ASUS TUF Gaming GeForce RTX 3090 24GB Graphics Card

ASUS TUF Gaming GeForce RTX 3090 24GB Graphics Card

The TUF Gaming RTX 3090 has been stripped down and built back up to provide more robust power and cooling. A new all-metal shroud houses three powerful axial-tech fans that utilize durable dual ball fan bearings. Fan rotation has been optimized for reduced turbulence, and a stop mode brings all three fans to a halt at low temps. Beneath, independent heatsinks for the GPU and memory keep thermals under tight control. Additional features, including TUF components, Auto-Extreme Technology, a new GPU bracket, and a backplate vent make the TUF a proper powerhouse. For builders looking for a new “old faithful”, this card has your back.

Axial-tech Upgrades

The fans have been smartly tuned with a reversed rotation for the center fan, which reduces turbulence, and with a fan-stop mode that kicks in when the GPU temp falls below 55 degrees.

2.7-slot Design

The heat spreader draws heat up into heat pipes that carry it through a fin stack that fills most of the card’s large, 2.7-slot footprint. This generation of TUF Gaming graphics cards also feature a dedicated heatsink for VRAM to keep temperatures well under maximum operating specs.

Tuf Component

The underside of the card reveals a host of improvements. Most of the rear is swathed in a protective metal backplate that prominently features a wide vent. The vent allows hot air to escape towards chassis exhaust fans instead of being recycled back into the GPU cooler. Beneath the GPU, a bracket provides consistent mounting pressure between the die and heat spreader. Stainless steel is used for the I/O bracket to protect ports and provide a more secure mount. A conveniently placed Dual Bios switch allows customization of the card’s default performance profile without software.

The top-side RGB element can be customized with Armoury Crate and synced with other ASUS components to enable uniform lighting. To fulfill the power demands of the GeForce RTX 3090, two 8-pin power connectors are present, along with an onboard circuit that monitors PSU rail voltage. The circuit is fast enough to catch any transients that result in the rail voltage dropping too low. If that happens, a red LED will light up so you know the power supply wasn’t able to keep up with the GPU’s power draw.