Gainward GeForce RTX 5080 Phoenix NVIDIA 16 GB GDDR7 by Gainward

The Phoenix Series rises with renewed energy, embodying the spirit of rebirth that its namesake represents.

Featuring a phoenix-wing-inspired design and layered contours, the model sports a bold, dimensional aesthetic. A touch of ARGB on the side logo adds a vibrant flair, reflecting its dynamic personality while seamlessly blending style and functionality.

Dual BIOS
The Dual BIOS technology provides automatic protection and performance flexibility.
- Performance Mode
- Silent Mode

Auto Sync 2.0
The universal 5V ARGB connector makes lighting synchronization effortless. Simply plug and play to sync your board's lighting with the rest of your PC—no additional software needed.

Cyclone Fan
The wing tip on fan tail converges the air current, collecting maximized airflow into the cooling system. The claw marks engraved on the blade backs further smooth the airflow and lead the air to the heat sink steadily.

Diffuser Fins
The angular fins largely extend the contact surface of the air and the fins, enabling the air current to transmit in the steadiest way.

Vapor Chamber
The Vapor Chamber with antioxidant capacity is designed to spread the heat more evenly across the hot spots, and transfer it to the heat pipes more effectively.

Composite Heat Pipes
The Composite Heat Pipe leverages two advanced techniques- grooved and sintered powder structures, ensuring your GPU maintains peak performance even under high-power scenarios.

Ultra-Dense Protection Plate
The Ultra-Dense Protection Plate offers extra protection to the graphics card, keeping the board in the sturdy shape.

Two Ball Bearing
Two-ball bearing to bring longer life span for the fan.
- IP5X dust resistant technology
- Lower fan vibration
- 2X Prolonged fan life expectancy

ARGB Lighting
Addressable RGB allows gamers to customize each LED color.
You can personalize the lighting effects with GAINWARD Expertool Utility

ZERO RPM FAN
The fans stay idle during light tasks for silent operation, activating only when necessary. This ensures quiet efficiency during low-load tasks and powerful cooling when performance demands rise.