An RGB designed waterblock for ASUS ROG STRIX RTX 3080 and 3090 graphic card that supports the TT RGB PLUS software, which not only cools down your GPU but brings out the best visual effects on your build.
Pacific V-RTX 3080/3090 Plus (ASUS ROG) GPU Waterblock
The Thermaltake Pacific V-RTX 3080/3090 Plus (ASUS ROG) GPU Waterblock is a transparent waterblock designed for the latest ASUS ROG STRIX RTX 3080/3090 graphic cards. It supports TT RGB PLUS software and displays 16.8M RGB lighting effects that help your GPU stand out from other builds.
Exclusive LED Strip Design
Controlled by the patented TT RGB PLUS Software and the app, the built-in 12 addressable LEDs feature great light coverage.
High Water Flow Design
Pacific V-RTX 3080/3090 covers all GPU's heat source, ensuring stable and reliable cooling performance even during overclocking. The waterblock also covers the entire PCB so no components are exposed, limiting the possible damage while handling the GPU.
Mirror-Finished CU Base
Pacific V-RTX 3080/3090 Plus (ASUS ROG) GPU Waterblock has a copper base with a mirror finished anti-corrosive nickel plating, which is easier for users to spread out the thermal compound and provides exceptional heat transfer while keeping the water block looking as good as new.
High Quality Aluminum Backplate
The aluminum backplate can cover the entire GPU from the back, preventing the PCB board from being twisted or bent.
Unique Micro-Channel Structure
Featuring a compact form factor with 0.5mm micro-channel fin construction guarantees optimal clearance and extreme heat dissipation.
Tt LCS Certified
Thermaltake exclusive certification applied only to products that pass the design and hardcore enthusiast standards that a true LCS chassis should hold to.
TT RGB PLUS
TT RGB PLUS Ecosystem is the intelligent lighting system for PCs that combines the most advanced addressable LED lighting with Thermaltake's patented TT RGB PLUS Software.
AI Voice Control
TT AI Voice Control App enables users to control light switch, color and fan speed by talking to mobile devices.
