Thermalright Ready With Ultra-120 eXtreme 1366 RT

[btarunr]

Thermalright, better known for aluminum fin blocks based coolers, is ready with a Core i7 supportive variant of the Ultra-120 eXtreme cooler. The cooler comes with the same Ultra-120 eXtreme heatsink, consisting of 52 aluminum fins across six heat-pipes, with the required bolt-through retention module for LGA-1366 socket, along with the fluid-dynamic bearing fan which operates at ~1600 rpm with a noise level of 29 dBA.

Thermalright will be announcing this cooler shortly.



View at TechPowerUp Main Site

 

[Mussels]

bolt through is nice, in this push pin era.

Interesting that they provided a fan this time - what a strange mounting method too.

 

[Binge]

Not too strange. Reminds me of the Zalman 9xxx cpu coolers.

 

[Mussels]

Not too strange. Reminds me of the Zalman 9xxx cpu coolers.

i'm talking about the clips that hold the fan onto the heatsink

 

[Binge]

So am I.

 

[buggalugs]

So can we buy the new retention bracket seperately if we already have the heatsink?

 

[btarunr]

So can we buy the new retention bracket seperately if we already have the heatsink?

I think yes. This cooler comes with just the LGA-1366 RM, so you can't use it on LGA-775/AM2.

 

[eidairaman1]

looks like you can cut your hair with it, trim a beard or moustache`

 

[theJesus]

Not too strange. Reminds me of the Zalman 9xxx cpu coolers.

If you mean the 9500 and 9700, I think you might want to go look them up again

looks like you can cut your hair with it, trim a beard or moustache`

you're right, the fan mount does make it look like a hair clipper!

 

[eidairaman1]

hell the heatsink looks like a beard trimmer, the fan doesnt help matters either

 

[Gregsm]

Whats the fuss? Why to bother with aftermarket cooling if its limited to specific heat output, that stock cooler should be designed to handle. And these who can afford 965 probably will use water coonling.

 

[Binge]

If you mean the 9500 and 9700, I think you might want to go look them up again

It's not strange at all for sinks to use a bridge that puts pressure on the center of the cooler... you see it on a lot more sinks than just the Zalman 9500 and 9700. I own a 9500 with a central bracket and that's why I made the comment.

 

[Deleted member 3]

bolt through is nice, in this push pin era.

Interesting that they provided a fan this time - what a strange mounting method too.

Well, I got a pair HR-01 X's last week, they come with two pieces of preshaped wire to mount fans. They're too short, don't work at all. I ended up tie-wrapping a fan to the sink. Cools well though.

Apart from that, the cooler seems mostly the same again. Just a different retention bracket. So nothing new there.

 

[Bjorn_Of_Iceland]

Hope the base is flat this time.. TRUE 120 and the black as well as the IFX-14 have convexed base lousy

 

[magibeg]

Hope the base is flat this time.. TRUE 120 and the black as well as the IFX-14 have convexed base lousy

Thats because the IHS on cpu's isn't perfectly flat either, they bow in the middle slightly.

 

[theJesus]

It's not strange at all for sinks to use a bridge that puts pressure on the center of the cooler... you see it on a lot more sinks than just the Zalman 9500 and 9700. I own a 9500 with a central bracket and that's why I made the comment.

I'm totally confused. We're talking about the way the fan mounts, correct? How is that at all similar to the way the fan on this cooler mounts?

 

[Octavean]

Thermalright 1366 Bolt Thru Kit

Compatibility


Thermalright all Ultra series / HR-01 Plus / HR-01 4U / HR-01 3U / Ultima 90

Yeah I might have to get one of these for my HR-01.

 

[trt740]

Hope the base is flat this time.. TRUE 120 and the black as well as the IFX-14 have convexed base lousy

according to thermalright they are made that way on purpose as apart of the retention mech. Also several tests have been done on lapped and unlapped Trues and lapping makes little difference.

 

[panchoman]

good stuff but they aren't gonna get far without HDT.

 

[Mussels]

according to thermalright they are made that way on purpose as apart of the retention mech. Also several tests have been done on lapped and unlapped Trues and lapping makes little difference.

the problem is that several intel CPU's came out with convex IHS's.

WIth two flat ones you get

||

with one flat side you get

)|

with two non-flat you get
)(


I had that, i had to lap both my CPU and my IHS in order to get good temps - two of my cores were 10C hotter than the other two.

 

[trt740]

the problem is that several intel CPU's came out with convex IHS's.

WIth two flat ones you get

||

with one flat side you get

)|

with two non-flat you get
)(


I had that, i had to lap both my CPU and my IHS in order to get good temps - two of my cores were 10C hotter than the other two.

I don't think Thermalright cares about Intel's heat shield, as I said they make the base of the True slightly curved as apart of the retention mech. What Intel does is up to them. I emailed the techs at Thermalright and they assured me that when they make a heat sink worth 50.00 to 100.00 depending on the model they know what they are doing and that if they thought a flat bases was needed they would produce one. They also states a lapped True doesn't perform any better then one thats unlapped. Then they went on to say the base of the True is made the way it is on purpose. Don't kill the messenger but this info came right from the company.

 

[Mussels]

my point was just that because on X CPU lapping made no differnce, doesnt mean that on Y CPU it wont make a huge difference.

 

[trt740]

my point was just that because on X CPU lapping made no differnce, doesnt mean that on Y CPU it wont make a huge difference.

that could be true aswell.

 

[sneekypeet]

good stuff but they aren't gonna get far without HDT.

That might be because Xig holds a patent on the HDT tech.

 

[Hayder_Master]

it is touch pips or not