Corsair Hydro X Series XG7 RGB RTX 2080 Super FE Water Block

Product information: Hydro X Series XG7 RGB RTX 2080 Super FE Water Block (Rev B) (CX-9020009-WW) The CORSAIR Hydro X Series XG7 20-SERIES GPU Water Block is a total conversion copper water block for NVIDIA® GeForce RTX 2080 SUPER graphics cards. Precision CNC- milled nickel-plated copper construction and more than 50 high-density cooling fins positioned over the GPU maximize thermal transfer and surface area, for dramatically lower temperatures and maximum performance. A fully transparent flow path and discrete RGB lighting puts your graphics card on full display, when combined with a CORSAIR Lighting Node PRO or Commander PRO and CORSAIR iCUE software. A full-length aluminum casing and included backplate encloses all your graphics cards critical components for a total conversion to custom cooling. With pre-applied thermal material, standard G1/4 threads and easy to follow step-by-step instructions, its never been easier to unlock the true potential of your NVIDIA® GeForce RTX 2080 SUPER.Features:Unlock Your GeForce RTX 2080 SUPERs True Potential: Unlock your GPUs true potential with custom cooling for your graphics card.Precision CNC Cut Nickel-Plated Copper Construction: More than 50 high-density cooling fins positioned over the GPU maximize thermal transfer and surface area, for lower temperatures and maximum performance. Premium Total Conversion Design: Cools not just the GPU, but your graphics cards memory and VRM as well, all clad in a clean and stylish aluminum casing. Full-Length Aluminum Backplate: Completely covers your graphics cards PCB and protects sensitive components. Built-In RGB Lighting: 16 RGB LEDs integrated directly into the GPU block provide vibrant customizable RGB lighting when combined with a CORSAIR Lighting Node PRO or Commander PRO.Fully Transparent Flowpath: An acrylic top plate and transparent flow path puts your coolant and RGB lighting on display.Built-In Flow Indicator: See that your coolant is flowing at a glance. Pre-Applied T...