CN209118265U - A kind of high speed magnanimity Flash memory module based on VPX - Google Patents
A kind of high speed magnanimity Flash memory module based on VPX Download PDFInfo
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- CN209118265U CN209118265U CN201822224809.9U CN201822224809U CN209118265U CN 209118265 U CN209118265 U CN 209118265U CN 201822224809 U CN201822224809 U CN 201822224809U CN 209118265 U CN209118265 U CN 209118265U
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Abstract
The high speed magnanimity Flash memory module based on VPX that the utility model discloses a kind of, including VPX optical fiber power board, 12 sets of VPX memory function modules and VPX bus, VPX optical fiber power board is the 12 channel light storage control modules based on VPX bus, at most integrated 12 tunnel full duplex 6.25Gbps optical fibre channel interfaces, it can be achieved received data carrying out high-speed read-write operation to 12 sets of VPX memory function modules by VPX bus, the read and write rate of every set VPX memory function module is higher than 250MB/s；The capacity of every set VPX memory function module is 1T byte, 12 sets of VPX memory function modules are for providing the above capacity of 12T byte, memory capacity is realized greater than 12TB, storage speed highest is higher than the storage equipment of 3GB/s, both there is high access speed, it may have the advantages of small in volume is convenient for carrying.
Description
Technical field
The utility model relates to field of data storage, especially a kind of high speed magnanimity Flash memory module based on VPX.
Background technique
Mainly there are 2 kinds of typical storage modes in currently stored field: storage based on DDR, based on physical disk array
Storage.Storage speed based on DDR is fast, lightweight and portable in volume, magnitude of the storage speed up to GB/s；Based on depositing for physical disk array
Storage has memory capacity big, the non-volatile advantage of power down, magnitude of the memory capacity up to TB, but the storage equipment based on DDR
Have the shortcomings that power down loss, capacity are limited, the storage equipment based on physical hard disk has a big heaviness of volume, and storage speed is slow etc.
Disadvantage, two kinds of storage modes cannot be considered in terms of two aspects of capacity and storage speed.
Utility model content
To solve the above problems, the purpose of this utility model is to provide a kind of, the high speed magnanimity Flash based on VPX is stored
Module is based on large-scale F PGA device, high speed fibre interface and magnanimity Flash storage array lamp technology, realizes a kind of access
The magnanimity high-speed processing apparatus that speed is fast, capacity is big both has high access speed, it may have small in volume is convenient for carrying
The advantages of.
The technical solution adopted by the utility model to solve the problem is as follows:
A kind of high speed magnanimity Flash memory module based on VPX, including VPX optical fiber power board, 12 sets of VPX store functions
Module and VPX bus, in which:
VPX optical fiber power board: switching including the first FPGA device, the second FPGA device, PowerPC processor and SRIO,
First FPGA device, the second FPGA device and PowerPC processor switch with the SRIO connect respectively, and described first
FPGA device and the 2nd FPGA device are integrated with the full-duplex data coffret based on SRIO standard agreement, the PowerPC
Processor connects gigabit Ethernet；
12 sets of VPX memory function modules: every set VPX memory function module capacity is 1T byte, including FPGA controller, expansion
Open up Flash module interface, Flash chip array 1 and Flash chip array 2, the spread F lash module interface, Flash core
Chip arrays 1 and Flash chip array 2 are separately connected the FPGA controller；
VPX bus: for connecting the FPGA controller of SRIO switch and 12 sets of VPX memory function modules.
Further, the VPX optical fiber power board is provided with the first FMC interface and the 2nd PMC interface, the first FPGA device
8 pairs of SRIO HSSI High-Speed Serial Interfaces and 34 pairs of differential lines are provided between part and the first FMC interface, 8 pairs of SRIO HSSI High-Speed Serial Interfaces are used
In realizing optical fiber connection, rate 6.25Gbps, the rate of 34 pairs of differential lines is 800Mb/s.
Further, first FPGA device and the second FPGA device distinguish plug-in 64M × 32b DDR4 SDRAM and
4M×36b QDRII SDRAM。
Further, first FPGA device and the second FPGA device are provided which 8 pairs of HSSI High-Speed Serial Interfaces, draw from P3；
20 pairs of differential interfaces are drawn from P4；Offer × 4rapidIO directly connects between first FPGA device and the second FPGA device
It connects.
