EKWB Releases EK-RAM Monarch Liquid RAM Cooling Modules

You might already have your graphics card and processor coupled into your liquid cooling setup, but what about your memory? While memory isn’t a thing that’s obvious to add to your custom loop right away, there can be good reasons to do so. To name one: Parts of your system that otherwise wouldn’t run hot might start to do so because of the lack of airflow generated by the fans from traditionally cooled equipment such as CPU and GPU coolers.

Liquid cooling for memory isn’t anything new as such, but EKWB just released a new version of the EK-RAM Monarch cooling modules where the existing black variant is now also available as a Nickel plated version. The EK-RAM Monarch Module is a heatsink adapter which allows virtually any DDR-SDRAM memory module of any generation to be liquid cooled – but it also requires the EK-RAM Monarch series water blocks to go on top.

Each heatsink consists of two separate plates with the memory module sandwiched in between. The heat transfer between the memory module and aluminium heatsink adapter is ensured by the use of an enclosed thermal pad. Each set of EK-RAM Monarch Modules contains two adapter heatsinks that are made of CNC machined high-quality aluminium and feature either a nickel finish or a black anodized finish.

The EK-RAM Monarch modules are available now through EK’s own webshop and their partner reseller network. A nickel plated set of two modules will set you back €34.95 while the black version is a little cheaper and only will cost you €29.95. Both prices include VAT.

Besides the above-mentioned reason of missing airflow in the memory area, adding liquid cooling to your memory will also allow you to overclock them higher while still retaining a stable system. While memory overclocking won’t result in as big a real-world difference as other parts such as CPU and GPU, it might be just what you’re missing to grab those last couple of benchmarks points and beat your friends results. Maybe you’ll also just do it for aesthetic reasons – the modules do look awesome.