T-Shooter Quad-Barrel Heatsink

Soldato
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http://www.frostytech.com/permalink.cfm?NewsID=75643

Quote

It's called the T-Shooter heatsink. It's new, really new, and based on a completely unique fluid dynamics concept for utilizing air vortices.

tshooter_heatsink1.jpg


It was designed by Mr. Kusumoto and made by Japanese extruded aluminum manufacturer Fuji Light Metal. The T-Shooter is an entirely new heatsink concept that relies on four air vortices created within a distinctive quad-barrel aluminum extrusion. In place of standard aluminum cooling fins, the inside of each cylindrical barrel is lined with approximately 40 stubby finlets.... in a way this heatsink has a lot in common with a Dyson vacuum cleaner, except that the T-Shooter is built with quiet performance cooling in mind.

tshooter_heatsink3.jpg


The T-Shooter's strange design is based on mathematical models of fluid dynamics principles. Air is drawn in at the bottom of the heatsink where a section of each aluminum barrel wall is cut away, closest to the processor. A fan at the top of the heatsink, connected by a plastic "air handler" exhausts outward, so as the air travels from the bottom to the top of the four aluminum barrels it does so in a vortices, passing over the surface of the internal stubby aluminum finlets many many times. Essentially the heatsink design creates a situation where airflow spins around and around, so it passes over the aluminum surface for a significantly longer period than is the case with standard impingement heatsinks where a lot of air is constantly moving through the fins of the cooler.

tshooter_heatsink4.jpg


A heatpipe (or heat column) is built into the central column of the T-Shooter to help conduct heat from the processor vertically and disperse it through the aluminum body.

Mr. Kusumoto has four variations on the T-Shooter heatsink in the works, the four barrelled version currently available (shown here), and a six and eight barrelled version still in prototype stage. The first four barrelled version of the T-Shooter heatsink is only available in Japan, but by the fall of 2009 T-Shooter Version.2 is expected to be available globally.

T-Shooter Heatsink Specs:
Body: extruded aluminum
Dim: 80x80x97 (WxDxH)
Fan: 120x120x25, 750-2000RPM, 36 dBA
, 81 CFM (PWM / 0.23A)
Weight: 715 grams
Overall height: 170mm
Compatible with Intel socket 775/1366, (& eventually AMD AM2)


FULL STORY @

http://www.t-shooter.com


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I think it'll be crap. I cant read the linked page unfortunately, so have to base this on the pictures and the OP.
"completely unique fluid dynamics concept" there are no unique fluid dynamics concepts
"plastic air handler" should read shroud
"heat pipe" is tube with wick/liquid or equivalent. Not just a smaller hole drilled through the metal.
Next, it's made from aluminium.

And finally, a moments thought should have lead to putting fins (or even stubby finlets) on the outside as well. Given it's extruded al, it would only require changing the die slightly for much improved cooling. Compare the surface area of this with that of the TRUE.

So, yeah. I think the design is poor and the marketing shameful. I hope it's cheap, can't see it outperforming the current 25 to 30 quid offerings. Looks like a passive heatsink that didn't work so has a fan strapped on as an afterthought

edit: also unlikely to work as well on its side
 
I can't see this being that good.

The vortices may well be there, but unless they manage to cool the metal to close to ambient, the heat flux from the base won't be any better than heat pipes.
 
I think it'll be crap. I cant read the linked page unfortunately, so have to base this on the pictures and the OP.
"completely unique fluid dynamics concept" there are no unique fluid dynamics concepts
"plastic air handler" should read shroud
"heat pipe" is tube with wick/liquid or equivalent. Not just a smaller hole drilled through the metal.
Next, it's made from aluminium.

And finally, a moments thought should have lead to putting fins (or even stubby finlets) on the outside as well. Given it's extruded al, it would only require changing the die slightly for much improved cooling. Compare the surface area of this with that of the TRUE.

So, yeah. I think the design is poor and the marketing shameful. I hope it's cheap, can't see it outperforming the current 25 to 30 quid offerings. Looks like a passive heatsink that didn't work so has a fan strapped on as an afterthought

edit: also unlikely to work as well on its side

woa calm down
its a new concept, im sure over time it will be developed and newer improved versions will be released
 
Interesting, now if it can pull enough air and creat a strong enough vortex it should cool quiet well. And push the hot air directly out the side of the case.
 
I was going to say that it looks interesting and that we shouldn't knock it until we've tried it, but oh dear. If that translation isn't way off it sounds like they've already started recalling them. Not a good sign...
 
The Google Translator version says:

Customers who purchased and we apologize from our hearts that OKAKEITASHIMA****A a significant inconvenience to the individual as well as relationships.

It makes it sound like somebody got dumped for buying one!

Still, if their quality control and testing are so bad that they didn't realist it might leak all over your mobo I'd question their design department too...
 
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