Further, the Power PC Processor selects PowerPC 8641/0D, working frequency 1GHz, and plug-in 2 groups
512MB (64M × 64b) DDR4SDRAM, ping-pong；× 8PCI-e interface, gigabit ethernet interface and RS- are provided simultaneously
232/422 interface.
Further, the VPX optical fiber power board further includes a piece of configuration FPGA, is separately connected the first FPGA device, second
FPGA device and Power PC Processor, for matching to the first FPGA device, the second FPGA device and Power PC Processor
It sets.
Further, SRIO switch selects the serial interchanger of Tsi 578, provide 8 ports 4 × mode or 16 1 ×
The port mode, port speed are configured to 1.25Gbps, 2.5Gbps or 6.25Gbps；Integrated high-speed full duplex SerDes and
8b/10b coding, receiver balance, transmission preemphasis, transmission pressure pendulum；Support IEEE1149.6 standard；Clog-free inner exchanging body
System provides peer-to-peer communications between high performance multiprocessing；Support the data packet routing table of 64000 endpoints.
Further, every set VPX memory function module supports the lasting read and write rate for being greater than 250MB/s, provides two-way independence
32MB SRAM high speed soldier's pang the cushion space being connect with FPGA controller.
Further, every set VPX memory function module uses 6.25Gbps SRIO high speed full-duplex differential serial interface.
Further, Flash chip array 1 and Flash chip array 2 are using technical grade high-performance SLC Flash storage core
Piece constitutes parallel chip storage array.
One or more technical solution provided by the embodiment of the utility model, at least has the following beneficial effects: VPX light
Fine power board is the 12 channel light storage control modules based on VPX bus, at most integrated 12 tunnel full duplex 6.25Gbps optical fiber
Access interface carries out high-speed read-write operations to 12 sets of VPX memory function modules, it can be achieved that received data are passed through VPX bus,
The read and write rate of every set VPX memory function module is higher than 250MB/s；The capacity of every set VPX memory function module be 1T byte, 12
VPX memory function module is covered for providing the above capacity of 12T byte, realizes memory capacity greater than 12TB, storage speed highest is high
In the storage equipment of 3GB/s, both there is high access speed, it may have the advantages of small in volume is convenient for carrying.
Detailed description of the invention
The utility model is described in further detail with example with reference to the accompanying drawing.
Fig. 1 is a kind of structural representation of the high speed magnanimity Flash memory module based on VPX of the utility model one embodiment
Figure；
Fig. 2 is a kind of VPX optical fiber of the high speed magnanimity Flash memory module based on VPX of the utility model one embodiment
Power board structure chart；
Fig. 3 is a kind of VPX storage of high speed magnanimity Flash memory module based on VPX of the utility model one embodiment
Functional module structure figure.
Specific embodiment
Mainly there are 2 kinds of typical storage modes in currently stored field: storage based on DDR, based on physical disk array
Storage.Storage speed based on DDR is fast, lightweight and portable in volume, magnitude of the storage speed up to GB/s；Based on depositing for physical disk array
Storage has memory capacity big, the non-volatile advantage of power down, magnitude of the memory capacity up to TB, but the storage equipment based on DDR
Have the shortcomings that power down loss, capacity are limited, the storage equipment based on physical hard disk has a big heaviness of volume, and storage speed is slow etc.
Disadvantage, two kinds of storage modes cannot be considered in terms of two aspects of capacity and storage speed.The utility model is based on large-scale F PGA, height
The technologies such as fast optical fiber interface, magnanimity FLASH storage array realize a kind of access speed up to 3GB/s, and capacity is up to 12TB
Magnanimity high-speed processing apparatus, both have high access speed, it may have the advantages of small in volume is convenient for carrying.
Referring to Fig.1, one embodiment of the utility model provides a kind of high speed magnanimity Flash memory module based on VPX,
Including VPX optical fiber power board, 12 sets of VPX memory function modules and VPX bus, in which:
VPX optical fiber power board: switching including the first FPGA device, the second FPGA device, PowerPC processor and SRIO,
First FPGA device, the second FPGA device and PowerPC processor switch with the SRIO connect respectively, and described first
FPGA device and the 2nd FPGA device are integrated with the full-duplex data coffret based on SRIO standard agreement, the PowerPC
Processor connects gigabit Ethernet；
12 sets of VPX memory function modules: every set VPX memory function module capacity is 1T byte, including FPGA controller, expansion
Open up Flash module interface, Flash chip array 1 and Flash chip array 2, the spread F lash module interface, Flash core
Chip arrays 1 and Flash chip array 2 are separately connected the FPGA controller；
VPX bus: for connecting the FPGA controller of SRIO switch and 12 sets of VPX memory function modules.
