CN103428021B - Cabinet level server, cabinet level server node information management method and system - Google Patents
Cabinet level server, cabinet level server node information management method and system Download PDFInfo
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Abstract
The invention is applicable to the technical field of servers, and discloses a cabinet level server and cabinet level server node information management method and system. According to the invention, module management units are collected and are connected with a cabinet management unit with a built-in management policy; a proprietary management channel between a server node and the cabinet management unit is established through the cabinet management unit; and the cabinet management unit manages node information collected by each module management unit through the proprietary management channel and based on the built-in management policy. According to the cabinet level server and cabinet level server node information management method and system, which are provided by the invention, the proprietary management channel between the server node and the cabinet management unit is established through the module management unit; the node information or the state information of other equipment is acquired without relying on an exchange; the permission of the existing computer room management architecture is not needed; the applicability to an application scene is strong; and the product has good compatibility and is convenient for a customer to use.
Description
Technical field
The invention belongs to server technology field, more particularly, to a kind of cabinet-level server, cabinet-level server node letter
Breath management method and system.
Background technology
Current server, such as cabinet-level server, it includes being provided with multiple front end services being arranged in frame
Device node.In prior art, the corollary equipments such as each business unit, fan, power supply need to be collected by setting management switch
Information, and be both needed on every front-end server node arrange BMC（Baseboard Management Controller, base
Board management controller）, the management passage that management process need to rely on switch is managed, the management passage in this mode and visitor
The management passage of family machine room has overlap, needs client's existing management scene to allow equipment to access and utilize this passage, if client is existing
There is management component not allow, then server cannot be managed, have very big restriction to the application scenarios of equipment, compatibility is relatively
Difference, is not easy to the use of client.
Content of the invention
It is an object of the invention to overcoming above-mentioned the deficiencies in the prior art, there is provided a kind of cabinet-level server, cabinet-level
Server node approaches to IM and system, its compatibility is good, is easy to the use of client.
The technical scheme is that：A kind of cabinet-level server, including frame, one or more server nodes, one
Individual or multiple nodal-connection components, one or more module management units and rack administrative unit server node；
Described nodal-connection components are arranged in described frame, are connected with one or more described server nodes；
Each described nodal-connection components is additionally operable to be connected with a described module management unit, described module management unit
The one or more described clothes being connected with this nodal-connection components for the described nodal-connection components collection by being attached thereto
The nodal information of business device node；
Described rack administrative unit is arranged in described frame, is connected with each described module management unit, for according to each
The nodal information of each described server node that described module management unit is collected is managed to each described server node；
Wherein, between described rack administrative unit and described server node, described node is realized by own management passage
The transmission of information.
Present invention also offers a kind of cabinet level server node information management method, it is applied to cabinet-level server, institute
State cabinet-level server to include：Frame, one or more server nodes, one or more nodal-connection components, one or many
Individual module management unit and rack administrative unit；Described nodal-connection components are arranged in described frame, and one or more
Described server node is connected；Each described nodal-connection components is additionally operable to be connected with a described module management unit, described
Rack administrative unit is arranged in described frame, is connected with each described module management unit, wherein, described rack administrative unit with
Realize the transmission of the nodal information of each server node by own management passage between described server node；
Methods described includes：
The described nodal-connection components that described module management unit passes through to be attached thereto are collected and this nodal-connection components phase
The described nodal information of one or more described server node even；
Described rack administrative unit is used for the section of each described server node according to each described module management unit collection
Point information is managed to each described server node.
Present invention also offers a kind of server management system, including cabinet-level server, described cabinet-level server bag
Including rack, one or more server nodes, one or more nodal-connection components, one or more module management units and
Rack administrative unit server node；Described nodal-connection components are arranged in described frame, with one or more described services
Device node is connected；Each described nodal-connection components is additionally operable to be connected with a described module management unit, described module management
Unit is used for the one or more institutes being connected by the described nodal-connection components collection being attached thereto with this nodal-connection components
State the nodal information of server node；Described rack administrative unit is arranged in described frame, with each described module management unit
It is connected, for the nodal information of each described server node collected according to each described module management unit to each described server
Node is managed；Wherein, between described rack administrative unit and described server node, institute is realized by own management passage
State the transmission of nodal information；Described server management system also includes customer account management end, and described customer account management end is connected to described
Rack administrative unit, described rack administrative unit is managed according to the nodal information that built-in management strategy is arranged to server
Or report to described customer account management end.
