CN107622033B - Intelligent management platform based on orthogonal architecture - Google Patents
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- CN107622033B CN107622033B CN201711026268.2A CN201711026268A CN107622033B CN 107622033 B CN107622033 B CN 107622033B CN 201711026268 A CN201711026268 A CN 201711026268A CN 107622033 B CN107622033 B CN 107622033B
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Abstract
The invention discloses an intelligent management platform based on an orthogonal architecture, which comprises two platform main control cards, 4 groups of power supply modules, 6 groups of fan modules, 6 groups of exchange cards and 16 node line cards, wherein intelligent platform management controllers are arranged in the platform main control cards, the power supply modules, the fan modules, the exchange cards and the node line cards, and independent CPU subsystems are arranged in the two platform main control cards to bear a system management module, a service control module and a platform management module; the intelligent platform management controller is connected with the platform management module, an independent CPU subsystem is arranged in the platform main control card and used for bearing the system management and service control module, and a hardware carrier for system management and service control is separated from a hardware carrier for platform management, so that the safety and stability of a bottom platform are ensured.
Description
Technical Field
The invention relates to a hardware platform of an orthogonal architecture, in particular to an intelligent management platform based on the orthogonal architecture.
Background
With the rapid development of the internet and the mobile internet, network data traffic is larger and larger, protocol parsing and processing are more and ports are more and more, so that requirements on hardware platforms capable of bearing the requirements are higher and higher. On the other hand, various functional modules are required to process more and more data, the hardware is also updated rapidly continuously, for example, in the aspect of X86 computation, the Intel's Zhi Qian processor has evolved to a single CPU integrated 14-16 core, and then is further improved to 18-20 cores or even higher; in the aspect of a multi-core processor, the integration level of a CPU is higher, all technical trends have a common point, the performance is higher and higher, the power consumption is larger and higher, and the heat dissipation capability of a platform is greatly challenged.
Under the orthogonal architecture, how to coordinate the whole platform resource from the system level provides a stable and reliable platform for high-level application. This will be a maximum challenge for platform management, and in addition, various technologies have relatively obvious advantages in their art of tampering, such as handling packets, high traffic, and high requirements on the capability of the line card IO; x86 mainly analyzes the application, consumes extremely large processing capacity and possibly reduces IO capacity; the GPU is oriented to image graphics processing, and has little requirement on IO capacity. Thus, the IO capacity of the backboard of the platform is provided with enough space-moving elasticity, so that a good self-adaptive function is an important ring of platform management, the existing architecture system management, service control and bottom platform management are put on a hardware CPU, and the problem that dead halt caused by the system management and the service control can directly influence the stability of the bottom platform management, and even cause catastrophic events of power supply and heat dissipation of the platform.
Disclosure of Invention
Aiming at the problems in the background technology, the invention provides an intelligent management platform based on an orthogonal architecture.
In order to achieve the above purpose, the present invention provides the following technical solutions: an intelligent management platform based on an orthogonal architecture comprises two platform main control cards, 4 groups of power supply modules, 6 groups of fan modules, 6 groups of exchange cards and 16 node line cards, wherein the platform main control cards, the power supply modules, the fan modules, the exchange cards and the node line cards are all arranged in an intelligent platform management controller, and two platform main control cards are internally provided with independent CPU subsystems, bearing system management modules, service control modules and platform management modules; the intelligent platform management controller is connected with the platform management module, the two platform main control cards are provided with 2 nodes, the 4 groups of power supply modules are provided with 4 nodes, the 6 groups of fan modules are provided with 6 nodes, the 6 groups of exchange cards are provided with 6 nodes, and all the nodes are connected with the intelligent platform management controller.
As a preferable technical scheme of the invention, the intelligent platform management controller dynamically monitors the power supply voltage, the temperature, the module state and the backboard interconnection speed inside the module.
Compared with the prior art, the invention has the beneficial effects that: the platform management system comprises a platform main control card, a platform management module, a platform management system module and a platform management system module.
