Telecommunication computation structure system and method for implementing service in the same

Abstract

The invention relates to a telecommunication computing architecture system and a method of fulfilling service protection thereof, the invention is provided with a power supply processing module on a rear loading switching module to fulfill power supply which is independent to a front flashboard, and provided with an intelligent platform management controller to fulfill the controlling of a control unit to the rear loading switching module which is provided with the control unit; meanwhile, the rear loading switching module of each working slot can be used to fulfill service accessing, and the front flashboard is used for fulfilling service processing; service switching can be fulfilled when the front flashboard of any primary slot occurs exceptions according to a mode of one backup slot and a plurality of primary slots, and the backup front flashboard temporarily replaces the front flashboard of the primary slot to complete the function of service processing; finally the separation of the service accessing and the service processing is fulfilled, thereby playing the effect of device level service protection.

Description

technical field [0001] The invention relates to the field of telecommunication, more specifically, to a telecommunication computing structure system and a method for realizing service protection therein. Background technique [0002] Advanced Telecom Computing Architecture (ATCA for short) is a new-generation computing platform standard formulated by the Industrial Computer Manufacturers Group (PICMG for short) at the end of 2001. It provides a cost-effective, modular-based, compatible, and scalable hardware architecture for next-generation converged communications and data network applications. The PICMG 3.0 specification is the core specification in the ATCA family, which mainly defines the mechanical structure, power supply, heat dissipation design, interconnection, system management and data transmission in the ATCA series specifications. [0003] In the ATCA specification, the first area, the second area and the third area are defined, a total of three connector areas....

AI Technical Summary

Problems solved by technology

This will reduce the density of the access board, resulting in too low integration of the system

In order to improve the integration of the system under the premise of ensuring service reliability, although it is conceivable to use the rear plug-in transfer module 102 to realize the service access function, the definition of the rear plug-in transfer module in the ATCA specification is insufficient. The module relies on the corresponding front board for power supply, and cannot achieve independent power supply; in addition, the ATCA specification does not provide an intelligent platform management interface for the rear plug-in transfer module, which cannot realize effective management of the rear plug-in transfer module; the rear plug-in transfer module and its The corresponding front boards are strictly paired and used. The rear plug-in adapter module and the front board cannot realize service access and service processing respectively, and cannot provide effective device-level service protection.

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