Explore our core product lines, featuring precision-engineered business laptops, high-reliability fanless industrial hosts, and flexible graphics systems. All platforms are configurable to meet specific local compliance standards and system integrator requirements.
The global hardware infrastructure has witnessed a massive migration from standard ATX tower form-factors to Ultra-Compact Form Factor (UCFF) computing. Enterprise organizations, system integrators, and industrial facilities are increasingly deploying budget-optimized custom Mini PCs to balance thermal performance, spatial efficiency, and total cost of ownership (TCO). This change is driven by the rapid growth of IoT, edge computing, smart factories, and the digitization of commercial real estate.
In industrial environments, where operating conditions require tolerance for dust, grease, and temperature fluctuations, standard consumer desktops fail rapidly. Jinghong's fanless industrial computing solutions bridge this critical market gap. Combining low power consumption with customizable interface layouts, these units provide reliable performance in compact footprints, helping operators minimize maintenance overhead and prevent thermal throttling failures.
Decentralizing computation directly to the collection point. Industrial Mini PCs act as protocol translators, sensor aggregators, and real-time inference nodes.
VESA-mount compatibility and ultra-small footprints optimize workspace layouts, from smart retail kiosks to control rooms with limited physical space.
Low TDP (Thermal Design Power) processors ranging from 15W to 28W reduce utility costs and mechanical failures, directly improving bottom-line efficiency.
In Shenzhen, a global hub of electronic innovation, countless product designers and system integrators build specialized software applications. However, scaling these ideas is often hindered by high manufacturer Minimum Order Quantities (MOQs). Most large-scale original design manufacturers (ODMs) require upfront orders of thousands of units, locking out smaller brands, specialized field deployments, and growing enterprises.
Jinghong was founded in 2014 to address this industry challenge. Guided by a core principle: "No matter how small the demand is, it deserves to be taken seriously," we have spent over 9 years designing custom computing systems. Our solutions cover mini hosts, industrial computers, and specialized laptops, helping creators configure custom hardware configurations without high MOQ requirements.
Jinghong's design and manufacturing system supports configurations starting from a single unit. From early schematic design to mass-production delivery, our engineering team works directly with client system developers to match exact I/O interfaces, bios configurations, and thermal limits.
Over the years, we have delivered tailored systems for diverse applications, including low-power terminal platforms for European rural clinics, rugged notebooks for research operations in the Middle East, and cost-effective education computing devices for institutions in developing regions. Annually, we ship over 100,000 systems globally, with each delivery carrying unique product specifications.
A reliable, cost-effective mini PC requires more than just assembling standard off-the-shelf components. The performance and lifespan of ultra-compact systems depend on two main factors: thermal efficiency and electrical component selection. Jinghong integrates original engineering with strategic silicon partnerships to deliver reliable performance within budget constraints.
We use self-developed heat pipe designs and high-conductivity thermal interfaces to build systems with a 50,000+ hour MTBF. Our designs dissipate heat directly through the aluminum alloy fins of fanless chassis, helping prevent dust build-up and mechanical fan wear.
As an ecosystem partner, Jinghong maintains direct access to Intel’s product lifecycles. This allows us to supply systems built on reliable platforms, including Intel Comet Lake-U (e.g., WG1 series) and Tiger Lake-U (BQM3 series), with long-term component availability.
Every batch undergoes 72 hours of continuous stress testing. Systems are evaluated in thermal chambers (ranging from -20°C to 60°C), tested on multi-axis vibration tables, and subjected to electrical overload testing before shipment.
We provide hardware customization tailored to your project requirements:
Hardware deployments vary significantly by industry. We build and configure systems to meet the unique operational environments and performance requirements of different business sectors.
For factories utilizing legacy PLCs and modern SCADA interfaces, our fanless systems with isolated COM ports, dual LAN interfaces, and wide-voltage inputs (9V-36V DC) run continuously on factory floors without fan-induced dust accumulation.
Multi-display systems, such as the GP1 mini host supporting up to 4 high-definition video outputs, provide reliable hardware backbones for digital signage, self-service kiosks, and interactive retail displays.
Equipped with high-performance processors and expansion slots, models like the GM3 series support dual-channel DDR4 memory and high-speed NVMe storage, serving as efficient local virtualization clients.
Case Study 1: Fuel Station Automation in Eastern Europe
A system integrator, Alex, deployed our rugged WG1 industrial computers across 2,000 automated fuel stations. The challenge was maintaining constant communication with pumps, POS terminals, and outdoor cameras in sub-zero winters and humid summers. Starting with a 10-unit pilot test, our engineering team modified the BIOS to support automatic boot-up after power interruptions. Over the years, this has scaled to annual deployments of 2,000 units, operating reliably with minimal on-site maintenance.
Case Study 2: Specialized Education Devices in Western Europe
A regional non-profit education provider, Maria, needed customized laptops for special education programs. They required specific I/O ports, robust chassis casing, and custom system configurations within a tight budget. Jinghong customized a 14-inch lightweight design, modifying the keyboard layout and internal BIOS settings to support custom screen-reader software. This deployment provided accessible learning tools while remaining within the project's financial plan.
Shipping electronic hardware globally requires strict adherence to international regulations, safety guidelines, and environment-protection standards. Industrial customers cannot afford import delays due to missing certifications or untested assemblies. Jinghong maintains international regulatory compliance, verifying that all systems meet the safety standards of their target markets.
All core product chassis, motherboards, and power units carry required international certifications, including CE, FCC, RoHS, and CCC. This makes it easier for system integrators to incorporate our systems directly into larger equipment arrays without additional compliance certification cycles.
Every unit leaving the Guanlan facility in Shenzhen is marked with a unique tracking code. Scanning the barcode accesses the system's manufacturing log, showing the source batches of key components, thermal paste application dates, stress-test telemetry, and the final inspector's ID.
We provide 3-year warranties on our core hardware lines, with technical support responses guaranteed within 24 hours. By maintaining component inventories for five years past product discontinuation dates, we support long-term projects and ensure consistent hardware supply for our clients.
The next generation of Mini PC technology will be shaped by the growth of decentralized Artificial Intelligence (AI) processing and stricter energy efficiency standards. High-latency cloud-based computing is increasingly being replaced by localized edge inference nodes that process data closer to the source.
We are integrating Dedicated Neural Processing Units (NPUs) into our low-power fanless chassis. This allows local systems to run real-time computer vision, object detection, and predictive maintenance algorithms without relying on cloud servers.
Using recyclable aluminum housings, biodegradable packaging, and highly efficient power supplies helps businesses reduce scope-3 carbon emissions and comply with emerging corporate environmental mandates.
We are designing modular motherboard and I/O board layouts. This will allow clients to update the main processor module without having to replace specialized external ports, reducing future upgrade costs.
Common questions regarding pricing, custom configuration capabilities, logistics, and quality assurance processes.
Find the right hardware configuration for your next deployment. Select from our home-use systems, high-efficiency business platforms, and durable multi-port industrial mini computers.
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