CN205450874U - Fuse dispatch system based on ATCA framework - Google Patents
Fuse dispatch system based on ATCA framework Download PDFInfo
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- CN205450874U CN205450874U CN201521080552.4U CN201521080552U CN205450874U CN 205450874 U CN205450874 U CN 205450874U CN 201521080552 U CN201521080552 U CN 201521080552U CN 205450874 U CN205450874 U CN 205450874U
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Abstract
The utility model discloses a fuse dispatch system based on ATCA framework, including dispatch server 1, dispatch server 1 is the quick -witted case of ATCA standard, dispatch server 1 is including dispatch quick -witted main control board, video gateway board, cluster talkback gateway board and exchange interface board. The cluster is talkbacked the gateway board and is passed through the exchange interface board with dispatch quick -witted main control board and carry out data interchange, video gateway board passes through the exchange interface board with dispatch quick -witted main control board and carry out data interchange. The problem of among the prior art multi -media dispatch system be unfavorable for device management, control and maintenance, hardware equipment piles up, the repeated construction, the cable is complicated, in disorder, transmission rate and user's capacity are subject to ethernet transmission medium and switching equipment is solved. Have unified dispatch, concentrate network management, improve the advantage of transmission rate and user's capacity of system simultaneously.
Description
Technical field
This utility model belongs to multimedia communication technology field, particularly relates to a kind of fusion dispatching patcher based on ATCA framework.
Background technology
Multimedia dispatching system includes that dispatch server, analog station, Sip video telephone, Vehicle mounted station, transmitter receiver, network shooting are first-class.Existing multimedia dispatching system has two kinds of building modes, a kind of is to set up independent voice dispatch system, video scheduling system and cluster intercom system, each system has the network that independent dispatch server is the most independent, and it is unfavorable for equipment control, controls and safeguard.Meanwhile, network independently causes the repeated construction of hardware system, adds system cost.
As it is shown in figure 1, another kind is the multimedia dispatching system of the stacking utilizing dispatch server, video gateway and cluster talk back equipment to consist of Ethernet switch, this is also the most frequently used mode.The shortcoming of this multimedia dispatching system is as follows: 1, intrasystem transfer rate and user capacity are limited to Ethernet transmission medium and switching equipment, limits the capacity of user；2, the dispatching patcher of stacking floor space in machine room cable big, that interconnect is complicated, in disorder, and the reliability of system is low；3, dispatch server, video gateway and cluster talk back equipment mostly use single supply to power, and power supply interface is many, and reliability is the highest；4, equipment stacking causes the repeated construction of hardware system, adds dispatching patcher cost.
Utility model content
This utility model provides a kind of fusion dispatching patcher based on ATCA framework, solve multimedia dispatching system in prior art to be unfavorable for equipment control, control and safeguard, hardware device stacking, repeated construction, cable is complicated, in disorder, the problem that transfer rate and user capacity are limited to Ethernet transmission medium and switching equipment.
The purpose of this utility model solves by the following technical programs:
A kind of fusion dispatching patcher based on ATCA framework, including dispatch server, described dispatch server is ATCA standard PC case, and described dispatch server includes dispatcher master control borad, video gateway plate, cluster intercommunication gateway board, Fabric Interface plate and backboard.
Described cluster intercommunication gateway board carries out data exchange by described Fabric Interface plate and described dispatcher master control borad, described video gateway plate carries out data exchange by described Fabric Interface plate and described dispatcher master control borad, and described dispatcher master control borad, video gateway plate, cluster intercommunication gateway board and Fabric Interface plate are arranged on described backboard.
Preferably, described fusion dispatching patcher based on ATCA framework also includes AG gateway, analog station, Sip video telephone, Vehicle mounted station, transmitter receiver and IP Camera.
Described analog station is by dispatch server described in described AG gateway accessing, described Sip video telephone is directly accessed described dispatch server, described transmitter receiver accesses described dispatch server by described Vehicle mounted station, and described IP Camera is directly accessed described dispatch server.
Preferably, described cluster intercommunication gateway board, dispatcher master control borad and video gateway plate are connected with Fabric Interface plate by netting twine.
Preferably, a width of 10G-40G of band of described Fabric Interface plate, a width of 10G-40G of band of described backboard.
Preferably, described fusion dispatching patcher based on ATCA framework uses main power source or stand-by power supply to power.
