CN1731730A - Kern memory exchange platform system for mass memory system - Google Patents
Kern memory exchange platform system for mass memory system Download PDFInfo
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Abstract
The invention discloses a core storage exchange platform system for mass storage system which comprises exchange frame, bridge and a plurality of FC wire-card and iSCSI wire-card, The FC wire-card and iSCSI wire-card are connected through bridge and exchange frame; wherein, the exchange frame is for storage partition and storage exchange, the bridge is for realizing exchanging frame and stream managing of protocol bridge between the FC wire-card and the iSCSI wire-card. The invention can realize storage exchanges between FC and FC, FC and iSCSI, iSCSI and merge FC-SAN and IP-SAN with high efficiency, improve the exchange performance of SAN and realize the function of VSAN. The inventive core storage exchange platform can connect with present disk array, iSCSI, magnetic tape and other storage device, and IP exchange, FC exchange storage devices to construct a large-scale network storage system of great performance and easy extension.
Description
Technical field
The invention belongs to field of data storage, be specifically related to a kind of core memory switching plane system, can make up the mass storage system (MSS) that comprises IP storage area network (IP SAN) and optical-fibre channel storage area network (FC SAN) by this core memory switching plane system.
Background technology
Along with popularizing and the appearance of Next Generation Internet of network application, network size constantly enlarges, and network application makes digital information be explosive growth.Show from the IDC statistics, in 5 years in 1999 to 2003, in the world wide to the demand of data memory capacity from 1999 develop into 2EB (1E=1024P) in 2003 less than 200PB (1P=1024G), and with annual 80% speed increment.The increasing memory device of the informational needs that sharp sharp increase adds is preserved these digital information, and the memory capacity to the single-stage memory node has required to reach the PB level at present.In order to construct jumbo memory device, the method that adopts mainly is to utilize the FC switch of a plurality of low port numbers by inter-exchange interconnection (Inter Switch Link at present, ISL) make up large-scale SAN, though this method can both make up mass-storage system, also there is the problem of following several respects:
The first, the ratio of performance to price is not high.In the extensive SAN exchange framework that FC switch interconnection by a plurality of low port numbers forms, lack interchange channel at a high speed, information interaction between a plurality of FC switches is only undertaken by the interconnecting link of 2G, therefore, the performance of system is not high, simultaneously, because the price of FC switch is more expensive, the cost performance of system is not high.
The second, the stability of system reduces with system scale expansion.In the extensive SAN exchange framework that forms by the interconnection of the FC switch of a plurality of low port numbers by lot of F C in the multi-level exchange framework that expansion constitutes, increase along with the FC switching equipment, the out of order possibility of system equipment also increases, and the stability of system also will reduce; Other increases, subtracts equipment will produce a large amount of configuration information storms, and cause the instability of whole exchange framework thus.
Three, configuration, complex management.Dispose and manage an exchange framework of forming by expansion by lot of F C switch, not only complicated, and also efficient is also low.
Four, at present the standard of FC switch is unified as yet, and also there is incompatible problem in interconnected between the FC switch of different manufacturers production.
At the problems referred to above, a kind of guider with the high port number is a network core, the FC switch of low port number is linked together, the method of structure large scale network storage system has begun to be advocated in the storage industry, Boke (Brocade), international well-known storage such as Cisco (Cisco) and McDATA company has all begun the development of guider (Director) level core memory switch, and developed guider core memory trade-to product in succession, as the MDS 9000 family core memory switch of Cisco, the Intrepid i10K of McDATA is the storage switch of guider level.But existing guider level core memory switch is based on FC-SAN, support deficiency to IP-SAN, only support the connection of FC-SAN as above-mentioned Intrepid i10K, although MDS9000 also provides the IP port to connect, but it is IP to be encapsulated in transmit in the FC frame and handle, and has reduced the data-handling efficiency of IP-SAN.
Summary of the invention
The object of the present invention is to provide a kind of core memory switching plane system that is used for mass storage system (MSS), this system can optimize the support to IP-SAN, realizes the data fusion of FC-SAN and IP-SAN, makes up a mass storage system (MSS) efficiently.
A kind of core memory switching plane system that is used for mass storage system (MSS) provided by the invention, it is characterized in that: this system is made up of architecture for exchanging, bridger and several FC ply-yarn drills and iSCSI ply-yarn drill; FC ply-yarn drill and iSCSI ply-yarn drill link together by bridger and exchange framework; Wherein exchange framework and be used for partition holding and memory transactions, bridger is used to realize exchanging the agreement bridge joint traffic management function between framework and FC ply-yarn drill and the iSCSI ply-yarn drill.
