Explore our leading industrial mini hosts, modular commercial motherboards, and robust laptops engineered to order.
Analyzing the Architectural Transition from Rigid Desktop Form Factors to Modular, High-Density Portable and Mini PC Ecosystems.
Modern Ultra-Compact Form Factor (UCFF) hardware design requires balancing complex thermals against limited surface areas. Fanless chassis architectures utilize passive fins to transfer heat efficiently away from sensitive multi-core CPUs without standard physical fan wear, maximizing structural longevity.
Enterprise requirements dictate rich, customized interface options. We engineer boards to integrate multiple DisplayPort (DP), HDMI, and USB 3.0 links alongside complex PCIe configurations, allowing custom Mini PCs to drive multiple independent displays simultaneously for advanced industrial control.
Under Google Quality Rater guidelines, technical hardware solutions must demonstrate deep structural domain authority. Our engineering division ensures all computing platforms meet strict global safety, thermal efficiency, and environmental specifications before departing our Guanlan production center.
In Shenzhen, a global hub of tech development, thousands of businesses start with concepts that could reshape their industries. Many need mini computing hosts to power smart retail setups, tailored laptops to improve education in rural areas, or durable industrial computers to coordinate manufacturing lines. Standard options from larger suppliers often fail to meet these unique requirements.
Jinghong was founded to bridge this gap. Established in 2014, we began with a simple mission: to treat every customization request with the attention it deserves. Over the past nine years, we have expanded our capabilities across mini hosts, industrial systems, and business laptops.
How system integrators and corporate IT procurement teams navigate custom hardware deployments and lifecycle stability.
Global procurement teams often struggle to find manufacturers willing to customize devices for small or experimental batches. Our direct-factory setup allows organizations to order individual units to verify software compatibility before committing to volume purchases.
We work with enterprise clients to pre-configure custom BIOS interfaces, locking down key settings for security and pre-loading customized operating systems. This simplifies installation across distributed retail, medical, or corporate sites.
Industrial systems need to remain operational for many years. We guarantee hardware component availability and provide long-term motherboard revisions (such as the D1 series) to avoid software issues caused by sudden hardware changes.
Operating from Shenzhen's Guanlan tech corridor, our factory uses localized component supply chains to shorten lead times. Our integration ranges from Surface Mount Technology (SMT) for motherboards to metal chassis milling and comprehensive testing labs.
We perform systematic testing on all customized systems to ensure reliable operation under load. Every device undergoes a 72-hour burn-in process in climate chambers to check thermal limits, high-humidity tolerance, and structural stability against vibration.
From remote industrial infrastructure to modified education systems, see how Jinghong hardware operates in real-world scenarios.
Case Study: Russian gas station network integration. Alex deployed our fanless WG1 mini PCs to drive automated fuel pumps and transaction logs. Operates continuously under dusty, high-vibration conditions, scaling from 10 initial trial systems to a consistent annual deployment of 2,000 units.
Case Study: Adaptive laptops in Spain. Maria designed special education notebooks for children with mobility challenges. Jinghong modified the physical keyboard layouts and system interfaces to allow one-handed operations, helping the organization scale its outreach programs.
Case Study: Cold-resistant keyboards and systems for remote research stations. These setups feature customized physical key mechanisms and internal heating elements to maintain circuit stability in sub-zero polar environments.
Whether you need a specific custom chassis modification, unique motherboard peripheral layouts, or certified clean-room manufacturing, our engineering team is here to assist.
A quick reference of our primary custom platforms, designed for industrial, commercial, and high-performance applications.
| Product Platform | Target Application | Key Technical Specifications | Custom Options |
|---|---|---|---|
| WG1 Industrial Mini PC | Industrial Automation, IoT Gateways | Intel Core i3/i5/i7, Fanless Aluminum Chassis, COM/GPIO Support | Custom BIOS, custom ports, RAM & SSD branding |
| GP1 Mini Host | Digital Signage, Trading Desks | Intel 12th Gen Processors, Iris Xe Graphics, Support for 4 Displays | Custom display layouts, case graphics |
| NB02 Business Laptop | Corporate Operations, Hybrid Work | 15.6" Full HD Screen, Dual-Channel DDR4, Metal Alloy Case | Laser engraving, custom SSD configurations |
| GM2 Gaming Mini PC | E-Sports, High-End Workstations | Intel Core i7/i9 Processors, NVIDIA RTX 3050 Ti 8G GPU | Proprietary fan cooling profiles, RGB configurations |
Common questions regarding shipping logistics, hardware customization processes, and long-term technical support.
We do not enforce a strict MOQ for our standard configurations. We can build individual units for software testing and initial proof-of-concept validation before you commit to volume purchases.
Our fanless units use extruded aluminum cases with internal copper heatpipes. This passive cooling system transfers heat away from the processor to the outer fins, preventing dust buildup and ensuring 24/7 operation.
Yes. We offer BIOS customization services, including custom boot logos, locked setup options, customized ACPI configurations, and pre-allocated peripheral priorities to match your software requirements.
Our warranty covers all hardware components against manufacturing defects and failures under normal operating conditions. If an issue occurs, our engineering team responds within 24 hours to coordinate repairs or replacements.
Each machine is labeled with a unique tracking QR code. Scanning this code displays the assembly history of the unit, including chip batch details, SMT inspection data, testing records, and final technician sign-offs.
Explore our industrial micro hosts, multi-display systems, and dedicated graphic platforms built for demanding workloads.
JingHong Device