Cabinet-level server provided by the present invention, cabinet level server node information management method and system, it is in clothes
Being set up by module management unit between business device node and rack administrative unit has own management passage, does not rely on switch and obtains
Take the status information of nodal information or miscellaneous equipment, and rely on the own passage of server to obtain nodal information and miscellaneous equipment
Status information, need not existing computer lab management framework permission, do not rely on client-side management pattern, to the application scenarios suitability
By force, Products Compatibility is good, is easy to the use of client.
Brief description
Fig. 1 is the axonometric chart of cabinet-level server provided in an embodiment of the present invention；
Fig. 2 is module administrative unit, nodal-connection components and service in cabinet-level server provided in an embodiment of the present invention
The assembling stereogram of device node；
Fig. 3 is the rearview of cabinet-level server provided in an embodiment of the present invention；
Fig. 4 is the connection diagram of cabinet level server node information management system provided in an embodiment of the present invention.
Specific embodiment
In order that the objects, technical solutions and advantages of the present invention become more apparent, below in conjunction with drawings and Examples, right
The present invention is further elaborated.It should be appreciated that specific embodiment described herein is only in order to explain the present invention, and
It is not used in the restriction present invention.
A kind of cabinet level server node information management method provided in an embodiment of the present invention, can be used for cabinet-level service
In device, relevant device, the nodal information of module, state etc. are supervised.Described cabinet-level server includes：Frame 1, one or
Multiple server nodes 3, one or more nodal-connection components 2, one or more module management units（Module
Management Control, abbreviation MMC, alternatively referred to as Module Management Controller）4 and rack administrative unit（Rack
Management Control, abbreviation RMC, alternatively referred to as equipment cabinet management controller）5；Described nodal-connection components 2 are arranged on institute
State in frame 1, be connected with one or more described server nodes 3；Each described nodal-connection components 2 is additionally operable to and an institute
State module management unit 4 to be connected, described rack administrative unit 5 is arranged in described frame 1, with each described module management unit 4
It is connected, wherein, between described rack administrative unit 5 and described server node 3, each server is realized by own management passage
The transmission of the nodal information of node 3；
Methods described includes：
The described nodal-connection components 2 that described module management unit 4 passes through to be attached thereto are collected and this nodal-connection components 2
The described nodal information of connected one or more described server node 3；
Described rack administrative unit 5 is used for each described server node 3 according to each described module management unit 4 collection
Nodal information is managed to each described server node 3.
Specifically, as depicted in figs. 1 and 2, nodal-connection components 2 may be designed as frame-shaped or housing shape or tabular etc., is used for
Connection server node, same nodal-connection components 2 can connect one, two or more server node 3.Server section
Point 3 can be front-end server node, such as blade server node 3 etc..
As shown in Fig. 2 module management unit 4 is used for collecting the node letter of the server node 3 on this nodal-connection components 2
Breath, nodal information includes but is not limited to cpu temperature, server node 3 running status, server node 3 assets information, power supply mould
Block state information, power distribution unit status information and radiating module status information etc..
As shown in Fig. 2 module management unit 4 can be to the Servers-all being connected on same nodal-connection components 2
The nodal information of node 3 is collected；So, BMC need not be arranged on every server node 3（Baseboard
Management Controller, baseboard management controller）, only need a module management unit 4 just can collect multiple servers
The nodal information of node 3, greatly reduces the cost of server.
As depicted in figs. 1 and 2, module management unit 4 is collected and be connected in rack administrative unit 5, rack administrative unit 5
It is built-in with management strategy, a rack administrative unit 5 may connect on multiple module management units 4.
