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Industrial PC with GPU
SINSMART Industrial PC with GPU for NVIDIA Edge AI and Machine Vision
SINSMART industrial PC with GPU platforms are built for machine vision, AOI inspection, AMR robotics, video analytics and edge AI inference. These industrial GPU computers support NVIDIA Jetson modules, RTX-class PCIe graphics cards, high-speed LAN, PoE, COM, USB 3.2 and wide-temperature operation for continuous industrial workloads.
We offer flexible configurations across Intel platforms (H310, Q370, etc.) to meet specific memory, storage, and I/O expansion needs for your projects.
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Longevity & Stability
- 5–10 years lifecycle;
- Vehicle model, paired with graphics card holder;
- MIL-STD-810G/H, withstand constant vibration and shock;
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Thermal Management
- Wide-temp range: -20 °C to 60°C;
- Proprietary cooling: heat pipes/heatsinks/External fan;
- Full-speed GPU performance in high heat without throttling.
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Edge Intelligence
- Reducing latency to near-zero;
- Integrating NVIDIA Jetson or dedicated RTX GPUs;
- Local deep learning, machine vision, and predictive maintenance.
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I/O Versatility
- High-speed interfaces (PoE, USB 3.2, CAN bus);
- Connect industrial cameras and sensors.
Choose the Right Industrial PC with GPU Architecture
Before selecting a SINSMART industrial PC with GPU, define whether the workload needs basic visual output, embedded AI inference or high-throughput PCIe GPU acceleration. The comparison below helps engineers match Integrated Graphics, NVIDIA Jetson, PCIe RTX-class GPU and MXM GPU architectures to machine vision, AMR robotics, AOI inspection and video analytics.
| Selection Point | Integrated Graphics | NVIDIA Jetson | PCIe RTX-class GPU |
| AI inference | Low | High | Very high |
| Machine vision | Basic | Medium–High | High |
| Power budget | Low | Medium | High |
| Chassis size | Compact | Compact | Larger |
| Thermal design | Passive | Passive / Hybrid | Active / Hybrid |
| Best-fit workload | Industrial control, HMI display, basic image processing | AMR robotics, AGV navigation, embedded edge AI | AOI inspection, multi-camera vision, video analytics |
Recommended GPU Architecture by Industrial Workload
SINSMART field laptops are engineered for reliable on-site computing across outdoor inspection, construction, utilities, transportation, and industrial maintenance. With rugged protection, stable performance, sunlight-readable display options, and flexible configurations, they support field teams working in dust, vibration, temperature changes, vehicle movement, and demanding mobile environments.
Need help choosing the right GPU architecture? Send your camera quantity, AI model, installation space and operating temperature range to SINSMART engineers for industrial GPU computer configuration advice.
Industrial GPU Computer Recommend
Explore our recommended industrial pc with gpu and industrial pc with NVIDIA GPU solutions designed for AI inference, machine vision, and edge computing, helping integrators choose the right high-performance industrial GPU platform for demanding workloads.
Types of Industrial PC with GPU
Arm System NVlDlA Jetson™ E...
- CPU:8 x Arm® Cortex®-A78AE v8.2(Jetson AGX Orin 32G)
12 x Arm® Cortex®-A78AE v8.2(Jetson AGX Orin 64G)
- Memory:32 GB/64 GB
- Display:1 x HDMI 2.0b,3840 x 2160@60Hz
- Ethernet:1 x 10/100/1000 Mbps，RJ45,1 x 10 Gbps，RJ45
- USB:1 x USB 3.2 Gen2,Type-C /2 x USB 3.2 Gen1,Type-A/1 x USB 2.0,Type-C for OS Flash/1 x USB 2.0,DB15
- COM:1 x RS-232,DB9 1 x RS-422/485,DB9
- Wireless Interface:Wi-Fi/Bluetooth/Cellular/GPS
- Power:12~36 VDC
- Dimensions:270 x 195 x 80mm,weight about 4.2Kg
- operating system:Ubuntu Desktop
SINSMART Intel Core 12/13 g...