Preferably, described dispatch server is six plate position ATCA standard PC cases, and described six plate position ATCA standard PC cases include the first plate position, the second plate position, the 3rd plate position, the 4th plate position, the 5th plate position and the 6th plate position.
The quantity of described Fabric Interface plate is two, it is separately mounted to the 3rd plate position and the 4th plate position, described dispatcher master control borad is arranged on the first plate position, described video gateway plate is arranged on the second plate position or the 5th plate position or the 6th plate position, and described cluster intercommunication gateway board is arranged on the second plate position or the 5th plate position or the 6th plate position.
It is further preferred that described 3rd plate position and described 4th plate position and other plate position use dual-star topology structure to interconnect on backboard, described 3rd plate position and described 4th plate position are as the network center of dual-star topology structure.
In sum, this based on ATCA framework the fusion dispatching patcher that this utility model provides, use ATCA standard PC case, dispatcher master control borad, video gateway plate, cluster intercommunication gateway board are integrated in an ATCA cabinet, achieve United Dispatching and the centralized management of dissimilar user, it is achieved that the fusion of multimedia dispatching.Have the advantage that
1, user's United Dispatching, integrated network management system can be carried out to different types of, it is simple to subscriber equipment manages, controls and safeguard；
2, use the design of module level single system, reduce system Construction cost；
3, between module, interconnection uses backboard high speed bandwidth Ethernet line, and the system that decreases connects the complexity of cable, increases system reliability；
4, between module, interconnection uses backboard high speed bandwidth Ethernet line (10G-40G), coordinates Fabric Interface plate hight speed belt width (10G-40G) design, improves system transfer rate, improve system user capacity simultaneously；
5, system uses main power source or stand-by power supply to power, it is ensured that system power supply reliability.
Accompanying drawing explanation
Fig. 1 is the networking schematic diagram of existing multimedia dispatching system；
Fig. 2 is the Organization Chart of dispatch server of the present utility model；
Fig. 3 is the card layout of six plate position ATCA standard PC cases of the present utility model；
Fig. 4 is the backboard dual-star topology structure chart of six plate position ATCA standard PC cases of the present utility model；
The system group network figure of the fusion dispatching patcher based on ATCA framework that Fig. 5 provides for this utility model.
Wherein: 1 is dispatch server, 2 is dispatcher master control borad, and 3 is video gateway plate, 4 is cluster intercommunication gateway board, and 5 is Fabric Interface plate, and 6 is AG gateway, 7 is analog station, and 8 is Sip video telephone, and 9 is Vehicle mounted station, 10 is transmitter receiver, and 11 is IP Camera, and 12 is the first plate position, 13 is the second plate position, and 14 is the 3rd plate position, and 15 is the 4th plate position, 16 is the 5th plate position, and 17 is the 6th plate position.
Detailed description of the invention
Being described principle of the present utility model and feature below in conjunction with accompanying drawing, example is only used for explaining this utility model, is not intended to limit scope of the present utility model.
The telecommunication computing architecture that ATCA (AdvancedTelecomComputingArchitecture) standard is the most advanced, is the title of PICMG (whole world PCI industrial computer manufacture tissue) 3.x series standard specification.As the series standard specification of carrier class communications industry of future generation, supporting carrier class characteristic, its main target is to provide standardized platform architecture for carrier class communications applications.The up-to-date high speed interconnection technology of this standard fusion and processor technology of future generation, it is possible to increase the reliability of communication equipment, managerial and availability.Communication equipment based on ATCA gradually starts by extensive concern, and becomes a common platform, is applied in each communication system network element.For exploring high availability soft switchcall server architecture technology based on ATCA platform, and be combined with the converged communication product of existing maturation and to ultimately form the converged communication product possessing high availability, present embodiments provide a kind of fusion dispatching patcher based on ATCA framework, as shown in Figure 2, including dispatch server 1, described dispatch server 1 is ATCA standard PC case, and described dispatch server 1 includes dispatcher master control borad 2, video gateway plate 3, cluster intercommunication gateway board 4, Fabric Interface plate 5 and backboard.
Described cluster intercommunication gateway board 4 carries out data exchange by described Fabric Interface plate 5 with described dispatcher master control borad 2, and described video gateway plate 3 carries out data exchange by described Fabric Interface plate 5 with described dispatcher master control borad 2.Dispatcher master control borad 2 is by carrying out data exchange between Fabric Interface plate 5 and cluster intercommunication gateway board 4, video gateway plate 3, described dispatcher master control borad 2, video gateway plate 3, cluster intercommunication gateway board 4 and Fabric Interface plate 5 are arranged on described backboard.
