Compare: Hyper 212 Halo Black vs Liquid Freezer III 240

Design and Aesthetics:

Hyper 212 Halo Black

This cooler boasts a sleek, all-black RGB design that adds a stylish touch to any setup. Its compact size ensures it doesn't overpower the overall look and is ideal for builds where space is limited. Additionally, the cooler offers a sleek top that hides the coolers 4 heat-pipes. Moreover, it includes a sleek top cover that conceals its four heat pipes, contributing to a cleaner and more streamlined appearance.

Liquid Freezer III 240

This cooler showcases a sleek, symmetrical design with a modern aesthetic. While this model doesn’t include RGB lighting, there are versions available that do, allowing you to choose based on your style preferences. Overall, it adds a clean, contemporary look to your PC setup.

Install Notes:

Hyper 212 Halo Black

The CoolerMaster Hyper 212 Halo features a distinctive installation design that is somewhat more complex than the standard design found in modern coolers. Initially, the mounting brackets are attached to the cooler, which is then secured to the motherboard at four points. While the process is straightforward, ensuring an equal connection at all four points can sometimes be challenging when handling the cooler.

Liquid Freezer III 240

The Arctic Freezer III 240 retains the easy installation features of its predecessor while offering added convenience. What sets this cooler apart is its pre-installed fans on the radiator, simplifying the setup compared to other all-in-one (AIO) coolers. The detachable CPU mounting bracket further enhances the installation process by eliminating interference from aesthetic components. However, attaching the control cable to the motherboard can be challenging once the cooler is mounted. To avoid this, it’s advisable to connect the cable to the motherboard before installing the cooler.

Cooling Performance:

Hyper 212 Halo Black

The Hyper 212 Halo Black is small but works better than many other coolers. But, if you have a very strong computer or want to make it run faster than usual, this cooler might not keep it cool enough.

Liquid Freezer III 240

The Arctic Freezer III 240 offers some performance improvements over its predecessor, the Arctic Freezer 240, but this comes with increased noise. Relative to other coolers in it's weight class, this cooler outperforms most.

Noise Performance:

Hyper 212 Halo Black

The Hyper 212 Halo Black is quieter than many other coolers tested and provides better cooling for the amount of noise it makes. However, this efficiency comes with the trade-off of achieving only moderate cooling performance.

Liquid Freezer III 240

The Arctic Freezer III 240 has a more powerful pump that has the potential to be quite audible. Since our testing was conducted with the AIO pump running at 100% speed, lowering the pump speed during less demanding tasks can help reduce noise levels without sacrificing too much performance.

Summary:

Hyper 212 Halo Black

The CoolerMaster Hyper 212 Halo features a unique, slightly complex installation and a sleek, all-black RGB design that suits any compact setup well. Although straightforward to install, ensuring even connection at all motherboard points can be tricky. Its design cleverly hides the heat pipes for a clean appearance. While it outperforms many coolers in terms of noise-to-cooling ratio, it's best for standard use rather than high-powered CPUs or extensive overclocking, due to its moderate cooling performance.

Liquid Freezer III 240

The Arctic Freezer III retains its user-friendly installation design, featuring pre-attached radiator fans and a detachable CPU mounting bracket for simpler setup. However, connecting the control cable can be challenging once the cooler is installed, so it's best to attach it beforehand. The cooler sports a modern design, with some versions offering RGB lighting for added customization. While it boasts aesthetic improvements and lower noise levels compared to standard coolers and its predecessor, the Arctic Freezer 240, the Arctic Freezer III 240 delivers average performance and struggles to effectively cool high-core CPUs under heavy workloads.