SSD doubler, and multi-device bay system and computer system using same

Abstract

An SSD doubler is disclosed. The SSD doubler comprises: a printed circuit board; a first connector portion which is disposed in a horizontal direction with respect to the printed circuit board and connected to the outside; a second connector portion which is disposed in a horizontal direction with respect to the printed circuit board, is arranged in parallel with the first connector portion, and is connected to the outside; a sixth connector portion which connects the first connector portion to a first storage media; a fourth connector portion which connects the second connector portion to a second storage media or a third storage media; and a bay body which forms a plurality of bays in a vertical direction so as to guide the first storage media and the second storage media, or the first storage media, the second storage media and the third storage media toward the sixth connector portion and the fourth connector portion in a stacked structure.

Description

technical field [0001] The invention relates to a solid state disk doubler (SSD DOUBLER), a multi-equipment rack system and a computer system formed by using the solid state disk doubler. Background technique [0002] Generally, there are various installation methods for installing a solid state disk (SSD) instead of a 3.5 hard disk drive (HDD). However, in addition to the simple bracket type installation method, the representative method is figure 1 A conventional SSD bracket 50 is shown. [0003] figure 1 The solid-state hard disk support 50 shown comprises: shell 51, forms the main outline of solid-state hard disk support 50; Printed circuit board 52, is built in the back side of shell 51; The twelfth connection port 54 for connection is formed on the above-mentioned printed circuit board 52 ; front plate 55 ; work display LED 56 ; A thirteenth connection port 58a for an interface (INTERFACE) and a fourteenth connection port 58b for a power supply and an interface are ...

AI Technical Summary

Problems solved by technology

[0007] and, figure 1 The shown solid-state hard disk support 50 is along with the printed circuit board 52 of the eleventh connection port 53 and the twelfth connection port 54 that have the thirteenth connection port 58a and the fourteenth connection port 58b and the solid-state hard disk connection. The installation direction of the hard disk is arranged vertically, therefore, the above-mentioned printed circuit board 52 cuts off the air flow, thereby inevitably causing long-term operational reliability problems in terms of stable operation of the loaded solid-state hard disk

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