Further feature of the present invention is: the exchange framework is made up of with Switching Module, path selection module and flow control and administration module partition holding and intelligent scheduling module, iSCSI arbitration and Switching Module, FC arbitration and Switching Module, iSCSI and FC arbitration; Partition holding and intelligent scheduling module are used for device discovery and system topology generates, the dynamic adjustment and the subregion reconstruct of storage area, and does not send the partition holding information classification to iSCSI arbitration and Switching Module, FC arbitration and Switching Module and iSCSI and FC arbitration and Switching Module respectively; Path selection module is used to assist iSCSI arbitration and Switching Module, FC arbitration and Switching Module and iSCSI and FC arbitrates and Switching Module is directed to target storage device with memory access; In the partition holding that only comprises iSCSI, iSCSI arbitration and Switching Module be according to partition holding and the partition information of intelligent scheduling module to the iSCSI memory device, the arbitration and the function of exchange of realization iSCSI memory access; In the partition holding that only comprises FC, FC arbitration and Switching Module be according to partition holding and the partition information of intelligent scheduling module to the FC memory device, the arbitration and the function of exchange of realization FC memory access; Comprise at the same time in the partition holding of iSCSI and FC, iSCSI and FC arbitration and Switching Module according to partition holding and intelligent scheduling module to the iSCSI that goes in this subregion to comprise and the partition information of FC memory device, the arbitration of memory access and the function of exchange between realization iSCSI and the FC; Flow control and administration module are regulated the flow of visiting in each subregion between originating end and the target storage device by buffering, avoid taking place congested and loss of data.
Bridger is made up of system's package interface, data buffering module and Attachment Unit Interface, and system's package interface is connected with FC ply-yarn drill and/or iSCSI ply-yarn drill, and Attachment Unit Interface links to each other with the exchange framework; System's package interface receives FC or the iSCSI packet from ply-yarn drill, carries out sending the data buffering module to after the encapsulation of fiber channel protocol or Ethernet protocol key-course and physical layer; The data buffering module receives the data from system's package interface output, cushion with flow matches after, send Attachment Unit Interface to; Attachment Unit Interface receives data from the data buffering module, realizes sending the exchange framework to after Ethernet key-course and the physical layer function.
The FC ply-yarn drill comprises first external memory storage, first processor, FC traffic management module and several first opto-electronic conversion interfaces and FC agreement, layer processing module; The first opto-electronic conversion interface becomes the signal of telecommunication with the FC storage with the converting optical signals that switching equipment sends, realized the function of fiber channel protocol layer, then by the function of the layer of FC agreement, layer processing modules implement fiber channel protocol and the layer, FC frame buffer after disposing is in first external memory storage, first processor reads the FC frame and carries out the 4th layer of processing of fiber channel protocol from first external memory storage, be sent to bridger through FC traffic management module then.
The iSCSI ply-yarn drill comprises second external memory storage, second processor and IP traffic management module and some second opto-electronic conversion interfaces and TCP/IP processing module; The second opto-electronic conversion interface will become the signal of telecommunication with the converting optical signals that switching equipment sends from the IP storage, send the TCP/IP processing module then to and finish the function of medium access control layer and tcp/ip layer, iSCSI frame buffer after disposing is in second external memory storage, second processor module reads the IP frame and carries out the TCP/IP unloading and handle from second external memory storage, transmit bridger through IP traffic management module then.
The present invention is with FPGA (Field Programmable Gate Array, be field programmable gate array) be that development environment realizes the core memory switching plane, memory transactions equipment such as multiple memory device such as existing disk array, iSCSI, tape and IP switch, FC switch directly are connected with the memory transactions platform, the large scale network storage system of constitute a high-performance, easily expanding.The core memory switching plane that the present invention proposes can be realized between FC and the FC, between FC and the iSCSI and the memory transactions between iSCSI and the iSCSI, realized the fusion of FC-SAN and IP-SAN efficiently, improved the performance of SAN exchange, meanwhile, also realized the function of virtual memory subnet (VSAN).The core memory switching plane of the present invention's design connects the large scale network storage system that memory transactions equipment such as multiple memory device such as existing disk array, iSCSI, tape and IP switch, FC switch can constitute a high-performance, easily expand.
