Sapphire PULSE V2 RX6700 XT, PCIe4, 12GB DDR6, HDMI, 3 DP, 2581MHz Clock

  • £383.48 GBP
  • Guardar £75.61 GBP





SAPPHIRE PULSE AMD Radeon™ RX 6700XT 12G DDR6
 

  • AMD RDNA™ 2 Architecture
  • 96MB Infinity Cache
  • 12GB GDDR6 Memory
  • PCI® Express 4.0
  • AMD FidelityFX
  • DirectX® 12Ultimate
  • Hardware Raytracing
  • Vulkan® Optimized
  • Radeon™ Anti Lag
  • Radeon™ Boost
  • AMD Freesync™ Technology
  • HDMI® 2.1




High TG Copper PCB

The GPU is mounted on to the high density 14 layer 2oz Copper PCB with a high TG temperature value PCB to match the power requirements of the GPU and memory and guarantee mechanical stability of the PCB during operation.





Fuse Protection

In order to protect your card, the SAPPHIRE cards have fuse protection built into the circuit of the external PCI E power connector to keep the components safe.





Intelligent Fan Control

Fan speed is intelligently controlled to keep the GPU, memory, PWM IC and other components as low as possible in temperature to balance performance, and fan noise.





Precision fan control

Standard industry fans may have up to 10% difference between fan rotation cycles (RPM). The Fan IC Control on SAPPHIRE graphics cards reduce differential at approximately 3%. This up to 70% improvement on accuracy ensures that cooling and noise performance of every graphics card is up to scratch.





Metal Back plate with thermal pad

The high quality aluminum back plate is not just for styling, it also protects the components on the back side of the PCB and help dissipate the heat from the PCB with high performance thermal pad in between.





Two Ball Bearing Fans

These feature Dual Ball bearing fans, which have an approximately 85% longer lifespan than sleeve bearings in our tests. The improvements to the fan blades means the solution is up to 10% quieter than the previous generation.





Optimized Composite Heat pipe

The composite heat pipes on SAPPHIRE RADEON RX 6X50 Series are fine tuned for each individual cooling design with optimal heat flow, efficiently and evenly spreading out the heat to the whole cooling module.

 


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