CN207367115U - A kind of server master board and server based on Feiteng processor - Google Patents
A kind of server master board and server based on Feiteng processor Download PDFInfo
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- CN207367115U CN207367115U CN201721482938.7U CN201721482938U CN207367115U CN 207367115 U CN207367115 U CN 207367115U CN 201721482938 U CN201721482938 U CN 201721482938U CN 207367115 U CN207367115 U CN 207367115U
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Abstract
The utility model discloses a kind of server master board and server based on Feiteng processor.Including Feiteng processor, PCIE SWITCH bridge pieces, the first level switch module, RS232 drive modules, second electrical level modular converter, RTC chip, SAS chips, memory bar, Flash chip, BMC managing chips, network controller, PCIE turns SATA chips, PCIE turns USB chips；PCIE SWITCH bridge pieces, level switch module, RS232 drive modules, Flash chip, RTC chip, SAS chips, memory bar are connected with Feiteng processor, BMC managing chips, network controller, PCIE turn SATA chips, PCIE turns USB chips and is connected with PCIE SWITCH bridge pieces, PCIE turns USB chips and is also connected with BMC managing chips, and the first level switch module is connected with Flash chip；Mainboard output PCIE interfaces, RS232 serial ports, debugging serial ports, SAS interfaces, network interface, SATA interface, USB interface, USB interface.
Description
Technical field
It the utility model is related to computer hardware technology field, more particularly to a kind of server based on Feiteng processor
Mainboard.The utility model further relates to the server with the above-mentioned server master board based on Feiteng processor.
Background technology
Under the overall background promoted safely with national information, information security issue increasingly draws attention, and strengthens information security
Build very urgent.At present national information safely under domestic CPU（Central Processing Unit, i.e. central processing
Device）Server is also emerging in multitude such as Godson CPU server, Shen prestige cpu server, Huawei's cpu server.But due to each
It is different from the framework of processor, so the technical solution that server is realized is all different.Based on FT server processor
Framework is most popular ARM frameworks at present, but processor is only simple in itself to be integrated with PCIE（Compact Peripheral
Component Interconnect, i.e. compact Peripheral Component Interconnect standard）And MCU（Microcontroller Unit, i.e.,
Micro-control unit）Controller is not integrated in inside processor, common SATA（Serial Advanced Technology
Attachment, i.e. serial ATA interface specification）、USB（Universal Serial Bus, i.e. Universal Serial Bus）, display etc.
Peripheral interface is all integrated in master chip, necessary to these interfaces are server, the lifting for the mainboard cost that causes to soar.And
Server field is more using species, there is calculation server, storage server, application server etc..Various servers are needed to commonly use
Exterior expansion card, such as RAID（Redundant Arrays of Independent Disks, i.e. disk array）Card, HBA
（Host Bus Adapte, i.e. host bus adaptor）Card, accelerator card etc..PCIE interfaces based on Feiteng processor in itself
Quantity is relatively limited.
Therefore how to solve that the server master board design based on Feiteng processor is upper more complicated, and cost is higher, integrated level
It is low, and interface is single, it is far from enough to meet that user becomes those skilled in the art to the problem of use demand of server product
Urgent problem to be solved.
Utility model content
The technical problems to be solved in the utility model is to overcome drawbacks described above existing in the prior art, there is provided one kind is based on
The server master board design of Feiteng processor is simple, and cost is relatively low, and integrated level is high, and kind of interface is enriched, to meet user to clothes
The use demand of business device product.
The further technical problems to be solved of the utility model are to provide the above-mentioned server master based on Feiteng processor
On the basis of plate, a kind of server for including the above-mentioned server master board based on Feiteng processor is also provided.