Description of drawings
Fig. 1 is the structural representation of system of the present invention.
Fig. 2 is a kind of specific implementation structural representation of exchange framework among Fig. 1.
Fig. 3 is a kind of specific implementation structural representation of bridger among Fig. 1.
Fig. 4 is a kind of specific implementation structural representation of FC ply-yarn drill among Fig. 1.
Fig. 5 is a kind of specific implementation structural representation of iSCSI ply-yarn drill among Fig. 1.
Embodiment
As shown in Figure 1, the present invention is made up of architecture for exchanging 1, bridger 2 and some FC ply-yarn drills 3 and iSCSI ply-yarn drill 4 four parts.FC ply-yarn drill 3 and iSCSI ply-yarn drill 4 link together by bridger 2 and exchange framework 1.FC ply-yarn drill 3 is used for the FC storage is linked to each other with bridger 2 with switching equipment 5; ISCSI ply-yarn drill 4 is used for the IP storage is linked to each other with bridger 2 with switching equipment 6, thereby has constituted the mass storage system (MSS) that comprises FC memory device and IP memory device.Among the present invention, the FC storage is FC memory device, FC switching equipment and the general designation that has the storage application server of FC interface with switching equipment, and the IP storage is the general designation of IP memory device, IP Switch and the storage application server that has the IP interface with switching equipment.
In the large-scale storage systems shown in Figure 1, the quantity that FC ply-yarn drill 3 and iSCSI ply-yarn drill 4 can be different according to the needs flexible configuration of practical application all has a plurality of connectivity ports on each FC ply-yarn drill 3 and the iSCSI ply-yarn drill 4.Exchange framework 1 is the core of core memory switching plane system among the figure, and its effect is partition holding and memory transactions.Bridger is realized the agreement bridge joint traffic management function between exchange framework and the ply-yarn drill (comprising FC ply-yarn drill and iSCSI ply-yarn drill).The workflow of this system is as follows:
(1) initialization.Identify the FC storage and the IP memory device that insert by FC ply-yarn drill 3 and iSCSI ply-yarn drill 4, and carry out virtualization process according to the needs of using, set up three class partition holdings on this basis, be respectively the subregion (being made as the category-A subregion) that only comprises the iSCSI memory device, only comprise the subregion (being made as the category-B subregion) of FC memory device and comprise the iSCSI memory device simultaneously and the subregion of FC memory device (being made as C class subregion).
(2) the storage application server is sent to exchange framework 1 by the storage access command that FC ply-yarn drill 3 or iSCSI ply-yarn drill 4 send by bridger 2.
(3) subregion is judged, if this memory access comes from the category-A subregion, then turns to step (5), changes step (6) if memory access comes from the category-B subregion; Otherwise enter step (4).
(4) according to the destination address of the memory access request sent of storage application server, select the particular storage device in the C class subregion to carry out memory access, if memory access is read operation, then data flow to the storage application server that sends the storage read request from memory device; If write operation, then data flow to memory device from the storage application server.When sending storage server of application request and target storage device is when being inserted by dissimilar ply-yarn drill (FC ply-yarn drill 3 and iSCSI ply-yarn drill 4), could implement the memory access service after then needing to finish earlier the data transaction between FC and the iSCSI; Turn to step (7) after finishing this operation.
(5) according to the destination address of the memory access request sent of storage application server, select the particular storage device in the category-A subregion to carry out memory access, if memory access is read operation, then data flow to the storage application server that sends the storage read request from memory device; If write operation, then data flow to memory device from the storage application server; Turn to step (7) after finishing this operation.
(6) according to the destination address of the memory access request sent of storage application server, select the particular storage device in the category-B subregion to carry out memory access, if memory access is read operation, then data flow to the storage application server that sends the storage read request from memory device; If write operation, then data flow to memory device from the storage application server.
(7) turn to step (3) if memory access is not finished, otherwise memory access finishes.
Fig. 2 is a kind of specific implementation structural representation of exchange framework among Fig. 1.Present exchange framework divides two types of centralized exchange and distributed exchanges, and every kind of mode all has advantage and weak point separately, because the exchange of the core memory among the present invention framework is centralized connected mode, so the present invention adopts centralized exchange framework.
Exchange framework shown in Figure 2 is made up of with Switching Module 10, path selection module 11 and flow control and administration module 12 with Switching Module 9, iSCSI and FC arbitration with Switching Module 8, FC arbitration partition holding and intelligent scheduling module 7, iSCSI arbitration.
