Compare: Hyper 212 EVO V2 vs AXP90-X47 Full Copper

Design and Aesthetics:

Hyper 212 EVO V2

The Hyper 212 EVO V2 has a unique design with its fan bracket, which sets it apart from most other coolers. While this gives it a different look, it also pushes the fan out far enough that it might interfere with the first RAM slot. This shouldn't be an issue if you're only using two RAM slots, but something to keep in mind.

As for the overall feel of the cooler, it seems a bit lighter and cheaper than other coolers of a similar size. This might not be a deal-breaker, but it's worth mentioning.

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:

Hyper 212 EVO V2

It's more difficult than most to install, especially for AMD coolers. The cooler doesn't use the AMD backplate, and its own backplate isn't labeled, making it hard to figure out how to orient it based on the pictures provided. The backplate might feel loose on the motherboard at first, but it should become secure once the cooler is screwed into the mounting system. While the installation is an improvement from the EVO V1, it's still more complicated than most coolers, which can be a turn-off for beginners.

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:

Hyper 212 EVO V2

This cooler has below-average cooling performance compared to other coolers on the market. That means it might not be the best choice if you need top-of-the-line cooling for your PC, especially if you're into gaming or heavy processing tasks.

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:

Hyper 212 EVO V2

Unfortunately, the Hyper 212 EVO V2 is louder than most other coolers on the market. This means that you might experience more noise while your PC is running, which could be a drawback if you're sensitive to noise or prefer a quiet workspace. If having a quiet PC setup is important to you, it's worth considering other coolers with better noise profiles.

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:

Hyper 212 EVO V2

The Hyper 212 EVO V2 has its pros and cons. It's got a unique design, a decent noise profile, but its performance is below average, and the installation process can be challenging. It's better suited for people who feel more comfortable putting together a computer, and not the best choice for beginners. If you're looking for a cooler that's easy to install with better performance, you might want to consider other options.

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.