Engineered for computational density, thermal efficiency, and long-lifecycle operations. Explore our high-demand enterprise models.
Understanding the shift from massive workstations to compact, high-efficiency micro-computing nodes.
Modern mini computers are no longer simple office terminals. With the emergence of integrated NPUs (Neural Processing Units) in Intel and AMD processors, local AI computation is driving real-time inferencing on mini hosts in industrial setups.
Thermal management is the bottleneck of SFF design. High-performance custom units leverage passive fanless configurations or liquid-metal dynamic cooling loops, assuring sustained clock speeds over long-term operation.
Industrial sectors demand continuous 24/7 runtimes. System integrators require hardware designed with custom solid-state caps, wide-voltage inputs, and strict ESD protection profiles.
In Shenzhen, the core engine of global electronics manufacturing, tech innovation marches at an intense pace. While standard market products target bulk deployments, unique ideas and tailored specifications from growing companies are often neglected due to massive factory minimum order requirements.
Jinghong was founded in 2014 to eliminate this barrier. For 12 years, we have been deeply involved in the field of custom computational hardware. From compact desktop micro-hosts to complex fanless industrial controllers, we build technology designed to fit your creative requirements.
"No matter how small the demand is, it deserves to be taken seriously."
Our engineering lines have custom-configured palm-sized medical computer terminals for clinics in Germany, built military-grade reinforced notebooks for rugged desert terrain in the Middle East, and developed cost-efficient educational setups for classrooms in Africa. Behind our annual output of 100,000+ units, we support over 100,000 unique design challenges.
Providing technical flexibility, supply-chain resilience, and enterprise assurance.
Unlike rigid ODM suppliers, we accept single-unit testing requests and custom development configurations, helping custom PC brands test and launch products without capital constraints.
Our systems are engineered for stability. Every production batch undergoes dynamic diagnostic analysis and stress testing before packaging.
We scale alongside our partners. We monitor, track, and optimize hardware performance based on long-term client feedback loops.
Compare architectural design features and intended use cases for our core product groups.
| Series Model | Processor Architectures | Cooling Design | Interface Options | Target Verticals |
|---|---|---|---|---|
| WG1 Industrial Series | Intel Comet Lake-U Core i7/i5/i3 | Fanless Passive Fins | Dual COM, 4x USB 3.0, Dual LAN | SCADA, Automation, Edge Gateways |
| MU01 Micro Host | Intel Core i7/i5/i3 Options | Quiet Active Cooling | DP, HDMI, USB 3.0, Audio IO | Enterprise Desktops, Digital Signage |
| X800 Graphic Station | Intel Core Desktop Core + GTX1650/RTX2060 | Dual Fan Heatpipe System | HDMI 2.0, DisplayPort, Type-C | Gaming Nodes, Design, 3D Rendering |
| Custom RTX 3050TI | Intel Core High-Performance Core | Dedicated GPU Chamber | HDMI 2.1, DP, PCIe Expansion | AI Inferencing, Gaming Systems |
From board-level PCB modifications to custom BIOS configurations, we ensure your brand specifications are met.
Collaborate with our engineers to define TDP parameters, I/O ports, peripheral needs, and operating system targets.
Develop electrical routing schemes, heat dissipation analysis models, and bespoke enclosure drawings.
Produce initial physical units for thermal shock testing, EMI evaluation, and client compliance verification.
Run high-efficiency assembly processes, custom BIOS flashing, unique system tracing, and final shipping preparation.
At Jinghong, our design roadmap is built around efficiency and high computing power. Over the next three years, we are integrating next-generation architecture upgrades to keep our OEM/ODM partners competitive:
Frequently asked questions regarding order management, hardware modification, and shipping compliance.
Every computer leaving our Guanlan facility has a dedicated, secure QR code. By scanning it, clients can track the components used, check calibration logs, review thermal data, and confirm quality sign-offs.
We invite clients and system integrators to tour our Shenzhen production plant. See our low-temperature test benches, try out our rugged fanless computers designed for remote settings, and discuss your custom hardware projects directly with our engineering team.
Production Quality: Real-time, transparent tracking from the component source to final shipping delivery.Providing diverse portable options, heavy-duty motherboards, and specialized enclosures for modern field applications.
JingHong Device
