COMPACT SUPERCOMPUTER

The invention relates to computer engineering, and more particularly to mid-range supercomputers designed for operating in non-specialized spaces (spaces that are not equipped with continuous power supply, air conditioning, ventilation and fire extinguishing systems), such as administrative buildings, offices, business centres, various hallways, and the like. The technical result of the claimed invention is an increase in the level of protection for computing equipment that is part of a supercomputer, which is achieved in that a common housing contains the computing equipment, a continuous power supply system, air conditioning systems, a fire extinguishing system, a computing equipment control system, and a signal line for transmitting a signal for the graceful shutdown of the computing equipment in the event of an emergency signal from a controller of the air conditioning section and/or the continuous power supply system. The present supercomputer comprises a housing, in which are arranged an air conditioning section with a controller, a server rack for computing equipment, power distribution units, a continuous power supply system, an emergency fire extinguishing system, a system for controlling emergency ventilation, and emergency ventilation equipment, wherein the air conditioning system forms a cooling circuit with an external unit, said circuit being sealed off from the surrounding space. The controller of the air conditioning section and the continuous power supply system are each equipped with their own emergency control relay, wherein the emergency control relay of the air conditioning section and the emergency control relay of the continuous power supply system are joined into a single signal line. Said signal line is connected to the computing equipment control system, which is configured to be capable of transmitting commands for the graceful shutdown of the computing equipment in the event of a break in the signal line. L'invention se rapporte au domaine des techniques informatiques, et concerne notamment des super-ordinateurs de moyenne capacité pour un fonctionnement dans des locaux non préparés (locaux non équipés de systèmes d'alimentation sans coupure, de climatisation, de ventilation, de systèmes anti-incendies) comme des bâtiments administratifs, des bureaux, des centres d'affaires, des halls de divers locaux, etc. Le résultat technique de la présente invention consiste en une augmentation du niveau de protection de l'équipement informa