MSI RTX 4080 SUPER 16G GAMING X TRIO

GeForce RTX 4080 SUPER 16G GAMING X TRIO

NVIDIA Ada Lovelace Architecture Designed to Give You Superpowers

New Streaming Multiprocessors

• Up to 2X performance and power efficiency

Fourth-Gen Tensor Cores

• Up to 4X performance with DLSS 3 vs. brute-force rendering

Third-Gen RT Cores

• Up to 2X ray tracing performance

STRENGTH AND ARTISTRY

MSI envisioned the GAMING series as the favored graphic cards solution for all sorts of gamers, including adventure seekers, export competitors, livestream broadcasters, and more. GAMING reflects both the spirit of gamers and the intense performance within the cards with a styled exterior that erupts with colorful lights between bold lines and edges.

TORX FAN 5.0

TORX FAN 5.0 is a culmination of fan design improvements to increase the air pressure and flow into the heatsink. Ring arcs link three sets of fan blades that tilt 22 degrees together to maintain high-pressure airflow even at slower rotational speeds. The resulting increased airflow is +23% compared to an axial fan.

A fan cowl extends a bit beyond the general enclosure to lengthen the wind's passageway, allowing airflow to stabilize and move smoother through the fans. Bulging notches under the cowl help to reduce recirculation, thus further improving airflow stability and reducing some noise.

COPPER BASEPLATE FACING THE HEAT HEAD-ON

Heat from the GPU and memory modules is immediately captured by a solid nickel-plated copper baseplate and then rapidly transferred to an array of heat pipes. This widening of the thermal transfer systems with highly efficient mechanisms improves overall efficiency.

KEEPING THE CORE COOL

Core Pipes are precision-crafted to make maximum use of the available space. A squared section of heat pipes fully touch the GPU baseplate and spread the heat along the full length of the heatsink.

Airflow Control improves airflow dynamics through the Wave Curved 2.0, updated deflectors, and Air Antegrade fin design for optimizing the balance between cooling and quieter acoustics.

AIR ANTEGRADE FIN

Fins with a V-shaped cutout are located at the airflow passthrough to improve flow efficiency. Optimizing the inclination angle and increasing the wave notch shapes the air resistance towards the center, pushing out warm air faster like a nozzle.

HARDENING EVERY DETAIL

High-Efficiency Carbonyl Inductors (HCI)

Manufacturing and material improvements to our choke parts have culminated as High-Efficiency Carbonyl Inductors (HCI.) One-piece molding allows this design to operate with less choke noise and better electrical filtering.

DrMos

DrMOS power stage solutions provide great efficiency with low power loss and enhanced voltage controls.

Change Focus When Needed

Dual BIOS gives you the choice to prioritize full performance in GAMING mode or low noise in SILENT mode.

Effective Thermal Padding

An abundance of clay-based thermal pads provide additional heat dissipation for board components.

Hardened Defenses