|Graphics Processing Unit (GPU)||NVIDIA GeForce RTX 3070|
|Bus Interface||PCI Express 4.0|
|Memory Configuration||8G GDDR6|
|Core Clock||Base clock: 1500 MHz|
Boost clock: 1725 MHz
|Memory Speed||14 Gbps|
|Output Ports||1x HDMI(2.1), 3 x DisplayPort(1.4a)|
|Maximum Digital Resolution||7680×4320(Up to 4k 12-bit HDR at 240Hz with DP1.4a+DSC. Up to 8k|
12-bit HDR at 60Hz with DP 1.4a+DSC or HDMI2.1+DSC.
With dual DP1.4a+DSC, up to 8K HDR at 120Hz.)
|Memory Interface Width||256-bit|
|(GB/sec) Memory Bandwidth||448|
|Microsoft® DirectX®||1Microsoft DirectX® 12 Ultimate|
|NVIDIA RTX NVLink||No|
|Maximum Power Draw(W)||220 W|
|Dimensions||1 258 mm (length)2 126 mm (height)|
3 53 mm (thickness)
4 59 mm (thickness) : 3 slots
|Package Contents||WinFast RTX 3070 HURRICANE Graphics Card|
Quick Installation Guide
Dual 8-pin to 12-pin Power cable x1
|Requirements||Microsoft Windows Windows 7, Windows 10 operation system (64 bit)|
PCI-Express compliant motherboard with one dual-width x16 graphics slot
Two 8-pin PCI-Express supplementary power connectors
8GB system memory (16GB or higher recommended)
1.5GB of available hard disk space
DVD ROM drive for software installation
A DP or HDMI compatible monitor
Minimum 650W Power Supply
Two 10cm large fans, hurricane level airflow to quickly reduce the temperature and maximize the performance to bring you a smooth and blazing fast experience.
Four heat pipes for strong heat dissipation
Four 8mm heat pipes and large aluminum fins and all-copper heat-conducting base, cool the temperature quickly and efficiently.
8mm heat pipes and efficient thermal paste
High-conductivity heat pipes is used to quickly dissipate the heat emitted by the GPU by using the exclusive thermal module.
Thermal protection for important components
With the integrated design, the important components on the board are cooled by the excellent heat dissipation module, which protects the important components of the board and greatly improves the life and strengthens the stability.
Metal back plate revamped
The back plate to avoid bending and failure of the board due to long-term use, and to provide more reliable structural stability