CN107479656A - A kind of high density server based on fusion extension framework - Google Patents
A kind of high density server based on fusion extension framework Download PDFInfo
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- CN107479656A CN107479656A CN201710710719.8A CN201710710719A CN107479656A CN 107479656 A CN107479656 A CN 107479656A CN 201710710719 A CN201710710719 A CN 201710710719A CN 107479656 A CN107479656 A CN 107479656A
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06F1/16—Constructional details or arrangements
- G06F1/18—Packaging or power distribution
- G06F1/183—Internal mounting support structures, e.g. for printed circuit boards, internal connecting means
- G06F1/187—Mounting of fixed and removable disk drives
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Abstract
The invention discloses a kind of high density server based on fusion extension framework, including Dense nodes system and hardware frame；Described hardware frame includes cabinet, and described Dense nodes system configuration is in cabinet inside；Described Dense nodes system includes basic module and variable module；Described basic module is used for power supply, radiating, management and the output function for realizing server；Described variable module is used to meet individual demand of the user to calculating density and storage density.A kind of high density server based on fusion extension framework of the present invention compared to the prior art, server architecture 4U height, in same cabinet realize, flexibly tackles a variety of application needs by computation-intensive node, balanced Dense nodes, storage Dense nodes.
Description
Technical field
The present invention relates to high density server technical field, specifically a kind of high density based on fusion extension framework
Server.
Background technology
Under the broad development of Internet now, and the implementation of complicated research, server institute role
More become important.Server provides dynamical operational capability, can handle the transmission of information on Internet, or accelerate
The simulation process of complexity research.As cloud computing is fast-developing, conventional data centers are changed to cloud computation data center, from
Scattered dispose in numerous small data centers changes to centralized large scale and high density data center；Server is also disposed from poorly efficient by platform
Mode changes to high-efficiency modularized batch deployment, so as to drive compact design type server to develop.High density server, whole machine cabinet
Server, blade server are the share framework of density optimization, but high density server energy compatibility standard rack, cost also phase
To more optimizing.At this stage, big data is stored usually using a kind of 4U storage servers.
In this 4U storage servers, machine box for server design follows EIA (ElectronicIndustriesAssoci
Ation, Electronic Industries Association) as defined in machine box for server external dimensions design standard, i.e. the height of the 4U servers is
17.5cm, width 44.8cm.It is this to follow 4U storage servers as defined in EIA, define outside 4U storage server cabinets
The size of size, in the case where external dimensions is fixed, its internal server component size and installation site it is unreasonable,
The space of hard disk can be installed by having had a strong impact in 4U servers, the memory capacity of 4U storage servers is smaller.Now with data
The growth of capacity and the requirement to data rate memory, traditional storage server system can typically support 36 or 78 at present
3.5 deposit positions, can not meet the needs of application increases to Large Volume Data at present.
The content of the invention
The technical assignment of the present invention is to be directed to above weak point, there is provided a kind of high density service based on fusion extension framework
Device.
The technical solution adopted for the present invention to solve the technical problems is：A kind of high density clothes based on fusion extension framework
Business device, including Dense nodes system and hardware frame；Described hardware frame includes cabinet, described Dense nodes system configuration
In cabinet inside；Described Dense nodes system includes basic module and variable module；Described basic module, which is used to realize, to be taken
Power supply, radiating, management and the output function of business device；Described variable module is used to meet user to calculating density and storage density
Individual demand.
Further, preferable structure is, described Dense nodes system is calculation type Dense nodes system, described meter
The variable module of calculation type Dense nodes system includes 8 computation-intensive node units, and each computation-intensive node unit includes 1
Calculate node module；Described calculate node module includes 2 processors and 16 internal memories.
Further, preferable structure is that described Dense nodes system is balanced type Dense nodes system, and described is equal
Weighing apparatus type Dense nodes system includes 4 balanced Dense nodes units, and each balanced Dense nodes unit includes 1 calculate node mould
Block and 1 memory node module, described memory node module include 12 3.5 cun of hard disk positions.
Further, preferable structure is that described Dense nodes system is storage-type Dense nodes system, and described deposits
Storage type Dense nodes system includes two storage Dense nodes units, and described storage Dense nodes unit includes 1 and calculates section
Point module and 1 memory node module, described memory node module include 36 3.5 cun of hard disk positions.
Further, preferable structure is that described Dense nodes system is disk extended pattern Dense nodes system, works as institute
The disk extended pattern Dense nodes system stated includes one and stores intensive unit and a disk expanding node unit, described
Storage Dense nodes unit includes 1 calculate node module and 1 memory node module, and described memory node module includes 36
Individual 3.5 cun of hard disk positions；Described disk expanding node unit is realized by pinboard to be connected with basic module；Described disk
Expanding node unit includes 36 3.5 cun of hard disk positions；Described storage intensity unit connects disk by cabinet dorsulum and expanded
Open up node unit.
