Experts IBM have developed new system of cooling of the personal computer
In research laboratory IBM in Zurich the new technology of cooling of desktop personal computers and servers is demonstrated. At the heart of working out microscopic metal channels, on a thickness comparable in human volosom lay. On the given channels the cooled distilled water collecting a significant part of heat, allocated in the knots of computers moves under pressure.
However on it innovations IBM do not come to an end, together with new system of cooling should work and the new three-dimensional ("puff") chips, which prductivity is increased depending on their thickness and quantity of transistors working in them. Besides, in IBM say, that by means of such concept it is possible to unite not only the central processors, but also other knots of system.
According to engineers IBM, the distance between transistors in "puff" chips in 10 000 times is less, than in usual systems. At the expense of distance reduction, elektronam it is necessary to overcome a smaller way and more fast to reach the transistor. However the similar system requires absolutely other approach to cooling - heat accumulation between chips can fast put them out of action, therefore cooling should be not only outside, but also from within each chip, writes CyberSecurity.
Usual mechanisms of dispersion of heat, for example fans or radiators, cannot give such effect, therefore Zurich laboratory IBM in cooperation with German institute it Fraungofera have developed the new method of water cooling providing penetration of metal cooling channels deep into of the processor and passing through it, how the blood system penetrates all human body.
"The similar system of cooling does the moment of commercial use of three-dimensional chips much closer", - speak in corporation.
Under forecasts most IBM, the new architecture and cooling system should appear in the commercial equipment in 5-10 years, however in the beginning it will be applied in professional solutions - the big servers and datatsentrah.
