Explore our leading custom motherboards, miniature compute engines, and high-durability notebooks engineered directly in our advanced Shenzhen factory.
In the era of hyper-digitization, the demand for enterprise-class mobile and edge computing devices has shifted dramatically from standardized bulk purchases to highly tailored, purpose-built hardware architectures. The paradigm of standard off-the-shelf laptops is proving insufficient for modern industrial, medical, and high-performance business applications. Enterprises are seeking custom motherboard designs, specialized thermal dissipation modules, and specific I/O layouts to drive their digital transformations.
Recent data indicates that the global enterprise computing market is experiencing a profound transition towards edge AI capability and mini-PC integration. Industrial IoT, smart education networks, and automated retail networks demand continuous 24/7 reliability, long-term bios maintenance, and micro-form factor solutions. This trend has placed Shenzhen's leading OEM/ODM factories at the epicenter of computing innovation, bridging the gap between chip giants like Intel and customized applications worldwide.
"Standardization is no longer the ultimate goal; deep customization at the silicon and board levels has become the definitive path forward for enterprise technology architectures."
In 2014, within the high-technology hub of Guanlan, Shenzhen, Jinghong was founded on a singular core belief: "No matter how small the demand is, it deserves to be taken seriously." For nine years, our engineering team has been deeply committed to customized computing hardware, bridging the gap for brands that large-scale manufacturers overlook.
From initial design sketches to complete schematic validation, our engineering teams co-develop products alongside our clients. We understand the unique challenges facing expanding organizations: high minimum order thresholds from monolithic suppliers, complex hardware integration issues, and the struggle to secure premium tier-1 components. Through our strategic technology partnership with Intel, we enable ambitious organizations to deploy tier-1 performance under a flexible budget framework.
How we engineering reliability, design flexibility, and high-performance computing architectures for global scale.
We eliminate high entry barriers. Whether you require one unit for prototype validation or thousands for multi-city logistics infrastructure, our assembly lines handle small-batch custom configurations seamlessly.
Equipped with our self-developed thermal solutions and high-grade capacitors, our mini PCs and motherboards operate continuously with high reliability, minimizing service calls and equipment downtime.
As a key partner in the ecosystem, we secure early access to silicon roadmaps, ensuring that our clients deploy the latest Tiger Lake-U, Comet Lake, and Alder Lake architectures ahead of competitors.
Before any batch ships, it undergoes extreme thermal chamber testing (-10°C to 60°C), vibration simulations, and full-load voltage sweeps to guarantee operation in harsh industrial environments.
Our Guanlan engineering facility remains at the cutting edge of modern device integration. The current development focus targets two major industry challenges: thermal throttling in compact mini computers, and structural durability in high-performance laptops. By incorporating composite graphite materials, active vapor-chamber cooling, and specialized power delivery networks, we maximize processor turbo frequencies without compromising component life spans.
Looking to the future, our engineering roadmap aligns closely with Intel's multi-die designs, integrating AI acceleration blocks directly onto our custom-developed motherboards. This allows local machine learning models to run efficiently on our hardware, minimizing cloud latency for our industrial clients.
“By optimizing local thermal paths and board layouts, we enable miniature compute systems to sustain peak turbo states for longer durations than traditional reference boards.”
How organizations worldwide utilize our custom computing platforms to solve real-world industrial and commercial problems.
Client: Alex (Russia)
Hardware: Fanless Industrial Micro Host
Scenario: Transitioned regional gas stations to intelligent, unstaffed operations. Scaled from 10 test units to 2,000+ units, operating continuously in temperatures ranging from -30°C to +40°C.
Client: Maria (Spain)
Hardware: Custom NB-Series Business Notebooks
Scenario: Configured bespoke laptops for children with physical challenges, optimizing single-handed operation layouts and high-impact plastic housing to withstand classroom drop tests.
Client: Health Networks (Europe)
Hardware: Ultra-Compact Palm-sized Terminals
Scenario: Designed compact, zero-noise medical computers for clean-room installations, featuring specialized electromagnetic compatibility (EMC) shielding to prevent hospital equipment interference.
Expert answers addressing motherboard design, custom BIOS requirements, thermal profiles, and factory procurement protocols.
Generic brands lock clients into rigid configurations, standard warranties, and short product lifecycles. Jinghong operates a flexible production model, allowing board-level component modifications, customized BIOS settings, dual-channel DDR4 memory configurations, and custom external interfaces. This ensures that you only pay for the exact features your enterprise requires, resulting in lower total cost of ownership (TCO).
Our fanless systems employ passive cooling techniques. We use thick-gauge aluminum alloy chassis acting as integrated heat sinks, directly connected to the CPU die via copper heatpipes and high-performance thermal interfaces. This allows systems to run silently and without moving parts, preventing dust accumulation and extending component life to over 50,000 hours in harsh industrial settings.
Yes, our systems are designed to meet global standards including CE, FCC, RoHS, and local EMC requirements. During the product development phase, our engineers conduct extensive testing in certified laboratories to ensure that customized motherboards comply with radiation, safety, and environmental guidelines before mass production begins.
We offer a 3-year warranty on all custom motherboards and computing products. In the event of hardware queries or system adjustments, our engineers respond within 24 hours. We provide online debug support, customized BIOS updates, and replacement modules to minimize operational downtime.
Our mini hosts, such as the GP1 and BQM series, feature advanced onboard display routing. By leveraging Intel's integrated Iris Xe Graphics and Alder Lake architectures, we design boards with multiple HDMI, DisplayPort, and Type-C interfaces, supporting up to four independent 4K outputs simultaneously for signage or control centers.
Bring your customized requirements to our Guanlan factory in Shenzhen. Our engineers are ready to build prototypes, adjust motherboards, and customize configurations to fit your exact business goals.
Contact Our Engineering TeamComplete your deployment analysis by browsing our secondary catalog of dedicated industrial computers and high-performance notebooks.
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