Thermaltakeusa » Cooler » CPU Cooler » Intel Socket LGA 775

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Specification


Compatibility	Intel® Core i7 Extreme (Socket LGA1366) Intel® Core i7 (Socket LGA1366) Intel® Core 2 Extreme (Socket LGA775) Intel® Core 2 Quad (Socket LGA775) Intel® Core 2 Duo (Socket LGA775) Intel® Pentium D (Socket LGA775) Intel® Pentium 4 (Socket LGA 775) Intel® Celeron D (Socket LGA775) Intel® Celeron (Socket LGA775) AMD® Phenom (Socket AM2+) AMD® Phenom II (Socket AM2+) AMD® Athlon 64 FX (Socket AM2/939) AMD® Athlon 64 X2 (Socket AM2/939) AMD® Athlon 64 (Socket AM2/939/754) AMD® Sempron (Socket AM2/754)
Heatsink Dimension	147(L) x 92(W) x 143(H)mm 5.8(L) x 3.7(W) x 5.3H) inch
Heatsink Material	Copper Base & Copper Fin
Heatpipe	Copper Tube 6 mm x 4 pcs.
Fan Dimension	110 x 25 mm
Fan Speed	1300 ~ 2000 RPM
Bearing Type
Noise Level	16 dBA ~ 24 dBA
Max. Air Flow	86.5 CFM
Max. Air Pressure	2.22mm H2O
LED Fan	Blue Color
Power Connector	3-pin
Rated Voltage
Started Voltage	7V
Rated Current	12V
Power Input	3W
MTBF	50,000 Hours
Weight	637g

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Award & Review

Reviewed by CPU3D

Thermaltake V1 CPU Cooler (LGA 1366)

its cooling performance is very good, it's silent and fits most motherboards ..

April 07, 2009

Reviewed by BCCHardware

Thermaltake V1 CPU Cooler

At the end of the day I was very happy with the V1, not only does it look good, but it also puts up some pretty good temperatures ..

October 09, 2008

Reviewed by GIZMODO

Thermaltake's V1 Cooler is Half Artwork

Current gadget design tends to favor minimalism... but that's simply not true for this Thermaltake V1 cooler ..

July 30, 2008

Reviewed by boingboing

Thermaltake makes CPU coolers into objets d'art

The Thermaltake V1 CPU Cooler goes for $60, with a 12 volt fan and speeds of between 1,300 and 2,000 RPM. But that's not why it gets posted. It gets posted because it looks just like a cyborg's set of coppery accordion lungs ..

July 30, 2008

Reviewed by TECHFRESH

Thermaltake V1 CPU Cooler

The cooler is perfect for overclocked operation where CPU gets dangerously hotter, but is also good for optimal CPU operation and lifetime ..

July 30, 2008

Reviewed by DVICE

Thermaltake V1 CPU Cooler

The best part? This baby isn't just for show — you could have one cooling your computer for $60. Click Continue or on the image below to see how the Thermaltake V1 CPU Cooler looks inside a machine ..

July 28, 2008

Reviewed by Frosty Tech

Thermaltake V1 Heatsink Review

With a 150W heat load applied by the Intel LGA775 version of FrostyTech's synthetic thermal test platform, the Thermaltake V1 heatsink maintains a good temperature ..

July 24, 2008

Reviewed by SPCR

Thermaltake V1: "Peacock Tail" Cooler

The V1 is Thermaltake's best performing CPU cooler we've reviewed to date. We applaud Thermaltake for having the guts to put out such an atypical cooler. ..

May 16, 2008

Reviewed by LANOC

Thermaltake V1

Thermaltake has once again proven that they can product a quality product that performs. The v1 has an interesting style that gets your attention right away ..

May 13, 2008

Reviewed by Techpowerup

Thermaltake V1 CPU Heatsink

The Thermaltake V1 is a beautiful-looking copper cooler with a unique styling and elegant flair. The design of the V1 gives it such a unique look that I believe that will be one of its greatest selling points ..

March 05, 2008

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Name	Type	Size	Release Date	Description
User Manual		1333999	05/13/2008

FAQ

What are the Advantages of heatpipe technology?

Heatpipes are generally small copper tubes filled with a fluid which has a very low boiling point, which enables it to move large quantity of heat with little difference in temperature between "hot" and "cold" interfaces. The fluids within the heatpipe are moved by capillary action. Heatpipe uses this to quickly transfer heat away from the CPU, reducing temperatures considerably while allowing heatsink manufacturers to reduce the weight of the heatsink.It also allows for the heatsink fins to be placed farther away from motherboard components. By placing the fins closer to chassis fans, the exhausted air can be removed from the case more efficiently

Why is copper based heat sink better than aluminum based solution?

The short answer to the question is the fact that copper conducts heat better than aluminum. Engineers utilize thermal conductivity (W/m*K) value to measure the effectiveness of a material. In this case, copper has a thermal conductivity of ~401 W/m*K and aluminum is ~237 W/m*K. To put it in perspective, wood has a thermal conductivity value of 0.04 ~ 0.4 W/m*K and concrete is 1.7 W/m*K, that is why wood does not get quiet as hot as concrete on a hot sunny day.