Description
Product Overview
The CCVA 7Pin GPU Card Cooler Fan is engineered to meet the demanding thermal requirements of modern high‑performance graphics cards. Measuring approximately 88mm x 88mm x 12mm, this fan delivers a balanced combination of airflow and static pressure, ensuring that heat is efficiently expelled from the GPU heatsink. Powered by a standard 12V DC source through a 4‑pin header, the fan operates at a low noise level, making it suitable for both gaming rigs and professional workstations. Its compact dimensions allow for easy integration into a wide range of GPU models, including the ASUS ROG RTX 2060, RTX 2080, RTX 2080Ti, and the AMD RX 5700XT series. The fan blades are precision‑molded from high‑quality plastic, providing durability and consistent performance over extended periods of use.
![[Product front view showing all components]](https://www.eatwellcook.store/wp-content/uploads/2026/08/6e5399203e024a29aceb7dcabbb8bd91.jpg)
Usage
This cooler fan is ideal for users who demand reliable thermal management for their graphics cards. Whether you are a competitive gamer seeking stable frame rates, a content creator rendering 4K video, or a data‑intensive professional running GPU‑accelerated applications, the CCVA fan helps maintain optimal operating temperatures. The fan’s 7‑pin connector ensures secure attachment to the GPU’s dedicated fan header, while the 4‑pin power connector simplifies installation. It is compatible with standard GPU mounting holes spaced approximately 32mm apart, allowing for straightforward retrofitting on existing cards or inclusion in custom builds. The fan performs well in a variety of environments, from well‑ventilated desktop cases to compact mini‑ITX enclosures, delivering consistent cooling without excessive noise.
Why Choose Us
Choosing the CCVA 7Pin GPU Card Cooler Fan means selecting a product backed by rigorous quality assurance processes. Each fan undergoes multiple performance and durability tests to verify that it meets or exceeds industry standards for thermal output and acoustic performance. The fan’s design incorporates a low‑profile hub that reduces vibration, extending the lifespan of both the fan and the GPU it protects. CCVA provides responsive customer support and a clear warranty policy, ensuring that any issues are addressed promptly. Additionally, the fan’s universal compatibility and straightforward installation make it a cost‑effective upgrade for users looking to improve cooling without the need for extensive modifications.
Key Features
- High airflow 88mm fan delivers efficient heat removal for demanding GPUs
- Quiet 12V operation reduces noise, ideal for gaming and professional workstations
- Easy 4‑pin installation fits standard GPU fan headers and mounting holes
- Durable precision‑molded blades ensure long‑term reliability and performance
- Responsive CCVA customer support and warranty for peace of mind
FAQ
Is this fan compatible with my specific GPU model?
The fan is designed to fit most GPUs that use a 7‑pin fan connector and have mounting holes spaced about 32mm apart. It is confirmed to work with ASUS ROG RTX 2060, RTX 2080, RTX 2080Ti, and AMD RX 5700XT series cards.
How do I install the fan on my graphics card?
Installation involves aligning the fan’s mounting holes with the GPU’s existing holes, securing it with the supplied screws, and connecting the 4‑pin power header to the GPU’s fan connector. Detailed instructions are included in the package.
Will the fan increase the overall noise level of my system?
No. The fan is engineered for low acoustic output while still providing strong airflow. Most users report a minimal increase in noise, often imperceptible during normal operation.
What warranty does CCVA offer for this fan?
CCVA provides a one‑year limited warranty covering manufacturing defects. If you encounter any issues, contact CCVA support for a replacement or repair.
Can I use this fan for overclocked GPUs?
Yes. The fan’s robust design and efficient cooling capacity make it suitable for GPUs that are overclocked, helping to maintain stable temperatures under higher performance loads.







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