This CPU cooler is designed for high-performance cooling, specifically tailored for Intel's LGA2011 socket and other compatible Intel and AMD processors. It features a direct heat pipe system with six 6 mm diameter pipes that make direct contact with the CPU core, ensuring efficient heat dissipation. The cooler is ideal for users looking to maintain optimal temperatures during intense computing tasks or gaming sessions. Its compatibility with a wide range of sockets makes it a versatile choice for various desktop builds.
The cooler includes two 12 cm fans with an S-shaped blade design, enhancing airflow while reducing turbulence. These fans operate within a variable speed range of 600 to 1900 RPM, controlled via PWM for precise temperature management. The noise level ranges from 6.9 to 28.9 dBA, offering a balance between performance and quiet operation. The maximum airflow of 83.63 CFM ensures effective cooling even under heavy workloads.
The overall dimensions of the cooler are 5.2 x 5.1 x 6.5 inches, making it suitable for most standard cases. The fan dimensions are 4.7 x 4.7 x 1.0 inches, which allows for easy installation and compatibility with most motherboards. The build quality is robust, using materials that ensure durability and long-term reliability. The design also allows for easy maintenance and cleaning, which is essential for maintaining optimal cooling performance over time.
The package includes the CPU cooler itself, two fans, and all necessary mounting hardware for installation on supported sockets. Users should ensure their case has sufficient clearance for the cooler's height and that the motherboard supports the required mounting points. This cooler is particularly beneficial for users running high-end CPUs that generate significant heat during operation.
Brand: Akasa
Model: Venom Voodoo
Specifications: LGA2011 compatibility, 6 direct heat pipes, 12 cm fans, PWM control, 600-1900 RPM, 83.63 CFM airflow
Features: Universal socket support, S-shaped fan blades, low noise operation, efficient heat dissipation
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