Server master board provided by the utility model based on Feiteng processor, including Feiteng processor, PCIE SWITCH
Bridge piece, the first level switch module, RS232 drive modules, second electrical level modular converter, RTC chip, SAS chips, memory bar,
Flash chip, BMC managing chips, network controller, PCIE turn SATA chips, PCIE turns USB chips；The PCIE SWITCH
Bridge piece, the first level switch module, RS232 drive modules, second electrical level modular converter, RTC chip, SAS chips, memory bar are equal
Be connected with Feiteng processor, the BMC managing chips, network controller, PCIE turn SATA chips, PCIE turn USB chips with
PCIE SWITCH bridge pieces connect, and PCIE turns USB chips and is also connected with BMC managing chips, the first level switch module and Flash
Chip connects；Feiteng processor exports PCIE interfaces, RS232 drive modules output RS232 serial ports, the output of second electrical level revolving die block
Serial ports, SAS chips output SAS interfaces are debugged, network interface controller exports network interface, and PCIE turns SATA chips output SATA and connects
Mouthful, BMC managing chip outputting VGA interfaces, PCIE turns USB chips output USB interface.
Preferably, the Feiteng processor uses FT-1500A CPU, and the memory bar is DDR3 ECC RDIMM memories
Bar, Feiteng processor are integrated with storage controller interface, the external memory bar of storage controller interface.
Preferably, the PCIE interfaces are PCIE X16 slots and PCIE X8 slots, and the Feiteng processor exports four tunnels
PCIE channel is connected with PCIE X16 slots respectively, PCIE X8 slots connect, SAS chips and PCIE SWITCH bridge pieces connect
Connect.
Preferably, the network controller is 10,000,000,000 network controllers and gigabit networking controller, the PCIE Switch
Bridge piece exports five tunnel PCIE channels and turns USB with 10,000,000,000 network controllers, gigabit networking controller, BMC managing chips, PCIE respectively
Chip connection, PCIE turn the connection of SATA chips.
Preferably, 10,000,000,000 network controller uses Intel X540, and gigabit networking controller uses Intel i350,
10,000,000,000 network controller exports 10,000,000,000 network interfaces, gigabit networking controller output gigabit networking interface.
Preferably, the PCIE turn USB chips use UPD720201, PCIE turn USB chips output USB3.0 interfaces.
Preferably, the PCIE turn SATA chips use 88SE9230, PCIE turn SATA chips output SATA interface.
Preferably, the mainboard further includes RMII PHY chips, fan speed-regulating module, temperature sensor, detecting voltage mould
Block, the BMC managing chips are connected by RMII interfaces with RMII PHY chips, and the BMC managing chips pass through PWM interfaces
It is connected with fan speed-regulating module, the BMC managing chips are connected by I2C interface with temperature sensor, the BMC managing chips
It is connected by ADC interface with detecting voltage module.
Preferably, the mainboard further includes CPLD control powerup/reset modules, and the BMC managing chips are connect by GPIO
Mouth is connected with CPLD controls powerup/reset module, and CPLD controls powerup/reset module also passes through GPIO interface and Feiteng processor
Connection.
Server master board design provided by the utility model based on Feiteng processor is simple, and cost is relatively low, and integrated level is high,
Kind of interface is enriched, to meet use demand of the user to server product.
The technical solution that the utility model further solves the use of its technical problem is, described based on processing of soaring providing
On the basis of the server master board of device, the utility model also provides the clothes for including the above-mentioned server master board based on Feiteng processor
Business device.The server obviously has whole beneficial effects of the foregoing server master board based on Feiteng processor, herein no longer
Repeat.
Brief description of the drawings
Fig. 1 is a kind of structure diagram of the server master board based on Feiteng processor provided by the utility model.
Embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, below in conjunction with the accompanying drawings to this
Utility model is described in further detail.
Referring to Fig. 1, Fig. 1 is a kind of structural frames of the server master board based on Feiteng processor provided by the utility model
Figure.
