BUILT TUF

• The TUF Gaming Radeon RX 6500 XT is a tenacious beast with a tough metal exterior, efficient cooling, and components that offer enhanced endurance. An all-metal shroud houses two powerful axial-tech fans with dual ball fan bearings. Underneath, a thick heatsink keeps thermals under tight control and TUF components, selected for maximum durability and performance, keep the card ahead of the pack. You asked for a mean machine... this one is ready for action.

AXIAL-TECH FAN DESIGN​

• Two tried-and-true Axial-tech fans feature a smaller hub that facilitates longer blades and a slimmed down barrier ring to provide better airflow through the cooling array.​

QUIET CUNNING​

• Fans will only start spinning when the GPU temperature hits 57 Celsius and shut off when temps drop below 50 Celsius, helping to reduce noise when the system is idling or under light load.

2.7-SLOT DESIGN

• The heat spreader draws heat up into heatpipes that carry it through a fin stack that fills most of the card’s large, 2.7-slot footprint.

TUF COMPONENTS

• Robust military-grade capacitors were selected for the card’s power design. They and other components are soldered to the PCB using our Auto-Extreme automated manufacturing process. Precise joints and the elimination of human error ensures each graphics card meets our rigorous specifications. To ensure flawless performance when it counts, the cards are subjected to a grueling 144-hour validation trial.

FEATURES;

• Axial-tech fan design features a smaller fan hub that facilitates longer blades and a slimmed down barrier ring that provides better airflow through the cooling array.
• Dual ball fan bearings can last up to twice as long as sleeve bearing designs.
• A 2.7-slot design expands cooling surface area to make the most of the powerful Axial-tech fans.
• An all-aluminum shroud and metal backplate enhance durability.
• A 144-hour validation program puts cards through a series of stringent tests to ensure compatibility with the latest games.
• A vented backplate prevents hot air from recirculating through the cooling array.