real-time perception and control to mobile robots, drones and industrial machines — compact, rugged and cost-effective.

We design NVIDIA Jetson Orin carrier boards and kits that give robots the power to see, think and act locally — with 10 years of hardware design experience behind every board.

Our carrier boards and kits turn NVIDIA Jetson Orin Nano / NX modules into compact, rugged compute units that drop straight into mobile robots, drones and industrial machines.
Supports Orin Nano 4G/8G and Orin NX 8G/16G, with SUPER mode for maximum AI throughput.
Automotive-grade E-fuse protection, wide 9.5–30V input and -20~50°C operation on selected models.
8-layer high-density PCBs fit where the standard developer kit cannot.

Run vision, detection and large models locally with no cloud round-trip. We provide ready-to-use images, BSPs and tutorials so your team goes from unboxing to a working robot fast.
TensorRT-accelerated object and pedestrian detection, as in NVIDIA’s official Jetson demos — live on multiple CSI cameras.
CAN bus, UART, I2C, SPI, GPIO, dual Ethernet with 2.5GbE + PTP for sensor and actuator control.
JetPack 5/6/7 flashing guides, device trees, Docker containers and local LLMs with Ollama.
Four platforms built on Jetson Orin Nano / NX, all compatible with the official module lineup. Pick the one that fits your robot.

Streamlined from the reference design for cost-sensitive vision and AI products. Gigabit Ethernet, 3× USB 3.0, dual M.2, 40-pin header.

Drop-in replacement for the official developer kit with 4× USB 3.2, DisplayPort and SUPER mode across the whole Orin Nano / NX family.

Industrial-grade components, -20~50°C operation, dual M.2, expanded USB and GH1.25 connectors for UART, I2C, SPI, CAN and GPIO.

Only 55 × 92 mm with dual Ethernet (incl. 2.5GbE + PTP), 9.5–30V XT30 input and same-side M.2 — built for robots and mobile devices.
From warehouse floors to the sky, our edge computers power robots that need real-time AI in tight spaces and tough environments.

SLAM, obstacle avoidance and navigation on a compact, wide-voltage compute unit.
Vision-guided picking and CAN-based motion control with deterministic networking.
Lightweight, high-TOPS onboard inference for detection, tracking and inspection.
Multi-camera analytics for quality inspection, security and smart retail.
Common questions about choosing and using our Jetson platforms.