GIGABYTE BRIX Pro – ultra-compact, extremely powerful
The BRIX Pro takes the characteristic, compact design philosophy of the GIGABYTE BRIX series and adds a powerful Intel Core i7 processor with an Intel Iris Pro Graphics 5200 processor graphics card. Ideal for CPU-intensive applications such as image design and video editing.
Intel Iris Pro Graphics 5200
The BRIX Pro is one of the first devices to have the state-of-the-art graphics features of the Intel Iris Pro processor graphics card. Based on the latest graphics architecture from Intel, Iris Pro Graphics uses a 128M eDRAM cache on the processor unit, which eliminates problems with the memory pipeline and significantly increases the overall performance in 3D applications.
Display and audio connectivity
The GIGABYTE BRIX Pro has both a Mini DisplayPort and HDMI connections on the back, which supports simultaneous dual display connectivity – also ideal as a player for displays at major events, congresses and trade fairs. The GIGABYTE BRIX Pro supports the latest 4K displays via the HDMI interface. The audio connectivity includes S/PDIF audio through a port on the front.
USB 3.0 and network connectivity
The GIGABYTE BRIX Pro offers four USB 3.0 ports* (2 x front and 2 x rear) as well as optimal connectivity for peripheral devices, storage devices and more. The GIGABYTE BRIX Pro not only has a Gigabit Ethernet connection, but also a Mini PCIe module with IEEE 802.11a/b/g/n/ac Wi-Fi and Bluetooth 4.0, which provides connectivity for Bluetooth devices and peripheral devices at a low level of power consumption. Mobile devices can be easily connected.
VESA support
Together with a VESA mount, the BRIX Pro can easily be installed behind a display, which means that it is hidden from view from the front. This provides a simple and elegant way to turn any VESA-compatible display into a fully equipped PC or digital signage unit. Thanks to its stylish design, it is also great for use in a visible position – ideal at trade fairs where space is limited or for training courses, due to the low space requirements.
