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- Jan 2, 2009
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- 9,899 (1.69/day)
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- Essex, England
System Name | My pc |
---|---|
Processor | Ryzen 5 3600 |
Motherboard | Asus Rog b450-f |
Cooling | Cooler master 120mm aio |
Memory | 16gb ddr4 3200mhz |
Video Card(s) | MSI Ventus 3x 3070 |
Storage | 2tb intel nvme and 2tb generic ssd |
Display(s) | Generic dell 1080p overclocked to 75hz |
Case | Phanteks enthoo |
Power Supply | 650w of borderline fire hazard |
Mouse | Some wierd Chinese vertical mouse |
Keyboard | Generic mechanical keyboard |
Software | Windows ten |
Phase change?
And compressor is.. where?
Seems tad bit too small to be effective TBH. In case you wonder how these things work or how to build one, I suggest http://www.xtremesystems.org/forums/ ..
This seems different to what I saw tho..
First, let me apologize, I have an immature understanding of what this technology is because the article doesn't say much...
There is no zero-fan solution.
It does not exist. The most important part of any closed system is airflow. There are high-pressure and low-pressure systems, but there has to be efficient airflow or the case will build heat. The temperatures of the GPU and CPU are important, they should have thermal sensors, and they should be monitored and cooled effectively, but they are not the end-all when it comes to cooling. At the very least, there will be a fan that exhausts hot air from the case (as would be the most efficient option in a single-fan solution).
That being said, fan-less chassis are not a new concept, Streacom is a great example. Two heatsinks does not make something "phase-changing," new, or unique. There are still very inaudible solutions that are vastly superior to such a product.
Hey guys linus tech tips done a video on a computer based on this same technology and it performs pretty decently, he even overclocked it if I remember correctly and temperatures were better than most watercooling solutions from. What I remember.
As for the pump its a passive phase change system that instead has the heatpipes directed out of the enclosure and onto huge by regular PC standard heatsinks or fin arrays. I'm talking 20 kilos of heatsinks here so 20 times as much mass as your typical heavy duty air cooler with many times the surface area as well.
This is why it works so well because it's basically taking heatpipe design to ridiculous extremes.
An average consumer is never going to want a computer that weighs 20 kilos plus before you even take into account the rest of the system, too damn big and to damn heavy.
How ever quiet freaks who are also PC enthusiast might sacrifice ease of use for thermal and acoustic performance.