US // Industries
Autonomous and Unmanned Systems Computing for Robots, Drones and Vehicles
Where Robotics Computers Are Deployed
Autonomy runs on five kinds of platform: the mobile robot, the drone, the autonomous vehicle, the construction or agricultural machine and the fixed system that tracks what moves. Each has its own size, weight, power and sensor constraints, so the right computer differs from one to the next.
Edge AI Computers Coordinating Robot Fleets
An autonomous mobile robot carries its own perception and path planning, and the fleet coordinates over Wi-Fi with a site controller. Compact Jetson and x86 edge AI computers with CAN bus, GMSL and PoE camera inputs run navigation on the robot, while a fanless controller with triple NVMe storage and AI accelerators coordinates a cold-chain fleet from the warehouse.
Low-SWaP Jetson Companion Computers for Unmanned Aircraft
A drone companion computer sits beside the flight controller and turns camera and sensor data into decisions on board. Jetson Orin NX computers under 300 grams, with GMSL and MIPI camera inputs and a wide-range DC input, give a UAV the compute for inspection, mapping and tracking without adding weight the airframe cannot carry.
Rugged Computers Strapped into Autonomous Tractors and Plant
Autonomous tractors, construction plant and site vehicles process camera, LiDAR and radar data on the vehicle. Rugged NVIDIA Jetson computers with GMSL and PoE inputs run perception and path planning, while a fanless GPU computer handles heavier sensor fusion, all on an ignition-controlled vehicle supply designed to E-Mark and ISO 7637-2.
Vision Computers Keeping People and Robots Safe Together
Human-robot collaboration depends on the robot seeing the person. NVIDIA Jetson edge computing platforms read stereo and depth cameras around a robotic arm and slow or stop it when someone enters the cell, running the safety logic locally so the response does not wait on a network.
Autonomous Optical Detection and Tracking
Fixed autonomous systems track what moves: a compact Jetson carrier board with HDMI capture powers an all-in-one PTZ camera for counter-drone detection and tracking, and rugged edge AI computers run object tracking engines on the perimeter. The same hardware serves ports, airfields and critical sites.
Built Around the Interfaces Autonomy Uses
A robotics computer is specified by its sensors and its platform: the cameras it captures, the bus it talks to the machine on and the power it survives. We select products whose datasheets state each interface, and the cards below list the ones that decide the build.
Autonomy-Ready Hardware
Rugged Jetson Computers
Fanless NVIDIA Jetson edge AI computers with GMSL, PoE and CAN, sealed and shock-tested for robots, drones and vehicles.
Rugged Jetson Robotics and Vehicle Computers
Jetson edge AI computers and carrier boards with isolated CAN ports, for talking to motor controllers, vehicle buses and robot chassis.
NVIDIA Jetson Carrier Boards
Industrial carrier boards for OEMs building their own robot or drone computer around a Jetson module, with CAN, GMSL and MIPI CSI camera interfaces.
In-Vehicle Computers
Rugged fanless computers with ignition control, CAN bus and PoE, designed to E-Mark requirements, for the vehicle side of an autonomous system.
Ranges in Rugged Jetson Computers
EAC Rugged Jetson Computers
Vecow edge AI computers from Jetson Orin to Jetson Thor with GMSL camera inputs, PoE+ and PCIe expansion, for autonomous vehicles and robots running multi-camera perception.
IBOX-60 Compact and Waterproof Jetson Computers
Sintrones compact Jetson Orin NX and Orin Nano computers, including lightweight GMSL variants for drones and IP66 versions for robots working outdoors.
MILBOX Military-Grade Jetson Computers
Forecr military-grade rugged Jetson computers for defense drones and unmanned ground vehicles that need a MIL-STD-810 designed enclosure.
FLYC-300 Jetson Orin NX Drone Computers
Neousys lightweight Jetson Orin NX computers for drones and UAVs, at 297 grams with the camera, sensor and flight-controller interfaces a UAV payload needs.
Browse the full category, or tell us the application and we will recommend the right model.
Ranges in Rugged Jetson Robotics and Vehicle Computers
JETBOX Compact Jetson Systems
Diamond Systems compact fanless Jetson computers built on rugged carrier boards with CAN, for size-constrained robots and payloads.
eNVP-JOX Jetson Orin NX Industrial Computers
EverFocus Jetson Orin NX industrial edge AI computers with PoE and a 9 to 48 V DC input, for vehicle and robot platforms with a variable supply.
X6-ORN Jetson Orin Computers with GMSL
DFI Jetson Orin computers with GMSL camera inputs and CAN bus, for robots and vehicles that combine automotive cameras with machine control.
AIE900A Jetson AGX Orin Robotics PCs
Axiomtek fanless Jetson AGX Orin robotics computers with eight PoE camera ports, for AMRs and machines with a large camera count.
Browse the full category, or tell us the application and we will recommend the right model.
Ranges in NVIDIA Jetson Carrier Boards
DSBOARD Industrial Jetson Carrier Boards
Forecr industrial carrier boards from Jetson Orin NX to AGX Thor, with 10GbE and dual-LAN options, for OEMs designing the robot computer into their own enclosure.
JACKSON Compact Orin NX and Orin Nano Carriers
Diamond Systems compact Jetson Orin NX and Orin Nano carrier boards, for small robots and payloads with a tight envelope.
STEVIE Jetson AGX Xavier Carrier Boards
Diamond Systems Jetson AGX Xavier carrier boards and development kits, for programs already qualified on the Xavier generation.
AIR6N0 Business-Card-Size Jetson Boards
Yuan business-card-size Jetson Orin NX and Orin Nano edge AI boards with dual M.2 PCIe Gen4 and CSI-2, for drones and handheld autonomous devices.
Browse the full category, or tell us the application and we will recommend the right model.
Ranges in In-Vehicle Computers
Nuvo VTC Rugged In-Vehicle Computers
Neousys fanless Intel Core in-vehicle computers with ignition control, isolated CAN bus and PoE+ ports, with a PCIe cassette for a GPU card where sensor fusion needs one.
VBOX In-Vehicle Edge Computers
Sintrones fanless in-vehicle computers with PoE, CAN FD and a 9 to 60 V ignition-sensing input, for onboard gateways and recording on autonomous shuttles and buses.
ACO Fanless In-Vehicle Computers
C&T Solution rugged fanless computers with a 9 to 110 V DC input and triple display output, for heavy plant and machines with a high-voltage supply.
Browse the full category, or tell us the application and we will recommend the right model.
Autonomy Case Studies and Guides
See how we help companies launch new products, transform operations and adapt autonomous systems, and read our guides to the cameras and platforms behind them.
An Extension of Your Engineering Team
Our engineers work as part of your team, not as a reseller. We check the camera, bus and power interfaces against your robot or vehicle before you commit to a build.
Built, Imaged and Ready to Deploy
Modules, memory, storage and cards are fitted and the JetPack or OS image loaded before shipping, so each unit is tested as a complete build and ready to fit on the day it arrives.
Supported from Prototype to Fleet
Repeatable builds, revision control and last-time-buy planning keep later units matching the first as a robot or vehicle platform moves from prototype to fleet.
Accelerate Your Autonomous System with a Specialist.
Tell us what the platform is, the cameras and sensors it carries and how it is powered, and we will recommend the right Jetson or GPU computer, then configure, image and test it before it ships.