Customer Stories

As the new energy vehicle (NEV) industry continues to accelerate, the requirements for manufacturing and testing technology are becoming increasingly stringent. Efficient, stable, and reliable industrial computing equipment has become the cornerstone for ensuring production quality and precision in testing processes. 

With the rapid advancement of Industry 4.0 and digital transformation, the demand for mobile computing devices is rising across industries. In applications such as field exploration, emergency command, and mobile inspection, traditional commercial laptops struggle to meet the requirements for durability, stability, and high-performance computing.

A leading software development company recently faced the challenge of selecting an industrial panel PC capable of reliably running the KingView monitoring system. The requirements were clear: compatibility with Windows operating systems, robust and stable performance, and the ability to withstand demanding industrial environments.

In the era of Industry 4.0 and smart manufacturing, rugged tablets are rapidly becoming indispensable intelligent terminals across challenging industrial environments. This article highlights the application of the SINSMART rugged tablet SIN-I0801E-5100 in forklift operations, showcasing how it enables paperless workflows and improves efficiency in logistics and industrial handling.

As the coal mining industry rapidly advances toward automation and digital transformation, the demand for industrial control equipment with high performance, reliability, and environmental adaptability is growing. The SINSMART i7 Embedded Industrial PC (model SIN-3312-Q670E) is specifically designed to meet these needs, becoming the ideal solution for coal mine monitoring, equipment control, and data analysis applications.

In the era of marine artificial intelligence and smart aquaculture, grid-based fishery management models are becoming increasingly popular. By integrating automated feeding machines, weather monitoring stations, and other IoT devices into a unified control and data acquisition platform, operators can achieve scientific breeding and efficient management. At the heart of this digital transformation lies a stable and reliable computing platform, which ensures the entire system operates 7×24 hours without interruption.

A leading optoelectronic control technology company specializing in the research and production of electromagnetic gas shut-off valves has experienced a growing demand for industrial-grade tablets in recent years. Leveraging deep industry experience and technical expertise, SINSMART provided this customer with a tailored product selection solution, helping them accelerate their smart factory initiative.

The Intel Celeron J6412 and Intel Celeron N5105 share many similarities, yet their architectural foundations reveal important distinctions that directly impact performance, efficiency, and use case suitability. Both processors were introduced in Q1 2021 and are based on Intel’s 10 nm Tremont microarchitecture, but they belong to different design families—Elkhart Lake for the J6412 and Jasper Lake for the N5105. This divergence defines their target markets: the J6412 is primarily intended for embedded and industrial computing, while the N5105 is optimized for consumer mini-PCs, NAS devices, and small desktops.

As the construction industry accelerates its digital transformation, smart construction sites have become a clear trend. By leveraging intelligent technologies, these sites achieve efficient management of personnel and equipment, alongside precise safety risk monitoring and early warning systems. At the heart of these applications lies the industrial computer, providing the critical hardware foundation that ensures reliable performance in harsh environments.

In today’s digital era, information security has become a matter of national importance, directly tied to public welfare and industry stability. This is especially true in the healthcare sector and network security compliance (classified protection) inspections, where hardware devices are required to meet extremely high standards of reliability and portability.