Compare: Fuma 2 Rev. B vs AXP90-X47 Full Copper

Design and Aesthetics:

Fuma 2 Rev. B

The Scythe Fuma 2 Rev. B features a dual-tower design with two slim aluminum heatsinks and a pair of 120mm Kaze Flex fans. This design ensures efficient heat dissipation and allows for compatibility with various system configurations, including those with tall RAM modules. Aesthetically, the Fuma 2 Rev. B has a sleek, modern appearance with a black and gray color scheme that complements a variety of build themes.

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:

Fuma 2 Rev. B

The Scythe Fuma 2 Rev. B comes with a mounting system that offers compatibility with a wide variety of Intel and AMD sockets. The installation process is relatively straightforward, thanks to the detailed instructions and high-quality components provided. This cooler employs a similar method to the Noctua installation, but with a slight alteration in the male and female connectors on the cooler's mounting system. This modification allows for easy installation and removal of the cooler. However, to ensure optimal cooling performance, it's essential to carefully follow the instructions and achieve proper mounting.

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:

Fuma 2 Rev. B

The performance of the Scythe Fuma 2 Rev. B is exceptional due to its six heat pipes that efficiently transfer heat away from the CPU and into the large fin arrays of the heatsinks. It is suitable for a wide range of processors, including moderate to low level TDPs. The cooler may not be suitable for high levels of overclocking but it is a popular choice among enthusiasts for mainstream CPUs.

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:

Fuma 2 Rev. B

One of the key attributes of the Scythe Fuma 2 Rev. B is its moderate noise output. The dual 120mm Kaze Flex fans are engineered for maximum airflow and moderate noise levels. Users can anticipate quiet cooling under most workloads.

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:

Fuma 2 Rev. B

The Scythe Fuma 2 Rev. B is a high-caliber air cooler that offers exceptional cooling performance and quiet operation. Its dual-tower design and modern aesthetics make it an appealing choice for users in search of a dependable and efficient cooling solution for high-performance computing systems.

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.