Digital multi-medium transmission to-the-home covering system

Abstract

The invention relates to a digital multi-medium transmission to-the-home covering system which comprises a near-end unit and a far-end unit. The digital multi-medium transmission to-the-home covering system is high in integration level through the arrangement of the near-end unit and the far-end unit, a mobile network signal and a WLAN signal or an EPON signal are combined for signal transmission by the utilization of an original to-the-home optical fiber and a category 5 cable, and wireless voice and data to-the-home covering is achieved without affecting original data functions of the original to-the-home optical fiber and category 5 cable. The problems that a traditional indoor distribution type system is long in construction time, and real estate coordination is difficult are solved. The mobile network signal enters indoors for covering through the original to-the-home optical fiber and the category 5 cable, so that the problems of the ping-pong effect and pilot pollution existing in an indoor network signal are solved, and the perception of a user is improved.

Description

technical field [0001] The invention belongs to the technical field of wireless communication equipment, and in particular relates to a digital multimedia transmission user coverage system. Background technique [0002] Existing communities, hotels, and guesthouses have broadband signals, and generally use CAT5 lines or optical fibers to realize WLAN signals and EPON signals to achieve home coverage; while traditional room distribution systems do not have home coverage, and the antennas are all in the house. At the door, the signal attenuates severely when passing through the wall, resulting in the same field strength between the indoor signal and the external signal, resulting in ping-pong effect and pilot pollution, which seriously affects the user's perception. Contents of the invention [0003] The purpose of the present invention is to provide a digital multimedia transmission input user coverage system, which uses the original five types of lines or optical fibers fo...

AI Technical Summary

Problems solved by technology

[0002] Existing communities, hotels, and guesthouses have broadband signals, and generally use CAT5 lines or optical fibers to realize WLAN signals and EPON signals to achieve home coverage; while traditional room distribution systems do not have home coverage, and the antennas are all in the house. At the door, the signal attenuates severely when passing through the wall, resulting in the same field strength difference between the indoor signal and the external signal, resulting in ping-pong effect and pilot pollution, which seriously affects the user's perception

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