In concrete application, as depicted in figs. 1 and 2, in same server, only a rack administrative unit 5 can be set, should
Rack administrative unit 5 can be connected on all of module management unit 4 in server, and module management unit 4 could be arranged to
One, two or more, nodal-connection components 2 can be provided accordingly to one, two or more.Each nodal-connection components
2 can be plugged with one, two or multiple servers node 3；So, nodal-connection components 2 connect with being connected to this node
Servers-all node 3 on relay part 2 can form a module, and each module is carried out by a module management unit 4
Connect, module management unit 4 can be used for collecting the nodal information in server node 3 in modules, and node work and rest is converged
Always to rack administrative unit 5, rack administrative unit 5 is managed to nodal information according to nodal information and built-in strategy,
Report, and the state of server node 3 is adjusted, manages, run with making server node 3 stability and high efficiency.Certainly, also may be used
Two or more rack administrative units 5 are set to be arranged in same server, each rack administrative unit 5 can connect multiple moulds
Block administrative unit 4.During concrete application, rack administrative unit 5, module management unit 4 server node 3 quantity can be according to reality
Depending on the situation of border, belong to protection scope of the present invention.
As depicted in figs. 1 and 2, can be set up between server node 3 and rack administrative unit 5 by module management unit 4
Own management passage；Rack administrative unit 5 is by own management passage and according to built-in management strategy to each module management list
Nodal information collected by unit 4 is managed.Own management passage refers to before internal system set up by module management unit 4
The end passage to rack administrative unit 5 for the server, this passage belongs to the own passage of server internal, module management list
It is electrically connected by cable or backboard between unit 4 and rack administrative unit 5 and between module management unit 4 and server node 3
Connect, by the agreement between module management unit 4, rack administrative unit 5, server node 3, and the company for transmission data
Wiring cable or backboard, can set up own management passage, and own management passage is totally independent of existing computer lab management passage, have by oneself
Management passage can not be affected by existing computer lab management pattern, and own management passage can be to all parts of server internal
Accurately managed.By above-mentioned management method, client's computer lab management passage can be completely independent of, just can easily,
Efficiently server is managed, to existing management framework, management scene no particular/special requirement, the compatibility of server is good, just
In use.
Specifically, as depicted in figs. 1 and 2, frame 1 is provided with power module 7, above-mentioned management method also includes following step
Suddenly, set up the own power management channel between rack administrative unit 5 and power module 7, rack administrative unit 5 can be by certainly
There is power management channel power module 7 to be carried out turn off, dormancy, system power bound etc..
Specifically, as depicted in figs. 1 and 2, frame 1 is provided with blower module 6, above-mentioned management method also includes following step
Suddenly, set up the own radiating management passage between rack administrative unit 5 and blower module 6, rack administrative unit 5 is dissipated by own
Heat management passage simultaneously carries out speed governing according to built-in management strategy to blower module 6.Temperature sensor can be provided with frame 1, with
Perception rack real time temperature, rack administrative unit 5 can collect the real time temperature of rack, and according to built-in strategy, fan is opened
Disconnected, speed governing.When interior of equipment cabinet temperature is higher, rack administrative unit 5 is by own radiating management passage and according to built-in plan
Slightly heighten the rotating speed of fan, to ensure that server can be in normal operating temperature range.When interior of equipment cabinet temperature reduces,
Rack administrative unit 5 turns down the rotating speed of fan by own radiating management passage and according to built-in strategy, to reduce server
Power consumption and noise, can achieve accurate speed governing and energy-conservation, and be conducive to extending the service life of fan, if produce constant temperature protecting
Hold higher warning message of Denging, warning message can be reported, solve in time in order to manager by rack administrative unit 5, and server can
High by property.
Specifically, as shown in figure 1, being provided with power distribution unit in frame 1（Power distribution unit,
PDU）8, above-mentioned management method is further comprising the steps of, sets up the own electricity between rack administrative unit 5 and power distribution unit 8
Sources distribution management passage.Rack administrative unit 5 can realize condition managing by protocol Data Unit management passage to PDU module.
