CN110912758A

CN110912758A - Network architecture combining public cloud and traditional IDC resources

Info

Publication number: CN110912758A
Application number: CN201911346228.5A
Authority: CN
Inventors: 赵鹏
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-12-24
Filing date: 2019-12-24
Publication date: 2020-03-24

Abstract

The invention discloses a network architecture combining public cloud and traditional IDC resources, which comprises the same IDC environment module, network equipment, a node special line module and different IDC environment modules, wherein the network architecture is physically divided into the same IDC environment module and the different IDC environment modules, and the two environment modules are fixedly connected through the network equipment and the node special line module. Compared with the prior art, the invention has the advantages that: the invention can effectively combine the public cloud and the traditional IDC resources, improve the service coverage of the public cloud manufacturer and the traditional IDC to the user group and effectively merge the public cloud manufacturer and the traditional IDC; according to the method and the system, the user can flexibly use the public cloud resources and the traditional IDC resources according to the requirements, the problem that the user using the traditional IDC cannot enjoy the elasticity and the convenience of the public cloud can be solved, and the problem that the user cannot go to the cloud due to safety, cost and controllability can be solved.

Description

Network architecture combining public cloud and traditional IDC resources

Technical Field

The invention relates to the technical field of internet data service, in particular to a network architecture combining public cloud and traditional IDC resources.

Background

With the popularization and development of public clouds, more and more enterprises begin to use the public clouds, but the safety, the cost and the controllability become barriers that the clouds cannot cross on some enterprises. At present, many enterprises still use the traditional IDC for various reasons, and although the requirements on safety, cost and controllability are met, the elasticity and convenience of public clouds cannot be enjoyed. On the other hand, a public cloud enterprise can only sell the public cloud service, and cannot really understand and meet the requirements of customers, so that the cloud bottleneck of the enterprise can be caused.

Disclosure of Invention

The technical problem to be solved by the invention is to provide a network architecture combining public cloud and traditional IDC resources aiming at the problems.

In order to solve the technical problems, the technical scheme provided by the invention is as follows: a network architecture combining public cloud and traditional IDC resources comprises the same IDC environment module, network equipment, a node special line module and different IDC environment modules, the network architecture is divided into the same IDC environment module and the different IDC environment modules from the physical structure, and the two environment modules are fixedly connected through the network equipment and the node special line module.

Compared with the prior art, the invention has the advantages that: the invention can effectively combine the public cloud and the traditional IDC resources, improve the service coverage of the public cloud manufacturer and the traditional IDC to the user group and effectively merge the public cloud manufacturer and the traditional IDC; according to the method and the system, the user can flexibly use the public cloud resources and the traditional IDC resources according to the requirements, the problem that the user using the traditional IDC cannot enjoy the elasticity and the convenience of the public cloud can be solved, and the problem that the user cannot go to the cloud due to safety, cost and controllability can be solved.

As an improvement, the same IDC environment module comprises a fully-fused public cloud area, a public cloud service area, a fully-fused customer area and a customer owned networking area, the fully-fused public cloud area is internally provided with the public cloud service area, the public cloud service area comprises a common cloud service, the fully-fused public cloud area and the fully-fused customer area are electrically connected through a public cloud manufacturer network device and a public cloud internal network, the fully-fused customer area and the customer owned networking area are internally provided with customer devices of a plurality of terminals, the customer device of each terminal is electrically connected with an access network device through an own networking area internal network, and the customer owned networking area is internally provided with a customer owned network device.

As an improvement, the client equipment adopts an electric connection scheme between the access network equipment and the client network equipment, and adopts a circuit to be in double upper connection to make a redundancy scheme, so that the stability is ensured.

As an improvement, the network device and the node dedicated line module adopt a satellite hybrid networking scheme, a plurality of service providers are provided for customers to select, the device is connected with an internet POP node dedicated line, also can be an internet access provider such as telecom, Unicom and mobile, and also can be a cloud manufacturer line, and the network device and the node dedicated line module are arranged between the same IDC environment module and different IDC environment modules.

As an improvement, in the satellite hybrid networking mode, the IDCs of the customers and the IDCs of the public cloud are in different physical positions and are connected through one or more optical fibers, at this time, the service of the public cloud that can be used by the customers is determined according to the size of the light bandwidth between the IDCs of the customers and the IDCs of the public cloud, the larger the bandwidth is, the more services can be enjoyed, and meanwhile, the complete management right is provided for the equipment of the customers.

