Out-of-band management system of data center based on IPMI

Abstract

The invention discloses an out-of-band management system of a data center based on IPMI. The system is characterized in that the out-of-band management system conducts remote access to a BMC chip of a managed server; the BMC chip sends a control command to the BMC chip via a LAN interface based on an IPMI protocol; data information acquired by the BMC chip is fed back to a management platform; data of the management platform is transmitted to a client side; the BMC chip conducts data collection of an out-of-band management monitoring module in the managed server; and the out-of-band management monitoring module comprises a power source management module, a remote control module, a power consumption management module and a log management module. Firstly, the configuration allows out-of-band server management; and secondly, an operation system does not need to bear a task of transmitting system state data. Core concepts of out-of-band management comprise that only management data, statistical information, control information and the like are transmitted; network management data is separated from service data; the two types of data are completely independent and do not influence each other; and efficiency and reliability of network management can be increased.

Description

technical field [0001] The invention relates to an IPMI-based data center out-of-band management system, in particular to an IPMI-based data center out-of-band management system that realizes the hardware running state of a server without relying on an operating system. Background technique [0002] At present, the unified management of various servers in enterprise informatization is an urgent problem to be solved. Due to the continuous integration and increase of the number of business systems and equipment, the workload and complexity of the operation and maintenance of various application systems, system security assurance, hardware equipment performance and other indicators monitoring are constantly increasing. As far as the cluster is concerned, it cannot be monitored in real time, and the probability of error is also greatly increased. In addition, the remote login management method cannot be remotely managed in the event of a network failure or cannot be controlled ...

AI Technical Summary

Problems solved by technology

Due to the continuous integration and increase of the number of business systems and equipment, the workload and complexity of the operation and maintenance of various application systems, system security assurance, hardware equipment performance and other indicators monitoring are constantly increasing. As far as the cluster is concerned, it cannot be monitored in real time, and the probability of error is also greatly increased

In addition, the remote login management method cannot be remotely managed in the event of a network failure or cannot be controlled and managed without power on.

Poor fault early warning ability, unable to track faults and deal with them quickly

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