Video card AMD Radeon RX 9070 XT Reaper PowerColor, 16GB, 256 bit

PowerColor Radeon RX 9070 XT Reaper

The PowerColor Reaper series is designed for gamers who demand reliable performance and unwavering endurance. With its robust cooling architecture and precision engineering, the Reaper is built for intense gaming sessions without compromise. Built with a special focus on achieving stable performance, it is a reliable ally for those ready to conquer any challenge.

Master the game with the Reaper series
The PowerColor Reaper series is designed to deliver reliable and stable performance for gamers. Thanks to high-quality Japanese dual ball bearings and highly efficient ring-blade fans, the robust triple-fan design ensures optimal airflow and longevity. The copper base provides direct contact with the GPU and VRAM, maximizing cooling efficiency during intense gameplay. The Reaper series is designed for those who value unmatched performance in every battle.

High-quality Japanese dual ball bearings
Dual ball bearings reduce rotational friction, ensuring superior heat dissipation and doubling the expected lifespan of the fans.

Smart fan controller
Using a smart chip to detect temperature, the fans start running when the GPU temperature reaches 60 degrees and shut off when it drops below 50 degrees. Effective cooling, reduced fan noise, and extended product lifespan—all benefits of more precise temperature control.

High-efficiency ring-blade fans
Designed for passionate gamers, providing maximum cooling. The exclusive 9-blade ring blade design increases fan speed while maintaining low noise levels. It enhances air pressure and airflow, ensuring optimal cooling efficiency.

Direct-contact copper base
The smooth copper base makes direct contact with the GPU, ensuring exceptional heat transfer, and improves heat dissipation from the VRAM, maintaining optimal cooling conditions for the card.

High thermal conductivity of Honeywell PTM7950
Thanks to the phase-change properties of PTM7950, micro-gaps between the GPU and the heatsink are quickly filled during high-load operation, significantly improving thermal efficiency.