Taustalevy EK Water Blocks Quantum Vector RX 6700XT musta

EK-Quantum Vector RX 6700XT Backplate - Black is a CNC-machined retention backplate made from black anodized aluminum, designed to fit the EK-Quantum Vector RX 6700XT D-RGB - Nickel + Plexi water block. It covers the entire length of the graphics card PCB, providing a uniform appearance while protecting board components on the card's rear side.

Advantages

The anodized aluminum construction offers durable protection and a consistent black finish that complements many builds. The backplate adds passive cooling capability to the rear of the graphics card, helping to dissipate heat from the VRM, VRAM, and GPU core without active components. It is CNC machined for precise fit and alignment with the corresponding EK-Quantum Vector RX 6700XT water block.

Suitable for

• EK-Quantum Vector RX 6700XT D-RGB - Nickel + Plexi water block equipped graphics cards
• Custom liquid-cooled PC builds using the RX 6700 XT GPU
• Systems where additional passive cooling and board protection are desired

Key specifications

• Material: Black anodized aluminum
• Compatibility: EK-Quantum Vector RX 6700XT D-RGB - Nickel + Plexi water block / RX 6700 XT graphics cards
• Manufacturing: CNC machined
• Function: Backplate covering full PCB length; passive cooling for VRM, VRAM, GPU core
• Brand: ek water blocks
• MPN / EAN: 3831109848012

How to use

Install the backplate after mounting the EK-Quantum Vector RX 6700XT D-RGB - Nickel + Plexi water block according to EKWB's installation instructions. Align the backplate with the PCB screw holes and secure it using the screws provided with the water block or backplate kit. Ensure all screws are hand-tightened to the recommended torque and that no conductive paste or liquid contacts components during installation.

Recommendations

Use this backplate together with the matching EK-Quantum Vector RX 6700XT water block for correct fit. Do not force screws; follow EKWB torque guidance. Periodically inspect mounting and clear any dust to maintain passive cooling performance.