ARBOR Technology is expanding its successful line of CPU modules with the introduction of an 11th generation Intel^® Core™ Tiger Lake processor platform, the EmETXe-i92U0, a COM Express Type 6 Compact module that features a low power consumption of just 15W TDP.

Ultra HD 4K Display Output
Intel^® Integrated Iris Xe Graphics delivers stunning and responsive visuals in 11th generation Intel^® Core™ processors, including Ultra HD 4k display and additional codec support. The enhanced built-in security and manageability features help to drive down both total cost and risk, protecting data and preventing malware threats.

Wide Expansion
EmETXe-i92U0 is designed to support up to four independent displays via LVDS, DDI and analog RGB interfaces. Native USB 3.2 ports support provides fast data transmission with low power consumption. Also, it was equipped with two SO-DIMM sockets for higher performance.

Multiple I/O Interface
The strength of the EmETXe-i92U0 lies in the flexibility and customization of the intended application. A total of twelve USB ports are provided to support USB 3.2 SuperSpeed. With one PCIex4 lane, four x PCIex1 lanes, two SATA ports with up to 6 Gb/s and an Intel^® i219LM PCIe Gbe PHY support Intel^® Active Management Technology 12 (Intel^® AMT 12) to enable fast and flexible system extensions, complete the highly flexible design. Two UART (RX/TX) ports, 8-bit GPI/O, 5V-20V wide range power input and more.

Multiple Applications by Machine Vision and Deep Learning
Machine vision and AI deep learning will become even faster, more efficient, and easier to implement with the new 11th generation Intel^® Core™ architecture. The Intel Iris Xe Graphics of the 11th generation Intel Core processor family offers AI applications a full 1996.8 GFLOPs. AI and deep learning inferencing are also executed faster on CPU cores of the 11th gen Intel Core processors.

Suitable for Harsh Environments
The EmETXe-i92U0 is based on ARBOR's unique, extremely rugged electronic design, which can operate in -40°C ~ 85°C harsh environment applications.