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Why doesn't someone just send an e-mail and ask?
Processor | Intel I7 2600k@ 4.5 |
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Motherboard | Gigabyte p67 ud4 b3 |
Cooling | AC Cuplex kryos Hf |
Memory | 8096 Exceleram 1600@ 1333 Cl9 1.35v |
Video Card(s) | Palit Gtx570@950/1900@1.063v |
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wazzledoozle said:I see 2 fans
gR3iF said:hmpf okay here in long but in this case my english might not be enough.
u know these things from the old days wich you get when you are ill and you were too hot?
inside there was a metal this thing is the only that is fluid while beeing on room temp
so this is the only known metal that can be used for this cooler
and this metal is toxic really toxic
Unregistered said:Believe me -- No matter what versions, it does need fans to take heat to the air! Liquid metal is just used to take heat from the chip!
Unregistered said:Not to belittle Canada any more than she already is...but the safest nuclear reactor title? Try the United States Navy. All those reactors on carriers and submarines, being operated by people as young as 21? No accidents? No nuclear-related deaths over the course of 50+ years? Sorry Canada.
There's an easy way to keep a refrigerated system cool, but above zero degrees centigrade: limit the duty cycle with a thermostat. Nobody said you had to keep it on all the time.John at BU said:One thing I really like, however, about their solution : no condensation! If you were to use a refrigerant-based system (like in a typical house)... which is easy to make small - it would be hard to keep the pipes going to your chip from dripping water on everything else ... bad stuff.
How can something be too damn hot in room temperature, I asks ya? Is a cup full of 25C liquid metal hot-hot-hot or not?John at BU said:I'd put money on any metal being liquid at room temperature as being toxic or too damn hot to safely use in a home or office.
Vorlaplex said:In addition, I would like to point you to this information:
"Some early testing showed that prototype cooled Radeon X850XT PE card to just 12 Celsius.
yeah probably in north pole cos liquid cooling cannot cool the cpu below roomtemp.
Not to belittle Canada any more than she already is...but the safest nuclear reactor title? Try the United States Navy. All those reactors on carriers and submarines, being operated by people as young as 21? No accidents? No nuclear-related deaths over the course of 50+ years? Sorry Canada.
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LOLOLOL no incidents.. If there even be an accident u think they'll tell it to public?..
Yeah and what about those two "nuclear reactors" that usa dopped to japan? Few hundrend thousand dead! Oh wait that wasn't an accident.
Unregistered said:This is pretty exciting tech actually.
It is using all the basic principles of water cooling, but it's more efficient and safer. It is more durable and requires little or no maintenance.
For the examples of sub-ambient cooling, they would have to be using the thin-film thermo-electric coolers. In the thin-film version, these devices use much less power and create much less heat added to the total heat burden. I use water cooling, have used TECs all the way up to the most powerfull commercially available for a PC, 437watts. The thin-film thermo-electric TECs give this technology a greater range of application then the Liquid Metal cooling alone, but they are not required for all cooling applications.
As for needing fans, that fully depends on the heat exchanger design. There is no reason that passive cooling design won't work for the final stage heat exchanger. But there are requirements and they would mean a lot of surface area would have to be used for passive cooling to work.
Every chip has a range of temperatures in which they can function properly, the ideal solution is a cooling device which can maintain the chip's temp within this range in normal environmental conditions. For the average PC, this range isn't so bad, but some PCs must be operated in harsh environments, some people are overclockers and induce additional stress changing the requirements. Reguardless, any cooling solution which is simple, requires little maintenance, low cost, and is effective across a wide range of operating envirnments is a good thing.
Unregistered said:oughta pull plug first ;o)!
Unregistered said:Not to belittle Canada any more than she already is...but the safest nuclear reactor title? Try the United States Navy. All those reactors on carriers and submarines, being operated by people as young as 21? No accidents? No nuclear-related deaths over the course of 50+ years? Sorry Canada.
Unregistered said:Not to belittle Canada any more than she already is...but the safest nuclear reactor title? Try the United States Navy. All those reactors on carriers and submarines, being operated by people as young as 21? No accidents? No nuclear-related deaths over the course of 50+ years? Sorry Canada.
15th Warlock said:Next time you're going to call ppl names, get your facts straight, 'cause right now, the above statement makes a 4th grader look ten times as smart as you are...
Have you ever heard of Mercury? it's a liquid metal at room temperature, it's what's inside those old glass things your mom used to put in your mouth (and in other places... ) to meassure your temperature. Does the word thermometer ring a bell?
Now, Gallium on the other hand melts at aprox. 29.76°C, well under the idle temp of that thing called CPU inside your PC, but of course you've never heard of gallium before, have you?
Now, boiling, put in layman terms, means turning any material into gasseus state, (meaning it is not liquid or solid anymore) so, as you kindly pointed out before:
"Unlike water, the metal boils at 2000°C, which means it can absorb more heat without changing phase and becoming a troublesome gas."
Let me translate that last paragraph to you, this means that this specific liquid metal (or alloy) won't turn into gasseus state unless it hits 2000°C, which is about 20 times over the boiling point of water (aprox 100°C depending on the altitude), did you get that, sport?
Processor | Intel Core i9 13900KF |
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Motherboard | Asus ROG Maximus Z690 Hero EVA Edition |
Cooling | Asus Ryujin II 360 EVA Edition |
Memory | 4x16GBs DDR5 6800MHz G.Skill Trident Z5 Neo Series |
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Software | Windows 11 Pro 64bit |
Aitch said:You sound a right d*ckhead.
Unregistered said:-------------
As to a TEC, anyone knows its efficiency? Itis around 10% (regular mechanic refrigiration system is around 3~4!). That means if you want to cool down 100W, you need put 1,000 W electriicty there. Anyone is Crazy like that
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your a moron.