Bykski Full Coverage GPU Water Block for Sapphire RX 5700 XT Nitro+ – Clear W/ RBW (A-SP5700XTPLAT-X) Bykski

The Bykski Full Coverage GPU Water Block for Sapphire RX 5700 XT Nitro+ is a work of art! This full coverage block, directly cools the video cards core (GPU), graphics memory (RAM) as well as the voltage regulator modules (VRM). By directly cooling these components you can achieve great temperatures! Along with these temperatures comes the ability to reach higher overclocks or extend the overall lifespan of your card by running at below factory temps.

The block is constructed of high purity copper that is electroplated to prevent oxidation. A high flow design is used to allow multiple blocks to run in series. Top and bottom ports can be used to configure parallel or serial designs in multi block set ups.

Features

• Finest Craftsmanship
• Designed to Fit Standard G1/4 Thread Fittings
• SLI/Crossfire Compliant

Specifications

• Model:A-SP5700XTPLAT-X
• Brand:Bykski
• Material:Electroplated High Purity Copper / Clear Acrylic

Compatibility

• Loop:Non-Aluminum
• (Including but not limited to the following models)
• Sapphire RX 5700 XT Nitro+
• Please check if your PCB is consistent with picture, to ensure compatibility
• compatibility based on this design only, block may not fit altered / super clocked and other third party variations that deviate from this design.
• Fittings:G 1/4 Thread
• Stock Backplates: Due to mounting variances between cards, stock backplates not guaranteed to fit.

Parts Included

• 1x Full Coverage GPU Water Block
• 2x Stop Fitting
• 1x Mounting Hardware
• Thermal grease
• 1x 5v Addressable RGB (RBW)

Warnings

This is a repair or replace only item. Returns not accepted on compatibility issues or block has had water/fluid run through it.

Manufacturer reserves right to alter block design to expand compatibility. Delivered item may not 100% match pictured item. Product does NOT come with English instructions.

Not responsible for any damage caused by or when using this product. Please use at your own risk.