Zotac ZBOX CI669 Nano Intel Core i7 Xe Graphics Barebone Mini PC

New Class. Next GenerationThe all-new ZOTAC ZBOX C Series CI669 nano instills silence in ever more powerful computing hardware with a 13th Gen Intel Core i7-1355U 10-core 12-multi-threaded processor, Intel Iris Xe Graphics, and Thunderbolt 4. A compact 1.79 liter footprint and modern design with a two-tone color scheme provide a timeless feel to captivate Offices and Workspaces with a silent and capable computer experience. With a bundled VESA mount plate, easily mount the system behind a compatible display or on the wall for more versatile placement.

THE MINI POWERHOUSEThe all-new compact ZBOX C Series nano is a leader in silent computing performance. Its rigid enclosure is patterned with nature’s strongest natural structure, further enhanced by 270 degrees of open ventilation for maximum breathability and operability.

Up to 30WA system that takes up very little space and it's designed with no moving parts (when used with an SSD), to remote wear and tear inefficiencies to increase overall system reliability, longevity, and return on investment. At 1.8 litres small, its energy consumption is just as small and efficient, sipping up to 30W under load for additional long term cost saving.

FlexibleThe ZBOX C Series nano features a built-in VESA mount design to allow for more flexible system placement. The overall small system takes very little desk space, but it also has the potential to take up zero if mounted onto a wall, under the desk, or even behind the display.

*VESA compatible display and additional hardware and tools may be required.

HAS GREAT COMMUNICATIONThe ZBOX C Series nano’s compact footprint packs in a plethora of built-in fast connectivity which include: WiFi 6, Bluetooth 5.2, Gigabit LAN, and 2.5Gbps LAN. It can also provide great visibility with the ability to support up to 3 displays with HDMI 2.0b, DisplayPort 1.4, and DP via Thunderbolt. The available Thunderbolt 4, USB 3.1, and SDXC Card Reader allows for easy file transfers between devices.