Further, preferable structure is that described Dense nodes system connects basic module by cabinet dorsulum.
Further, preferable structure is that described memory node module is to hang over taking out outside calculate node module outside
Pull out hard disk drawer.
Further, preferable structure is that described hard disk drawer is connected by hinges with basic module.
Further, preferable structure is that described basic module includes radiating module, centralized management module, I/O interface
Module and rearmounted PCIE modules.
Further, preferable structure is that the PCIE modules of described calculation type Dense nodes system include 2 PCIE
Card.
Compared to the prior art, beneficial effect is such as a kind of high density server based on fusion extension framework of the present invention
Under：
1st, the system adds the design of variable module fusion using basic module, using unified basic framework, is realizing high density
While, have the extension elasticity for tackling diversified application scenarios concurrently；
2nd, server architecture 4U height, computation-intensive node, balanced Dense nodes, storage Dense nodes are real in same cabinet
It is existing, flexibly tackle a variety of application needs；
3rd, most expansible 8 calculate nodes in 4U height, calculate density and lift 2 times, and support different node mixed insertions, be one
The brand-new modular combination scheme of kind, the integrated programme towards NFV demands.
Brief description of the drawings
The present invention is further described below in conjunction with the accompanying drawings.
Accompanying drawing 1 is the system front view of collocation calculation type Dense nodes system；
Accompanying drawing 2 is the system front view of collocation balanced type Dense nodes system；
Accompanying drawing 3 is the system front view of collocation storage-type Dense nodes system；
Accompanying drawing 4 is the system front view of collocation disk extended pattern Dense nodes system；
Accompanying drawing 5 is the system rearview of collocation calculation type Dense nodes system；
Accompanying drawing 6 is collocation balanced type type Dense nodes service system side view；
Accompanying drawing 7 is the another side view of system；
Accompanying drawing 8 is the structural representation of balanced Dense nodes unit；
Accompanying drawing 9 is the structural representation of storage Dense nodes unit；
Accompanying drawing 10 is the structural representation for carrying disk extended pattern Dense nodes system；
Accompanying drawing 11 is adapter plate structure schematic diagram；
Wherein：
1st, computation-intensive node unit；2nd, balanced Dense nodes unit；3rd, Dense nodes unit is stored；4th, disk expanding node list
Member；5th, power supply module；6th, module is managed concentratedly；7th, radiating module；8th, rearmounted PCIE modules；9th, mainboard；10th, cabinet dorsulum；
11st, fan board；12nd, hinges；13rd, calculate node module；14th, memory node module.
Embodiment
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings.
The present invention is a kind of high density server based on fusion extension framework, and computational intensive section is realized in same cabinet
Dot system, balanced type Dense nodes system, storage-type Dense nodes system and disk extended pattern Dense nodes system, flexibly reply
The various needs of client.
Embodiment 1：
A kind of high density server based on fusion extension framework, including Dense nodes system and hardware frame；Described hardware
Framework includes cabinet, and described Dense nodes system configuration is in cabinet inside；Described Dense nodes system includes basic module
With variable module；Described basic module is used for power supply, radiating, management and the output function for realizing server；Described is variable
Module is used to meet individual demand of the user to calculating density and storage density.Server system architecture 4U height, is supported
19 inches of racks of standard, depth 900mm.Described basic module includes radiating module 7, centralized management module 6, I/O interface module
With rearmounted PCIE modules 8.
Described Dense nodes system is calculation type Dense nodes system, described calculation type Dense nodes system it is variable
Module includes 8 computation-intensive node units 1, and each computation-intensive node unit 1 includes 1 calculate node module 13；It is described
Calculate node module 13 include 2 processors and 16 internal memories.Dense nodes system connects basic mould by cabinet dorsulum
Block.Computation-intensive node unit 1 connects the rearmounted I/O expansion storehouse of basic module, realizes rearmounted PCIE by cabinet dorsulum 10
Module hot plug.
In actual implementation process, computation-intensive node unit 1 is pure calculation type node, and single node supports 2 processors,
16pcs internal memories, in limited height space（Height 54mm）Front panel highest can support 2pcs standard HHHL PCIe cards,
3.5 cun of hard disks of 2pcs, and OCP/PHY cards and I/O interface etc. are supported simultaneously, it is at present industry most high-density.
Embodiment 2：
A kind of high density server based on fusion extension framework, including Dense nodes system and hardware frame；Described hardware
Framework includes cabinet, and described Dense nodes system configuration is in cabinet inside；Described Dense nodes system includes basic module
With variable module；Described basic module is used for power supply, radiating, management and the output function for realizing server；Described is variable
Module is used to meet individual demand of the user to calculating density and storage density.Server system architecture 4U height, is supported
19 inches of racks of standard, depth 900mm.Described basic module includes radiating module 7, centralized management module 6, I/O interface module
With rearmounted PCIE modules 8.
