| Graphics Card |
| Memory Size |
8GB |
| Core Clock |
2400MHz |
| Memory Clock |
2400MHz |
| Card Size |
8GB |
| Memory Bus (Bit) |
64 Bit |
| Recommended PowerSupply |
650W |
| Ports |
1*HDMI 2.0+ 3*DP |
| Multi Display |
Yes |
| Dimensions |
300*118.5*50MM |
| Warranty |
3 Years |
GUNNIR Intel Arc A750 Photon 8G OC GDDR6 Graphics Card
GUNNIR Intel Arc A750 Photon 8G OC Graphics Card offers performance and power efficiency with 8GB of GDDR6 VRAM and a 256-bit memory interface. Xe Super Sampling (XeSS) is AI-enhanced upscaling powered by hardware acceleration on the GUNNIR Intel Arc A750 Photon 8G OC Graphics Card. Enjoy high-resolution visuals with improved performance. The card's front panel includes a number of outputs, including DisplayPort 2.0 and HDMI 2.1. Intel used dual fans to maximize downward airflow and air dispersion to the heat sink beneath them.
Xe Super Sampling (XeSS)
The GUNNIR Intel Arc A750 Photon 8G OC Graphics Card includes Xe Super Sampling (XeSS). It provides AI-enhanced upscaling for high-resolution visuals with improved performance. The AV1 video codec support ensures that you can create, stream, share, and consume high-quality content up to 8K resolution while maintaining high performance and efficiency.
Intel Deep Link
The GUNNIR Intel Arc A750 Photon 8G OC Graphics Card features Intel Deep Link technology. You can combine your Intel Arc A750 with a specific Intel Core processor to achieve even higher performance and efficiency across a wide range of workloads. Hyper Compute enables you to intelligently leverage multiple compute engines and AI accelerators, such as XMX engines, to stay ahead of the curve and prepare for the future of multi-GPU content creation.
Stream Assist
The GUNNIR Intel Arc A750 Photon 8G OC Graphics Card also includes Stream Assist, which offloads heavy streaming workloads to secondary engines in your system, freeing up your dedicated graphics to push out maximum frame rates. In addition, the dual fans on the front panel maximize downward airflow and air dispersion to the heat sink beneath them.
