Solutions

As Industry 4.0 continues to revolutionize manufacturing, industrial control, and robotics, businesses require advanced Human-Machine Interface (HMI) solutions and embedded computing platforms that deliver real-time control, secure data communication, and seamless system integration. From factory automation to robotic control systems, modern industrial environments demand ruggedized, fanless computing solutions that ensure efficiency, reliability, and scalability in mission-critical applications.

Artificial Intelligence (AI) has been making immense strides in various fields over the years, and with these advancements in technology, its applications are increasing day by day. One of the technologies making significant progress in this field is the Google Edge AI Tensor Processing Unit (TPU), which is a specialized hardware chip designed to support high-performance machine learning inference in low-power devices. The Google Edge AI TPU is designed to provide fast and efficient processing of machine learning models without having to rely on cloud- based infrastructure. This means that the chip is capable of handling data processing tasks on its own, without the need for internet connectivity or cloud servers, and it does so with extremely low power usage. Estone Technology – a premier provider of x86 and ARM Embedded Boards, Industrial Computers, Touch Panel PCs and Mobile Computing Solutions – offers several products that can incorporate Google Edge AI TPU, allowing tremendous new options for companies serving a wide range of industries. Utilizing emerging AI capabilities can put these companies and their products at the forefront of their respective markets, and Estone is here to assist in making those goals a reality.

Industrial computer manufacturers develop specialized computing solutions, includingindustrial grade tablets for rugged use, engineered for harsh environment operation and reliability. These specialized systems require precise manufacturing processes to maintain consistent quality and performance standards across multiple production stages. The advancement of industrial computing technology shapes manufacturing capabilities across sectors, from initial component selection through final assembly and testing procedures. Manufacturing facilities maintain strict environmental controls to ensure consistent rugged PC quality while enabling customization for specific industrial applications.