High-definition all-optical multimedia platform

Abstract

The invention discloses a high-definition all-optical multimedia platform which comprises a multi-channel high-definition far-end node computer, a high-definition image ring-out module, an all-optical matrix, a converged high-definition image module and a high-definition image output module which are successively connected. The multi-channel high-definition far-end node computer, the high-definition image ring-out module, the converged high-definition image module and the high-definition image output module are connected with a voltage regulator module. The multi-channel high-definition far-end node computer is connected with a lightning protection module and the output end of the high-definition image output module is connected with a display module. The high-definition all-optical multimedia platform integrates high-definition digital video optical fiber transmission and exchange functions, solves problems such as loss of video quality, complicated connection, and cumbersome operation and management caused by multiple digital-to-analog conversion when the connection between optical fiber transmission network and analog video matrix, has the various function modules with stable output, is compatible with a main analog matrix management protocol to meet the needs for digital storage, and truly achieves unified scheduling management.

Description

technical field [0001] The invention relates to the technical field of digital multimedia optical transmission switching and management, in particular to a high-definition all-optical multimedia platform. Background technique [0002] Due to the upgrading of the communication industry and video transmission equipment, many video equipment currently in use are still analog equipment, while the newly added equipment is digital equipment, which cannot be managed in a unified manner, and cannot be integrated into the same system to achieve equipment integration. Terminal integration. Moreover, the traditional analog signal needs to be connected with the analog matrix to achieve front-end control, and the video wall needs to be converted again, resulting in loss of video quality, complex system connection, cumbersome operation and management, and many other problems. Contents of the invention [0003] The object of the present invention is to provide a high-definition all-opti...

AI Technical Summary

Problems solved by technology

Moreover, the traditional analog signal needs to be connected with the analog matrix to achieve front-end control, and the video wall needs to be converted again, resulting in loss of video quality, complex system connection, cumbersome operation and management, etc.

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