As an improvement, the different IDC environment modules comprise a satellite mixed client area and a client owned network area in the satellite mixed area, one end of the satellite mixed client area is connected with a POP node private line through network equipment, the other end of the satellite mixed client area is connected with the client owned network area in the satellite mixed area through a plurality of client equipment, the client owned network area in the satellite mixed area is also provided with the client owned network equipment, the Internet access service used by the client in the satellite mixed networking area, the client owned network in the satellite mixed area and the client connection free Internet access service network in the satellite mixed area, the client owned network equipment, the client connection free Internet access service network in the satellite mixed area and the Internet access service used by the client in the satellite mixed networking area are sequentially and linearly connected, for all terminal services within different IDC environment modules.

As an improvement, the device of a public cloud manufacturer is used, or a module and a board card of the public cloud manufacturer are inserted, a customer can seamlessly insert the device of the customer into a public cloud platform, the customer can decide which public cloud service to use according to the requirement of the customer, and the device, the module and the board card of the public cloud can adopt modes of selling, leasing and giving, and are provided for the customer, and the customer can be connected into a full-fusion networking mode and a satellite mixed networking mode according to a specific access position.

As an improvement, in the fully converged networking mode, the IDCs of the customers are hosted in public cloud IDCs, and the public cloud manufacturers provide basic IDC services, including but not limited to: equipment is put on and off shelves, is walked the line, is patrolled and examined, operation etc. in the authorized domain, and at this moment, the customer can enjoy all public cloud services, also can establish oneself network simultaneously, controls own equipment completely.

Drawings

Fig. 1 is a schematic diagram of a network architecture that combines a public cloud and legacy IDC resources.

Fig. 2 is a first schematic diagram of a network architecture in a use state of the network architecture combining public cloud and conventional IDC resources.

Fig. 3 is a schematic structural diagram two of a network architecture in a use state combining public cloud and conventional IDC resources.

Fig. 4 is a third schematic structural diagram of a network architecture in a use state of the network architecture combining public cloud and conventional IDC resources.

As shown in the figure: 1. the system comprises the same IDC environment module, 1-1, a full-converged public cloud area, 1-2, a public cloud service area, 1-3, a full-converged customer area, 1-4, a customer owned networking area, 2, different IDC environment modules, 2-1, a satellite mixed customer area, 2-2, a customer owned network area in the satellite mixed area, 3, network equipment and a node private line module, 1-a, a public cloud manufacturer network equipment, 1-b, customer owned network equipment, 1-c, network equipment, 1-d, an Internet access service, 1-e, a customer owned network, 1-f, a customer connection free Internet access service network in the satellite mixed area, 1-g, customer equipment, a 1-P, POP node private line, 1-Q, Public cloud internal networks.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

In specific implementation, the network architecture combining public cloud and traditional IDC resources comprises the same IDC environment module 1, different IDC environment modules 2, network equipment and a node dedicated line module 3, the network architecture is physically divided into the same IDC environment module 1 and the different IDC environment modules 2, and the two environment modules are fixedly connected through the network equipment and the node dedicated line module 3.

The same IDC environment module 1 comprises a full-convergence public cloud area 1-1, a public cloud service area 1-2, a full-convergence customer area 1-3 and a customer self-networking area 1-4, wherein the public cloud service area 1-2 is arranged in the full-convergence public cloud area 1-1, the public cloud service area 1-2 comprises a common cloud service, the full-convergence public cloud area 1-1 and the full-convergence customer area 1-3 are electrically connected through a public cloud manufacturer network device 1-a and a public cloud internal network 1-Q, the full-convergence customer area 1-3 and the customer self-networking area 1-4 are respectively provided with a plurality of terminal customer devices 1-g, and the customer device 1-g of each terminal is electrically connected with an access network device through a network in the self-networking area, and the client self-owned network equipment 1-b is also arranged in the client self-owned networking area 1-4.

The client equipment 1-g is provided with an electric connection scheme between the access network equipment and the client self-owned network equipment 1-b, and a redundancy scheme is adopted by adopting double-up connection of lines, so that the stability is ensured.

The network equipment and the special node line module 3 adopt a satellite mixed networking scheme, various service providers are provided for customers to select, the equipment is connected with an Internet POP (point of presence) special node line 1-P (line), also can be Internet access providers of telecom, Unicom, mobile and the like, also can be a cloud manufacturer line, and the network equipment and the special node line module 3 are arranged between the same IDC (Internet data center) environment module 1 and different IDC environment modules 2.

