Method for supporting wifi (Wireless Fidelity) multi-frequency and multi-SSID (Service Set Identifier) mechanism on CPE (Central Processing Element)

A mechanism and frequency band technology, applied in the field of supporting wifi multi-frequency and multi-SSID mechanism on CPE, to achieve the effect of improving development efficiency and speeding up rollout

Inactive Publication Date: 2015-04-01
SHENZHEN GONGJIN ELECTRONICS CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] With the maturity of the 11AC protocol and end users' demand for portable, high-speed and stable networks, more and more 11AC products have begun to appear; at the same time, the existing mainstream products and equipment still only support 2.4G, and 2.4G has more Strong wall-penetrating ability, anti-attenuation, some devices can only use 2.4G

Method used

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  • Method for supporting wifi (Wireless Fidelity) multi-frequency and multi-SSID (Service Set Identifier) mechanism on CPE (Central Processing Element)

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Experimental program
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Effect test

Embodiment 1

[0022] A method for supporting wifi multi-frequency and multi-SSID mechanisms on a CPE. The first step of the method is to maintain the CPE to maintain a static data table and a runtime data table; in the second step, the runtime data table maintains a frequency band table, a wireless network table and a frequency band, The wireless network relationship table; the third step after the CPE is started, create wireless frequency bands and wireless network objects according to the wifi frequency band provided by the static data table and the public data model of the wireless network; the fourth step After the CPE is initialized, monitor the wifi module or chip in real time ; In the fifth step, during the operation of CPE, the user modifies or adds wireless frequency bands in real time through WEB, TR069, CLI and other UIs; in the sixth step, during the operation of CPE, the user dynamically adds and deletes wireless modules / chips.

Embodiment 2

[0024] The method for supporting wifi multi-frequency and multi-SSID mechanisms on the CPE described in embodiment 1, the first step is to maintain the CPE to maintain the static data table and the runtime data table; when the CPE is started, the mechanism generates the runtime data table , initialize the runtime data table according to the static configuration, customize the wireless frequency band and wireless SSID supported by the CPE, and activate the corresponding wireless frequency band and wireless SSID according to the actual operation status of the CPE; at the same time monitor the user configuration in real time, dynamically identify the wifi frequency band of the CPE, and update the operation The real-time data table and static configuration table complete the self-adaption of CPE supporting wifi multi-frequency and multi-SSID.

Embodiment 3

[0026] The method for supporting wifi multi-frequency and multi-SSID mechanisms on the CPE described in embodiment 1, the data table maintenance frequency band table, wireless network table and frequency band, wireless network relationship table when the second step is running; the static data table provides a A public data model of wireless wifi frequency bands and wireless networks, and record and maintain user-customized wireless information, and update users' real-time configuration information for wireless frequency bands and SSIDs; static data tables provide manual and automatic configuration.

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Abstract

The invention provides a method for supporting a wifi (Wireless Fidelity) multi-frequency and multi-SSID (Service Set Identifier) mechanism on a CPE (Central Processing Element). The method comprises the following steps: step 1, maintaining the CPE and maintaining a static data table and a runtime data table; step 2, maintaining a frequency band table, a wireless network table, and a frequency band and wireless network relation table by the runtime data table; step 3, after the CPE is started, establishing a wireless frequency band and a wireless network object according to a wifi frequency band provided by the static data table and a public data model of a wireless network; step 4, after initializing the CPE, monitoring a wifi module or a chip in real time; step 5, in a running process of the CPE, modifying or newly increasing the wireless frequency band in real time by a user through UIs (User Interface) including WEB, TR069, CLI (Command Line Interface) and the like; step 6, in the running process of the CPE, dynamically increasing and deleting the wireless module / chip by the user. The method is used for supporting the wifi multi-frequency and multi-SSID mechanism on the CPE.

Description

Technical field: [0001] The invention relates to a method for supporting wifi multi-frequency and multi-SSID mechanisms on a CPE. Background technique: [0002] With the maturity of the 11AC protocol and end users' demand for portable, high-speed and stable networks, more and more 11AC products have begun to appear; at the same time, the existing mainstream products and equipment still only support 2.4G, and 2.4G has more Strong wall-penetrating ability, anti-attenuation, some devices can only use 2.4G. In the future, it is possible to apply new wireless protocol standards in new frequency bands and so on. In addition, different application scenarios and different customers have different requirements for CPE. Some customers only require a single frequency band, some require CPE to automatically identify new wifi frequency bands, and some require CPE to be configurable or to add wifi frequency bands by itself. Invention content: [0003] The purpose of the present invent...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H04W8/26H04W76/02
CPCH04W8/26H04W76/11H04W76/15
Inventor 张芝华庞健荣
Owner SHENZHEN GONGJIN ELECTRONICS CO LTD
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