▶ CPU:supports Intel® 12th/13th generation Core i3/i5/i7/i9 processors
▶ Memory:2*SODIMM memory slots,up to 128GB
▶ Display:1*VGA (resolution up to 1920*1200),1*DP (resolution up to 4096*2304)
▶ Network port:2*Intel®I226-IT 2.5G network port, 1*Intel®I219-LM Gigabit network port
▶ USB:6*USB3.2 Gen2X1 (10Gbps),1*Built-in USB2.0 port (for dongle)
▶ COM:2*RS232/422/485 (COM1/2)
▶ Dimensions and weight:214*400*196mm; about 6.2Kg
▶ Operating system:Windows10/11, Windows server2019, Ubuntu22.04
▶ Model: SIN-3412-R680E
SINSMART Intel Core 12/13th...
▶ CPU：supports Intel® Core 12/13 generation I3/I5/I7/Pentium/Celeron processors
▶ Memory：2*DDR4 2666/2400MHZ supports up to 64G
▶ Display：1*HDMI interface, 1*VAG interface, 1*DP interface
▶ Hard disk：Supports 1*2.5inch SATA3.0SSD hard disk,1*M.2M Key slot
▶ USB：6*USB3.0, additional internal 4*USB2.0 connectors, up to 10*USB ports
▶ Chassis size：360*235*165mm
▶ System support：Windows10/11, Linux
▶ Model: SIN-3791-Q670
SINSMART Core 8th H310 Chip...
▶ Chipset:Intel H310 chipset
▶ Memory:Up to 32G DDR4 2666
▶ Hard Drive:2*SATA ports,1*mSATA port
▶ Display:2*DVI-D ports (supports 1920X1200 resolution)
▶ USB:4*USB 3.1 ports
▶ Size:185 x235 x174mm,weight about 4kg
▶ Application Areas:industrial automation logistics sorting, bridges and tunnels, etc.
▶ Model: SIN-3512-H310
SINSMART Intel®C246 chipset...
▶ Chipset:Intel®C246 chipset
▶ CPU:supports Intel Xeon series, Core 9th generation I3/I5/I7 processors
▶ Memory:supports DDR4 2133 SDRAM memory, supports 128GB
▶ Display:1*DVI-D port, 1*VGA port, 1*DP port
▶ USB:8*USB ports
▶ Weight about 7kg
▶ Power supply support：8~35V DC DC power input
▶ Application Areas：Machine vision,Industrial automation,Artificial intelligence,Data collection
▶ Model: SIN-3079-C246
Intel Core i3/i5/i7/i9 High...
▶ CPU：Intel® 12th/13th/14th generation Core i3/i5/i7/i9 Pentium/Celeron processors
▶ Memory：2*DD5⁵SODIMM 4800MHZ memory slots,up to 64GB
▶ Storage：2*SATA ports
▶ Display：1*HDMI 1.4b, supports 3840*2160 resolution,1*DP port, supports 4096*2304 resolution
▶ USB:8*USB ports
▶ Power supply：1*3PIN pluggable terminal block, 12-35V power input
▶ Weight about 4.2Kg
▶ Application Areas：automated industry,edge computing,smart factory
▶ Model: SIN-3312-Q670E
Q370 chipset 32G 4COM 8USB ...
▶ CPU：LGA1151 architecture, supports Intel Core 8th generation I3/I5/I7 processors
▶ Memory：2*DDR4 2666/2400SDRAM SO-DIMM memory slot, support 32G
▶ Display:1*DVI-D interface, 1*VGA interface,1*DP interface
▶ Harddisk:2*SATA interface
▶ Power support:DC 8V~35V power supply
▶ Weight about 4.5kg
▶ Application Areas：Autonomous driving of driverless cars，Artificial Intelligence Calculation
▶ Model:SIN-3116-Q370
Intel Core 8/9th-Gen H310 c...
▶ Chipset：Intel® H310 chipset
▶ CPU：8/9th-Gen Core™ LGA1151CPU
▶ Memory：32G
▶ Display:2*DVI-D port (supports 1920x1200 resolution)
▶ Hard disk:2*SATA port (can connect to 2.5" mechanical hard disk/solid state drive),1*mSATA port
▶ Power supply :8~35V DC
▶ Weight about 3.0kg
▶ Application areas: machine vision, automatic driving platform, intelligent construction site, intelligent medical treatment, deep learning and other scene applications.
▶ Model:SIN-3312-H310
Waterproof Desktop Computer...
