TQMx130HC COM Express® Compact Type 6 Module

13th Generation Intel® Core™ Processors

The TQMx130HC, a COM Express® Compact Type 6 Module powered by 13th Generation Intel® Core™ Processors (code-named Raptor Lake-P / H45 series), stands as a high-performance computing solution tailor-made for FPGA engineers. The module integrates Intel's Performance-Hybrid-Technology, offering a strategic blend of Performance-Cores and Efficient-Cores, which proves invaluable for complex multi-threaded FPGA applications.

Within the H45 High-Performance Series, it operates with a 35/45 W TDP*, delivering FPGA engineers up to 14 CPU Cores (6P+8E) and a formidable GPU equipped with 96 Execution Units. This combination is ideal for high-end FPGA applications, where computational prowess is paramount. Notably, it boasts a generous 24 MB Cache, further enhancing its performance capabilities.

The module supports flexible DDR5-5200 SO-DIMM memory configurations, accommodating up to 64 GB of memory. This memory versatility is critical for FPGA engineers tackling data-intensive tasks. Moreover, it incorporates AI-Boost with VNNI + DP4a instruction sets, enabling FPGA engineers to optimize inferencing and deep learning tasks.

In terms of graphics, it stands out by facilitating four simultaneous 4K high-resolution display outputs or 1x 8K support, catering to advanced visualization needs in FPGA applications. The module also offers a comprehensive range of connectivity options, including 2.5 Gigabit Ethernet, ultra-high-speed PCIe, additional PCIe Gen4 lanes, USB-C, and MIPI-CSI x4 support.

Engineered for industrial use and real-time support, it operates under extreme conditions, offering an extended temperature option down to -40°C. Additionally, it ensures a seamless upgrade path through pin-to-pin compatibility with its predecessor, the TQMx120HC.

In summary, the TQMx130HC is a powerhouse computing solution designed to meet the exacting demands of FPGA engineers, offering cutting-edge performance, memory flexibility, and extensive connectivity options for a wide range of FPGA applications.