Server master board provided by the utility model based on Feiteng processor, including Feiteng processor 100, PCIE
（Peripheral component interconnect express, i.e., quick Peripheral Component Interconnect standard） SWITCH（Turn
Change）Bridge piece 200, the first level switch module 300, RS232 drive modules 400, second electrical level modular converter 500, RTC（Real-
Time Clock, i.e. real-time clock）Chip 600, SAS (Serial Attached Small Computer System
Interface, that is, serial connecting small computer system interface）Chip 700, memory bar 800, Flash chip 301, BMC
（Baseboard Management Controller, i.e. baseboard management controller）Managing chip 210, network controller, PCIE
Turn SATA（Serial Advanced Technology Attachment, Serial Advanced Technology Attachment）Chip 240, PCIE turn
USB（Universal Serial Bus, i.e. Universal Serial Bus）Chip 211；The electricity of PCIE SWITCH bridge pieces 200, first
Flat modular converter 300, RS232 drive modules 400, second electrical level modular converter 500, RTC chip 600, SAS chips 700, memory
Bar 800 is connected with Feiteng processor 100, the BMC managing chips 210, network controller, PCIE turn SATA chips 240,
PCIE turns USB chips 211 and is connected with PCIE SWITCH bridge pieces 200, PCIE turn USB chips 211 also with BMC managing chips 210
Connection, the first level switch module 300 are connected with Flash chip 301；Feiteng processor 100 exports PCIE interfaces, and RS232 drives
Dynamic model block 400 exports RS232 serial ports 401, the output debugging serial ports 501 of second electrical level revolving die block 500, and SAS chips 700 export SAS
Interface 701, network interface controller output network interface, PCIE turn SATA chips 240 and export SATA interface 241, BMC managing chips
210 outputting VGAs（Video Graphics Array, i.e. Video Graphics Array）Interface 213, PCIE turn USB chips 211 and export
USB interface 218.
Feiteng processor 100 is used to carry out information exchange with modules, and for explaining server instruction and processing
Data in server software.PCIE SWITCH bridge pieces 200 are used for the PCIE interfaces for extending Feiteng processor 100.First level
Modular converter 300 is used for the voltage conversion of the 1.8V of Feiteng processor into being supplied to Flash chip 301 after 3.3V.RS232 drives
Dynamic model block 400 is by the voltage conversion of the 1.8V of Feiteng processor into being supplied to RS232 serial ports 401 after 3.3V.Second electrical level is changed
Module 500 is used for the voltage conversion of the 1.8V of Feiteng processor into being supplied to debugging serial ports 501 after 3.3V.RTC chip 600 is
Mainboard provides real-time time.SAS chips 700 provide SAS interfaces for PCIE interface signals to be converted to SAS signals.Memory bar
800 are used to temporarily store the operational data in Feiteng processor 100 and the data exchanged with external memory storages such as hard disks.BMC
Managing chip 210 is used to provide display interface and long-distance real-time management monitoring server.Network controller is used to believe PCIE
Number be converted to network signal and network interface is provided.PCIE turns SATA chips 240 and is used to PCIE signal being converted to SATA signals
And provide SATA interface.PCIE turns USB chips 211 and PCIE signal is converted to usb signal and provides USB interface.
Server master board design provided by the utility model based on Feiteng processor is simple, and cost is relatively low, and integrated level is high.
FT server product user demand is met, there is abundant mainboard interface, it is of the invention on the interface of FT server mainboard,
Export PCIE interfaces, RS232 serial ports, debugging serial ports, SAS interfaces, network interface, SATA interface, USB interface, USB interface.It is right
Performance application in server field, PCIE slot expansions are realized using PCIE extended chips, to meet actually making for client
Use demand.
Further each part will be further detailed below.
Feiteng processor 100 uses FT-1500A-16C CPU, and the memory bar 800 is DDR3 ECC RDIMM memories
Bar, Feiteng processor 100 are integrated with storage controller interface, the external memory bar 800 of storage controller interface.
Four tunnel PCIE channels of the output of Feiteng processor 100 are connected with PCIE X16 slots 120 respectively, PCIE X8 slots 130
Connection, SAS chips 700 and PCIE SWITCH bridge pieces 200 connect.The Feiteng processor 100 exports PCIE interfaces
PCIE X16 slots 120 connect, PCIE X8 slots 130.
Feiteng processor 100 by SPI interface and the first level switch module 300, the first level switch module 300 with
Flash chip 301 connects.Flash chip 301 stores BIOS（Basic Input Output System, i.e., input defeated substantially
Go out system）System, for providing the bottom, most direct hardware setting and control for computer.First level conversion
Module 300 uses TXB0108PWR, and the Flash chip 301 uses S25FL128P.