In the present embodiment, VPX optical fiber power board is the 12 channel light storage control modules based on VPX bus, at most
Integrated 12 tunnel full duplex 6.25Gbps optical fibre channel interfaces are, it can be achieved that received data store 12 sets of VPX by VPX bus
Functional module carries out high-speed read-write operation, and the read and write rate of every set VPX memory function module is higher than 250MB/s；Every set VPX is deposited
The capacity for storing up functional module is 1T byte, and 12 sets of VPX memory function modules realize storage for providing the above capacity of 12T byte
Capacity is greater than 12TB, and storage speed highest is higher than the storage equipment of 3GB/s, both has high access speed, it may have small in size
Light-weight the advantages of being convenient for carrying.
Further, referring to Fig. 2, another embodiment of the utility model provides a kind of high speed magnanimity based on VPX
Flash memory module, wherein the VPX optical fiber power board is provided with the first FMC interface and the 2nd PMC interface, and described first
8 pairs of SRIO HSSI High-Speed Serial Interfaces and 34 pairs of differential lines, 8 pairs of SRIO high speed serializations are provided between FPGA device and the first FMC interface
Interface is 800Mb/s for realizing optical fiber connection, rate 6.25Gbps, the rate of 34 pairs of differential lines；The first FPGA device
Part and the second FPGA device distinguish plug-in 64M × 32b DDR4 SDRAM and 4M × 36b QDRII SDRAM；Described first
FPGA device and the 2nd FPGA device are provided which 8 pairs of HSSI High-Speed Serial Interfaces, draw from P3；20 pairs of differential interfaces are drawn from P4；
Offer × 4rapidIO is directly connected between first FPGA device and the second FPGA device；The Power PC Processor choosing
With PowerPC 8641/0D, working frequency 1GHz, plug-in 2 groups of 512MB (64M × 64b) DDR4SDRAM, ping-pong；Simultaneously
Offer × 8PCI-e interface, gigabit ethernet interface and RS-232/422 interface；MPC8641D/8640D processor is a kind of tool
The original functional component as peripheral chip group is all integrated by the SOC processor of standby double e600 cores by SOC mode
Inside one chips, the connection of original chip chamber the connection inside a chips has been become into；The design of this high integration,
To use MPC8641D/8640D processor to carry out high performance signal processing application, provide conveniently basic；It is described
VPX optical fiber power board further includes a piece of configuration FPGA, is separately connected at the first FPGA device, the second FPGA device and PowerPC
Device is managed, for configuring to the first FPGA device, the second FPGA device and Power PC Processor；The SRIO switch is selected
The serial interchanger of Tsi 578, provides 8 ports 4 × mode or 16 ports 1 × mode, port speed be configured to 1.25Gbps,
2.5Gbps or 6.25Gbps；Integrated high-speed full duplex SerDes and 8b/10b coding, receiver balance, pass transmission preemphasis
Defeated pressure pendulum；Support IEEE1149.6 standard；Clog-free inner exchanging system provides peer-to-peer communications between high performance multiprocessing；Branch
Hold the data packet routing table of 64000 endpoints.
