Water block EK Water Blocks EK-Quantum Vector² RE RTX 3080/90 Aluminium Silver

EK-Quantum Vector² RE RTX 3080/90 Backplate - Silver is a CNC-machined retention backplate made from aluminum with a natural anodized finish, designed to fit EK-Quantum Vector² RE RTX 3080 and 3090 water blocks. The silver finish is matched to EK's Satin Titanium lineup and provides a cohesive look when paired with compatible components. The backplate extends along the full length of the graphics card PCB and offers both visual refinement and passive thermal support for the backside of the VRM and GPU core.

Advantages

The aluminum construction with natural anodizing provides durable protection for the PCB and a corrosion-resistant surface. CNC machining ensures precise fit and alignment with EK-Quantum Vector² RE RTX 3080/3090 water blocks. By covering the card’s full length, the backplate offers passive cooling for voltage regulation modules and the GPU backside while improving the overall appearance of the build.

Suitable for

• RTX 3080 graphics cards compatible with EK-Quantum Vector² RE water blocks
• RTX 3090 graphics cards compatible with EK-Quantum Vector² RE water blocks
• Custom liquid-cooled PC builds requiring a matching silver backplate

Key specifications

• Material: Aluminum
• Finish: Natural anodized silver
• Compatibility: EK-Quantum Vector² RE RTX 3080/3090 water blocks
• Manufacturing: CNC machined

How to use

Install the backplate onto the graphics card following the EK-Quantum Vector² RE water block installation instructions. Typically, mounting requires removal of the graphics card from the system, alignment of the backplate with the PCB and water block mounting points, and secure fastening with the supplied screws. Ensure proper contact and clearance when reassembling the card into the system.

Recommendations

The backplate is intended for use with the specified EK-Quantum Vector² RE RTX 3080/3090 water blocks; avoid using it on incompatible cards or with non-EK mounting hardware to ensure correct fit and thermal performance.