Wall-surface power patch panel of integrated optical network interface

Abstract

The invention discloses a wall-surface power patch panel of an integrated optical network interface. The wall-surface power patch panel comprises a power patch panel, a network power switch, a power module and an Ethernet switchboard. The power module comprises an AC / DC converter and a DC / DC converter, an output end of the power patch panel is connected with the power module by the power switch, and an output end of the power module is connected with a power end of an Ethernet switch chip; and the Ethernet switchboard comprises the Ethernet switch chip, external interfaces and external circuits, the external interfaces and the external circuits are respectively connected with the switch chip, and the external interface include silica fiber or POF (plastic optical fiber) interfaces and network interfaces. The wall-surface power patch panel not only has a power plug-in function, but also has network access and switch functions, and network sockets and a power socket are integrated on the same panel, so that the wall-surface power patch panel is simple in installation and attractive in appearance. Besides, a network chain and a power line are arranged in the same pipeline, so that large quantities of wire arrangement construction costs are saved. In addition, the wall-surface power patch panel has the advantages of high interference resistance, stability in network bandwidth, and the like.

Description

technical field [0001] The invention relates to a wall power plug-in panel with an integrated optical fiber network interface. Background technique [0002] The traditional power strip only has the function of plugging in the mains power supply, but does not have a network socket, and the function is relatively single. With the rapid development of network technology, the application of Ethernet has become more and more popular and extensive, and the network has become an indispensable part of people's life. The existing way for users to access the network is to connect to the upper-level switch through network cables. It is unsightly to place complicated network cables in the room, and it is also inconvenient to take care of. This problem has always troubled many users. In some rooms, during the construction process, the network link is prevented in the hollow position of the wall, and a separate network interface plug-in board is added on the wall. Although it does not ne...

AI Technical Summary

Problems solved by technology

The existing way for users to access the network is to connect to the upper-level switch through the network cable. The complicated network cables are not beautiful and inconvenient to take care of in the room. This problem has always troubled many users.

In some rooms, during the construction process, the network link is prevented in the hollow position of the wall, and a separate network interface plug-in board is added on the wall. Although it does not need to be taken care of, it is more beautiful, but the construction cost is high and the anti-interference ability is poor. , the network bandwidth is unstable

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