Server node approaches to IM provided by the present invention, its do not rely on switch obtain nodal information or its
The status information of its equipment, and rely on the own passage acquisition nodal information of server and the status information of miscellaneous equipment, and can
By reliably having passage in frame 1 by oneself, frame 1 server node 3 and other auxiliary equipment are managed, need not be existing
The permission of computer lab management framework, does not rely on client-side management pattern, and to application scenarios strong applicability, Products Compatibility is good, makes
Client can be monitored to interior of equipment cabinet all devices managing by RMC；And need not arrange on every server node 3
BMC, it is achieved that server no BMCization design, reduces cost.
As depicted in figs. 1 and 2, the embodiment of the present invention additionally provides a kind of cabinet-level server, including frame 1 and one,
Two or more server node 3, one, two or more nodal-connection components 2, two or more module management list
Unit 4 and rack administrative unit server node 5.Server node 3 can be front-end server node, such as blade server
Node etc..Nodal-connection components 2 can be fixedly installed in frame 1, with one, two or more server node 3 be connected, each
Described nodal-connection components 2 are additionally operable to be connected with a described module management unit 4, and described module management unit 4 is used for passing through
The described nodal-connection components 2 being attached thereto collect the one or more described server section being connected with this nodal-connection components 2
The nodal information of point 3, module management unit 4 can be to the Servers-all node 3 being connected on same nodal-connection components 2
Nodal information be collected；Nodal information includes but is not limited to cpu temperature, server node 3 running status, server node
3 assets informations.
As depicted in figs. 1 and 2, described rack administrative unit 5 is arranged in described frame 1, with each described module management list
Unit 4 is connected, for the nodal information of each described server node 3 collected according to each described module management unit 4 to each described
Server node 3 is managed；Rack administrative unit 5 is built-in with management strategy, and each module management unit 4 is connected to rack management
Unit 5, and own management passage is set up between server node 3 and rack administrative unit 5 by module management unit 4.Institute
State the transmission realizing described nodal information between rack administrative unit 5 and described server node 3 by own management passage.From
Have management passage to refer to front-end server that internal system set up by module management unit 4 is to rack administrative unit 5
Passage, this passage belongs to the own passage of server internal, is totally independent of client's computer lab management passage, own management passage
Can not be affected by computer lab management pattern, all parts of server internal are accurately managed.Provided by the present invention
Server, client's computer lab management passage can be completely independent of, just can easily, efficiently server is managed,
Existing management framework, management scene no particular/special requirement to client, the compatibility of server is good, is easy to the use of client.
In concrete application, as depicted in figs. 1 and 2, in same server, a rack administrative unit 5, this machine can be only set
Cabinet administrative unit 5 can be connected on all of module management unit 4 in server, and module management unit 4 could be arranged to one
Individual, two or more.And each module management unit 4 can be connected on nodal-connection components 2, nodal-connection components 2
Could be arranged to one, two or more, in the present embodiment, nodal-connection components 2 are provided with five.Each nodal-connection components
2 can be plugged with one, two or multiple servers node 3；So, nodal-connection components 2 connect with being connected to this node
Servers-all node 3 on relay part 2 can form a module, and each module is carried out by a module management unit 4
Connect and collector node information, and node work and rest is collected to rack administrative unit 5, rack administrative unit 5 is believed according to node
Breath and built-in strategy are managed to nodal information, report, and adjust the state of server node 3, make server node 3 steady
Determine efficiently to run.It is of course also possible to arrange two or more rack administrative units 5 in same server, each rack pipe
Reason unit 5 can connect multiple module management units 4.Specific rack administrative unit 5, module management unit 4 server node 3
Quantity can be according to practical situation depending on, belong to this protection domain.Module management unit 4 is set up certainly with server node 3
There is management passage and collect the nodal information of server node 3, then nodal information is collected to the mode of rack administrative unit 5,
It can reduce the quantity of rack administrative unit 5, and external client only needs individually to be connected with rack administrative unit 5, to use, pipe
Reason, maintenance all offer convenience.Specifically, as depicted in figs. 1 and 2, nodal-connection components 2 are in the shape of a frame or housing shape or tabular etc.,
And nodal-connection components 2 are provided with least one, each nodal-connection components 2 is connected with least one server node 3, many
Individual server node 3 can be electrically connected on nodal-connection components 2 by cable or System Backplane, and frame 1 arranges chute, section
Point connection member 2 is slided and is inserted in chute and is lock onto in frame 1 by locking member, in order to dismount.Locking member can be spiral shell
Silk or buckle etc..One module management unit 4 is connected with each nodal-connection components 2, each module management unit 4 collects connection
In rack administrative unit 5, described rack administrative unit 5 sets up described own management passage by described module management unit 4.