Feiteng processor 100 is connected by UART0 interfaces with RS232 drive modules 400, and RS232 drive modules 400 export
RS232 serial ports 401.RS232 drive modules 400 use SP3243EA.RS232 serial ports 401 is the RS232 serial port protocols of standard
, available for communication between devices.Since the output voltage of the UART0 of Feiteng processor is 1.8V, but the serial line interface of standard needs
Want the voltage of 3.3V, thus RS232 drive modules 400 by the voltage conversion of the 1.8V of Feiteng processor into being supplied to after 3.3V
RS232 serial ports 401.
Feiteng processor 100 is connected by UART1 interfaces with second electrical level conversion chip 500, second electrical level conversion chip
500 output serial line interfaces 501, serial line interface 501 is TTL mode, the debugging available for Feiteng processor.Second electrical level changes core
Piece 500 uses TXB0108PWR.Since the output voltage of the UART1 of Feiteng processor is 1.8V, but TTL serial line interfaces need
The voltage of 3.3V, therefore second electrical level modular converter 500 is used for the voltage conversion of the 1.8V of Feiteng processor into providing after 3.3V
Give debugging serial ports 501.
Feiteng processor 100 is connected by I2C interface with RTC chip 600.RTC chip 600 is real-time timepiece chip, is adopted
With DS1339, powered by button cell.
Feiteng processor 100 is connected by PCIE interfaces with SAS chips 700, and SAS chips 700 use SAS2008 chips.
SAS chips 700 export SAS interfaces, and SAS interfaces can be used for SAS disk arrays, set up raid functions, available for data backup, also
Original, disaster tolerance etc..
Feiteng processor 100 is connected by PCIE interfaces with PCIE SWITCH bridge pieces 200, PCIE SWITCH bridge pieces 200
The PCIE interface quantities of expansible Feiteng processor 100.PCIE SWITCH bridge pieces 200 use PEX8748.Simultaneously as service
Device field is more using species, there is calculation server, storage server, application server etc..Need various servers common outer
Portion's expansion card, such as RAID card, HBA cards, accelerator card.For the performance application of server field, core is extended using PCIE
Piece realizes PCIE slot expansions, to meet the actual use demand of client.
Network controller includes 10,000,000,000 network controllers 220 and gigabit networking controller 230.The PCIE Switch bridges
Piece 200 export five tunnel PCIE channels respectively with 10,000,000,000 network controllers 220, gigabit networking controller 230, BMC managing chips
210th, PCIE turns USB chips 211, PCIE turns SATA chips 240 and connects.
10000000000 network controllers 220 use Intel X540, and gigabit networking controller 230 is described using Intel i350
10000000000 network controllers 220 export 10,000,000,000 network interfaces, and gigabit networking controller 230 exports gigabit networking interface.To meet enterprise
The demand of industry user.
PCIE turns USB chips 211 and uses UPD720201, PCIE to turn the output USB3.0 interfaces of USB chips 211.
The PCIE turns SATA chips 240 and uses 88SE9230, PCIE to turn the output SATA interface of SATA chips 240.PCIE
Hard RAID can be realized by turning SATA chips 240（Redundant Arrays of Independent Disks, i.e. disk array）.
The mainboard further includes RMII PHY chips 212, fan speed-regulating module 214, temperature sensor 215, detecting voltage
Module 216, CPLD control powerup/resets module 140.The BMC managing chips 210 use AST2400 chips, MII PHY cores
Piece 212, fan speed-regulating module 214, temperature sensor 215, detecting voltage module 216, CPLD control powerup/resets module 140
It is connected with BMC managing chips 210, the BMC managing chips 210 also turn USB211 chips by USB interface and the PCIE
Connection.RMII PHY chips 212 use BCM5461S, fan speed-regulating module 214, temperature sensor 215, detecting voltage module
216 are integrated in BMC managing chips 210, and CPLD control powerup/resets module 140 uses EPM1270.