Drawings
FIG. 1 is a schematic diagram of the bus distribution of an intelligent management platform of the orthogonal architecture of the present invention;
FIG. 2 is a schematic diagram of a system management module and a service control module path according to the present invention;
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Examples:
referring to fig. 1 and 2, the invention provides an intelligent management platform based on an orthogonal architecture, which comprises two platform main control cards, 4 groups of power modules, 6 groups of fan modules, 6 groups of exchange cards and 16 node line cards, wherein the platform main control cards, the power modules, the fan modules, the exchange cards and the node line cards are all arranged in an intelligent platform management controller, and two platform main control cards are internally provided with independent CPU subsystems, a bearing system management module, a service control module and a platform management module; the intelligent platform management controller is connected with the platform management module, the two platform main control cards are provided with 2 nodes, the 4 groups of power supply modules are provided with 4 nodes, the 6 groups of fan modules are provided with 6 nodes, the 6 groups of exchange cards are provided with 6 nodes, and all the nodes are connected with the intelligent platform management controller.
Further, the intelligent platform management controller dynamically monitors the power supply voltage, the temperature, the module state and the backboard interconnection speed inside the module.
The advantage of the management path of the invention is that two sets of redundant intelligent platform management buses are provided under the orthogonal architecture, and the two buses can be switched through negotiation of two platform main control cards, so that the stability and fault tolerance of the system are ensured.
The module internal management has the advantages that each module has certain intelligent processing capacity, can dynamically monitor the power supply voltage, temperature, module state machine, backboard interconnection speed and the like in the module, and is communicated with the main control module in real time.
The platform management advantage is reflected in the platform main control card, and the module of the built-in independent platform management module operates the platform management state engine to realize the management and control of the whole platform. And the system architecture of redundant management is adopted between the platform management modules of the two platform main control cards, so that the stability of platform management is ensured.
In addition, in the aspect of system management and service control, an independent CPU subsystem is built in the platform main control card and is used for bearing a system management and service control module, and the mode separates a hardware carrier for system management and service control from a hardware carrier for platform management, so that any problems of system management and service control cannot be spread to a bottom layer platform, and the safety and stability of the bottom layer platform are ensured. The system architecture of redundant management is adopted between the CPU subsystems of the two platform main control cards, so that the stability of system management and service control is ensured, and the main body of the system management and service control software is usually set by a user.
The foregoing description of the preferred embodiments of the invention is not intended to be limiting, but rather is intended to cover all modifications, equivalents, and alternatives falling within the spirit and principles of the invention.
Claims (2)
1. An intelligent management platform based on an orthogonal architecture is characterized in that: the intelligent platform management system comprises two platform main control cards, 4 groups of power supply modules, 6 groups of fan modules, 6 groups of exchange cards and 16 node line cards, wherein the platform main control cards, the power supply modules, the fan modules, the exchange cards and the node line cards are all arranged in an intelligent platform management controller, independent CPU subsystems, a bearing system management module, a service control module and a platform management module are arranged in the two platform main control cards, each module has certain intelligent processing capacity, and can dynamically monitor the power supply voltage, the temperature, a module state machine and the backboard interconnection speed in the module and communicate with the main control module in real time; the intelligent platform management controller is connected with the platform management module, the two platform main control cards are provided with 2 nodes, the 4 groups of power modules are provided with 4 nodes, the 6 groups of fan modules are provided with 6 nodes, the 6 groups of exchange cards are provided with 6 nodes, and all the nodes are connected with the intelligent platform management controller;
the intelligent management platform provides two sets of redundant intelligent platform management buses under the orthogonal architecture, and the two buses can be switched through negotiation of two platform main control cards.
2. The intelligent management platform based on orthogonal architecture of claim 1, wherein: the intelligent platform management controller dynamically monitors the power supply voltage, the temperature, the module state and the backboard interconnection speed inside the module.
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| CN201711026268.2A CN107622033B (en) | 2017-10-27 | 2017-10-27 | Intelligent management platform based on orthogonal architecture |
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