Server node 3 may be disposed at the front of nodal-connection components 2, in order to dismounting, safeguarding.Module management unit 4 pluggable in
The back side of nodal-connection components 2, rationally distributed.Each nodal-connection components 2 can be arranged at intervals in frame 1 up and down, and each node is even
Module management unit 4 on relay part 2 can be collected by cable and is connected to rack administrative unit 5, and rack administrative unit 5 can be arranged
In the stage casing of frame 1, in order to line.
More specifically, as shown in Fig. 2 in the present embodiment, nodal-connection components 2 are in the shape of a frame, nodal-connection components 2 include be
System backboard 21 and framework 22, the two ends of framework 22 may be configured as opening, and System Backplane 21 may be disposed at its split shed of framework 22
This opening is simultaneously closed by one end, and it can play the effect conducting, server node 3 and the module management list being attached to
Unit 4 can carry out data transmission.Server node 3 is connected in the one side of System Backplane 21, and module management unit 4 is connected to system
On the another side of backboard 21.
More specifically, as depicted in figs. 1 and 2, frame 1 is additionally provided with auxiliary equipment, rack administrative unit 5 and auxiliary set
Setting up between standby has own Added Management passage.Described rack administrative unit 5 is by own power management channel to described auxiliary
Equipment is managed, and can cable be electrically connected between rack administrative unit 5 and auxiliary equipment, by mould rack administrative unit 5,
Agreement between auxiliary equipment, and the cable for transmission data, can set up own Added Management passage, own auxiliary tube
Reason passage also has passage by oneself for server internal, and it does not rely on switch and client's existing computer lab management framework, does not rely on
Client-side management pattern, to application scenarios strong applicability, Products Compatibility is good.Rack administrative unit 5 is set with the auxiliary in rack
For reliable management passage can be set up, it is easy to client and the state of auxiliary equipment is managed.Auxiliary equipment includes but is not limited to
Power module 7, blower module 6, power distribution unit 8.The including but not limited to own power management of own Added Management passage leads to
Road, own radiating management passage, own power distribution management passage.
In the present embodiment, as shown in figure 3, power module 7 is fixedly installed on the rear end of frame 1, rack administrative unit 5 with
Can connect and set up own power management channel between power module 7 by cable, described rack administrative unit 5 is passed through own
Power management channel is managed to described power module 7, and rack administrative unit 5 can be by own power management channel to electricity
Source module 7 carries out turning off, dormancy, system power is bound etc..
In the present embodiment, as shown in figure 3, blower module 6 is fixedly installed on the rear end of frame 1, blower module 6 and rack
Can be connected by cable between administrative unit 5, set up between rack administrative unit 5 and blower module 6 and have own radiating management to lead to
Road, described rack administrative unit 5 is managed rack administrative unit 5 by own radiating management passage to described blower module 6
By own radiating management passage and according to built-in management strategy, speed governing is carried out to blower module 6.Temperature can be provided with frame 1
Sensor, to monitor the real time temperature of server internal, rack administrative unit 5 can pass through the real-time of temperature sensor monitors rack
Temperature, and fan carried out break according to built-in strategy, speed governing etc..Described rack administrative unit 5 is by having power distribution pipe by oneself
Reason passage is managed to described power distribution unit 8.
