MSI RTX 4070 Ti Gaming X Trio 12GB Graphics Card

MSI RTX 4070 TI GAMING X TRIO 12GB GRAPHICS CARD PRODUCT DESCRIPTION:

GAMING IN STYLE

Play with style! GAMING is upgraded with TRI FROZR 3 to sustain intense performance during gaming and content creation.
A high-speed style matches high-performance capabilities for gamers who want to go all out.

STRENGTH AND ARTISTRY

MSI envisioned the GAMING series as the favored graphic cards solution for all sorts of gamers, including adventure seekers, esport 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.

TRI FROZR 3 THERMAL DESIGN

Stay cool and quiet. MSI’s TRI FROZR 3 thermal design enhances heat dissipation all around the graphics card.

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.

COPPER BASEPLATE

FACING THE HEAT HEAD-ON

The solid nickel-plated copper base is CNC machined from a single piece of metal. Precision cuts and no welds allows heat from the GPU and memory to be immediately captured by the copper baseplate and then rapidly transferred to the heatsink.

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

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.