Thermalright Frost Commander 140 Dissipador de CPU de torre dupla, 7 heatpipes, 280W TDP, ventoinhas PWM de 140mm + 120mm

The Thermalright Frost Commander 140 is a high-performance dual tower CPU air cooler designed for demanding enthusiasts and professionals. With a massive 280W TDP rating, it efficiently handles the latest high-end processors from Intel and AMD. The cooler features a copper base, aluminum fins, and seven 8mm copper heatpipes for exceptional heat dissipation. It comes with two premium fans: a 140mm TL-D14X and a 120mm TL-C12PRO, both with S-FDB bearings and 4-Pin PWM connectors for precise speed control. The fans operate from 300 to 1800 RPM, delivering up to 95.5 CFM airflow while maintaining low noise levels.

Advantages

Superior cooling performance with dual tower design and seven heatpipes. High 280W TDP capacity ensures compatibility with overclocked CPUs. Two high-quality fans with S-FDB bearings provide long lifespan and quiet operation. Wide socket compatibility includes Intel LGA1700/1200/115X/2011/2066 and AMD AM5/AM4. PWM control allows for automatic fan speed adjustment based on CPU temperature.

Suitable for

• High-end desktop PCs with Intel Core i9/i7 or AMD Ryzen 9/7 processors
• Workstations requiring reliable cooling under sustained loads
• Enthusiast builds with overclocking
• Silent PC builds (low noise fans)

Key specifications

• Cooler Type: Dual Tower Air Cooler
• Socket Compatibility: Intel LGA1700/1200/115X/2011/2066, AMD AM5/AM4
• Heatpipe Count: 7 (8mm diameter)
• Fan 1: 140mm TL-D14X (300-1800 RPM, 95.5 CFM, 2.25 mmH2O, 28.5 dBA)
• Fan 2: 120mm TL-C12PRO (300-1800 RPM, 82 CFM, 2.1 mmH2O, 29.6 dBA)
• Bearing: S-FDB
• Connector: 4-Pin PWM
• TDP: 280W
• Heatsink Material: Copper base, aluminum fins, copper heatpipes

Recommendations

For optimal performance, ensure your case has sufficient clearance for the dual tower design. Pair with a high-quality thermal paste for best results. The cooler is ideal for users who demand maximum cooling without moving to liquid cooling.