As shown in Figure 5, preferably, described fusion dispatching patcher based on ATCA framework also includes AG gateway 6, analog station 7, Sip (SessionInitiationProtocol, session initiation protocol) video telephone 8, Vehicle mounted station 9, transmitter receiver 10 and IP Camera 11.
Described analog station 7 accesses described dispatch server 1 by described AG gateway 6, described Sip video telephone 8 is directly accessed described dispatch server 1, described transmitter receiver 10 accesses described dispatch server 1 by described Vehicle mounted station 9, and described IP Camera 11 is directly accessed described dispatch server 1.The various terminals of access dispatching server 1 are by dispatch server 1 United Dispatching, centralized management.
This based on ATCA framework the fusion dispatching patcher that the present embodiment provides, use ATCA standard PC case, dispatcher master control borad 2, video gateway plate 3, cluster intercommunication gateway board 4 are integrated in an ATCA cabinet, achieve United Dispatching and the centralized management of dissimilar user (such as: voice scheduling user, video user and cluster intercommunication user), achieve the fusion of multimedia dispatching, decrease the stacking of calculator room equipment and the repeated construction of hardware device.Meanwhile, by ATCA carrier class framework, whole system reliability is improved.
Preferably, described cluster intercommunication gateway board 4 uses IP agreement, carries out data exchange by described Fabric Interface plate 5 with described dispatcher master control borad 2；Described video gateway plate 3 uses IP agreement, carries out data exchange by described Fabric Interface plate 5 with described dispatcher master control borad 2.Dispatcher master control borad 2 uses IP agreement, by carrying out data exchange between Fabric Interface plate 5 and cluster intercommunication gateway board 4, video gateway plate 3.
Preferably, a width of 10G-40G of band of described Fabric Interface plate 5, a width of 10G-40G of band of described backboard, improve the transfer rate of multimedia dispatching system.
Preferably, described fusion dispatching patcher based on ATCA framework uses main power source or stand-by power supply to power, it is ensured that system power supply reliability.
As shown in Figure 3, it is preferable that described dispatch server 1 is six plate position ATCA standard PC cases, i.e. ATCA-6U6S cabinet.Described six plate position ATCA standard PC cases include the first the 12, second plate position the 13, the 3rd, plate position plate position the 14, the 4th plate position the 15, the 5th plate position 16 and the 6th plate position 17.
The quantity of described Fabric Interface plate 5 is two, it is separately mounted to the 3rd plate position 14 and the 4th plate position 15, described dispatcher master control borad 2 is arranged on the first plate position 12, described video gateway plate 3 is arranged on the second plate position 13 or the 5th plate position 16 or the 6th plate position 17, and described cluster intercommunication gateway board 4 is arranged on the second plate position 13 or the 5th plate position 16 or the 6th plate position 17.
Here, specifying according to ATCA standard, Fabric Interface plate 5 is necessarily mounted at the 3rd plate position 14 and the 4th plate position 15, as standby usage；Dispatcher master control borad 2 is necessarily mounted at the first plate position 12, completes control, management and the maintenance function of whole fusion dispatching patcher；Video gateway plate 3 and cluster intercommunication gateway board 4 may be mounted at the second plate position 13 or the 5th plate position 16 or the 6th plate position 17, complete the form conversion of video terminal signal and transmitter receiver 10 voice signal and access.
It is further preferred that as shown in Figure 4, described 3rd plate position 14 and described 4th plate position 15 use dual-star topology structure to interconnect with other plate position on backboard, and described 3rd plate position 14 and described 4th plate position 15 are as the network center of dual-star topology structure.
