This full coverage block directly cools the video cards core (GPU), graphics memory (RAM), and voltage regulator modules (VRM). By directly cooling these components, you can achieve great temperatures along with 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 nickel 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 setups.

Specifications

• Block Material: Nickel Electroplated High Purity Copper / Acrylic
• Backplate Material: Black Anodized Aluminium (not in contact with coolant)

Compatibility

• (Including but not limited to the following models)
• MSI GeForce RTX 4080 Gaming X Trio
• MSI GeForce RTX 4080 SUPRIM
• MSI GeForce RTX 4080 SUPRIM X
• Please check over the entire PCB picture after narrowing your selection to ensure compatibility. If you have any questions, please contact support for confirmation.
• Compatibility based on these circuit board designs only
• Fittings: G1/4 Thread

Parts Included

• 1x Full Coverage GPU Water Block
• 1x Backplate
• 2x Stop Fitting
• 1x Mounting Hardware
• Thermal grease
• 1x 5v A-RGB (RBW) Light
• Warning: Addressable RGB (RBW) is 5V and is ONLY compatible with Addressable RGB (RBW) components. RGB is 12V and is ONLY compatible with RGB components. Mix and match will NOT work and will cause damage.

Warnings

The manufacturer reserves the right to alter the block design to expand compatibility. The delivered item may not 100% match the pictured item. The product does NOT come with English instructions. Please see the product gallery images for the install guide if available. Generally, thermal pads should be installed on the card where the block has corresponding raised contact points, except the GPU core, which uses thermal paste. Installing pads on other components can lead to improper contact and poor performance.