Time superluminal computing : When outside the third millennium, Supercomputers play a very important role in the development of technology. Design of supercomputers, being extremely high-tech industry, has always been domain of public research institutions and military agencies. Thus on the basis comparing power systems established in the State, it is possible to draw conclusions about the overall level razvitiyastrany. Progress of supercomputers is exponentially, and, bypassing the regular limit of possibilities, researchers from each time faster faced with the next obstacle, without prpeodoleniya which became impossible to further improve the industry of high computation. A typical case of such a "lock" in the frontier of technological development was a denial of productivity by increasing the number of cycles per unit time to the concept of multiple cores. In this case the problem increase in capacity was achieved through the implementation of parallel computing at the level of the processor core. Thus was put into practice the concept of architectural parallelism. Thus in During the use of multi-core technology came the question of establishing an appropriate software Security, which would have supported the potential new capacity. Through the efforts of designers, the question managing multi-core processors could solve less polnoreshit. The frequency limitation of computational kernel is not the main obstacle to the growth of power computer systems and the next problem that had to solve was the problem of efficient ohlazhdeniya.Chtoby to increase the speed of calculation is necessary, together with these terms and guarantee a very dense packing of nodes in volume. By increasing the packing density of elements, the creators of supercomputers approached the limit, when vydelyuyaschayasya per unit volume heat capacity exceeded every opportunity available cooling systems. Description of the tasks were solved quite often original solutions. So in the cooling system of the supercomputer companies Cry pumped most true blood substitute for transfusions. If you understand such a seemingly unusual choice due to the fact that substitute blood combines two seemingly mutually exclusive properties completely. Replacement blood, with its relatively high thermal conductivity, in addition possesses dielectric properties. Insulating properties of the selected chiller made preemlemym abandonment of the system cooling tubes and radiators, instead sites computer plunged directly into the waterfall blood substitutes. Despite their originality and an interesting appearance of the cooler, for which this supercomputer received its second title, this technical solution is already outdated and seychasnigde not apply. The next step was the dissemination of technology integration of computers into clusters, whose implementation made possible because he was a high level of capacity network interfaces.