In sum, this based on ATCA framework the fusion dispatching patcher that this utility model provides, use ATCA standard PC case, dispatcher master control borad 2, video gateway plate 3, cluster intercommunication gateway board 4 are integrated in an ATCA cabinet, achieve United Dispatching and the centralized management of dissimilar user, it is achieved that the fusion of multimedia dispatching.Have the advantage that
1, user's United Dispatching, integrated network management system can be carried out to different types of, it is simple to subscriber equipment manages, controls and safeguard；
2, use the design of module level single system, reduce system Construction cost；
3, between module, interconnection uses backboard high speed bandwidth Ethernet line, and the system that decreases connects the complexity of cable, increases system reliability；
4, between module, interconnection uses backboard high speed bandwidth Ethernet line (10G-40G), coordinates Fabric Interface plate 5 high speed bandwidth (10G-40G) design, improves system transfer rate, improve system user capacity simultaneously；
5, system uses main power source or stand-by power supply to power, it is ensured that system power supply reliability.
Claims (7)
1. a fusion dispatching patcher based on ATCA framework, including dispatch server (1), it is characterized in that, described dispatch server (1) is ATCA standard PC case, and described dispatch server (1) includes dispatcher master control borad (2), video gateway plate (3), cluster intercommunication gateway board (4), Fabric Interface plate (5) and backboard；
Described cluster intercommunication gateway board (4) carries out data exchange by described Fabric Interface plate (5) and described dispatcher master control borad (2), described video gateway plate (3) carries out data exchange by described Fabric Interface plate (5) and described dispatcher master control borad (2), and described dispatcher master control borad (2), video gateway plate (3), cluster intercommunication gateway board (4) and Fabric Interface plate (5) are arranged on described backboard.
Fusion dispatching patcher based on ATCA framework the most according to claim 1, it is characterized in that, described fusion dispatching patcher based on ATCA framework also includes AG gateway (6), analog station (7), Sip video telephone (8), Vehicle mounted station (9), transmitter receiver (10) and IP Camera (11)；
Described analog station (7) accesses described dispatch server (1) by described AG gateway (6), described Sip video telephone (8) is directly accessed described dispatch server (1), described transmitter receiver (10) accesses described dispatch server (1) by described Vehicle mounted station (9), and described IP Camera (11) is directly accessed described dispatch server (1).
Fusion dispatching patcher based on ATCA framework the most according to claim 1, it is characterized in that, described cluster intercommunication gateway board (4), dispatcher master control borad (2) and video gateway plate (3) are all connected with Fabric Interface plate (5) by netting twine.
Fusion dispatching patcher based on ATCA framework the most according to claim 1, it is characterised in that a width of 10G-40G of band of described Fabric Interface plate (5), a width of 10G-40G of band of described backboard.
Fusion dispatching patcher based on ATCA framework the most according to claim 1, it is characterised in that described fusion dispatching patcher based on ATCA framework uses main power source or stand-by power supply to power.
Fusion dispatching patcher based on ATCA framework the most according to claim 1, it is characterized in that, described dispatch server (1) is six plate position ATCA standard PC cases, and described six plate position ATCA standard PC cases include the first plate position (12), the second plate position (13), the 3rd plate position (14), the 4th plate position (15), the 5th plate position (16) and the 6th plate position (17)；
The quantity of described Fabric Interface plate (5) is two, it is separately mounted to the 3rd plate position (14) and the 4th plate position (15), described dispatcher master control borad (2) is arranged on the first plate position (12), described video gateway plate (3) is arranged on the second plate position (13) or the 5th plate position (16) or the 6th plate position (17), and described cluster intercommunication gateway board (4) is arranged on the second plate position (13) or the 5th plate position (16) or the 6th plate position (17).
Fusion dispatching patcher based on ATCA framework the most according to claim 6, it is characterized in that, described 3rd plate position (14) and described 4th plate position (15) and other plate position use dual-star topology structure to interconnect on backboard, and described 3rd plate position (14) and described 4th plate position (15) are as the network center of dual-star topology structure.
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| CN201521080552.4U CN205450874U (en) | 2015-12-22 | 2015-12-22 | Fuse dispatch system based on ATCA framework |
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| CN201521080552.4U CN205450874U (en) | 2015-12-22 | 2015-12-22 | Fuse dispatch system based on ATCA framework |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106856449A (en) * | 2016-12-30 | 2017-06-16 | 西安大唐电信有限公司 | A kind of method that applied map scheduling is realized in convergence communication scheduling system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106856449A (en) * | 2016-12-30 | 2017-06-16 | 西安大唐电信有限公司 | A kind of method that applied map scheduling is realized in convergence communication scheduling system |
| CN106856449B (en) * | 2016-12-30 | 2020-07-07 | 西安大唐电信有限公司 | Method for realizing special map scheduling in converged communication scheduling system |
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