Specifically, in the present embodiment, VPX optical fiber power board specifically includes following important indicator:
Meet 46 standard of VITA；
First FMC interface and the 2nd PMC interface: FMC subcard, FMC connector is supported to select more pin connectors, standard
FMC interface mappings relationship；
First FPGA device, the second FPGA device: the high-speed differential serial interface and FMC interface of every FPGA device it
Between 8 pairs of HSSI High-Speed Serial Interfaces (SRIO), rate are provided are as follows: 6.25Gbps can be used to realize that optical fiber connects；34 pairs of differential lines, speed
Rate is 800Mb/s；
Plug-in 64M × 32b DDR4 SDRAM and 4M × 36b QDRII the SDRAM of every FPGA device；
Every FPGA device provides 8 pairs of HSSI High-Speed Serial Interfaces, draws from P3；20 pairs of differential interfaces, respectively from P4 and P6
It draws；Offer × 4rapidIO is directly connected between two panels FPGA device；
Power PC Processor: PowerPC 8641/0D, working frequency 1GHz are selected；Plug-in 2 groups of 512MB (64M ×
64b) DDR4SDRAM, ping-pong；× 8PCI-e, gigabit ethernet interface and RS-232/422 are provided simultaneously；Gigabit Ethernet
Interface is drawn from front and back panel respectively by Ethernet switch；
RapidIO rate are as follows: 6.25Gbps；Difference connection speed is 800Mb/s；
A piece of configuration FPGA configures Power PC Processor and two panels FPGA device；
40M clock signal and trigger pulse CPI, PRF etc. control signal and introduce from bottom plate；Wherein, control signal with
The middle connection breaking of Power PC Processor.Clock signal and control signal are connected with FPGA I/O pin；
SRIO switch: the serial interchanger of Tsi 578,8 ports 4 × mode or 16 ports 1 × mode, end are used
Mouth rate is configurable to 1.25Gbps, 2.5Gbps, 6.25Gbps；Integrated high-speed full duplex SerDes and 8b/10b coding,
Receiver balance, transmission preemphasis, transmission pressure pendulum；Support IEEE1149.6 standard；Clog-free inner exchanging system provides high property
Peer-to-peer communications between the multiprocessing of energy；Support the data packet routing table of up to 64,000 endpoints；
VPX connector: the MultiGig RT2 connector of tyco company, the maximum transmission rate of support are 6.4Gbps.
Further, referring to Fig. 3, another embodiment of the utility model provides a kind of high speed magnanimity based on VPX
Flash memory module, wherein every set VPX memory function module supports the lasting read and write rate for being greater than 250MB/s, provides two-way
Independent 32MB SRAM high speed soldier's pang the cushion space being connect with FPGA controller；Every set VPX memory function module uses
6.25Gbps SRIO high speed full-duplex differential serial interface；Flash chip array 1 and Flash chip array 2 use technical grade
High-performance SLC Flash memory chip constitutes parallel chip storage array.
Specifically, in the present embodiment, the key property of every set VPX memory function module is as follows:
Meet 46 standard of VITA；
VPX connector: the MultiGig RT2 connector of tyco company, the maximum transmission rate of support are 6.4Gbps；
Real-time data record/playback interface uses 6.25Gbps SRIO high speed full-duplex differential serial interface；
Every set VPX memory function module supports that being greater than 250MB/s continues read and write rate；
Technical grade high-performance SLC Flash memory chip constitutes parallel chip storage array, and veneer capacity is
1.125TB, FLASH chip array capacity are expansible；
2 tunnel independence 32MB SRAM high speed ping-pong buffers spaces are provided；
Have the function of ECC check, Flash bad block management and Aging control etc.；
By SRIO interface, Flash storage array data retrieval, lookup, data load and software may be implemented and return
The functions such as put；
1 road RS232 status display and control interface are provided.
The above, the only preferred embodiment of the utility model, the utility model are not limited to above-mentioned implementation
Mode, as long as its technical effect for reaching the utility model with identical means, all should belong to the protection scope of the utility model.
Claims (10)
1. a kind of high speed magnanimity Flash memory module based on VPX, which is characterized in that including VPX optical fiber power board, 12 sets of VPX
Memory function module and VPX bus, in which:
VPX optical fiber power board: switching including the first FPGA device, the second FPGA device, Power PC Processor and SRIO, described
First FPGA device, the second FPGA device and Power PC Processor switch with the SRIO connect respectively, the first FPGA device
Part and the second FPGA device are integrated with the full-duplex data coffret based on SRIO standard agreement, the Power PC Processor
Connect gigabit Ethernet；
12 sets of VPX memory function modules: every set VPX memory function module capacity is 1T byte, including FPGA controller, extension
Flash module interface, Flash chip array 1 and Flash chip array 2, the spread F lash module interface, Flash chip
Array 1 and Flash chip array 2 are separately connected the FPGA controller；
VPX bus: for connecting the FPGA controller of SRIO switch and 12 sets of VPX memory function modules.
