Novel intelligent mobile CPE terminal based on high-speed wireless service drive

Abstract

The invention discloses a novel intelligent mobile CPE terminal based on high-speed wireless service drive. The terminal comprises a power device, a wireless module is mounted on the power device, a voice screen display module and a short-distance remote control device are mounted in front of the wireless module, a signal acquisition module is mounted on the wireless module, and the wireless module comprises a wireless receiving module and a wireless decision module. The terminal has the advantages that CPE can be prevented from being located in a signal blind area, a weak signal cell and a low-speed cell, and the CPE is prevented from obtaining poor services under the condition; the CPE is prevented from being in a low-speed cell, and under the condition, the CPE searches for a high-speed cell and obtains service through self movement; and under the condition, the CPE effectively avoids a load cell or an interference cell and obtains high-quality service.

Description

Technical field[0001]The present invention relates to the field of signal transmission technology, and specifically, a new intelligent mobile CPE terminal based on a high speed wireless service drive.Background technique[0002]The full name of the terminal CPE is called Customer Premise Equipment, called "Customer Terminal Device". Its action is to use the mobile communication signal (2G, 3G, 4G, 5G, etc.) or wired broadband signal, converted into a local domain network signal for user equipment for accessing the device.[0003]For CPE, regardless of whether the wired signal is also a wireless signal, it is a carrier signal for CPE access.Figure one withFigure II As shown in the CPE module, the cellular channel to the conversion of the Wi-Fi signal and the corresponding transmission, and the output is used after the access device; when using Wi-Fi, if the distance is relatively far, or the room is more A signal blind spot appears. In these blind sites, mobile phones or iPads cannot rec...

AI Technical Summary

Problems solved by technology

[0004] Disadvantage 1 of the existing technology: After the location is fixed, it cannot be moved. Because the location is relatively fixed, the performance of the CPE is limited by the location selection and cannot enjoy optimal signal coverage. If the location is weak coverage, but the adjacent direction is strong coverage, Then the opportunity to conduct business under strong coverage is lost, and the service quality of terminals accessing the CPE is relatively poor

[0005] Disadvantage 2 of the prior art: In the prior art, no distinction is made between loaded cells. If a large number of terminals are connected to the cell in a heavily loaded cell, there will be competition for the resources of the cell. In the end, even though it is in a good cell, But got poor service

[0006] Disadvantage 3 of the existing technology: High-speed cells cannot be preferred. When CPE first accesses the network, it scans frequency bands for access, and does not select 4G CA cells, or 5G EN-DC cells, or the frequency bands where SA cells are located for priority registration. Instead, scan the network according to the preset frequency point, so that even if you can access the network, you can't be in a high-speed cell, so you can get relatively poor service

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