Partition holding and intelligent scheduling module 7 are used for device discovery and system topology generates, the dynamic adjustment and the subregion reconstruct of storage area, and wherein subregion can carry out according to Service-Port, storage port or switching port.This module can be carried out subregion to the memory device on the core memory switching plane that is connected the present invention's design according to the needs of using.Subregion comprises three types, is respectively only to comprise the subregion of iscsi device, only comprise the subregion of FC equipment and comprise the subregion of FC and iscsi device simultaneously.
In the partition holding that only comprises iSCSI, iSCSI arbitration and Switching Module 8 are realized the arbitration and the function of exchange of iSCSI memory accesses.The iSCSI function of exchange is determined target iSCSI memory device according to the port numbers in the iSCSI packet, TCP session identification and IP address, and under the assistance of path selection module 11, memory access is directed to target storage device, thereby realize the iSCSI function of exchange.When existing the multiple source end to visit identical iSCSI partition holding simultaneously, the iSCSI arbitration will be arbitrated according to the priority of prior setting a plurality of visits with the arbitration function of Switching Module 8, can obtain the visitor of iSCSI partition holding to determine this moment.
In the partition holding that only comprises FC, FC arbitration and Switching Module 9 are realized the arbitration and the function of exchange of FC memory accesses.The destination address that the FC exchange is at first carried according to the FC frame is determined target FC memory device, under the assistance of path selection module 11 memory access is directed to target storage device then, thereby realizes the FC function of exchange.When existing the multiple source end to visit identical FC partition holding simultaneously, the FC arbitration will be arbitrated according to the priority of prior setting a plurality of visits with the arbitration function of Switching Module 9, can obtain the visitor of FC partition holding to determine this moment.
Comprise at the same time in the partition holding of iSCSI and FC, iSCSI and FC arbitration and Switching Module 10 are realized the arbitration and the exchange of memory access between iSCSI and the FC.When the iSCSI port from this partition holding sends the visit of visit FC memory device, this module is isolated scsi command and data block from the iSCSI frame, and encapsulate again with the FC frame, under the assistance of path selection module 9, realize that according to the destination address of FC iSCSI exchanges to the memory access between the FC then; When the FRC port from this partition holding sends the visit of visit iSCSI memory device, this module is isolated scsi command and data block and is encapsulated again with the iSCSI frame from the FC frame, determine target iSCSI memory device according to integrated informations such as iSCSI packet, TCP and IP then, and under the assistance of path selection module 11, realize that FC exchanges to the memory access between the iSCSI.When existing the multiple source end to visit identical partition holding simultaneously, the arbitration function of this module will be arbitrated according to the priority of prior setting a plurality of visits, can obtain the visitor of purpose partition holding to determine this moment.
Flow control and administration module 12 are regulated the flow of visiting between originating end and the target storage device by buffering, avoid taking place congested and loss of data.
The present invention adopts Stratix
TMGX is the design platform of framework in return, and Stratix GX device provides nearly 20 high-speed channels that speed is 3.125 gigabit/sec, has solved the bottleneck that the exchange framework chips data to chip and chip to backboard transmit.
Fig. 3 is a kind of specific implementation structural representation of bridger 2 among Fig. 1.It is made up of system's package interface (System Packet Interface Level 4 Phase 2:SPI-4.2) 13, data buffering module 14 and Attachment Unit Interface (Attachment Unit Interface:AUI) 15.Wherein, system's package interface 13 is connected with FC ply-yarn drill 3 and/or iSCSI ply-yarn drill 4, and Attachment Unit Interface 15 links to each other with exchange framework 1.Attachment Unit Interface 15 is 10Gbit/s with the interface rate of exchange framework 1 among the present invention, and the connecting interface speed of system's package interface 13 and memory device is 2Gbit/s, and the function of data buffering module 14 is exactly to realize the traffic management of the transfer of data between two kinds of different rates ports by buffering.
At work, system's package interface 13 links to each other with ply-yarn drill (FC ply-yarn drill 3 or iSCSI ply-yarn drill 4), and reception is carried out sending data buffering module 14 to after the encapsulation of fiber channel protocol or gigabit Ethernet agreement MAC layer and PHY layer from the FC or the iSCSI packet of ply-yarn drill; 14 pairs of data buffering modules receive data cushion with flow matches after, send Attachment Unit Interface 15 to.Attachment Unit Interface 15 receives data from data buffering module 14, realizes that 10,000,000,000 send exchange framework 1 to behind network MAC layer and the PHY layer function very much.