Described Dense nodes system is balanced type Dense nodes system, and described balanced type Dense nodes system includes 4
Individual balanced Dense nodes unit 2, each balanced Dense nodes unit 2 include 1 calculate node module 13 and 1 memory node mould
Block 14, described memory node module 14 include 12 3.5 cun of hard disk positions.Memory node module 14 is to hang over calculate node mould outside
Pullable hard disk drawer outside block, built-in 12 3.5 cun of hard disks；Described hard disk drawer passes through hinges 12 and basic module
It is connected.Embodiment is, by by the form that signal cable and power cable are placed in hinges mainboard 9 and hard
Disk backboard links together, and facilitates hard disk drawer push-and-pull, realizes that hard disk hot-plug safeguards that hinges rear end utilizes fan board 11
Bottom space does cable bending, effectively using structure space, improves global density.Balanced Dense nodes unit in cabinet by carrying on the back
Plate 10, rearmounted I/O expansion storehouse is connected, realize the rearmounted hot plug of PCIE modules 8.
The calculate node module 13 of balanced Dense nodes unit 2 is in limited height space（Height 42mm）Front panel is most
Height can support 1pc standard HHHL PCIe cards, 2pcs SSD hard disks, and support OCP/PHY cards and I/O interface etc. simultaneously.
Embodiment 3：
A kind of high density server based on fusion extension framework, including Dense nodes system and hardware frame；Described hardware
Framework includes cabinet, and described Dense nodes system configuration is in cabinet inside；Described Dense nodes system includes basic module
With variable module；Described basic module is used for power supply, radiating, management and the output function for realizing server；Described is variable
Module is used to meet individual demand of the user to calculating density and storage density.Server system architecture 4U height, is supported
19 inches of racks of standard, depth 900mm.Described basic module includes radiating module 7, centralized management module 6, I/O interface module
With rearmounted PCIE modules 8.
Described Dense nodes system is storage-type Dense nodes system, and described storage-type Dense nodes system includes two
Individual storage Dense nodes unit 3, described storage Dense nodes unit 3 includes 1 calculate node module 13 and 1 memory node
Module 14, described memory node module 14 include 36 3.5 cun of hard disk positions.Dense nodes system is connected by cabinet dorsulum 10
Connect basic module；Memory node module is to hang over the pullable hard disk drawer outside calculate node module outside, and built-in 36 3.5 cun hard
Disk；Described hard disk drawer is connected by hinges 12 with basic module.Specific implementation is, by by signal cable
And the form that power cable is placed in hinges 12 links together mainboard and hard disk backboard, facilitate hard disk drawer push-and-pull,
Realize that hard disk hot-plug is safeguarded, cable bending is done in hinges rear end using the bottom space of fan board 11, effectively empty using structure
Between, improve global density.Dense nodes unit is stored by cabinet dorsulum, rearmounted I/O expansion storehouse is connected, realizes rearmounted PCIE
Module hot plug.
Its calculate node module of storage Dense nodes unit is in limited height space（Height 42mm）Front panel highest
1pc standard HHHL PCIe cards, 2pcs SSD hard disks can be supported, and supports OCP/PHY cards and I/O interface etc. simultaneously.
Embodiment 4：
A kind of high density server based on fusion extension framework, including Dense nodes system and hardware frame；Described hardware
Framework includes cabinet, and described Dense nodes system configuration is in cabinet inside；Described Dense nodes system includes basic module
With variable module；Described basic module is used for power supply, radiating, management and the output function for realizing server；Described is variable
Module is used to meet individual demand of the user to calculating density and storage density.Server system architecture 4U height, is supported
19 inches of racks of standard, depth 900mm.Described basic module includes radiating module 7, centralized management module 6, I/O interface module
With rearmounted PCIE modules 8.
Described Dense nodes system is disk extended pattern Dense nodes system, when described disk extended pattern Dense nodes
System 3 includes an intensive unit 3 of storage and a disk expanding node unit 4, described storage Dense nodes unit 3 wrap
1 calculate node module 13 and 1 memory node module 14 are included, described memory node module 14 includes 36 3.5 cun of hard disks
Position；Described disk expanding node unit 4 is realized by pinboard to be connected with basic module；Described disk expanding node list
Member includes 36 3.5 cun of hard disk positions；Described storage intensity unit connects disk expanding node list by cabinet dorsulum 10
Member.Described hard disk drawer is connected by hinges 12 with basic module.Specific implementation is, by by signal cable
And the form that power cable is placed in hinges links together mainboard and hard disk backboard, facilitate hard disk drawer push-and-pull, it is real
Existing hard disk hot-plug safeguards that cable bending is done in the rear end of hinges 12 using the bottom space of fan board 11, effectively empty using structure
Between, improve global density.One intensive unit of storage is expanded by cabinet dorsulum 10, connection disk expanding node unit disk
Zhan Cang, maximum single node can be achieved and connect 72 pieces of 3.5 cun of hot-plug hard disks.Disk expanding node unit passes through pinboard and basis
Module realizes connection.