▶ Q170 chipset supports Intel Core 6 generation I3/15/7 processors.
▶ 2*204pin DDR42133MHz SO-DIMM memory slots, support 32G.
▶ Display :1 DVI-D port, 1 VGA port, 2 DP ports.
▶ Hard Drive:2 SATAII ports (support 2.5-inch HDD and SDD), support RAID0/1, 1 mSATA port.
▶ Weight about 4.8kg.
▶ Application areas:machine vision, deep learning, cloud computing industry.
Model:SIN-3016GTX-Q170
Industrial GPU Computer Comparison
Choosing the right industrial pc with gpu capability ensures your edge deployments can handle demanding AI, vision, and automation workloads with reliability.
For AI-driven applications, our industrial pc with nvidia gpu support—such as the SIN-3321-A78A with NVIDIA Jetson AGX Orin integration—delivers powerful edge inference in a compact, fanless design. When scalability is key, models like the SIN-3412-R680E and SIN-3312-Q670E support Intel 12th–14th Gen processors alongside optional discrete GPU upgrades (including NVIDIA RTX-class cards), making them among the best gpu industrial computers for machine vision, video analytics, and autonomous systems.
| Model | SIN-3322-A78AE | SIN-3412-R680E | SIN-3791-Q670 | SIN-3512-H310 | SIN-3079-C246 | SIN-3312-Q670E | SIN-3116-Q370 | SIN-3312-H310 | SIN-3016GTX-Q170 |
| CPU / Platform | NVIDIA Jetson AGX Orin / Arm Cortex-A78AE | Intel 12th / 13th Gen Core i3–i9 | Intel 12th / 13th Gen Core i3 / i5 / i7 / Pentium / Celeron | Intel 8th Gen Core i3 / i5 / i7 | Intel C246 / Xeon / Intel 8th–9th Gen Core i3 / i5 / i7 | Intel Q670E / 12th–14th Gen Core i3 / i5 / i7 / i9 | Intel Q370 / 8th Gen Core i3 / i5 / i7 | Intel H310 / 8th–9th Gen Core i3 / i5 / i7 | Intel Q170 / 6th Gen Core i3 / i5 / i7 |
| GPU Architecture | Jetson AGX Orin edge AI module | RTX 40 Series / RTX 6000 Ada GPU support | GPU-capable industrial PC chassis; GPU configuration to be confirmed by workload | 120W discrete GPU support | Up to 180W discrete GPU support | NVIDIA PCIe GPU support, up to 115W TDP | GTX 1060-class GPU support, up to 120W TDP | PCIe discrete GPU support, up to 120W TDP | NVIDIA GTX 950 / GTX 1050 support |
| Max Memory | 32GB / 64GB LPDDR5 | Up to 128GB DDR5 | Up to 64GB DDR4 | Up to 32GB DDR4 | Up to 128GB DDR4 | Up to 64GB DDR5 4800MHz | Up to 32GB DDR4 | Up to 32GB DDR4 | Up to 32GB DDR4 |
| Expansion | Jetson edge AI architecture | 1×PCIe x16 Gen4, 3×PCIe x8, mini PCIe, M.2 B-Key | 2×PCIe x16, M.2 E-Key, M.2 B-Key, serial expansion | 1×PCIe x16, 2×PCIe x4, 2×PCI | 2×PCIe x16, 2×PCIe x8, 3×PCI, mini PCIe, M.2 B-Key | 1×PCIe x16 Gen3, 2×PCIe x4 Gen3, 2×mini PCIe with SIM | 1×PCIe x16, mini PCIe, MezIO expansion | 1×PCIe x16, 1×PCIe x8, 1×PCIe x4, mini PCIe | 1×PCIe x16, 2×mini PCIe, MezIO expansion |
| Industrial I/O | 1×GbE, 1×10GbE, USB 3.2, RS-232, RS-422/485, Wi-Fi / Bluetooth / Cellular / GPS optional | 3×LAN, 6×USB 3.2, 2×RS-232/422/485, VGA, DP | 3×LAN, 6×USB 3.0, up to 10×USB, 3×COM, VGA, HDMI, DP | 2×GbE LAN, 4×USB 3.1, 5×COM, 2×DVI-D | 2×LAN, 8×USB, 2×RS-232/422/485, DVI-D, VGA, DP | 1×2.5GbE, 1×GbE, 8×USB 3.2, 5×COM, HDMI, DP | 6×GbE LAN, 8×USB 3.1, 4×COM, 16-DI / 16-DO, DVI-D, VGA, DP | 2×GbE LAN, 5×USB, 5×COM, 2×DVI-D | 6×LAN, 9×USB, 3×COM, DVI-D, VGA, 2×DP, optional PoE for 4 cameras |
| Operating Temp | / | -25°C to 60°C with 35W CPU / -25°C to 50°C with 65W CPU or NVIDIA RTX 40 GPU | -10°C to 55°C | -25°C to 60°C | -25°C to 60°C | -25°C to 60°C | -25°C to 60°C | / | / |
