Customer Stories

In today’s era of deep integration between intelligent technology and academic research, one university has embarked on an ambitious project: developing outdoor vehicles for cutting-edge studies in autonomous driving and environmental perception. Such research requires long-term data collection and real-time processing in complex outdoor conditions—placing extraordinary demands on onboard computing hardware.

The industrial automation sector is undergoing a profound transformation toward miniaturization, efficiency, and intelligence. In this context, the SINSMART Embedded Mini PC SIN-3065-H110 has emerged as a robust answer to the industry’s most pressing challenges. With its multi-LAN design, fanless cooling, versatile expansion options, and broad CPU compatibility, this device sets a new standard for compact yet powerful computing in industrial environments.

As a leading manufacturer of three-screen rugged portable computers, SINSMART has earned customer trust through precision craftsmanship, robust materials, and exceptional reliability. Users consistently highlight the solid build quality and premium feel of SINSMART systems. Designed to withstand harsh environments, the devices have passed rigorous field tests, delivering stable, fault-free performance with outstanding shock resistance, dust protection, and anti-interference capabilities.

In the aviation maintenance industry, equipment is constantly exposed to high temperatures, freezing conditions, dust, humidity, and accidental drops. Devices must therefore combine rugged durability, high performance, and portability. Traditional consumer electronics often fall short of these requirements, as maintenance personnel frequently work in hangars, on runways, and even outdoors—performing fault diagnosis, parts replacement, and system inspection. Reliable, durable, and feature-rich tools are essential.

In today’s era of rapid digital transformation, unattended data center remote monitoring systems have become vital infrastructure across industries such as telecommunications, power distribution, and large-scale data centers. These mission-critical environments demand computing platforms that can withstand complex conditions while delivering continuous stability, high performance, and reliability. 

As the shipbuilding industry embraces higher levels of digitalization and intelligence, demand for high-performance simulation computing has surged. From navigation simulation and equipment condition monitoring to control system verification, reliable and efficient computing platforms have become indispensable.

With the rapid development of rail transit systems, the demand for reliable, secure, and efficient data acquisition has never been greater. Network security in high-speed rail and metro operations requires hardware that can handle massive real-time data flows, withstand harsh environments, and ensure 24/7 stability.

As urbanization accelerates, the importance of public security systems has grown significantly. Among them, fire detection and early warning have become critical components of city safety. In recent years, AI-based intelligent flame recognition has developed rapidly, but achieving accurate detection and real-time response requires powerful and reliable hardware support.

8-inch Windows-based rugged vehicle tablet terminal SIN-0809-N5100 delivers exceptional performance in modern agriculture. With a high-brightness 1000 cd/m² display, IP65-rated protection, and -20°C to 60°C operating range, it integrates GPS/GLONASS positioning, 4G connectivity, and CAN bus diagnostics. The SIN-0809-N5100 becomes the digital command center for farm machinery scheduling, data collection, and equipment management—reshaping field operations with industrial-grade reliability.

As robotics continues to expand across industrial automation and service industries, the choice of robot industrial PC (IPC) has become a decisive factor in ensuring system stability and maximizing performance. In this customer success story, we analyze how the SINSMART AFE-R770 industrial PC precisely matched a client’s robotic application requirements, offering valuable reference points for system integrators and manufacturers.