Cabinet-level server provided by the present invention, its do not rely on switch obtain server node 3 nodal information or
The status information of other auxiliary equipments, and rely on the own passage acquisition nodal information of server and the state letter of miscellaneous equipment
Breath, and by reliably having passage in frame 1 by oneself, frame 1 server node 3 and other auxiliary equipment can be managed, no
Need the permission of existing computer lab management framework, do not rely on client-side management pattern, to application scenarios strong applicability, Products Compatibility
Good, make client interior of equipment cabinet all devices can be monitored manage by RMC；And need not be in every server node 3
Upper setting BMC, it is achieved that server no BMCization design, reduces cost.
As shown in figure 4, the embodiment of the present invention additionally provides a kind of server management system, including above-mentioned cabinet-level server
And employ above-mentioned management method.Described cabinet-level server bag includes frame 1 and one, two or more server node
3rd, one, two or more nodal-connection components 2, two or more module management unit 4 and rack administrative unit clothes
Business device node 5.Server node 3 can be front-end server node, such as blade server node etc..Nodal-connection components 2
Can be fixedly installed in frame 1, with one, two or more server node 3 be connected, each described nodal-connection components 2 is also
For being connected with a described module management unit 4, described module management unit 4 is used for connecting by the described node being attached thereto
Relay part 2 collects the nodal information of the one or more described server node 3 being connected with this nodal-connection components 2, module tubes
Reason unit 4 can be collected to the nodal information of the Servers-all node 3 being connected on same nodal-connection components 2；
Nodal information includes but is not limited to cpu temperature, server node 3 running status, server node 3 assets information.
As depicted in figs. 1 and 2, described rack administrative unit 5 is arranged in described frame 1, with each described module management list
Unit 4 is connected, for the nodal information of each described server node 3 collected according to each described module management unit 4 to each described
Server node 3 is managed；Rack administrative unit 5 is built-in with management strategy, and each module management unit 4 is connected to rack management
Unit 5, and own management passage is set up between server node 3 and rack administrative unit 5 by module management unit 4.Institute
State the transmission realizing described nodal information between rack administrative unit 5 and described server node 3 by own management passage.From
Have management passage to refer to front-end server that internal system set up by module management unit 4 is to rack administrative unit 5
Passage, this passage belongs to the own passage of server internal, is totally independent of client's computer lab management passage, own management passage
Can not be affected by computer lab management pattern, accurately be managed with all parts to server internal.By above-mentioned
Management method, can be completely independent of client's computer lab management passage, just can easily, efficiently server is managed,
Existing management framework, management scene no particular/special requirement to client, the compatibility of server is good, is easy to the use of client.
Server management system also includes customer account management end, and customer account management end is connected to rack administrative unit 5, and rack manages
Unit 5 is managed or reports to customer account management end according to the nodal information that built-in management strategy is arranged to server, compatible
Property is good.
Specifically, frame 1 is provided with power distribution unit（Power distribution unit, PDU）8, above-mentioned pipe
Reason method is further comprising the steps of, and the own power distribution management set up between rack administrative unit 5 and power distribution unit 8 is logical
Road.Rack administrative unit 5 can realize condition managing by protocol Data Unit management passage to PDU module.
More specifically, as depicted in figs. 1 and 2, be additionally provided with auxiliary equipment in server, and rack administrative unit 5 with
Own Added Management passage is set up between auxiliary equipment.Own Added Management passage also has passage by oneself for server internal, and it is not
Depend on switch and client's existing computer lab management framework, do not rely on client-side management pattern, to application scenarios strong applicability,
Products Compatibility is good.Rack administrative unit 5 can set up reliable management passage with the auxiliary equipment in rack, is easy to client to auxiliary
The state helping equipment is managed.Auxiliary equipment includes but is not limited to power module 7, blower module 6.Own Added Management passage
Including but not limited to own power management channel, own radiating management passage.Also can connect on RMC and use switch.
