First, let’s examine some of the key challenges in industrial automation:

1. Space Constraints

Traditional industrial PCs are often bulky and unsuitable for older facilities or compact production lines. Limited installation space hinders flexibility and can obstruct layout optimization in modern factories.

2. Harsh Environment Challenges

Manufacturing environments expose equipment to dust, oil, extreme temperatures, and electromagnetic interference. Conventional PCs fail to withstand these harsh conditions, leading to frequent breakdowns and costly downtime.

3. Processing Limitations

Industry 4.0 demands advanced processing capabilities for real-time data analysis, predictive maintenance, and machine learning tasks. Many current systems lack the computational power to handle these requirements efficiently.

4. System Integration Issues

Integrating various equipment and systems from different eras and brands is another significant hurdle. Compatibility challenges create information silos, obstructing smooth workflow and overall efficiency.

1. Compact Design

ShareVDI industrial PCs feature a compact form factor. For example, our popular K6-F17H Rugged Fanless Computer measures just 197.4mm (L) x 126.3mm (W) x 47.5mm (H), making it smaller than comparable models. Thus, it is designed to fit seamlessly into tight spaces like control cabinets and robotic arms. These space-saving solutions allow manufacturers to optimize layouts without compromising on performance.

2. Robust Adaptability

• HighProtection Standards: Ourindustrial PCs are designed to meet various protection standards,including industrial PC IP65, ensuring reliable performance in demandingenvironments. Featuring a sealed enclosure and a specialized breathablevalve design, they are resistant to dust, water, and oil.
• WideTemperature Range: Operating stablybetween -20°C and 60°C,our industrial PCs incorporate advanced thermal management systems, suchas efficient heat sinks and intelligent temperature-controlled fans,ensuring optimal cooling and reliable performance in extreme conditions.
• Resistanceto Electromagnetic Interference:With robust shielding and circuit designs, our systems maintainoperational stability even in environments with high electromagneticinterference.

3. Exceptional Computing Performance

• High-PerformanceProcessors: Equipped with high-performanceprocessors like multi-core Intel Core and AMD processors, the industrialPCs deliver fast and efficient processing power for complex industrialtasks.
• IntegratedGPUs: These industrial PCs supportGPU acceleration for high-precision machine vision tasks, such as surfacedefect detection, dimension measurement, and robotic vision navigation,enabling real-time quality control and predictive analytics.
• AdvancedStorage and Memory Configurations:With large-capacity SSDs and DDR4 memory, our industrial PCs handlehigh-speed data processing, such as industrial historical data storage andreal-time database updates, ensuring smooth operation for demandingapplications.

4. Comprehensive Interfaces

More importantly, our industrial PCs offer a wide range of interfaces, including USB, HDMI, VGA, serial ports (RS232/RS485), and CAN bus. USB interfaces are ideal for connecting peripherals, serial ports support legacy devices, and the CAN bus is tailored for networking applications. This rich connectivity enables seamless integration with diverse industrial systems, eliminating compatibility issues.

For instance, our fanless mini PC is deployed as a warehouse computer in Georgia, USA. Its multiple interfaces enable simultaneous connections to a scanner, printer, monitor, keyboard, and mouse, functioning as a comprehensive system for collecting package information.

1. Oil Extraction Automation

An Italian oil extraction company struggled with low efficiency and equipment troubleshooting. We implemented 10.4-inch and 15-inch industrial all-in-one PCs with 24-48V power compatibility for their complex power setup. The 10.4-inch PCs, linked to underground sensors, provided real-time pressure and temperature data on-site, while the 15-inch PCs in the control center integrated SCADA, variable speed drives, and PLCs for comprehensive process management. This solution improved fault prediction accuracy by 70% and efficiency by 30%.

2. Machine Vision Solution

A U.S. precision manufacturer struggled with quality inspection, leading to a high rework rate due to undetected minor defects. Implementing our F17H industrial mini PC with an 11th Gen Intel i5 motherboard resolved the issue. Paired with high-resolution cameras, the system captured detailed product images and, in chip inspections, detected defects like 0.1mm scratches with 98% accuracy. This cut the rework rate to under 5%, ensuring strict quality control and boosting brand competitiveness.

3. Agricultural Automation

An Australian smart farm faced high labor costs and inefficient livestock management. We implemented a 15-inch industrial all-in-one PC to automate sensors for temperature, humidity, and ammonia control in livestock sheds. The system also optimized feeding and waste removal schedules based on breeding cycles and growth stages. In dairy farming, it boosted milk production by 15% and cut labor costs by 40%, enhancing farm efficiency and profitability.