Multi-chip mobile terminal and equipment management realization method thereof

Abstract

The invention provides a multi-chip mobile terminal and an equipment management realization method thereof. At least two chips in multiple chips have different standards. The method comprises the following steps: determining one chip in the multiple chips as a main chip; setting equipment management clients in the main chip; communicating other chips in the multiple chips to the main chip; and carrying out equipment management on the main chip and other chips through the equipment management clients in the main chip. The invention can obviously reduce the number of the equipment management clients, so the equipment management cost can be saved, and in addition, the complicity of the equipment management is reduced.

Description

A multi-chip mobile terminal and its device management implementation method technical field The invention relates to the field of mobile communication, in particular to a multi-chip mobile terminal and a method for realizing device management thereof. Background technique With the continuous development of mobile communication technology and the continuous development of the third-generation mobile communication system, according to the needs of operators and users, a variety of mobile terminal data cards have been produced, such as the GSM standard, including GPRS (General Packet Radio Service, general wireless packet service technology), EDGE (EnhancedDataRateforGSMEvolution, enhanced data rate GSM evolution technology), etc., PHS (Personal Handy-phoneSystem, personal hand-held telephone system, that is, PHS) standard, CDMA standard and CDMA1X-EVDO (EVDO is actually three words Abbreviation: Evolution, that is, evolution, DataOnly, a stage of a path of CDMA20001x evolut...

AI Technical Summary

Problems solved by technology

OMADM can not only provide support for a single network, but also span multiple networks, and can simultaneously support the equipment management requirements of dual-mode (that is, contain two standards) or even multi-mode (that is, contain more than two standards) terminals. Manufacturers have different configuration management of OMADM, resulting in different configuration mechanisms, so that different standards of terminals require corresponding device management clients to meet device management requirements, resulting in the need for device management for multi-mode, multi-chip mobile terminals. Implemented by multiple device management clients, making device management very complicated

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