| Recommended Application | Edge AI, AMR robotics, autonomous systems, embedded AI inference | High-load machine vision, AI inspection, edge computing, video analytics | Automation, light vision tasks, industrial control, edge data processing | Machine vision, logistics sorting, bridge and tunnel monitoring, industrial automation | Machine vision, frame grabber integration, industrial automation, AI data collection | Edge AI, video analytics, smart factory, industrial automation | Autonomous driving, AI calculation, control systems, data processing | Machine vision, automation, intelligent construction, deep learning | Machine vision, deep learning, cloud computing, multi-camera vision |
Industrial GPU Computer Features
Discrete GPU Integration
A modern industrial pc with gpu integrates powerful, dedicated NVIDIA GPUs—such as the RTX A-series or the latest Ada Lovelace generation. These components feature thousands of CUDA and tensor cores, delivering the parallel processing muscle required for demanding tasks like deep learning inference and real-time computer vision at the edge.
Hybrid CPU Architectures
To complement the GPU, an industrial pc with gpu typically supports the latest Intel Core and Xeon processors. These CPUs often feature hybrid architectures with performance and efficiency cores, enabling dynamic frequency scaling to optimize power consumption and maximize throughput for specific industrial applications.
Wide-Temperature Operation
An industrial gpu computer is engineered to operate reliably across extended temperature ranges. This ensures that both the CPU and GPU maintain full performance without thermal throttling, even in harsh industrial environments where standard hardware would fail.
Modular & Expandable Design
Industrial GPU computers feature modular architectures that support MXM or PCIe GPUs alongside extensive industrial I/O and high-speed interfaces—such as PCIe, M.2 NVMe, 10GbE networking, PoE, Mini-Fakra, and isolated serial ports—enabling flexible expansion, camera connectivity, and scalable edge AI deployments.
Machine Vision I/O Selection for Industrial GPU Computers
A machine vision industrial GPU computer should be selected by camera interface, GPU workload, PCIe expansion, storage bandwidth, thermal design and industrial I/O density. For AOI inspection, visual positioning, defect detection and multi-camera video capture, the core selection point is not only GPU performance, but also whether the industrial PC with GPU can support stable image input, real-time inference and long-duration factory-floor operation.
| Machine Vision Requirement | Recommended Hardware Entity | Recommended SINSMART Direction |
| 4–8 industrial cameras | PoE / USB 3.2 / 10GbE | Choose an industrial GPU computer with multi-LAN, high-speed USB and stable camera bandwidth |
| Frame grabber card | PCIe x8 / PCIe x16 | Choose SINSMART industrial PC with GPU platforms that support PCIe expansion cards |
| Real-time defect detection | NVIDIA RTX-class GPU | Choose RTX-class PCIe GPU architecture for AOI inspection and high-speed image inference |
| AMR visual navigation | NVIDIA Jetson AGX Orin | Choose Jetson AGX Orin industrial AI computer for compact edge AI workloads |
| Long-duration inspection | Wide-temp chassis + validated cooling path | Choose wide-temperature industrial GPU computers with tested airflow and GPU load stability |
Planning a machine vision workstation or AOI inspection line?
Send SINSMART engineers your camera quantity, interface type, frame rate, AI model and installation space.
