An automatic return system of Peacock base station status information based on the Internet of Things chip

Abstract

The invention discloses an automatic return system of the status of a Peacock base station based on an Internet of Things chip, including a clock synchronization module, a baseband signal processing module, a radio frequency transceiver module, a power control module and a control module; the control module includes a control module 1 and a control module. control module 2. The invention improves the instability and uncertainty of the original monitoring module relying on non-telecom-level transmission by setting the status information of the skin station based on the Internet of Things chip to be self-sustained and automatically returned to the network management, and improves the accuracy of problem positioning and maintenance efficiency. In addition, due to the low power consumption, small size and low cost of the IoT chip, it is also easy to integrate into a miniaturized device such as a pea station.

Description

technical field [0001] The invention relates to the field of integration of Peacock base stations and Internet of Things chips, and more specifically, to a system for automatically returning status information of Peacock base stations based on Internet of Things chips. Background technique [0002] Pico base stations and flying stations on the existing market, especially home-level Femto, mostly use home network cables or enterprise dedicated lines for transmission, and the backhaul mode is GPON / EPON, etc. Since this kind of transmission is generally placed in enterprises or home users, there is no relevant Carrier-level equipment protection, when the pico base station loses connection with the flying station, it is often impossible to judge whether the transmission is artificially disconnected, the power supply is artificially turned off, or the base station itself fails and loses contact. This module is based on the IoT chip, connected to the related state reading interfac...

AI Technical Summary

Problems solved by technology

[0002] Pico base stations and flying stations on the existing market, especially home-level Femto, mostly use home network cables or enterprise dedicated lines for transmission, and the backhaul mode is GPON / EPON, etc. Since this kind of transmission is generally placed in enterprises or home users, there is no relevant Carrier-level equipment protection, when the pico base station loses connection with the flying station, it is often impossible to judge whether the transmission is artificially disconnected, the power supply is artificially turned off, or the base station itself fails and loses contact

Images