性能
| Full HD |
Y |
| 集成电视调谐器 |
N |
| PhysX |
N |
| DirectX版本 |
12.0 |
| OpenGL版本 |
4.4 |
处理器
| 处理器频率 |
1050 MHz |
| 处理器提高时钟速度 |
1060 MHz |
| 视频卡最大显示 |
4 |
| CUDA |
N |
| 图形处理器系列 |
AMD |
| 最大模拟分辨率 |
2048 x 1536 pixels |
能量控制
| 最低系统供电 |
600 W |
| 补充电源连接器 |
1x 6-pin, 1x 8-pin |
内存参数
| 内存时钟速度 |
6000 MHz |
| 独立显卡适配器內存 |
8 GB |
| 图形适配器内存类型 |
GDDR5 |
| 数据宽度 |
512 bit |
端口 & 界面
| DVI-D接口数量 |
1 |
| 接口类型 |
PCI Express 3.0 |
| HDMI端口数量 |
1 |
| DisplayPort 数量 |
3 |
另外
| 双dvi（互应式数字视频） |
Y |
| 图形处理器 |
Radeon R9 390X |
GV-R939XG1 GAMING-8GD - AMD Radeon™ R9 390X GPU, 8GB GDDR5, Dual-link DVI-D / HDMI / DisplayPort x3
<b>SOC ─ GPU Gauntlet™ Sorting</b>
With GPU Gauntlet™ Sorting, the Gigabyte SOC graphics card guarantees the higher overclocking capability in terms of excellent power switching.
<b>WINDFORCE 2X cooling system</b>
Unique Blade Fan Design
The airflow is spilt through the triangle design at the fan edge, and is guided smoothly through the fan by special 3D stripe curve design. At the same time, it effectively enhanced the cooling capacity while reducing air turbulence.
Intuitive Fan Indicators
Featuring LED indicators on the top of the graphics card to provide an instant display of whether the fans are spinning or not.
Heat Pipe Direct Touch
Equipped with pure copper heat pipe direct touch (HDT) technology, delivering superior cooling capacity and heat transfer efficiency at an extremely low noise level.
Stylish Metal Back Plate
Glorious black metal back plate engraved with G1 GAMING logo inspires passion for gaming.
<b>Ultra Durable VGA™</b>
Lower GPU Temperature
Ultra Durable VGA board provides dramatic cooling effect on lowering both GPU and memory temperature by doubling the copper inner layer of PCB.
Better Overclocking Capability
Ultra Durable VGA board reduces voltage ripples in normal and transient state, thus effectively lowers noises and ensures higher overclocking capability.
Decrease Power Switching Loss
Ultra Durable VGA board allows more bandwidth for electron passage and reduces circuit impedance. The less circuit impedance, the more stable flow of current and can effectively improve power efficiency.