In the satellite hybrid networking mode, the IDCs of the clients and the public cloud IDCs are in different physical positions and are connected through one or more optical fibers, at the moment, the service of the public cloud which can be used by the clients is determined according to the size of the light bandwidth between the IDCs of the clients, the larger the bandwidth is, the more services can be enjoyed, and meanwhile, the complete management right is provided for the equipment of the clients.

The different IDC environment modules 2 comprise a satellite mixed client area 2-1 and a client owned network area 2-2 in the satellite mixed area, one end of the satellite mixed client area 2-1 is connected with a POP node special line 1-P through network equipment 1-c, the other end of the satellite mixed client area is connected with the client owned network area 2-2 in the satellite mixed area through a plurality of client equipment 1-g, the client owned network area 2-2 in the satellite mixed area is also provided with client owned network equipment 1-b, internet access service 1-d used by clients in the satellite mixed networking area, a client owned network 1-e in the satellite mixed area and a client connection free internet access service network 1-f in the satellite mixed area, the client owned network 1-e in the satellite mixed area, The customer's own network device 1-b, the customer connection free internet access service network 1-f in the satellite hybrid area, and the internet access service 1-d used by the customer in the satellite hybrid networking area are sequentially linearly connected for all terminal services in different IDC environment modules 2.

Through the equipment that uses public cloud firm, perhaps insert public cloud firm's module, integrated circuit board, the customer can be with the equipment seamless access of oneself to public cloud platform in, can decide what kind of public cloud service of using according to the demand of oneself, has the absolute control right of own equipment again simultaneously, equipment, module, the integrated circuit board of public cloud can adopt the mode of selling, lease, present, offer the customer, the access of customer can divide into two kinds of modes of full fusion network deployment and satellite mixed network deployment according to specific access position.

In the fully converged networking mode, the IDCs of the customers are hosted in public cloud IDCs, and basic IDC services are provided by public cloud vendors, including but not limited to: equipment is put on and off shelves, is walked the line, is patrolled and examined, operation etc. in the authorized domain, and at this moment, the customer can enjoy all public cloud services, also can establish oneself network simultaneously, controls own equipment completely.

The working principle of the invention is as follows: through using the equipment of public cloud firm, perhaps insert public cloud firm's module, integrated circuit board, the customer can be with in the equipment seamless access to public cloud platform of oneself, can decide what kind of public cloud service of use according to the demand of oneself, has the absolute control right of own equipment again simultaneously. The equipment, modules and board cards of the public cloud can be provided for customers in the modes of sale, lease and presentation. The access of the client can be divided into two modes of full-fusion networking and satellite hybrid networking according to the specific access position.

In the satellite hybrid networking mode, the IDCs of the customers and the public cloud IDCs are in different physical positions and are connected through one or more optical fibers. At this time, the service of the public cloud which can be used by the client is determined according to the size of the light bandwidth between the two IDCs, the larger the bandwidth is, the more services can be enjoyed, and meanwhile, the complete management right is provided for the device of the client.

In the fully converged networking mode, the IDCs of the customers are hosted in public cloud IDCs, and basic IDC services are provided by public cloud vendors, including but not limited to: equipment is put on and off shelves, routing inspection, operation within an authorized range and the like. At this time, the client can enjoy all public cloud services, and simultaneously can establish own network to completely control own equipment.

The application ranges of the equipment, the modules and the board cards of the public cloud manufacturers are opened, and the attribute range of the public cloud access equipment is enlarged.

The public cloud provides public cloud service, and also provides access service of traditional IDC, so that upstream and downstream are communicated, and diversity service is provided.

Service types and sales contents of public clouds are expanded, and comprehensive internet access service is provided from cloud service selling only.

The user can also enjoy the energy brought by the cloud service without giving up the control right to the device.

When the user uses the cloud service, the user can continue to own the network environment and use the own platform and service.

Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature, and in the description of the invention, "plurality" means two or more unless explicitly defined otherwise.

In the present invention, unless otherwise specifically stated or limited, the terms "mounted," "connected," "fixed," and the like are to be construed broadly and may, for example, be fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.

In the present invention, unless otherwise expressly stated or limited, "above" or "below" a first feature means that the first and second features are in direct contact, or that the first and second features are not in direct contact but are in contact with each other via another feature therebetween. Also, the first feature being "on," "above" and "over" the second feature includes the first feature being directly on and obliquely above the second feature, or merely indicating that the first feature is at a higher level than the second feature. A first feature being "under," "below," and "beneath" a second feature includes the first feature being directly above and obliquely above the second feature, or simply meaning that the first feature is at a lesser level than the second feature.

