Avalue MAB-T660D Medical Edge AI System

Medical edge AI system MAB-T660D delivers advanced computing performance for next-generation clinical applications. It is designed for hospitals, clinics, and medical device manufacturers that need fast, reliable, and low-latency processing directly at the point of care. Because modern healthcare relies on real-time data, this platform provides the speed and stability required for imaging, monitoring, diagnostics, and AI-driven decision support.

Powered by 12th, 13th, or 14th Generation Intel® Core™ processors, the MAB-T660D supports demanding workloads with ease. Its DDR5 memory architecture enhances responsiveness and reduces bottlenecks during heavy clinical tasks. In addition, the system integrates Intel® integrated UHD graphics with Xe architecture, which ensures smooth visualization for displays used on carts, bedside terminals, and nurse stations.

Connectivity plays a key role in medical workflows. Therefore, the MAB-T660D includes DisplayPort, HDMI, dual LAN, USB 3.2, USB 2.0, and internal expansion options. These interfaces allow seamless integration with medical instruments, sensors, and data gateways. With support for M.2 NVMe storage and a 2.5-inch internal drive, the system offers fast data access and secure storage flexibility.

Durability is essential in healthcare environments, and the system is engineered for reliability. It operates safely within a 0°C to 40°C temperature range and passes strict vibration and shock tests. Combined with wide-range 12–24V DC power input, the device adapts well to mobile setups such as medical carts.

The medical edge AI system also supports Windows and Linux, ensuring compatibility with both legacy and modern healthcare software. TPM 2.0 adds trusted-platform security, helping protect critical clinical data.

Overall, the MAB-T660D provides strong performance, dependable reliability, and versatile connectivity. Consequently, it serves as an ideal platform for intelligent medical computing and AI-enhanced clinical solutions.