The BMC managing chips 210 are connected by RMII interfaces with RMII PHY chips 212, and 210 collect inside BMC chip
Into MAC, by 212 outgoing management network interface 217 of RMII PHY chips, for telnet, monitored in real time and serviced with web interface
Device working status.210 outputting VGA interface 213 of BMC managing chips, BMC managing chips 210 are internally integrated 2D video cards, outputting VGA
Interface meets that display requires.The BMC managing chips 210 are connected by I2C interface with temperature sensor 215.Temperature is connected to pass
Sensor 215 can detect the temperature of mainboard master chip and key point, while remote web interface display in real time.The BMC manages core
Piece 210 is connected by PWM interfaces with fan speed-regulating module 214.BMC managing chips 210 are internally integrated PMW controllers, according to main
Plate key point temperature, automatically controls rotation speed of the fan, while remote web interface display.The BMC managing chips pass through ADC interface
It is connected with detecting voltage module 216.Detecting voltage module 216 can be with each operating voltage of detecting real-time mainboard, while remote web
Interface display.The BMC managing chips 210 turn USB211 chips with the PCIE by USB interface and are connected, and realize KVM over
IP（Keyboard, display, the mouse switch of remote management capability）Function, i.e., by IPMI remotely to locally realizing keyboard, showing
Show device, mouse action and display.
The BMC managing chips 210 control powerup/reset module 140 to be connected by GPIO interface with CPLD.Realize long-range
Switching on and shutting down, reset and fan exception or high temperature alarm function.CPLD control powerup/resets module 140 is also connect by GPIO
Mouthful it is connected with Feiteng processor 100, to realize the powering on of local master chip, reset and the level conversion function of interface signal.
The server master board based on Feiteng processor further includes printed circuit board (PCB), and said chip is arranged at printing electricity
On the plate of road.
Except the above-mentioned server master board based on Feiteng processor, the utility model also provides one kind including above-mentioned based on winged
The server of the server master board of processor is risen, other Each parts of the server refer to the prior art.
A kind of server master board and server based on Feiteng processor provided by the utility model are carried out above
It is discussed in detail.Specific case used herein is set forth the principle and embodiment of the utility model, and the above is implemented
The explanation of example is only intended to help the core concept for understanding the utility model.It should be pointed out that the common skill for the art
For art personnel, on the premise of the utility model principle is not departed from, some improvement can also be carried out to the utility model and are repaiied
Decorations, these are improved and modification is also fallen into the protection domain of the utility model claims.
Claims (10)
1. a kind of server master board based on Feiteng processor, it is characterised in that including Feiteng processor, PCIE SWITCH bridges
Piece, the first level switch module, RS232 drive modules, second electrical level modular converter, RTC chip, SAS chips, memory bar,
Flash chip, BMC managing chips, network controller, PCIE turn SATA chips, PCIE turns USB chips；The PCIE SWITCH
Bridge piece, the first level switch module, RS232 drive modules, second electrical level modular converter, RTC chip, SAS chips, memory bar are equal
Be connected with Feiteng processor, the BMC managing chips, network controller, PCIE turn SATA chips, PCIE turn USB chips with
PCIE SWITCH bridge pieces connect, and PCIE turns USB chips and is also connected with BMC managing chips, the first level switch module and Flash
Chip connects；Feiteng processor exports PCIE interfaces, RS232 drive modules output RS232 serial ports, the output of second electrical level revolving die block
Serial ports, SAS chips output SAS interfaces are debugged, network interface controller exports network interface, and PCIE turns SATA chips output SATA and connects
Mouthful, BMC managing chip outputting VGA interfaces, PCIE turns USB chips output USB interface.
2. the server master board according to claim 1 based on Feiteng processor, it is characterised in that the Feiteng processor
Using FT-1500A CPU, the memory bar is DDR3 ECC RDIMM memory bars, and Feiteng processor is integrated with storage control
Interface, the external memory bar of storage controller interface.
3. the server master board according to claim 2 based on Feiteng processor, it is characterised in that the PCIE interfaces are
PCIE X16 slots and PCIE X8 slots, the Feiteng processor export four tunnel PCIE channels and connect respectively with PCIE X16 slots
Connect, PCIE X8 slots connect, SAS chips and PCIE SWITCH bridge pieces connect.
4. the server master board according to claim 3 based on Feiteng processor, it is characterised in that the network controller
For 10,000,000,000 network controllers and gigabit networking controller, the PCIE Switch bridge pieces export five tunnel PCIE channels respectively with ten thousand
Million network controllers, gigabit networking controller, BMC managing chips, PCIE turn the connection of USB chips, PCIE turns the connection of SATA chips.
