Wednesday, June 3rd 2020

Thermaltake Launches the World's First CPU & Memory AIO Liquid Cooler

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 120 mm fans on the RC360 version and two high airflow 120 mm fans on the RC240 version. Other than that, Floe RC360/RC240 CPU & Memory Liquid Cooler can be synchronized with motherboards equipped with 5 V addressable RGB headers such as ASUS Aura Sync, GIGABYTE RGB Fusion, MSI Mystic Light Sync, Biostar VIVID LED DJ and ASRock Polychrome, allowing users to control the lights directly from the motherboards RGB lighting software.
Features of the Floe RC360 / RC240 CPU & Memory AIO Liquid Cooler:
Motherboard RGB Sync Ready
Designed to synchronize with ASUS Aura Sync, GIGABYTE RGB Fusion, MSI Mystic Light Sync, Biostar VIVID LED DJ, and ASRock Polychrome. The Floe RC360 / RC240 CPU & Memory Liquid Cooler supports motherboards equipped with 5 V addressable RGB headers, allowing you to control lighting effects directly from the software mentioned above without installing any extra lighting software or controllers.

ARGB Sync Radiator 120 mm Fan
The product is equipped with Thermaltake's 120 mm ARGB Sync Radiator Fan. It features compression blades, hydraulic bearings, and a 16.8 million color LED ring with nine addressable LEDs that are ready to sync with 5 V RGB capable motherboards.

High-Efficiency Radiator
Specially designed with a large surface radiator, Floe RC360/RC240 CPU & Memory Liquid Cooler increases heat dissipation.

High-Performance Water Block
The high-performance copper base plate accelerates heat conductivity. The pre-filled coolant reduces any hassle for liquid replenishment. Additionally, the reinforced sleeved cables deliver heavy durability and prevent the tubing from any damage.

Hardware Supported
It can support the latest Intel and AMD CPU and compatible with universal sockets (including Intel LGA 1200).

Memory Water Block Lighting
The waterblock for the memory strips are equipped with four lighting strips, featuring 36 addressable LEDs that allows users to show their RGB lightings.

Compatibility
Floe RC360/RC240 CPU & Memory Liquid Cooler is compatible with TOUGHRAM RC DDR4 Memory Modules - Our modules feature the same quality that customers expect from the TOUGHRAM Memory line. Launching in frequencies of 3,200 MHz, 3,600 MHz, 4,000 MHz, and 4,400 MHz in kits of 8GBx2 modules; users may find a configuration to fit any PC allowing installation capacity of up to 32 GB on mainstream 4-DIMM slots.
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38 Comments on Thermaltake Launches the World's First CPU & Memory AIO Liquid Cooler

#26
$ReaPeR$
I've seen many useless products but this one takes the cake.
Posted on Reply
#27
claster17
Caring1There is an A.I.O. with ancillary, centrifugal fan on the side of the pump block to add air flow, on the market, but I can't find it now.
I don't think the fan is large enough to be effective though.
Arctic Liquid Freezer?
Posted on Reply
#28
maxitaxi96
Caring1There is an A.I.O. with ancillary, centrifugal fan on the side of the pump block to add air flow, on the market, but I can't find it now.
I don't think the fan is large enough to be effective though.
The Arctic Liquid Freezer II and Cryorig A40/A80 both have that feature. The fans do help with VRM and RAM Temperatures, but i doubt that the reduction in temps will be that useful when it comes to stability...
Posted on Reply
#29
_JP_
bonehead123O...
...m....
......G..........

Next up... submersible mobo's, where your case is a big liquid-filled tank and EVERYTHING is underwater ....:roll:..:eek:..:clap:
And the questions is: "What is mineral oil cooling?" ;)
Posted on Reply
#30
Caring1
maxitaxi96The Arctic Liquid Freezer II and Cryorig A40/A80 both have that feature. The fans do help with VRM and RAM Temperatures, but i doubt that the reduction in temps will be that useful when it comes to stability...
Found an old review of the Cryorig. Quoted as written.
crazyeyesreaperThe hybrid airflow fan is a great idea; however, in my testing, it did not contribute all that much in terms of reported temps. Sure, the VRM section was a few degrees cooler, so it does work, but it didn't really make a difference. On Intel's mainstream offerings, the CPU might get hot, but power draw is still so low that it makes the extra cooling feel a bit gimmicky and unnecessary most of the time. There are, however, instances where it can make a difference. In those situation, such as with SFF and HEDT systems or extreme memory, it likely will have a far greater impact.
My how times have changed for Intel, now they consume more power on mainstream than previously, I guess every little bit of cooling will help.
Posted on Reply
#31
ZoneDymo
dont understand all the negative comments, would this not allow for higher voltages and therefor better clocks/timings?

or is it a case of more voltage wont help and you will reach the limit of allowed voltage way before you reach the limit of temperature on passive cooling?
Posted on Reply
#32
kayjay010101
ZoneDymodont understand all the negative comments, would this not allow for higher voltages and therefor better clocks/timings?

or is it a case of more voltage wont help and you will reach the limit of allowed voltage way before you reach the limit of temperature on passive cooling?
Higher voltage brings instability in general way before temps do. You can easily run sammy b-die on 1.5v and sit under 60C on passive cooling, I've personally never seen DRAM reach more than 65C before getting unstable (not because of temps, but because it was at like 1.55/1.6v), and there's much more room for temps there. The temp is never really the limiting factor in overclocking DRAM, there's just a sort of voltage ceiling where DRAM becomes unstable or it reduces lifespan drastically without any improvement.
Posted on Reply
#33
Bones
lexluthermiesterSeriously? Does your RAM really get hot enough to need liquid cooling?
Sometimes it gets toasty, I mean shoving 3.6 - 4.0v's through DDR for example will make 'em warm and the cooling is needed to keep them stable - and alive during longer runs.
Don't be suprised, if you do the extreme you need the extreme stuff to go with it.
Posted on Reply
#34
lexluthermiester
BonesI mean shoving 3.6 - 4.0v's through DDR
Good Grief!! I'm not sure I believe that. I don't wish to say you're lying, however that much voltage should fry any modern RAM, even old DDR1.
Posted on Reply
#35
MDWiley
Caring1There is an A.I.O. with ancillary, centrifugal fan on the side of the pump block to add air flow, on the market, but I can't find it now.
I don't think the fan is large enough to be effective though.
That’s the one from Arctic right? I watched the gamers nexus review and it made little difference in temps unless you’re using a cramped case. There’s also the Asus ROG Ryujin but it’s crazy expensive with sub par build quality.
Posted on Reply
#36
Bones
lexluthermiesterGood Grief!! I'm not sure I believe that. I don't wish to say you're lying, however that much voltage should fry any modern RAM, even old DDR1.
You can only do that with DDR sticks that's either BH-5, CH-5 or Hynix B IC'ed.
All others will fry on the spot.
The main set I do that with is rated stock at 3.2v's so they can handle 4.0 or more as long as temps are kept in check.
Posted on Reply
#37
bmacsys
"Thermaltake, the leading PC DIY premium brand" What? They make crappy knock-offs of others products.:kookoo:
Posted on Reply
#38
lexluthermiester
BonesYou can only do that with DDR sticks that's either BH-5, CH-5 or Hynix B IC'ed.
All others will fry on the spot.
The main set I do that with is rated stock at 3.2v's so they can handle 4.0 or more as long as temps are kept in check.
Ah, ok! That makes more sense. Still though, 4 freakin' volts? Damn!
Posted on Reply
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