Phanteks Glacier RTX 2080 GPU Full Water Block with RGB Ligh

Product information: Glacier RTX 2080 GPU Full Water Block with RGB Lighting - Black The Glacier G2080 Founders Edition from PHANTEKS is a premium and high-performance waterblock made for RTX 2080 Founders Edition and RTX 2080 cards. It features an optimised channel structure and nickel-plated copper base, which ensure that the GPU, VRAM and VRM are cooled effectively. The Glacier also has a unique and elegant look thanks to its cover which is made from acrylic glass and anodised aluminium. The Glacier G2080 Founders Edition at a Glance: GPU Waterblock for RTX 2080 cards Founders Edition Manufactured from premium materials including: Aluminum, Copper and Nickel Acrylic Cover Attractive Satin Black or Mirror Chrome colours available. The Glacier G2080 Founders Edition in Detail: Advanced applications such as gaming or video editing can cause GPUs to generate extreme heat. Such heat will negatively affect the cards performance and in the long term its lifespan. Specifically designed for the new RTX 2080 Founders Edition, the PHANTEKS Glacier G2080 is a dedicated GPU waterblock that disperses heat effectively. The Glacier G2080 has been constructed from materials that promote cooling across the GPU. It has a thick copper base, which offers excellent thermal conductivity in comparison to other materials. Plus everything is securely sealed with Viton rubber gasket, the same kind that is used in aeronautical engineering due to its superb durability. The Glacier G2080 Founders Edition has a stylish design and includes integrated addressable RGB lighting, which can work with the PHANTEKS digital controller. This is additionally compatible with both Aura and Mystic Sync lighting technologies. Specification: Colour: Satin Black Product Type: GPU Waterblock Materials: Copper Base Nickel plated Acrylic Cover Aluminum Covers (Anodised) Brass plug (Anodised / Nickel plated) Compatibility: RTX 2080 Founders Edition Waterblock Dimension: 124 mm x 260 mm x 16.5 mm (W x H x D) Ne...