The calculate node module of intensive unit is stored in limited height space（Height 42mm）Front panel highest can
1pc standard HHHL PCIe cards, 2pcs SSD hard disks are supported, and supports OCP/PHY cards and I/O interface etc. simultaneously.
Disk expanding node unit is disk expanding node, built-in HBA/RAID cards, is led to storing intensive cell node
The interconnection of case system dorsulum is crossed, realizes 72 pieces of 3.5 cun of hard disks of N3 single nodes largest extension.
By embodiment above, the those skilled in the art can readily realize the present invention.But should
Work as understanding, the present invention is not limited to above-mentioned several embodiments.On the basis of disclosed embodiment, the technology
The technical staff in field can be combined different technical characteristics, so as to realize different technical schemes.
Claims (10)
1. a kind of high density server based on fusion extension framework, it is characterised in that including Dense nodes system and hardware cell
Frame；Described hardware frame includes cabinet, and described Dense nodes system configuration is in cabinet inside；Described Dense nodes system
Including basic module and variable module；Described basic module is used for power supply, radiating, management and the output work for realizing server
Energy；Described variable module is used to meet individual demand of the user to calculating density and storage density.
2. a kind of high density server based on fusion extension framework according to claim 1, it is characterised in that described
Dense nodes system is calculation type Dense nodes system, and the variable module of described calculation type Dense nodes system includes 8 meters
Dense nodes unit is calculated, each computation-intensive node unit includes 1 calculate node module；Described calculate node module includes
2 processors and 16 internal memories.
3. a kind of high density server based on fusion extension framework according to claim 1, it is characterised in that described
Dense nodes system is balanced type Dense nodes system, and described balanced type Dense nodes system includes 4 balanced Dense nodes
Unit, each balanced Dense nodes unit include 1 calculate node module and 1 memory node module, described memory node
Module includes 12 3.5 cun of hard disk positions.
4. a kind of high density server based on fusion extension framework according to claim 1, it is characterised in that described
Dense nodes system be storage-type Dense nodes system, described storage-type Dense nodes system includes two intensive sections of storage
Dot element, described storage Dense nodes unit include 1 calculate node module and 1 memory node module, described storage
Node module includes 36 3.5 cun of hard disk positions.
5. a kind of high density server based on fusion extension framework according to claim 1, it is characterised in that described
Dense nodes system is disk extended pattern Dense nodes system, when described disk extended pattern Dense nodes system is deposited including one
Intensive unit and a disk expanding node unit are stored up, described storage Dense nodes unit includes 1 calculate node module
With 1 memory node module, described memory node module includes 36 3.5 cun of hard disk positions；Described disk expanding node list
Member is realized by pinboard to be connected with basic module；Described disk expanding node unit includes 36 3.5 cun of hard disk positions；Institute
The storage intensity unit stated connects disk expanding node unit by cabinet dorsulum.
6. a kind of high density server based on fusion extension framework according to any one of claim 2-4, its feature
It is, described Dense nodes system connects basic module by cabinet dorsulum.
A kind of 7. high density server based on fusion extension framework according to claim 3 or 4, it is characterised in that institute
The memory node module stated is to hang over the pullable hard disk drawer outside calculate node module outside.
8. a kind of high density server based on fusion extension framework according to claim 7, it is characterised in that described
Hard disk drawer is connected by hinges with basic module.
9. a kind of high density server based on fusion extension framework according to any one of claim 2-5, its feature
It is, described basic module includes radiating module, centralized management module, I/O interface module and rearmounted PCIE modules.
10. according to a kind of high density server that framework is extended based on fusion described in claim 9, it is characterised in that institute
The PCIE modules for the calculation type Dense nodes system stated include 2 PCIe cards.
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| CN111651293A (en) * | 2020-05-08 | 2020-09-11 | 中国电子科技集团公司第十五研究所 | Micro-fusion framework distributed system and construction method |
| CN111752346A (en) * | 2019-06-24 | 2020-10-09 | 北京京东尚科信息技术有限公司 | Server based on combined architecture |
| CN113609064A (en) * | 2021-07-16 | 2021-11-05 | 深圳市国鑫恒运信息安全有限公司 | 4U node formula server convenient to different width of adaptation and configuration |
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Application publication date: 20171215 |