Compare: Liquid Freezer III 360 vs AXP90-X47 Full Copper

Design and Aesthetics:

Liquid Freezer III 360

This cooler features a contemporary, symmetrical design. Although this particular model does not include RGB lighting, other versions do, providing options based on your preferences. Overall, this cooler enhances your PC with a sleek and modern appearance.

AXP90-X47 Full Copper

This cooler features a sleek, low-profile design, making it an excellent choice for compact builds where space is a priority. Its copper construction not only enhances thermal performance but also adds a distinctive look that stands out in any setup.

Install Notes:

Liquid Freezer III 360

The Arctic Freezer III maintains the user-friendly installation features of its predecessor. This cooler distinguishes itself by having fans pre-attached to the radiator, which streamlines the installation process compared to other all-in-one (AIO) coolers. Additionally, the CPU mounting component is detachable, allowing for easier installation without interference from aesthetic parts. However, connecting the control cable to the motherboard can be tricky when the cooler is already mounted. Therefore, it is recommended to attach the desired cable to the motherboard before installing the cooler.

AXP90-X47 Full Copper

Installing this cooler is more involved than a standard cooler due to its low-profile design, which requires it to be screwed in from behind rather than from the top, as is common with most coolers. While the installation is relatively easy if the motherboard is not yet secured in the case, it can be challenging if you attempt to install it with the motherboard already mounted. Additionally, the cooler's brackets are attached via screws that need to be removed and swapped depending on the CPU you're using.

Cooling Performance:

Liquid Freezer III 360

The Arctic Freezer III 360 offers improved performance over the previous model, though it does generate more noise. Despite this, it outperforms most coolers in its class on a cooling basis.

AXP90-X47 Full Copper

Given its compact size, it’s no surprise that this cooler won’t top the charts in cooling performance. However, it delivers impressive efficiency for its form factor, outperforming stock coolers of similar size.

Noise Performance:

Liquid Freezer III 360

The Arctic Freezer III 240 comes equipped with a more powerful pump, which can become noticeably audible at higher speeds. As our testing was done with the pump running at 100% speed, reducing the pump speed during less demanding tasks can help minimize noise without significantly compromising performance.

AXP90-X47 Full Copper

With its high-speed 2700 RPM single fan, this cooler has the potential to produce higher noise levels than typical models. However, given its compact size, it's expected to become audible when delivering high-performance cooling.

Summary:

Liquid Freezer III 360

The Arctic Freezer III maintains user-friendly installation features, with pre-attached fans on the radiator and a detachable CPU mounting component for easier setup. However, connecting the control cable can be tricky once the cooler is mounted, so it's recommended to attach the cable before installation. It features a contemporary design, with some versions offering RGB lighting. Despite aesthetic improvements and lower noise levels compared to typical coolers and the previous Arctic Freezer 360, the Arctic Freezer III 360 has average performance and struggles to cool high-core CPUs under heavy loads.

AXP90-X47 Full Copper

This cooler’s sleek, low-profile design makes it an excellent choice for compact builds where space is a priority. Its copper construction enhances thermal performance while adding a distinctive look to any setup. While it won’t compete with larger coolers in raw cooling power, it outperforms stock coolers of similar size. The high-speed 2700 RPM fan can produce noticeable noise under heavy loads, which is expected given its compact form factor. Installation is more involved than standard coolers, requiring mounting from behind rather than from the top, making it easier to install before securing the motherboard in the case. Additionally, its brackets must be swapped depending on the CPU, adding an extra step to the process.