Adapter apparatus and server

Abstract

The invention provides an adapter apparatus and a server. The adapter apparatus comprises an adapter card, a fixed bracket and a connecting piece, wherein the adapter card is mounted on the fixed bracket; the connecting piece is connected with the fixed bracket and can define relative positions of at least two external expansion cards to enable the at least two external expansion cards to be electrically connected with the adapter card; and the fixed bracket can be connected with an external case and can define relative positions of the adapter card and the external case to enable the adapter card to be electrically connected with an external mainboard through a standard bus interface slot formed in the external mainboard. Through the technical scheme, the anti-static capability of the mainboard can be improved.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a switching device and a server. Background technique [0002] In order to meet the increasingly powerful functional requirements of the server, the main board of the server is usually equipped with a standard bus interface slot. Users can insert expansion cards such as network cards, graphics cards, and sound cards into the standard bus interface slots according to actual business needs, so as to realize the server. function is expanded. [0003] In traditional servers, the way of vertically inserting expansion cards is usually adopted. By installing the main board on the bottom plate of the server, multiple standard bus interface slots are preset on the main board of the server, and multiple The user can insert the corresponding expansion card into the slot of the motherboard through the jack. [0004] It can be seen that multiple standard bus interface slots need to be set...

AI Technical Summary

Problems solved by technology

[0004] It can be seen that multiple standard bus interface slots need to be set on the main board of the server, and multiple bus interface slots need to occupy a large area on the main board, so that the wiring spacing of signal lines on the main board is relatively small, and the installation density of electronic components is high. Large, the coupling interference between adjacent signal lines and adjacent electronic components is intensified, resulting in the antistatic ability of the motherboard

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