Thermal Design for Industrial PC with NVIDIA GPU
SINSMART industrial PC with GPU platforms are engineered with controlled airflow paths, matched GPU installation space and optional fan modules to support stable CPU + GPU workloads in industrial environments. For high-power NVIDIA GPU configurations, thermal planning is completed around GPU card size, CPU power, chassis airflow and target operating temperature before deployment.
| Thermal Challenge | SINSMART Engineering Method | Advantages |
| GPU heat accumulation inside the chassis | Heat from the GPU chipset is transferred to heatsink fins, then removed through forced airflow inside the industrial GPU computer chassis | Reduces crash risk during long-duration AI inference, machine vision and video analytics |
| High-power NVIDIA GPU workload | For RTX-class GPU configurations, SINSMART matches the GPU card with stronger airflow space and auxiliary fan support | Helps maintain stable GPU performance during continuous factory-floor workloads |
| SIN-3412-R680E with 65W CPU + RTX 40 Series GPU | When targeting -25°C to 60°C, SINSMART recommends the optional fan module; without the fan module, the upper operating temperature target should be set to 50°C | Gives engineers a clear wide-temperature boundary before cabinet, vehicle or factory deployment |
| Long or dual-fan graphics card installation | SINSMART recommends an extended industrial PC with GPU chassis to reserve enough GPU length, cable clearance and airflow space | Prevents airflow blockage caused by long GPU cards or dual-slot graphics card structures |
| 24/7 machine vision or edge AI operation | CPU temperature, GPU temperature, fan speed and airflow path should be checked under sustained GPU workload before deployment | Helps confirm whether the industrial GPU computer can support continuous inspection or AI inference |
Need to confirm whether your NVIDIA GPU can run within your target temperature range?
Send SINSMART engineers your GPU model, CPU power, graphics card length, installation space and operating temperature requirement.
GPU heatsink fins and fan
External fan for embedded industrial PCs
How Does an Industrial PC with GPU Power Machine Vision?
Watch the video below to see how an industrial PC with GPU accelerates complex graphics, machine vision, and parallel processing tasks in real-world industrial settings. NVIDIA-powered industrial GPU systems bring powerful computation to edge AI, real-time analytics, and mission-critical automation — combining rugged reliability with advanced GPU performance for modern factories and smart infrastructure.
VideoIndustrial GPU Embedded Computer Related Produce Videos
Watch SINSMART industrial PC with GPU videos to see the internal machine structure, production workflow, and burn-in aging tests behind rugged GPU industrial computers. These factory and testing videos show how NVIDIA Jetson, RTX-class GPU, and industrial-grade computing platforms are built and validated for machine vision, edge AI inference, video analytics, and 24/7 smart factory automation.
SINSMART Certifications
SINSMART embedded Computers are desiged to meet the highest global standards, featuring full CE(EMC), FCC, ISO 9001, FCC, RoHS, ENERGY CONSERVATION CERTIFICATION, and Wide Temperature Test Report certifications to ensure seamless compliance and 24/7 operational safety in your most demanding industrial environments.
ENERGY CONSERVATION CERTIFICATION
CCC CERTIFICATION
Certificate of EMC Compliance
Certificate of EMC Compliance
Embedded PC - CE Certificate
Embedded PC - CE (EMC/LVD) Certification
Industrial Automation Configuration Monitoring Software - Computer Software Copyright
Machine Vision Inspection System - Computer Software Copyright
Internet of Things Integrated Management System - Computer Software Copyright
Portable Classified Security Protection Hardware Host - Patent Certificate
Industrial PC - Patent Certificate
Zhejiang Science and Technology Certificate
EMBEDDED COMPUTER ROHS CERTIFICATION
FAQs About Industrial PCs with GPU
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1. What is an industrial GPU computer?
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2. When do I need an industrial PC with GPU instead of integrated graphics?
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3. What applications are industrial GPU computers commonly used for?
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4. What types of GPUs are supported?
Most industrial GPU computers support NVIDIA® GPUs via PCIe, depending on chassis size, power budget, and thermal design. GPU type and power range can be customized based on project needs.
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5. Are fanless industrial PCs suitable for GPU applications?
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6. How much memory and storage do industrial GPU computers support?
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7. Do these systems support PCIe expansion?
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8. Can industrial GPU computers run 24/7?
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9. What operating systems are supported?
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10. How do I choose the right industrial GPU computer?
LET'S TALK ABOUT YOUR PROJECTS
- sinsmarttech@gmail.com
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