FIELD: information technology.
SUBSTANCE: computational cluster with a submerged cooling system is proposed, consisting of n sealed tanks filled with coolant, each of which communicates with a liquid heat removal system and includes m computational units that are integrated into a single network by a switch to which the control computer is also connected. Electronic components are connected to an external uninterruptible power supply. Moreover, n sealed containers are located above uninterruptible power supplies and a set of network switches. In this case, m computational nodes of each of the n tanks through sealed network adapters located on the surface of the tanks are connected to each switch from a set of network switches, some of which are connected to a control computer. The liquid heat removal system includes a control system.
EFFECT: increasing the productivity of the computing cluster per unit area, reduce the occupied space, increase the network capacity and provide dynamic management of computing nodes and conduct troubleshooting at nodes.
14 cl, 4 dwg
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Authors
Dates
2017-10-04—Published
2016-05-20—Filed