Server management system provided by the present invention, it does not rely on switch and obtains server node information or other
The status information of auxiliary equipment, and rely on the own passage acquisition nodal information of server and the status information of miscellaneous equipment, and
By reliably having passage in frame 1 by oneself, frame 1 server node 3 and other auxiliary equipment can be managed, need not show
There is the permission of computer lab management framework, do not rely on client-side management pattern, to application scenarios strong applicability, Products Compatibility is good,
Make client interior of equipment cabinet all devices can be monitored manage by RMC；And need not set on every server node 3
Put BMC it is achieved that server no BMCization design, reduce cost.
For equipment and system embodiment, because it essentially corresponds to embodiment of the method, so describe to compare
Simply, in place of correlation, the part referring to embodiment of the method illustrates.Embodiments described above is only schematically, its
Middle module can be or may not be physical module, you can with positioned at a place, or can also be distributed to multiplely
Side.It should be noted that the front end described in the present embodiment, rear end, front, back side etc. represent the term in orientation, it is to service
The normal operational attitude of device is reference, and should not be regarded as restrictive.
These are only presently preferred embodiments of the present invention, not in order to limit the present invention, all spirit in the present invention and
Any modification, equivalent or improvement of being made within principle etc., should be included within the scope of the present invention.
Claims (10)
1. a kind of cabinet-level server it is characterised in that：Including frame, one or more server nodes, one or more sections
Point connection member, one or more module management units and rack administrative unit；It is not provided with substrate on every server node
Management Controller；
Described nodal-connection components are arranged in described frame, are connected with one or more described server nodes；
Each described nodal-connection components is additionally operable to be connected with a described module management unit, and described module management unit is used for
The one or more described server being connected with this nodal-connection components by the described nodal-connection components collection being attached thereto
The nodal information of node；Described rack administrative unit is arranged in described frame, is connected with each described module management unit, is used for
The nodal information of each described server node collected according to each described module management unit is carried out to each described server node
Management；
Wherein, between described rack administrative unit and described server node, each described server is realized by own management passage
The transmission of the described nodal information of node, described own management passage be the server node set up by module management unit with
Passage between rack administrative unit, this passage is totally independent of existing computer lab management passage, and described rack administrative unit is passed through
Own management passage simultaneously enters line pipe according to built-in management strategy to the described nodal information collected by each described module management unit
Reason.
2. cabinet-level server as claimed in claim 1 is it is characterised in that described nodal-connection components are in the shape of a frame or housing shape
And it is provided with least one, each described module management unit collects and is connected to described rack administrative unit, and described rack management is single
Unit sets up described own management passage by described module management unit.
3. cabinet-level server as claimed in claim 2 is it is characterised in that described nodal-connection components include System Backplane,
Described server node is connected on described System Backplane, and described module management unit is connected on described System Backplane.
4. cabinet-level server as claimed in claim 1 is it is characterised in that be additionally provided with auxiliary equipment in described frame, institute
State rack administrative unit by own power management channel, described auxiliary equipment to be managed.
5. cabinet-level server as claimed in claim 4 is it is characterised in that described auxiliary equipment includes power module, described
Rack administrative unit is managed to described power module by described own power management channel.
6. cabinet-level server as claimed in claim 4 is it is characterised in that described auxiliary equipment includes blower module, described
Rack administrative unit is managed to described blower module by own radiating management passage.
7. the cabinet-level server as any one of claim 1 to 6 is it is characterised in that be provided with temperature in described frame
Degree sensor, described temperature sensor is electrically connected to described rack administrative unit.
8. the cabinet-level server as any one of claim 1 to 6 is it is characterised in that be provided with electricity in described frame
Source allocation unit, described rack administrative unit enters line pipe by own power distribution management passage to described power distribution unit
Reason.
