The ARCTIC Freezer 4U-M Air CPU Cooler stands as a robust cooling solution tailored for high performance and reliability. Featuring dual 120mm PWM fans with a versatile speed range of 400 to 2300 RPM, this cooler excels in dissipating heat, ensuring optimal CPU temperatures even during demanding computing tasks or prolonged gaming sessions. Crafted with a durable double ball bearing system, these fans operate smoothly and quietly, delivering exceptional cooling performance while maintaining a tranquil computing environment. The inclusion of a convenient 4-pin plug connector streamlines installation, enhancing compatibility with a wide array of motherboard configurations and simplifying upgrades for enthusiasts and system builders alike. Whether you're pushing your CPU to its limits through overclocking or seeking a quieter computing experience, the ARCTIC Freezer 4U-M Air CPU Cooler offers superior cooling performance and reliability to keep your system running seamlessly.
With a generous 53mm of RAM clearance, the Freezer 4U-M accommodates memory sticks with modest heatsinks, fostering effective airflow and compatibility with various RAM configurations.
Optimized with a height of only 145mm, it seamlessly fits into both traditional 4U server racks and most consumer 4U cases, thanks to its compact dimensions measuring only 156 x 124mm. This design also ensures compatibility with dual-socket motherboards, with easily swappable fans allowing for customizable airflow direction.
The PWM fans, part of the acclaimed P series, are engineered for static pressure, complementing the Freezer 4U-M's high fin density for effective heat dissipation in push-pull mode, even in demanding applications. Their quiet operation makes them ideal for office environments, while the dual arrangement provides inherent redundancy, safeguarding the system against heat-induced shutdowns.
Built with twin ball bearings, both fans of the Freezer 4U-M are capable of continuous operation 24/7 without compromising performance. This bearing type offers superior resistance to contamination and wear from high temperatures compared to traditional sleeve or fluid-dynamic bearings, ensuring fault-free continuous operation.