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A compact box PC equipped with a GPU that supports AI inference at the edge.
The "FAS-10100" is a compact box PC suitable for AI inference at the edge, capable of housing NVIDIA RTX A2000/T4/GeForce GTX 1650, among others. The CPU can be selected from the 10th generation Intel Core i processors or Xeon. Despite its small form factor of 210(W)×250(D)×176.6(H)mm, it offers high expandability with three PCI-E slots.
This is a box PC equipped with an 11th generation Intel Core i processor (Tiger Lake) that excels in vibration and shock resistance.
The CPU options include not only Core i7 but also i5/i3 and Celeron. Additionally, the newly adopted GPU "Intel Iris Xe Graphics" has approximately doubled the graphics performance compared to the previous generation. With support for a wide range power supply from 8V to 24V and advanced protection, stable operation is ensured during fluctuations in voltage and current input. It can withstand temperature changes required for installation in outdoor settings, warehouses, factories, and special vehicles such as transport vehicles, with a range from -40 to 70°C.
Equipped with the 11th generation Intel Core i processor (Tiger Lake), this box PC excels in vibration and shock resistance.
The CPU options include not only Core i7 but also i5/i3 and Celeron. Additionally, the newly adopted GPU "Intel Iris Xe Graphics" has achieved approximately double the graphics performance compared to the previous generation. By utilizing dedicated expansion modules, it can flexibly accommodate connections with peripherals and networks. In addition to general-purpose interfaces such as modules for RS232/422/485 serial ports and a module with four RJ45 standard network ports, there are also modules equipped with M12 connector-compatible ports commonly used in industrial applications, as well as PoE+ modules capable of supplying power to GigE cameras.
Fanless PC equipped with Intel Core Ultra
This is a fanless PC equipped with Intel Core Ultra processors that achieve excellent performance and improved power efficiency. Its robust design allows it to be used in embedded and installation applications in environments that require vibration and shock resistance, such as for unmanned transport vehicles, automated guided vehicles, and buses. It has obtained CE marking, FCC certification, and various standards including EN62368-1, and can also obtain E-mark certification as well as EN45545, EN50121, and EN50155 for railway applications, so please feel free to consult with us.