2. a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that described
VPX optical fiber power board is provided with the first FMC interface and the 2nd PMC interface, between first FPGA device and the first FMC interface
8 pairs of SRIO HSSI High-Speed Serial Interfaces and 34 pairs of differential lines are provided, 8 pairs of SRIO HSSI High-Speed Serial Interfaces are for realizing optical fiber connection, rate
For 6.25Gbps, the rate of 34 pairs of differential lines is 800Mb/s.
3. a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that described
One FPGA device and the second FPGA device distinguish plug-in 64M × 32b DDR4SDRAM and 4M × 36b QDRII SDRAM.
4. a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that described
One FPGA device and the second FPGA device are provided which 8 pairs of HSSI High-Speed Serial Interfaces, draw from P3；20 pairs of differential interfaces are drawn from P4；
Offer × 4rapidIO is directly connected between first FPGA device and the second FPGA device.
5. a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that described
Power PC Processor selects PowerPC 8641/0D, working frequency 1GHz, plug-in 2 groups of 512MB (64M × 64b) DDR4
SDRAM, ping-pong；× 8PCI-e interface, gigabit ethernet interface and RS-232/422 interface are provided simultaneously.
6. a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that described
VPX optical fiber power board further includes a piece of configuration FPGA, is separately connected at the first FPGA device, the second FPGA device and PowerPC
Device is managed, for configuring to the first FPGA device, the second FPGA device and Power PC Processor.
7. -6 any a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that
The SRIO switch selects the serial interchanger of Tsi 578, provides 8 ports 4 × mode or 16 ports 1 × mode, port speed
Rate is configured to 1.25Gbps, 2.5Gbps or 6.25Gbps；Integrated high-speed full duplex SerDes and 8b/10b coding, receiver
Balanced, transmission preemphasis, transmission pressure pendulum；Support IEEE1149.6 standard；Clog-free inner exchanging system provides high performance more
Peer-to-peer communications between processing；Support the data packet routing table of 64000 endpoints.
8. -6 any a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that
Every set VPX memory function module supports the lasting read and write rate for being greater than 250MB/s, provides that two-way is independent to be connected with FPGA controller
32MB SRAM high speed soldier's pang the cushion space connect.
9. -6 any a kind of high speed magnanimity Flash memory module based on VPX according to claim 1, which is characterized in that
Every set VPX memory function module uses 6.25Gbps SRIO high speed full-duplex differential serial interface.
10. a kind of -6 any high speed magnanimity Flash memory module based on VPX, feature exist according to claim 1
In Flash chip array 1 and Flash chip array 2 are using the parallel core of technical grade high-performance SLC Flash memory chip composition
Piece storage array.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109408425A (en) * | 2018-12-27 | 2019-03-01 | 中科院计算技术研究所南京移动通信与计算创新研究院 | A kind of high speed magnanimity Flash memory module based on VPX |
| CN110399323A (en) * | 2019-07-31 | 2019-11-01 | 哈尔滨工业大学 | A kind of high-speed information channel based on SRIO |
| CN112527198A (en) * | 2020-12-10 | 2021-03-19 | 南京富士通南大软件技术有限公司 | High-performance storage device and method |
-
2018
- 2018-12-27 CN CN201822224809.9U patent/CN209118265U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109408425A (en) * | 2018-12-27 | 2019-03-01 | 中科院计算技术研究所南京移动通信与计算创新研究院 | A kind of high speed magnanimity Flash memory module based on VPX |
| CN110399323A (en) * | 2019-07-31 | 2019-11-01 | 哈尔滨工业大学 | A kind of high-speed information channel based on SRIO |
| CN112527198A (en) * | 2020-12-10 | 2021-03-19 | 南京富士通南大软件技术有限公司 | High-performance storage device and method |
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Address after: 211135 floor 1-3, auxiliary building, building 6, artificial intelligence Industrial Park, Nanjing City, Jiangsu Province Patentee after: Zhongke Nanjing mobile communication and computing Innovation Research Institute Address before: 211135 3rd floor, building 6, no.266 Chuangyan Road, Qilin high tech Zone, Nanjing City, Jiangsu Province Patentee before: INSTITUTE OF COMPUTING TECHNOLOGY, CHINESE ACADEMY OF SCIENCES, NANJING INSTITUTE OF MOBILE COMMUNICATIONS AND COMPUTING INNOVATION |
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