9. a kind of cabinet level server node information management method is it is characterised in that be applied to cabinet-level server, described rack
Level server includes：Frame, one or more server nodes, one or more nodal-connection components, one or more modules
Administrative unit and rack administrative unit；Described nodal-connection components are arranged in described frame, with one or more described clothes
Business device node is connected, and every server node is not provided with baseboard management controller；Each described nodal-connection components is additionally operable to
It is connected with a described module management unit, described rack administrative unit is arranged in described frame, with each described module management
Unit is connected, and wherein, realizes each service by own management passage between described rack administrative unit and described server node
The transmission of the nodal information of device node；Described own management passage is the server node and machine set up by module management unit
Passage between cabinet administrative unit, this passage is totally independent of existing computer lab management passage；
Methods described includes：
The described nodal-connection components collection that described module management unit passes through to be attached thereto is connected with this nodal-connection components
The described nodal information of one or more described server nodes；
Described rack administrative unit is received to each described module management unit by own management passage and according to built-in management strategy
The nodal information of each described server node of collection is managed to each described server node.
10. it is characterised in that including cabinet-level server, described cabinet-level server includes machine to a kind of server management system
Frame, one or more server nodes, one or more nodal-connection components, one or more module management units and rack
Administrative unit；
Described nodal-connection components are arranged in described frame, are connected with one or more described server nodes；Every service
It is not provided with baseboard management controller on device node；
Each described nodal-connection components is additionally operable to be connected with a described module management unit, and described module management unit is used for
The one or more described server being connected with this nodal-connection components by the described nodal-connection components collection being attached thereto
The nodal information of node；
Described rack administrative unit is arranged in described frame, is connected with each described module management unit, for according to each described
The nodal information of each described server node that module management unit is collected is managed to each described server node；
Wherein, between described rack administrative unit and described server node, each described server is realized by own management passage
The transmission of the described nodal information of node；Described own management passage be the server node set up by module management unit with
Passage between rack administrative unit, this passage is totally independent of existing computer lab management passage, and described rack administrative unit is passed through
Own management passage simultaneously enters line pipe according to built-in management strategy to the described nodal information collected by each described module management unit
Reason；
Described server management system also includes customer account management end, and described customer account management end is connected to described rack administrative unit,
Described rack administrative unit is managed according to the nodal information that built-in management strategy is arranged to server or reports to described
Customer account management end.
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104777890A (en) * | 2015-04-02 | 2015-07-15 | 浪潮电子信息产业股份有限公司 | Power consumption management system of multi-path server |
| CN104991958A (en) * | 2015-07-21 | 2015-10-21 | 山东鲁能软件技术有限公司 | Analysis system and method for power equipment monitoring data |
| CN105045922A (en) * | 2015-08-26 | 2015-11-11 | 山东鲁能软件技术有限公司 | Electrical equipment monitoring method and device |
| CN105184670A (en) * | 2015-08-26 | 2015-12-23 | 山东鲁能软件技术有限公司 | Power application-based large data management analysis system and method thereof |
| CN105224756A (en) * | 2015-10-14 | 2016-01-06 | 浪潮电子信息产业股份有限公司 | Design method for obtaining air volume of whole SmartRack |
| CN106681887A (en) * | 2016-12-30 | 2017-05-17 | 郑州云海信息技术有限公司 | Rack server power supply air intake temperature monitoring protection method |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101145836A (en) * | 2006-09-12 | 2008-03-19 | 北京正有网络通信技术股份有限公司 | A multi-service integrated access device |
| CN201887782U (en) * | 2010-11-24 | 2011-06-29 | 浪潮电子信息产业股份有限公司 | High-density server node middle plate |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US7787482B2 (en) * | 2006-10-17 | 2010-08-31 | International Business Machines Corporation | Independent drive enclosure blades in a blade server system with low cost high speed switch modules |
-
2012
- 2012-05-25 CN CN201210165522.8A patent/CN103428021B/en active Active
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101145836A (en) * | 2006-09-12 | 2008-03-19 | 北京正有网络通信技术股份有限公司 | A multi-service integrated access device |
| CN201887782U (en) * | 2010-11-24 | 2011-06-29 | 浪潮电子信息产业股份有限公司 | High-density server node middle plate |
Non-Patent Citations (1)
| Title |
|---|
| 初窥华为一小步 新Tecal服务器锐意创新;刘禹;《DOIT 中国IT新媒体》;20120326;http://www.doit.com.cn/article/2012-03-26/3959623_5.shtml，第5页 * |
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