TORX FAN 2.0

Using two of the award-winning TORX Fans 2.0 with double ball bearings, MSI graphics cards provide years of top-notch cooling performance.

msi miner torx fan
DISPERSION FAN BLADES

DISPERSION FAN BLADES

has a special curved blade which accelerates the airflow, increasing its effectiveness.
TRADITIONAL FAN BLADE

TRADITIONAL FAN BLADE

pushes down a steady airflow to the massive heatsink below.

DOUBLE BALL BEARINGS

Extremely durable double ball bearings give your TORX FAN for years of intense use. They also remain virtually silent while spinning under load, keeping your graphics card cool during intense and lengthy sessions.

msi miner double ball bearing

AIRFLOW CONTROL

Stay stealthy with Airflow Control that improves airflow dynamics. Deflectors provide additional surface area and guide air to where it’s needed for maximum cooling.

red heat  cooling fan  cooling fan
 no fan

DIRECT CONTACT HEAT PIPES

The copper heat pipes with a smooth squared shape at the bottom maximize heat transfer from the GPU.

msi graphic card miner heat pipe msi graphic card miner heat pipe

TAILORED PCB DESIGN

Not all circuit boards are created equal. A custom PCB Design provides greater reliability and beefed up power circuitry for pushing the card to its limits.

TAILORED PCB DESIGN

 

TORX Fan 2.0

  • Dispersion Fan Blade: Steep curved blade accelerating the airflow.
  • Traditional Fan Blade: Provides steady airflow to massive heat sink below.

Double Ball Bearings

  • Extremely durable double ball bearings give your TORX FANs for years of intense use. They also remain virtually silent while spinning under load, keeping your graphics card cool during intense and lengthy sessions.

Airflow Control

  • Deflectors provide additional surface area and guide air to where it’s needed for maximum cooling.

Direct Contact Heat Pipe

  • Copper heat pipes with a smooth squared shape at the bottom maximize heat transfer from the GPU.

Designed for professional mining operations

  • NVIDIA CMP allows a fully open, airflow-optimized bracket and is configured to allow a greater number of GPUs to be controlled by one CPU.
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