Micro refrigerated ThermalTake Xpressar case promises to outcool liquid cooling
ThermalTake introduced Xpressar - world's first computer case with a DC inverter type micro refrigeration cooling system! According to ThermalTake, the Xpressar RCS100 case keeps your components 20?C cooler than a liquid cooling system.
The Xpressar RCS100 is a quite big supertower case, it measures 605 x 250 x 660mm and weighs 22.2kg. There's support for micro ATX and ATX motherboards, seven 5.25" devices, five 3.5" devices and 10 expansion cards. The case is made out of 1.0mm SECC steel and features an aluminum front door, the design of the case looks a bit like the Xaser VI and it has several nice features such as a removable motherboard tray, cable management, a sliding hood and an adjustable PSU bridge. Furthermore, the front also features a compartment with I/O ports, this includes 2x e-SATA, 4x USB 2.0, 1x FireWire IEEE 1394 and HD audio.
The most interesting thing about this case is the phase-change cooling system, the Xpressar features a micro vapor-compression refrigeration system, which is a method similar to the one used for air-conditioning. It has a compressor, condenser, expansion valve, evaporator and intelligent IC controller. The cooling system uses a circulating liquid refrigerant as the medium which absorbs and removes heat from the space to be cooled and subsequently rejects that heat elsewhere. The refrigeration cooling system is compatible with Intel LGA775 and LGA1366 (Nehalem) sockets and the compressor uses a max of 50W.
The scheme below explains how it works and more info can be read over here.
ThermalTake claims the Xpressar cooling solution performs significantly better than air cooling and liquid cooling. The firm ran tests on a Intel Core 2 Duo E8400 processor and found the Xpressar kept the processor at a relatively chilly 35?C at full load with a noise level of only 20dBA. According to ThermalTake, that's 20?C better than liquid cooling and more than 40?C better than air cooling but I have some serious doubts about these results. It strikes me odd that a non-overclocked Core 2 Duo E8400 with a decent air cooler would reach over 75?C and shut down. It's clear that there's something wrong with at least some of their results, we'll have to wait for some real reviews to see how this new cooling solution will perform.
Phase-change cooling for computers isn't exactly new, but AFAIK this is one of the first cases that integrates it nicely. Besides the refrigeration cooling, the Xpressar also supports a 140mm front intake fan, 140mm top exhaust fan, two 140mm bottom intake fans and a 140mm VGA intake fan but those are all optional.
In short, XPRESSAR, this world first DC inverter type micro refrigeration cooling system customized for PC chassis, has minimized the compressor widely applied in air conditioners and refrigerators commonly seen in our everyday lives, and placed it inside the computer case to cool the extreme heating sources of your systems. The built-in intelligent IC controller, the part making this news valuable, will then be keeping the temperatures constant and stable to preventing condensations at the same time.
More details and photos can be found at the Xpressar website.
Unfortunately the case isn't compatible with all motherboards. Here's a list of compatible motherboards from ASUS, Gigabyte and MSI:
source : dvhardware
Thermaltake is famous for their line of PC cooling systems, but this one definitely wins points for being unique as it relies on a DC-inverter micro refrigeration system onboard that uses a similar compressor/condenser/coolant system found in refrigerators and air conditioners to keep your PC's innards running cool.
According to Thermaltake, the Xpressar is able to achieve another 20? C lower temperature compared to liquid-cooled systems. Unfortunately, since the Xpressar relies on an AC/refrigerator condenser, you can be sure that silence during operation is not on top of the feature list.
How to choose a motherboard for your PC for August 2008
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