News 3D-Printed Bare-Die Liquid Coolers Smash Chip Power Barriers, up to 3.5X Improvement

[Admin]

Research giant imec showed various 3d-printed liquid cooling prototypes for processors, thus allowing the chips to break the cooling barriers associated with higher power consumption.

3D-Printed Bare-Die Liquid Coolers Smash Chip Power Barriers, up to 3.5X Improvement : Read more

 

[Deleted member 2838871]

Brilliant idea as long as you aren't the guy that cracks the die on his processor... already seen that a couple times in recent videos.

If I ran a 13900k I'd probably consider it...

 

[InvalidError]

One slight pump hiccup and your 600W CPU/GPU die goes pop!

You are going to need a flow detection switch or metering device wired directly into the VRM to instantaneously drop the power limit to something like 10W or force the CPU into sleep mode when flow is below threshold.

 

[truerock]

This is somewhat like how the human brain cools itself.

I think this would work best of Intel or AMD designed their CPUs to specifically support this type of cooling approach.

So, yes... Intel would need to stop designing their CPUs for notebook PCs and start designing some CPUs specifically for desktop PCs with direct liquid cooling.

Also, almost all current cooling solutions cool only one side of the CPU. A good liquid solution would immerse all sides of the CPU in liquid.

 

[bolweval]

Brilliant idea as long as you aren't the guy that cracks the die on his processor... already seen that a couple times in recent videos.

If I ran a 13900k I'd probably consider it...

Haven't read anything about 13900k's melting their sockets...

 

[Deleted member 2838871]

Haven't read anything about 13900k's melting their sockets...

Neither have I... but they still run hot enough to keep the house warm in the dead of winter... ain't that the point of this whole experiment?

 

[eriksquires]

I wonder how this idea "stacks" with the conformal coating reported at toms a little while ago?

Copper Conformal Coating Tech Allegedly Crushes Traditional Heatsinks in Efficiency

Researchers coated entire devices in poly and copper layers.

www.tomshardware.com

 

[Main_gano]

In the long run it will not be suitabel to need to delide a CPU and to add a cooling solution, that voikd waranty and with own risk of leaking between CPU and Waterblock.
Interesting in the future will be, if the CPU-vedors start to produce and sell CPUs with integrated bare-die-liquid cooling blocks in one package, that offer standardized connectors for tubes - to whatever cooling system is used in conjunction.

 

[Amdlova]

I'm not sure about water cooled servers. Try to find a plumber with "knowledge with server grade hardware" to fix some leaks.
At these level the pumps will be insane high not a 20w pump

 

[edzieba]

Some historical direct-die impingement cooling experiments, from the days before presence of an IHS was the norm.

 

[TerryLaze]

If I ran a 13900k I'd probably consider it...

Yup, 7.3-7.5 Ghz on a liquid cooled ~530W 13900k ,everybody and their grandmas would build that.

Phantom_K`s Cinebench - R23 Multi Core with BenchMate score: 56196 cb with a Core i9 13900KS

The Core i9 13900KS @ 7500MHzscores getScoreFormatted in the Cinebench - R23 Multi Core with BenchMate benchmark. Phantom_Kranks #8 worldwide and #1 in the hardware class. Find out more at HWBOT.

hwbot.org

 

[Deleted member 2838871]

Yup, 7.3-7.5 Ghz on a liquid cooled ~530W 13900k ,everybody and their grandmas would build that.

and only 530W! I'm in!

 

[TerryLaze]

and only 530W! I'm in!

As long as you are not forced to run your PC at 100% load 24/7 because you need it as a render box or for business...
Turbo modes will have it run at very low watt when idle and and not doing anything heavy and it will only boost that high when you really want it.

 

[Deleted member 2838871]

As long as you are not forced to run your PC at 100% load 24/7 because you need it as a render box or for business...
Turbo modes will have it run at very low watt when idle and and not doing anything heavy and it will only boost that high when you really want it.

Well I hope it works out well for people and not like the 3 guys I've already seen on YouTube cracking the die on their processor from presumably too much pressure when securing the cooler.

 

[InvalidError]

Well I hope it works out well for people and not like the 3 guys I've already seen on YouTube cracking the die on their processor from presumably too much pressure when securing the cooler.

This version of "direct die" doesn't make mechanical contact with the CPU dies though, it aims coolant jets directly at the silicon.

With no IHS or cold plate to act as a buffer in case of pump malfunction or air bubbles in coolant, I doubt we'll see this stuff in the consumer mainstream. It may even be too maintenance-intensive and fault-sensitive for datacenter use.