Break Stereotypes! Fanless Industrial PC, Redefine the Hardcore Strength of Compact Hosts

Commonly known as Mini PCs, compact hosts have emerged as a rising star in the consumer market in recent years. However, most people still hold a fixed perception of mini PCs: small size equals weak performance, poor heat dissipation, and inability to support 7×24-hour continuous operation in factory environments.

It is undeniable that entry-level products in the early days did have inherent flaws. Yet after years of technological iteration, compact hosts have evolved into core computing terminals widely applied in intelligent manufacturing, machine vision and edge computing scenarios.

Traditional desktop computers are bulky and space-consuming, while ordinary industrial PCs are troubled by dust accumulation, frequent crashes and annoying operating noise.

Breaking the outdated design logic of blind performance stacking, our fanless compact industrial PC focuses on three core industrial demands: long-term operational stability, flexible adaptation to narrow spaces, and low maintenance costs. With 14 years of in-depth expertise in industrial intelligent display and computing equipment R&D and production, our products are exported to Europe, America, Southeast Asia, and other regions, winning wide recognition from global customers. All devices have passed authoritative domestic and international certifications including 3C, CE, RoHS, and FCC, ensuring reliable compliance for global deployment.

Fan-equipped industrial PCs have fatal drawbacks. As vulnerable wearing parts, fans are prone to dust accumulation and aging in dusty, oily factory workshops, causing system stuttering, crashes and frequent shutdowns. Regular fan replacement and maintenance greatly increase operational costs, while continuous operating noise also interferes with on-site work.

Adopting a fully fanless design with an integrated aluminum alloy body, the device achieves full-range passive heat conduction. The fully enclosed structure with no air inlets or outlets completely blocks the invasion of dust, oil stains, and water vapor from the source. Operating with zero noise at all times, the product has passed rigorous on-site tests, maintaining no faults and no stuttering during 72-hour full-load continuous operation, with its durability in harsh industrial environments fully verified by actual production line applications.

Compact size never means compromised performance. The device is equipped with a full range of Intel Core i3/i5/i7 processors to cover diverse industrial computing requirements. Customized in-depth CPU solutions serve as our core advantage, supporting exclusive customization for 8th to 14th-generation and new-generation Core processors, breaking the limitations of fixed configurations of ordinary devices.

We provide tailored chip solutions according to customers’ on-site load demands, budget ranges and equipment service cycles. The underlying architecture of the host reserves sufficient upgrade redundancy. In subsequent production line expansion and algorithm iteration, users only need to replace the CPU to upgrade computing performance, without replacing the entire device. This greatly reduces equipment renovation and replacement costs and effectively extends the service life of industrial equipment.

Equipped with dual Gigabit Ethernet ports as standard, the device supports network redundancy and load balancing, effectively avoiding network disconnection and fluctuation in complex industrial scenarios. Verified by multiple machine vision inspection projects, it can synchronously collect and process multiple groups of high-definition images with high-speed and low-latency transmission, fully meeting the high-precision quality inspection standards of industrial production.

Small in size but highly integrated in performance, this palm-sized industrial PC is equipped with full-spec universal and industrial interfaces. Universal interfaces including USB, HD, DP, VGA and audio ports, as well as dual Gigabit Ethernet ports are fully available. It is also fitted with multiple COM serial ports and professional I/O interfaces, which can be directly connected with sensors, PLCs and actuators to quickly build a complete industrial Internet of Things (IIoT) system.

It supports multiple installation methods including guide rail mounting, wall mounting and embedded mounting. It can be perfectly installed inside control cabinets or on the side of suspended equipment, saving valuable factory space. The fully enclosed aluminum alloy shell features dustproof, moisture-proof, vibration-resistant and anti-electromagnetic interference capabilities, enabling 7×24-hour uninterrupted and stable operation in all working conditions.

To solve the industry pain point of large temperature differences in factory environments, the device adopts a wide-temperature hardware solution, with a stable operating temperature range from -10℃ to 60℃. It operates stably in low-temperature cold storage and outdoor open-air environments without fear of severe cold, and maintains consistent performance without frequency reduction in high-temperature smelting workshops and closed high-temperature cabinets.

Most ordinary industrial PCs only mark wide-temperature parameters without complete overall machine verification, which often leads to blue screens and frequency reduction in alternating cold and hot environments. In contrast, our device adopts industrial-grade wide-temperature components and undergoes strict high and low temperature cycle aging tests and cold-hot impact tests. It simulates the day and night temperature changes in cold storage and high-temperature workshops in an all-round way, with full-load operation verification to ensure ultimate operational stability.

With the comprehensive advantages of silent operation, low power consumption, durable stability, sufficient computing power and easy integration, our fanless industrial PC empowers intelligent upgrading across various industries:

Machine Vision: Synchronous multi-camera data collection, intelligent image analysis and automatic defect detection;

Industrial Control: Connection with MES and SCADA systems to realize production process management and real-time data acquisition;

Edge Computing: On-site local data operation and analysis, reducing cloud load and improving production line response speed;

Diversified Scenarios: AGV intelligent sorting, smart medical terminals, commercial digital signage and more.

Help your production line reduce downtime, cut maintenance costs and realize worry-free intelligent operation.