Fig. 4 is a kind of specific implementation structural representation of FC ply-yarn drill 3 among Fig. 1, and the FC ply-yarn drill comprises first external memory storage 18, first processor 19, FC traffic management module 20 and several first opto- electronic conversion interfaces 16 and 1,2 layers of processing module 17 of FC agreement.
The FC ply-yarn drill connects FC storage and switching equipment 5 by optical fiber, and it is many to the FC optical fiber interface that each FC ply-yarn drill externally provides.The light signal that sends from FC storage and switching equipment 5 is transformed into the signal of telecommunication through the first opto-electronic conversion interface 16 earlier, realized the function of fiber channel protocol 0 layer, realize functions such as 8B/10B coding, controlling links and FC framing by 1,2 layers of processing module of FC agreement 17 then, finish the function of fiber channel protocol layers 1 and 2.FC frame buffer after disposing is in first external memory storage 18, and first processor module 19 reads the FC frame and carries out the 4th layer of processing of FC from first external memory storage 18, be sent to bridger shown in Figure 3 through FC traffic management module 20 then.The FC agreement comprises from 0 layer to 4 layers totally 5 layer function altogether, and the 3rd layer is spare level, does not use the 3rd layer function among the present invention, and the 4th layer function of fiber channel protocol mainly provides the interface to upper-layer protocol, and for storage was used for FC, this interface was SCSI-3.Among the present invention, realize that the program code of fiber channel protocol the 4th layer function leaves in first external memory storage 18, and call execution, to realize the 4th layer function of FC agreement by first processor 19.
The FC ply-yarn drill adopts Stratix GX FPGA development platform to realize that it not only can realize the optical-fibre channel technology of 1Gbps and 2Gbps, also supports 10,000,000,000 technology in forward position among the present invention.The built-in transceiver of Altera StratixGX device provides dedicated mode for the XAUI interface of realizing 10,000,000,000 optical-fibre channels, realizes whole interface functions more efficiently in individual devices.Functions such as special-purpose rate-matched first-in first-out FIFO buffering, 8B/10B encoding and decoding and word alignment have also been embedded in the transceiver.The realization of FC agreement will utilize FC IP core (IP Core) among the present invention.
Fig. 5 is a kind of specific implementation structural representation of iSCSI ply-yarn drill 4 among Fig. 1.The iSCSI ply-yarn drill comprises second external memory storage 23, second processor 24 and IP traffic management module 25 and some second opto-electronic conversion interfaces 21 and TCP/IP processing module 22.
The iSCSI ply-yarn drill connects IP storage and switching equipment 6 by optical fiber, and each iSCSI ply-yarn drill externally provides many to optical interface.Store the light signal that sends with switching equipment 6 from IP, be transformed into the signal of telecommunication through the second opto-electronic conversion interface 21, enter TCP/IP processing module 22 then and finish the function of medium access control (MAC) layer and tcp/ip layer, Internet safety (IPSec) function can be used as selection function and joins in this module.In order to improve the treatment effeciency of iSCSI, reduce the consumption of iSCSI processing simultaneously to the storage system resource, improve the efficient that TCP/IP handles, the present invention's second external memory storage 23 and second processor 24 are used for the TCP/IP unloading to be handled.
At work, the second opto-electronic conversion interface 21 links to each other with switching equipment 6 with the IP storage, after converting light signal to the signal of telecommunication, deliver to the function that TCP/IP processing module 22 realizes medium access control (MAC) layer and tcp/ip layer, iSCSI frame buffer after disposing is in second external memory storage 23, second processor module 24 reads the IP frame and carries out the TCP/IP unloading and handle from second external memory storage 23, be sent to bridger shown in Figure 3 through IP traffic management module 25 then.
ISCSI ply-yarn drill among the present invention adopts Stratix GX FPGA development platform to realize that the StratixGX device can support to connect physical layer (1 layer) electric requirement that communication media, encoding and decoding, clock recovery and data transmit and receive.Utilize the programmable logic array of Stratix device to support the offloading functions of 3 layers (network layers) and 4 layers of (transport layer) function and TCP/IP.Among the present invention, the data of iSCSI are not carried out the FC encapsulation but directly processing, performance is higher.
