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Zalman Announces Reserator 3 CPU Cooler

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Zalman formally announced Reserator 3 closed-loop liquid CPU cooler, which has been in the news since November 2012. The Reserator 3 another of Zalman's attempts at a modern liquid CPU cooler that comes with its major components pre-assembled, coolant filled, and loop closed, following last year's CNPS20LQ, which uses an Asetek-based design. Its design integrates elements from the company's classic CNPS line of CPU air-coolers, and generous amounts of chrome-plating, and LED lighting. Handling heat dissipation to air, is a heatsink that uses a series of coolant tubes and heat pipes; instead of a conventional liquid-cooling radiator. This heatsink is ventilated by a 120 mm custom-design fan. Zalman claims that the cooler can handle thermal loads as high as 400W, making it fit for some really hot chips like AMD's FX-9590. Zalman didn't announce pricing.



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So they took an air cooler HSF and AIO WC cooler and mated them, this is the resulting bastard child.

I actually kind of like it, expensive I'm thinking.
 
interesting......but until I see testing..it stays in the shiny but wouldn't buy that box..
 
i like it. its radical. they took a normal cooler and used the heatpipes for water cooling XD
 
Zalman better be careful with the pump/block combo or those angled thingies (barbs if you could call it that) coming from the pump/res, they might get sued for patent infringement. :D

Kidding aside, I hope this performs well enough to compete with other AIO products. :)
 
It certainly looks refreshing, but from what I've read the size of the heatsink/radiator isn't typical 120/140mm, so mounting it might be a pain.
 
It certainly looks refreshing, but from what I've read the size of the heatsink/radiator isn't typical 120/140mm, so mounting it might be a pain.

It seems to be standard 120 mm

R3MAX_17.jpg
 
Looks awesome. Considering how Zalman makes coolers, I hope to see a red version down the line in future. Waiting eagerly to read a review on how this cooler performs. :rockout:
 
As long as it can have a switch to shut the led off it looks good.
 
Interesting, I hope crazyeyes gets to review one.
 
Interesting.

Why are they not putting a direct touch heatpipe block and pump combo to be seated on the cpu and liquid circulated thru that to the radiator?
 
Don't think heatpipes like that would offer the same level of efficiency as a traditional microchannel cold plate on the block.
 
Don't think heatpipes like that would offer the same level of efficiency as a traditional microchannel cold plate on the block.

may be a hybrid?
 
I don't know of there'd be a benefit. Traditional heatpipes exploit phase change to wick away heat, but if you just have liquid flowing through them you'd probably want the highest surface area possible to transfer heat away. In that case the micro channel block is the go to method.

I'm no expert though, just my thoughts .
 
I don't know of there'd be a benefit. Traditional heatpipes exploit phase change to wick away heat, but if you just have liquid flowing through them you'd probably want the highest surface area possible to transfer heat away. In that case the micro channel block is the go to method.

I'm no expert though, just my thoughts .

lol, caveman already did something similar, look at the post from xvi.

looks like my bulb is already blown :laugh:
 
Nice cooler Zalman!
 

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The radiator looks inefficient. Reminds me of those radiators used for liquid cooling early 2000s (one monolithic tube runing around a bunch of fins). Radiator makers have since departed from that design, and have opted for the more efficient multi channel type with sandwiched fins instead.

EDIT:
Oh ok, so its a fancy new gimicky tech.. going to wait for reviews then.
 
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Radiator makers have since departed from that design, and have opted for the more efficient multi channel type with sandwiched fins instead.

Sir, physics is on your side - multi channel rads with sandwiched fins should have greater surface for heat dissipation ... I wonder how are they marketing this as 400W cooler
 
I bet the pump will make heat, so this thing will not lower temps as any would assume since heat from the pump makes the water warm already.

I dont like any close loops because designers place the pump close to the cpu/chip
 
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