These compact, fanless embedded computers are specified with a wide operating temperature range and offer extreme performance through Intel’s latest generation Core i and Xeon processors. Full-height PCI/PCIe x16 expansion, multiple USB 3.1 and flexible I/O features make these models ideal for image-intensive vision applications.
Windows
Intel Core i
Embedded
Expansion Slots
Fanless
iAMT
Intel Xeon
Industry-leading performance with Intel’s 8th generation Xeon and Core i technology. The VEC-21-1100 family features options for high performance (up to 4.6GHz) multi-core processors designed for demanding vision and imaging applications.
The VEC-21-1100 computer family feature options for NVIDIA GTX 1050 graphics. With up to 768 CUDA GPU cores, these enhanced systems offer superior GPU compute performance and support a range of industry standard APIs including OpenGL and Vulkan API.
1 x PCIe X16, 2 x Mini PCIe, M.2, CFast, SUMIT and optional PCI for legacy expansion cards provide a wealth of expansion and customisation options for application-specific requirements. Captec will install, configure and test the complete platforms, ensuring total functionality before delivery.
The VEC-21-1100 features a rugged fanless design, combining excellent thermal performance with low weight. The system operates with no moving parts, ensuring silent operation and improving ease of maintenance to support high reliability.
*GTX1050/1050Ti models require additional cooling fan
With its robust design, the VEC-21-1100 computer family is protected against high shock and vibration conditions which, coupled with an operating temperature range of -40°C to 75°C, provides extended operational life in a range of challenging environmental conditions.
With 2 x GbE LAN, 4 x video displays, 6 x USB 3.1 (gen2), 3 x SIM slots, 4 x RS232/422/485 and GPIO ports, these computers are compatible with a wide range of install environments and machine vision applications.
The VEC-21-1100 product family features dual hot swap 2.5-inch HDD/SSD bays with support for RAID 0/1 to enhance system performance and availability.