Although be in detail the method for coming design stores core switching plane based on Stratix GX FPGA development environment has been described, but should understand the FPGA that example of the present invention can also adopt other under the situation that does not break away from its design and scope, realize as FPGA such as Xilinx, Actel and MRCI.
Claims (5)
1, a kind of core memory switching plane system that is used for mass storage system (MSS), it is characterized in that: this system is made up of architecture for exchanging (1), bridger (2) and several FC ply-yarn drills (3) and iSCSI ply-yarn drill (4), and FC ply-yarn drill (3) and iSCSI ply-yarn drill (4) link together by bridger (2) and exchange framework (1); Wherein exchange framework (1) and be used for partition holding and memory transactions, bridger (2) is used for the agreement bridge joint traffic management function between realization exchange framework (1) and FC ply-yarn drill and the iSCSI ply-yarn drill.
2, core memory switching plane according to claim 1 system is characterized in that: exchange framework (1) is arbitrated with Switching Module (10), path selection module (11) and flow control and administration module (12) with FC with Switching Module (9), iSCSI with Switching Module (8), FC arbitration with intelligent scheduling module (7), iSCSI arbitration by partition holding and is formed;
Partition holding and intelligent scheduling module (7) are used for device discovery and system topology generates, the dynamic adjustment and the subregion reconstruct of storage area, and does not send the partition holding information classification to iSCSI arbitration and Switching Module (8), FC arbitration and Switching Module (9) and iSCSI and FC arbitration and Switching Module (10) respectively;
Path selection module (11) is used to assist iSCSI to arbitrate with Switching Module (8), FC arbitration and Switching Module (9) and iSCSI and FC arbitrates and Switching Module (10) is directed to target storage device with memory access;
In the partition holding that only comprises iSCSI, iSCSI arbitration and Switching Module (8) be according to partition holding and the partition information of intelligent scheduling module (7) to the iSCSI memory device, the arbitration and the function of exchange of realization iSCSI memory access;
In the partition holding that only comprises FC, FC arbitration and Switching Module (9) be according to partition holding and the partition information of intelligent scheduling module (7) to the FC memory device, the arbitration and the function of exchange of realization FC memory access;
Comprise at the same time in the partition holding of iSCSI and FC, iSCSI and FC arbitration and Switching Module (10) according to partition holding and intelligent scheduling module (7) to the iSCSI that goes in this subregion to comprise and the partition information of FC memory device, the arbitration of memory access and the function of exchange between realization iSCSI and the FC;
Flow control and administration module (12) are regulated the flow of visiting in each subregion between originating end and the target storage device by buffering, avoid taking place congested and loss of data.
3, core memory switching plane according to claim 1 and 2 system, it is characterized in that: bridger (2) is made up of system's package interface (13), data buffering module (14) and Attachment Unit Interface (15), system's package interface (13) is connected with FC ply-yarn drill (3) and/or iSCSI ply-yarn drill (4), and Attachment Unit Interface (15) links to each other with exchange framework (1);
System's package interface (13) receives FC and/or the iSCSI packet from ply-yarn drill, carries out sending data buffering module (14) to after the encapsulation of fiber channel protocol or Ethernet protocol key-course and physical layer;
Data buffering module (14) receives the data from system's package interface (13) output, cushion with flow matches after, send Attachment Unit Interface (15) to;
Attachment Unit Interface (15) receives data from data buffering module (14), realizes sending exchange framework (1) to after Ethernet key-course and the physical layer function.
4, core memory switching plane according to claim 3 system, it is characterized in that: FC ply-yarn drill (3) comprises first external memory storage (18), first processor (19), FC traffic management module (20) and several first opto-electronic conversion interfaces (16) and 1,2 layers of processing module of FC agreement (17);
The first opto-electronic conversion interface (16) becomes the signal of telecommunication with the FC storage with the converting optical signals that switching equipment (5) sends, realized the function of fiber channel protocol 0 layer, realize the function of fiber channel protocol layers 1 and 2 then by 1,2 layers of processing module of FC agreement (17), FC frame buffer after disposing is in first external memory storage (18), first processor (19) reads the FC frame and carries out the 4th layer of processing of fiber channel protocol from first external memory storage (18), be sent to bridger (2) through FC traffic management module (20) then.
