Wednesday, September 1st 2010
Zalman Announces the VF3000F VGA Cooler
Zalman released the VF3000F for the end users who wants to cool their latest VGA card from nVidia. The company's first Dual Fan VGA cooler promises you for the maximum performance with less noise. On top, VF3000F is specially designed for the Fermi Series from nVidia (GTX480/470/465) and comes with the dedicated RAM/FET Heatsinks to maximize the cooling performance on the GPU as well as FET/RAM with lower noise. ZM-STG2 will help the heat transfer from the heat source to the heatsink for efficient cooling.
Fanmate 2 will enable variable fan speed so users can choose either silent operation or performance setting. Please note that VF3000F comes in 2 different models: a model for GTX 480 and one for GTX 470 and GTX 465 graphics cards.Features:
Fanmate 2 will enable variable fan speed so users can choose either silent operation or performance setting. Please note that VF3000F comes in 2 different models: a model for GTX 480 and one for GTX 470 and GTX 465 graphics cards.Features:
- Powerful Cooling Performance with Zalman's First Dual Fan Solution.
- Dedicated RAM/FET Heatsink.
- Ultra Quiet Design with Special Fin design.
- Excellent Peripheral Component Cooling.
- High Performance Super Thermal Grease ZM-STG2.
- Fan Speed Control with Fan Mate2
36 Comments on Zalman Announces the VF3000F VGA Cooler
EDIT: Actually, that's what I would like, an enclosed unit like the H50 as an aftermarket GPU cooler.
Nvidia only on a GPU cooler made me think WTF
Suppose it's sensible, less wasted accessories, etc.
Maybe that's their trick, they're securing the 3-11 year old market! There is one for ATi, and they come in more colours. Not bad.
www.coolitsystems.com/index.php/omni.html
I'm have the ECO A.L.C. and works great, I imagine this will also perform well.
About time they release this version since there were already two, launched a bit late if you ask me, but the nVidia version (VF3000N) only supported the GTX260/275/280/285, with Fermi cards already out...didn't make sense. The other (VF3000A) is for ATis but only for HD 5800 series, which is disappointing because I wanted a stylish cooler for my HD 5770! (but I agree that this one is a bit flamboyant too...)
Maybe you are referring to the single piece that is sometimes part of the stock/reference heatsink assembly?
I mean, i used to have HD4870 that was dumping all the heat inside the case. And it wasn't all that silent. Entire uATX case was so hot just because of it after 2 hours of gaming.
Same was with HD5850 with some "silent" cooler. Dumping the heat inside and the same end result. Now i have HD5850 with reference exhaust cooler and the inside of the uATX case is hardly warm after 6 hours of intensive gaming (non stop weekend L4D2 for example).
But regardless, just because it doesn't come with the reference cooler, that means aftermarket coolers can't use one? That is a poor excuse.:laugh:
I think the better reasoning would be that nVidia cards tend to stick to a more reference or close to reference design, while ATi PCBs are all over the place, making a monosink useless.
didn't see that coming
I miss the days of grabbing an aftermarket arctic cooling cooler that exhausted out the back of the case.
I think nv did a good job with the 8800 series and the gtx200 series coolers. Those were really quiet, but they could have done a little more cooling tbh.
keep in mind they know very well how big the market is for aftermarket air/water cooling is too for enthusiasts, if they put kickass cooler on their cards, less would spend on aftermarket solutions.
I tossed up wether to do aftermarket to my 5870 and 5850, but they just didnt need it, the stock coolers were completely ample, especially the 5850. and if you can deal with a bit of noise they were far more than what is required.
- This solution was already on one OEM card and got bad reviews.
- Don't know if the 'monosink' are any good. My VRMs *seems* not hotter than the core.
Win win!
Also does anyone else think this
with the stock fan removed and two 80mm fans cable tied to it would do better?
Because I think it would.