[PR] Thermaltake Launches Floe RC360/RC240, the World’s First CPU and Memory AIO Liquid Coolers

[Tsing]

Images: Thermaltake



Thermaltake, the leading PC DIY premium brand for Cooling, Gaming Gear, and Enthusiast Memory solutions, proudly presents the first-ever product that combines memory and an AIO liquid cooler, the Floe RC360 / RC240 CPU & Memory Liquid Cooler. Thermaltake never stops to seek out possibilities to impress our users with a more efficient cooling solution for our memory modules. With the new Floe RC360 / RC240 CPU & Memory Liquid Cooler, users can acquire an unparalleled gaming experience.



Floe RC360 / RC240 CPU & Memory Liquid Cooler is compatible with TOUGHRAM RC memory modules (Sold separately) and grants further expandability which allows users to equip a high-quality all-in-one cooling system, including a water block, radiator, an ARGB controller, and three high airflow 120mm fans on the RC360 version and two high airflow 120mm...

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[Zarathustra]

Why would you want to liquid cool memory?

Memory isn't even a significant contributor to overall system heat...

 

[Eduardo_Domingot]

Why would you want to liquid cool memory?

Memory isn't even a significant contributor to overall system heat...

I am in the same boat as you regarding liquid cooled RAM, but some people want extreme Speed or Timings and a 10c drop can be the difference between a stable RAM OC and stock XMP. I still wouldnt personally do it myself and I tend to stick with what I can get out of the stick with its normal heat spreader. But yeah there are reasons if you will just not very practical or cheap.

 

[David_Schroth]

Why would you want to liquid cool memory?

Memory isn't even a significant contributor to overall system heat...

I suppose you haven't been reading @Bloax 's posts over in the memory forum then

 

[Bloax]

Liquid-cooling RAM would be relevant in the off case you decide to set up a (tiny) temperature-controlled loop, so as to keep Samsung B chips at a steady 25 C +/- a couple of degrees under operation.

The only time you'd realistically do that is if you want to do re-overclocking sessions as you inevitably kill your sticks at >1.8v for those sweet, sweet extreme memory OC gains.
(in addition to the casual "lose 3/4ths of your memory capacity so that it even runs those settings")


Other than that, because your ambient temperature sucks and it's the only way to keep [X>1.5v, X<1.6v] Sammy B below 40 degrees celcius - since the higher the voltage you pump into it, the more temperature sensitive it (practically) becomes.
I say practically because it technically doesn't stop being temperature sensitive, but if it's not running barely-stable settings at barely-stable voltages - that doesn't matter as much.