Solution

Industrial Fanless PC

Engineered for Operational Continuity

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Engineered to Run AI in the Field

Rugged inference platforms for machine vision, autonomous systems, and predictive analytics — where the model has to run next to the data, in the conditions the data lives in.

Built to run AI where the cloud can't reach

Inference next to the data

Sub-millisecond decisions in environments where a round trip to the cloud isn't an option — production lines, vehicle perception, autonomous systems.

Sustained at temperature

Fanless or controlled-cooling chassis engineered to hold inference performance at 60 °C ambient — no thermal throttling under continuous load.

From NPU to discrete GPU

Integrated AI accelerators for power-efficient inference, Jetson modules for vision and autonomy, or full PCIe GPU systems for the heaviest workloads.

What makes a computer "industrial edge AI"

Three constraints separate an industrial inference platform from a desktop workstation with a GPU plugged into it.

Thermal design

Inference that doesn't throttle

Inference under sustained load is the real test. Industrial chassis dissipate continuous GPU or NPU thermals through the case — no fan to fail, no clock-down under 24/7 inference duty.

POWER & I/O

Every feed lands on one box

Wide 9–48 V DC input for vehicle, solar, and substation power. PoE+ for direct camera feeds, multi-2.5GbE for sensor fusion, and locking I/O so the system survives vibration.

DEPLOYMENT-READY

It mounts where the camera is

Shock and vibration tolerance, EMC ratings, optional MIL-STD-810H and EN 50155. Mounts on rolling stock, vehicle racks, or roadside cabinets — the model deploys where the camera is.

Browse by environment

Different workloads call for different silicon. Each path surfaces the right SKUs across our portfolio.

x86 compatibility with an on-die AI accelerator. Best for production-line vision, multi-camera fusion, and inference workloads where power budget and chassis size matter.

Specs
x86 + NPU
PERFORMANCE BAND
Up to 36 TOPS · 28–65W TDP

Purpose-built for vision and autonomy. Compact, fanless, and power-efficient — the right pick for mobile robotics, autonomous vehicles, drone ground stations, and outdoor analytics.

Specs
ARM + GPU
PERFORMANCE BAND
100–275 TOPS · 15–60W TDP

When NPU isn't enough. PCIe Gen4 x16 slots, 350W GPU envelope, and locking mechanical brackets for ruggedized industrial GPU computing. Built for dense multi-stream video and generative inference.

Specs
Discrete GPU
PERFORMANCE BAND
350+ TOPS · up to 350W GPU

Where edge AI ships today

Real deployments across the verticals we already serve.

Manufacturing & machine vision

Defect detection · multi-camera fusion · robotic guidance

Autonomous & in-vehicle

ADAS · perception · off-road autonomy

ITS & smart cities

Vehicle classification · incident detection · cabinets

Energy & utilities

Substation analytics · BESS · drone-feed inspection

Maritime & offshore

Object detection · port logistics · drone inspection

Defense & ruggedized AI

Mobile command · counter-UAS · ISR processing

Tell Us Your Requirements.
We'll Find the Computer

200

+

IPC Models

30

-Day

Eval Program

4

Vendor Partners

24

hr

Response Time

You don't need to read every datasheet from every manufacturer. Describe your project — we'll recommend the right industrial PC from 200+ models across 4 vendors within 24 hours.

Step 1: Select your application

Industry
What will this computer do?
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Step 2: Operating environment

Mounting
Operating Temperature
Power Source
Certifications Needed (Select all needed)

Step 3: Key specifications

Performance Level
Memory
Storage
Operating System
I/O Requirements

Step 4: Enter your contact information

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Engineered for Operational Continuity

Sealed, passively cooled computers built to run for years in environments that destroy commercial hardware — substations, oil and gas sites, rolling stock, and outdoor enclosures.

Stocked & supported by Neteon

 US distributor