Its advantages include unparalleled AI performance and lightning-fast response times.
The new COM-HPC Client Size A module sets a new benchmark for embedded computing performance with up to 16 cores and an integrated AI accelerator (NPU). This advanced platform supports up to 64GB of high-speed LPDDR5x SDRAM with IB-ECC for enhanced reliability and leverages Intel Xe graphics with up to 12 Xe cores for increased visual performance.
This new module, developed by design engineers and systems architects, incorporates a fully integrated AI accelerator (NPU). Combined with up to 12-core Intel Xe graphics, it achieves the highest AI performance on the market, up to 180 TOPS.
Tria's COM-HPC enables small-scale, cost-effective edge computing solutions without the need for external PCIe-based accelerators or cloud-based AI services. It can also run AI applications in a controlled environment and can serve as a replacement for GfX accelerators in medical, spectroscopy, data analytics, gaming, automation, and robotics applications, stated Daniel Denzler, Senior Director and Business Line Manager at Tria Technology. “This solution sets a new benchmark for AI and cutting-edge edge computing. Furthermore, customers can rely on its long-term availability, ensuring seamless integration and a future-proof investment for mission-critical applications.”
Thanks to its versatile display outputs, it supports four independent display connections via various display interfaces, including DisplayPort/HDMI, embedded DisplayPort, and USB-C. For high-bandwidth I/O expansion, system designers can utilize multiple PCI Express® Gen 5 and Gen 4 lanes, a variety of USB 4.0, USB 3.2, and USB 2.0 ports, as well as diverse networking and SATA storage options.
With its Trusted Platform Module (TPM) 2.0 and a commitment to long-term product availability, this module is an ideal choice for demanding applications requiring high levels of performance, security, and longevity. Furthermore, the product design allows the card to operate in environments with wide temperature ranges.