5, core memory switching plane according to claim 3 system, it is characterized in that: iSCSI ply-yarn drill (4) comprises second external memory storage (23), second processor (24) and IP traffic management module (25) and some second opto-electronic conversion interfaces (21) and TCP/IP processing module (22);
The second opto-electronic conversion interface (21) will become the signal of telecommunication with the converting optical signals that switching equipment (6) sends from the IP storage, send TCP/IP processing module (22) then to and finish the function of medium access control layer and tcp/ip layer, iSCSI frame buffer after disposing is in second external memory storage (23), second processor module (24) reads the IP frame and carries out the TCP/IP unloading and handle from second external memory storage (23), transmit bridger (2) through IP traffic management module (25) then.
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101808123A (en) * | 2010-03-09 | 2010-08-18 | 浪潮(北京)电子信息产业有限公司 | Method and device for accessing storage resources in storage system |
| CN101938523A (en) * | 2010-09-16 | 2011-01-05 | 华中科技大学 | Convergence method of iSCSI (Internet Small Computer System Interface) and FCP (Fiber Channel Protocol) and application thereof to disaster recovery |
| CN102065071A (en) * | 2009-11-17 | 2011-05-18 | 北京同有飞骥科技股份有限公司 | Storage equipment supporting multi-transport protocol |
| CN102833116A (en) * | 2012-09-07 | 2012-12-19 | 山西省电力公司电力科学研究院 | Electrical equipment state information fusing and showing system |
| CN103597790A (en) * | 2011-06-02 | 2014-02-19 | 国际商业机器公司 | Fibre channel forwarder fabric login sequence |
| CN103870202A (en) * | 2012-12-10 | 2014-06-18 | 上海优刻得信息科技有限公司 | Distributed storage method and system of block device |
| CN108011694A (en) * | 2017-11-29 | 2018-05-08 | 北京航空航天大学 | A kind of efficient data exchange method based on FC |
| CN115580586A (en) * | 2022-11-25 | 2023-01-06 | 成都成电光信科技股份有限公司 | FC switch output queue construction method based on system on chip |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6430645B1 (en) * | 1999-06-09 | 2002-08-06 | International Business Machines Corporation | Fibre channel and SCSI address mapping for multiple initiator support |
| JP4651230B2 (en) * | 2001-07-13 | 2011-03-16 | 株式会社日立製作所 | Storage system and access control method to logical unit |
| US7349992B2 (en) * | 2002-01-24 | 2008-03-25 | Emulex Design & Manufacturing Corporation | System for communication with a storage area network |
| US6683883B1 (en) * | 2002-04-09 | 2004-01-27 | Sancastle Technologies Ltd. | ISCSI-FCP gateway |
| CN1543092A (en) * | 2003-11-07 | 2004-11-03 | 清华大学 | SCSI instruction optimization method based on FC-SAN storage device |
-
2005
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| CN101808123A (en) * | 2010-03-09 | 2010-08-18 | 浪潮(北京)电子信息产业有限公司 | Method and device for accessing storage resources in storage system |
| CN101808123B (en) * | 2010-03-09 | 2013-04-17 | 浪潮(北京)电子信息产业有限公司 | Method and device for accessing storage resources in storage system |
| CN101938523A (en) * | 2010-09-16 | 2011-01-05 | 华中科技大学 | Convergence method of iSCSI (Internet Small Computer System Interface) and FCP (Fiber Channel Protocol) and application thereof to disaster recovery |
| CN103597790A (en) * | 2011-06-02 | 2014-02-19 | 国际商业机器公司 | Fibre channel forwarder fabric login sequence |
| CN103597790B (en) * | 2011-06-02 | 2016-06-08 | 国际商业机器公司 | Mthods, systems and devices in fibre channel media environment |
| CN102833116A (en) * | 2012-09-07 | 2012-12-19 | 山西省电力公司电力科学研究院 | Electrical equipment state information fusing and showing system |
| CN103870202A (en) * | 2012-12-10 | 2014-06-18 | 上海优刻得信息科技有限公司 | Distributed storage method and system of block device |
| CN108011694A (en) * | 2017-11-29 | 2018-05-08 | 北京航空航天大学 | A kind of efficient data exchange method based on FC |
| CN108011694B (en) * | 2017-11-29 | 2018-11-20 | 北京航空航天大学 | A kind of efficient data exchange method based on FC |
| CN115580586A (en) * | 2022-11-25 | 2023-01-06 | 成都成电光信科技股份有限公司 | FC switch output queue construction method based on system on chip |
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