Engineered for extreme reliability, customizable architectures, and high-density industrial deployments.
Over the last decade, corporate computing has undergone a spatial revolution. The traditional tower PC is rapidly giving way to Ultra Small Form Factor (USFF) micro desktops. This shift is not merely cosmetic; it represents a fundamental re-engineering of resource allocation, thermal efficiency, and workspace ergonomics.
For IT directors, global procurement officers, and system integrators, selecting the right micro desktop factory is critical. A reliable partner must supply more than basic hardware; they must deliver high reliability, customized firmware options (BIOS configurations, PXE boot control), and strict thermal thresholds to guarantee a low Total Cost of Ownership (TCO).
Density Optimized Footprint: Micro desktops reduce physical volumes by up to 90% compared to standard mid-towers, drastically lowering deployment footprints in offices, labs, and network nodes.
Power Efficiency Focus: Engineered with mobile-class processors (15W to 45W TDP), modern micro desktops slash electricity overheads while maintaining desktop-class performance thresholds.
Evaluating manufacturing plants and OEM/ODM capabilities is essential when deploying hardware fleets across borders.
Continuous heavy computational loads trigger thermal throttling in poorly designed cases. Jinghong's custom chassis features custom copper heat pipe layouts, vapor-chamber technology, or fanless cooling designed to sustain 50,000+ hours of operation.
Off-the-shelf platforms lack the specific configurations needed for industrial automation, kiosk deployment, or security cameras. We customize hardware ports with Legacy DB9 COM/RS232 headers, dual DP/HDMI configurations, and multi-Gigabit Ethernet controllers.
Small companies are often ignored by mega-conglomerates. Jinghong's "Zero-MOQ" program permits single-unit custom prototypes. This support allows small business operators and specialized system integrators to scale seamlessly without locking up capital.
How specialized Micro Desktops optimize productivity and compute across major verticals.
Automated assembly lines require robust computing platforms to collect, process, and analyze sensor telemetry. Traditional active cooling systems attract dust, leading to premature fan failures. Our fanless micro architectures use aluminum-alloy fins for passive heat dissipation, preventing factory debris from shorting internal circuitry.
Modern offices benefit from clean desks, multi-monitor productivity hubs, and space-saving mounts. VESA-compliant micro desktops can be mounted directly to the back of displays, transforming them into high-performance integrated workstations that support multi-monitor setups and smooth multitasking.
"No matter how small the demand is, it deserves to be taken seriously."
Founded in 2014 in Shenzhen, the silicon heart of global computing, Jinghong started with a simple belief: specialized hardware needs of emerging brands are often ignored by big, standardized manufacturers. For nearly a decade, we have been deeply involved in hardware customization—from low-power micro PCs to ruggedized industrial computers and enterprise business laptops.
We work closely with clients to address key issues, including design challenges, component availability, custom thermal systems, and cost-effective prototyping.
Jinghong is a strategic Intel partner, combining the agility of a custom shop with tier-1 engineering and sourcing. We have shipped custom systems globally, from medical terminals for European clinics to rugged notebooks for desert deployments in the Middle East.
How we ensure reliability, longevity, and quality across every production run.
We customize orders starting at a single unit. From initial sketch to prototype to production run, our engineers collaborate with you throughout the process.
Every micro host undergoes 72 hours of stress testing, covering temperature extremes, physical vibration, high humidity, and continuous system loads.
Every system has a unique QR code on the chassis. Scan it to see its complete birth log: chip lot numbers, assembly station details, and quality sign-offs.
Alex (Russia): Integrated our industrial hosts into automated gas station networks. A test run of 10 machines grew into annual procurements of 2,000 units, backed by stable fanless components.
Maria (Spain): Customized educational laptops for children with physical challenges. Our team optimized the weight, physical port placement, and casing to facilitate single-handed operation.
Integrating next-generation advancements into micro desktops for 2025 and beyond.
Future micro systems are integrating dedicated NPUs (Neural Processing Units). These chips handle real-time computer vision, local LLM parsing, and sensor fusion directly at the edge, reducing cloud bandwidth costs.
As microprocessors push past 45W TDP, we are transitioning from standard heatsinks to vapor chambers and high-thermal liquid metal compounds, ensuring low operating temperatures under continuous workloads.
We are engineering tool-less chassis designs that allow modules (such as I/O boards, storage arrays, and network cards) to slide out easily. This minimizes maintenance downtime in industrial deployments.
Addressing key engineering and logistics questions from sourcing and procurement managers.
Explore our full line of industrial mini computers, business laptops, and gaming systems.
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