5. the server master board according to claim 4 based on Feiteng processor, it is characterised in that the 10000000000 network control
Device processed uses Intel X540, and gigabit networking controller exports 10,000,000,000 nets using Intel i350,10,000,000,000 network controller
Network interface, gigabit networking controller output gigabit networking interface.
6. the server master board according to claim 5 based on Feiteng processor, it is characterised in that the PCIE turns USB
Chip uses UPD720201, PCIE to turn USB chips output USB3.0 interfaces.
7. the server master board according to claim 6 based on Feiteng processor, it is characterised in that the PCIE turns SATA
Chip uses 88SE9230, PCIE to turn SATA chips output SATA interface.
8. the server master board according to any one of claims 1 to 7 based on Feiteng processor, it is characterised in that described
Mainboard further includes RMII PHY chips, fan speed-regulating module, temperature sensor, detecting voltage module, the BMC managing chips
It is connected by RMII interfaces with RMII PHY chips, the BMC managing chips are connected by PWM interfaces with fan speed-regulating module,
The BMC managing chips are connected by I2C interface with temperature sensor, and the BMC managing chips are detectd by ADC interface and voltage
Survey module connection.
9. the server master board according to claim 8 based on Feiteng processor, it is characterised in that the mainboard further includes
CPLD controls powerup/reset module, and the BMC managing chips control powerup/reset module to be connected by GPIO interface with CPLD,
CPLD controls powerup/reset module is also connected by GPIO interface with Feiteng processor.
10. a kind of server, it is characterised in that including claim 1 to 9 any one of them the service based on Feiteng processor
Device mainboard.
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| CN111737189A (en) * | 2020-06-30 | 2020-10-02 | 山东超越数控电子股份有限公司 | Main unit and computer based on Feiteng 2000-4 processor |
| CN111984583A (en) * | 2020-07-24 | 2020-11-24 | 华东计算技术研究所（中国电子科技集团公司第三十二研究所） | Master control device suitable for VPX framework server |
| CN112162619A (en) * | 2020-09-18 | 2021-01-01 | 北京浪潮数据技术有限公司 | Server, server starting method and device and related equipment |
| CN112347033A (en) * | 2020-10-27 | 2021-02-09 | 山东超越数控电子股份有限公司 | Multi-unit server implementation method based on VPX architecture |
| CN112260833A (en) * | 2020-12-21 | 2021-01-22 | 湖南航天捷诚电子装备有限责任公司 | Server with remote encryption function and encryption method |
| CN112260833B (en) * | 2020-12-21 | 2021-03-09 | 湖南航天捷诚电子装备有限责任公司 | Server with remote encryption function and encryption method |
| CN112579517A (en) * | 2020-12-30 | 2021-03-30 | 合肥市卓怡恒通信息安全有限公司 | CPCIE main control board based on Feiteng platform |
| CN113609046A (en) * | 2021-07-13 | 2021-11-05 | 华东计算技术研究所（中国电子科技集团公司第三十二研究所） | Storage device suitable for VPX framework server and VPX framework server |
| CN114063726A (en) * | 2021-10-15 | 2022-02-18 | 深圳市日海飞信信息系统技术有限公司 | 5G base station server based on Feiteng CPU platform and performance improvement method |
| CN114063726B (en) * | 2021-10-15 | 2023-07-18 | 成都坦达飞信科技有限公司 | 5G base station server based on Feiteng CPU platform and performance improvement method |
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Effective date of registration: 20220316 Address after: 410205 building 15, phase I, Changsha Zhongdian Software Park, No. 39, Jianshan Road, high tech Development Zone, Changsha, Hunan Patentee after: HUNAN GREATWALL GALAXY TECHNOLOGY Co.,Ltd. Patentee after: National University of Defense Technology Address before: 2 / F, headquarters building, 39 Jianshan Road, high tech Zone, Changsha City, Hunan Province, 410205 Patentee before: HUNAN GREATWALL GALAXY TECHNOLOGY Co.,Ltd. |