端口 & 界面
S/PDIF输出接口 |
Y |
HDMI端口数量 |
1 |
USB 3.0(第 1代3.1)Type-A 端口数量 |
4 |
内存参数
内存插槽类型 |
SO-DIMM |
最大内部存储 |
16 GB |
內存插槽数量 |
2 |
支持的内存类型 |
DDR3-SDRAM |
另外
以太网连接器 |
Y |
图形适配器 |
Iris Pro graphics 5200 |
Mini DisplayPort的数量 |
1 |
以太网路(RJ-45)连接接口数量 |
1 |
Intel Core™ i5-4570R 3.20 GHz, Intel Iris Pro graphics 5200, SO-DIMM DDR3L, Gigabit LAN (Realtek RTL8111G), HDMI
<b>GIGABYTE BRIX Pro – Highly Compact, Highly Potent</b>
The BRIX Pro takes the signature compact design philosophy of the GIGABYTE BRIX series, adding a high-performance Intel® Core™ i5 processor featuring Intel® Iris™ Pro graphics 5200. As well as a featuring a true high-performance processor that is ideally suited to CPU-intensive applications like image design and video editing, the superior graphics performance of the BRIX Pro means it’s also great for 3D gaming.
Available in black and red, with a choice Intel® Core™ i5 4570R processors, the BRIX Pro is a DIY PC kit, shipping with a Wi-Fi Mini PCIe module pre-installed, plus power adapter and cable.
The BRIX Pro gives users the flexibility to independently choose integrated storage and system memory sizes, with two SO-DIMM DD3L slots plus support for both mSATA SSD and standard 2.5” SSD installation.
<b>Intel® Iris™ Pro Graphics 5200</b>
The BRIX Pro is one of the first devices to boast the cutting edge graphics capabilities of Intel® Iris™ Pro graphics. Based on the latest graphics architecture from Intel®, Iris™ Pro Graphics use an on-package 128M eDRAM cache that negates memory pipeline issues, greatly boosting overall performance in 3D applications.
<b>Display and Audio Connectivity</b>
The GIGABYTE BRIX Pro features both Mini DisplayPort and HDMI ports on the rear panel, enabling support for simultaneous dual display connectivity, making it suited to both the work place, home theater and entertainment scenarios, including casual 3D gaming. The GIGABYTE BRIX Pro also supports the latest 4K displays via HDMI. Audio connectivity includes SPDIF audio via a front panel connector, useful in Home Theater scenarios that use an A/V receiver.