2U high-storage server architecture

Abstract

The invention discloses a 2U high-storage server architecture which comprises a case, a storage assembly, a heat dissipation assembly, a sliding assembly, a mainboard and a PCIE card; the storage assembly, the heat dissipation assembly and the mainboard are all installed in the case, the PCIE card is installed on the mainboard, the case is of a structure with the narrow upper portion and the wide lower portion, the inner side of the sliding assembly is installed at the narrow position of the upper portion of the case, the outer side of the sliding assembly is installed on the cabinet, and the storage assembly is installed at the front end of the case and divided into an upper layer, a middle layer and a lower layer. The case is of a structure with the narrow upper portion and the wide lower portion, the sliding assembly can be conveniently installed at the narrow position, a worker can conveniently pull out the server from the cabinet through the sliding assembly, so that parts in the server are exposed, the worker can conveniently conduct hot plugging on the parts in the server, and the working efficiency is improved. Maintenance of the server can be achieved without placing the server on and off the cabinet, labor intensity of workers is reduced, and maintenance efficiency of the server is improved.

Description

technical field [0001] The invention belongs to the technical field of servers, and in particular relates to a 2U high storage server architecture. Background technique [0002] The current 2U high-storage balanced server architecture generally adopts a high-storage architecture with front hard drives. Commonly used front hard disk storage architectures are divided into two types: one is to use the front and rear double first hard disk enclosures to be arranged in a full-width array to realize the hot-swappable application configuration of 24 front hard disks; the other is to use upper and lower double-layer The first hard disk enclosure can be stacked with equal width or upper, middle and lower layers with equal width to realize the hot-swappable application configuration of 24 hard disks in the front. [0003] The overall width of the existing server is large, and it is impossible to install and apply pull-out slide rails and slide rail cable management racks in the cabin...

AI Technical Summary

Problems solved by technology

[0003] The overall width of the existing server is large, and it is impossible to install and apply pull-out slide rails and slide rail cable management racks in the cabinet, resulting in the failure of hot-swappable maintenance of server system components or maintenance on the rack. Therefore, when the server needs to be maintained , the power supply and data cables at the back end of the server need to be dismantled, and the fans, boards, memory and other components need to be removed from the cabinet before maintenance can be performed, which increases the maintenance time of the server, increases the labor intensity of the staff, and reduces the cost of the server. maintenance efficiency

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