CPU Air Cooler Dual 120mm Fans with 6x6mm Heat Pipes - Quiet High

In this review of the CPU Air Cooler, the bottom line is straightforward: this cooler is for builders who need strong, reliable air cooling for mid to high-end desktop CPUs without spending on liquid cooling. It stands out because of the six 6mm heat pipes and a dual-tower layout that together keep sustained loads under control while remaining surprisingly quiet. The reviewer found it especially suited to systems where RAM clearance and broad socket compatibility matter, and the included dual 120mm fans strike a good balance of airflow and low noise for day-to-day and gaming workloads.

Key Features

• Universal Compatibility: Supports a very wide range of Intel and AMD sockets so it fits many current and older motherboards without surprise mounting issues.
• Six Heat Pipes: Six 6mm heat pipes provide direct heat transfer and improved dissipation for better sustained thermal control under load.
• Dual-Tower Design: Two towers increase surface area and improve cooling efficiency compared with single-tower coolers in similar size classes.
• Quiet 120mm Fans: Dual 120mm fans deliver up to 68.2 CFM at a max speed near 1650 rpm while keeping noise below 26 dB(A), making them unobtrusive in most builds.
• RAM Clearance: Fans are installed without disassembly to help ensure the cooler does not block tall memory modules and simplifies installation.
• 4-Pin PWM Power: A 4-pin connector and 12V operation allow motherboard fan control for balancing noise and cooling performance.

Who It's For

This cooler is a good fit for PC builders who want strong air cooling for gaming rigs or productivity PCs using current Intel LGA 1700/1851 or AMD AM5/AM4 sockets and who value quieter operation. It is also aimed at users who need a cooler that clears tall RAM and will not require removing modules during installation.

Users who want the absolute smallest cooler for compact cases or those seeking an AIO liquid cooler for extreme overclocking gains should look elsewhere; this unit is large at 6.22 in height and is best suited to mid-tower cases with adequate clearance.

Pros & Cons

Pros

• Excellent thermal design with six 6mm heat pipes and dual towers that handle sustained loads well.
• Quiet fans that provide strong airflow (68.2 CFM) while staying under 26 dB(A) in normal operation.
• Wide socket compatibility across Intel and AMD platforms makes it a versatile choice for many builds.
• Designed to avoid blocking RAM and allows non-disassembly fan installation for easier setup.

Cons

• Large physical size (6.22 in height) requires checking case clearance before purchase.
• Some users may find the installation process varied in difficulty depending on motherboard layout, with mixed reports on ease of install.

Specifications

Height	6.22 in
Heat Pipes	Six 6mm heat pipes
Fans	Dual 120mm fans, up to 1650 rpm
Airflow	68.2 CFM
Noise Level	< 26 dB(A)
Compatibility	Intel LGA 1851/1700/1155/1156/2011/2066 and AMD AM5/AM4/AM3 series
Power Connector	4-pin PWM, 12V

Our Verdict

The CPU Air Cooler is a strong value for builders who need reliable air cooling across many Intel and AMD sockets. Its six heat pipes and dual-tower layout deliver solid thermal performance while the quiet 120mm fans keep noise low, and the design that preserves RAM clearance adds practical convenience. Check case height before buying, but for most mid-tower gaming or workstation builds this cooler offers robust performance without the cost of an AIO.

Frequently Asked Questions

Will this cooler fit tall RAM modules?
Yes. The cooler is designed with clearance for memory modules and supports non-disassembly fan installation to reduce obstruction of slots.

Which sockets are supported?
It supports a wide range of Intel sockets including LGA 1851, 1700, 1155, 1156, 2011, 2066 and AMD sockets such as AM5 and AM4 among others.

How loud are the fans under load?
The dual 120mm fans run up to about 1650 rpm and keep noise under approximately 26 dB(A) in typical use, so they are relatively quiet even during heavier workloads.