Thursday, January 9th 2014
Zalman to Release Reserator 3 Max Dual CPU Cooler
The all-in-one liquid CPU cooler market will soon get a bit more crowded as Zalman is preparing to unleash a new Reserator model, the Reserator 3 Max Dual. Seen at CES 2014, the upcoming cooler features a water block with a micro-fin copper base and an embedded pump, and a quite eye-catching radiator boasting a transparent cover, radial copper heatsinks and two 120 mm Blue LED-equipped fans that can operate at 1,000 to 2,300 RPM (max sound output is 37.2 dBA).
The Reserator 3 Max Dual supports Intel LGA 2011/1366/1156/1155/1150/775 and AMD Socket FM2/FM1/AM3(+)/AM2(+) processors and comes bundled with ZM-STG2M thermal grease. The cooler's price tag was not revealed.
The Reserator 3 Max Dual supports Intel LGA 2011/1366/1156/1155/1150/775 and AMD Socket FM2/FM1/AM3(+)/AM2(+) processors and comes bundled with ZM-STG2M thermal grease. The cooler's price tag was not revealed.
14 Comments on Zalman to Release Reserator 3 Max Dual CPU Cooler
bottom left is zalman reserator.
by the way , these kits are for low-level cpu or quick checking of mainboards . the latest cpu are using 130 - 150 and latest gpu are around 300 w [both non overclocked..] to have a loop at 40 - 50 * c they need big radiators like 3x120 and a 4x180 and not a 2x120 that has not so much water ...
cool watercooling means plenty of water like 2-3 liter [or more if weather is very hot] that gets hotter and hotter during day , then during night the heat is released protecting the pc from cold . it s cool and silent as well as more economic than fans-air solutions
again not trying to come off rude and start a war, but just being honest and giving another viewpoint to look at, just cause in the past they have needed so much liquid, doesn't mean it will always be the case, you never know this could spark the next generation of cpu cooling, the reserator4 might actually be smaller than the 3, cause they found there was more than enough heat dissipation that they could reduce their rad design by half width. Granted i do see your point of more liquid = more ability to draw out heat = more chance of the liquid cooling down!
Please take what i say into consideration, and tell me your thoughts after you have looked at both sides fairly.
anyone try ?