Blog

This story highlights how the SINSMART Industrial Computer SIN-610L-JH61MAI is applied in environmental monitoring projects, showcasing how industrial-grade computing enables full-process ecological protection—from data acquisition in the field to cloud-based analysis. As the core engine for data collection and processing in complex monitoring scenarios, SINSMART’s rugged and stable solutions are driving digital transformation in the environmental sector.

A 19-inch rack is the global standardized frame used to mount servers, networking gear, industrial controllers, and audio-visual equipment. Defined originally by the EIA-310 standard, the rack specifies a front panel width of 19 inches (482.6 mm), allowing diverse hardware from different manufacturers to fit into the same enclosure. This compatibility has made rackmount systems the backbone of data centers, telecommunications rooms, broadcast studios, and industrial automation facilities.

MIL-STD-810G is a widely recognized military standard that defines how equipment should be tested to withstand harsh environmental conditions. Developed by the U.S. Department of Defense, it is not a certification but rather a series of test methods that manufacturers use to evaluate the durability, reliability, and ruggedness of their products.

Since 2008, SINSMART has been at the forefront of the industrial control industry, growing into a full-service provider that integrates research & development, manufacturing, sales, and technical support.

Headquartered in Hangzhou’s Future Science and Technology City, SINSMART benefits from its proximity to leading innovation hubs such as Alibaba and the AI Town. Today, SINSMART’s industrial PCs and embedded solutions are deployed across more than ten industries, including artificial intelligence, IoT, network security, and national defense. Over the past 17 years, more than 26,000 enterprise customers have chosen SINSMART to power their digital transformation.

In the world of embedded Linux development, selecting the right operating system is often the first—and most critical—decision. Two of the most widely discussed options are Yocto Project and Ubuntu. While both fall under the umbrella of Linux-based systems, their design philosophies and intended use cases are very different. Understanding these differences is essential for engineers, product designers, and decision-makers working on embedded systems, IoT gateways, industrial PCs, and edge computing devices.