In the description herein, reference to the terms "one embodiment," "some embodiments," "an example," "a specific example," or "some examples" or the like means that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made in the above embodiments by those of ordinary skill in the art without departing from the principle and spirit of the present invention.

Claims

1. The network architecture comprises the same IDC environment module (1), different IDC environment modules (2), network equipment and a node special line module (3), is physically divided into the same IDC environment module (1) and the different IDC environment modules (2), and is fixedly connected with the two environment modules through the network equipment and the node special line module (3).

2. A network architecture combining a public cloud and legacy IDC resources according to claim 1 wherein: the same IDC environment module (1) comprises a full-convergence public cloud area (1-1), a public cloud service area (1-2), a full-convergence customer area (1-3) and a customer self-networking area (1-4), the public cloud service area (1-2) is arranged in the full-convergence public cloud area (1-1), the public cloud service area (1-2) comprises common cloud services, the full-convergence public cloud area (1-1) and the full-convergence customer area (1-3) are electrically connected through a public cloud manufacturer network device (1-a) and a public cloud internal network (1-Q), and customer devices (1-g) of a plurality of terminals are arranged in the full-convergence customer area (1-3) and the customer self-networking area (1-4), the client equipment (1-g) of each terminal is electrically connected with the access network equipment through a network in the self-networking area, and the self-networking area (1-4) of the client is also internally provided with the self-networking equipment (1-b) of the client.

3. A network architecture combining a public cloud and legacy IDC resources according to claim 1 wherein: the client equipment (1-g) is provided with an electric connection scheme between the access network equipment and the client self-owned network equipment (1-b), and the circuit is connected in duplicate to form a redundancy scheme, so that the stability is ensured.

4. A network architecture combining a public cloud and legacy IDC resources according to claim 1 wherein: the network equipment and the special node line module (3) adopt a satellite hybrid networking scheme, various service providers are selected by customers, the equipment is connected with an Internet POP (point of presence) special node line (1-P), also can be Internet access providers such as telecom, Unicom and mobile, and also can be cloud manufacturer lines, and the network equipment and the special node line module (3) are arranged between the same IDC environment module (1) and different IDC environment modules (2).

5. A network architecture combining public cloud and legacy IDC resources according to claim 1 or 4, characterized in that: in the satellite hybrid networking mode, the IDCs of the clients and the public cloud IDCs are in different physical positions and are connected through one or more optical fibers, at the moment, the service of the public cloud which can be used by the clients is determined according to the size of the light bandwidth between the IDCs of the clients, the larger the bandwidth is, the more services can be enjoyed, and meanwhile, the complete management right is provided for the equipment of the clients.

6. A network architecture combining public cloud and legacy IDC resources according to claim 1 or 4, characterized in that: the different IDC environment modules (2) comprise a satellite mixed client area (2-1) and a client owned network area (2-2) in the satellite mixed area, one end of the satellite mixed client area (2-1) is connected with a POP node special line (1-P) through a network device (1-c), the other end of the satellite mixed client area is connected with the client owned network area (2-2) in the satellite mixed area through a plurality of client devices (1-g), the client owned network area (2-2) in the satellite mixed area is also provided with a client owned network device (1-b), an internet access service (1-d) used by a client in the satellite mixed networking area, a client owned network (1-e) in the satellite mixed area and a client connection free internet access service network (1-f) in the satellite mixed area, the customer owned network (1-e) in the satellite mixed area, the customer owned network equipment (1-b), the customer connection free Internet access service network (1-f) in the satellite mixed area and the Internet access service (1-d) used by the customer in the satellite mixed networking area are sequentially and linearly connected and serve all terminals in different IDC environment modules (2).

7. A network architecture combining a public cloud and legacy IDC resources according to claim 1 or 2 wherein: through the equipment that uses public cloud firm, perhaps insert public cloud firm's module, integrated circuit board, the customer can be with the equipment seamless access of oneself to public cloud platform in, can decide what kind of public cloud service of using according to the demand of oneself, has the absolute control right of own equipment again simultaneously, equipment, module, the integrated circuit board of public cloud can adopt the mode of selling, lease, present, offer the customer, the access of customer can divide into two kinds of modes of full fusion network deployment and satellite mixed network deployment according to specific access position.

8. A network architecture combining a public cloud and legacy IDC resources according to claim 1 or 2 or 7 wherein: in the fully converged networking mode, the IDCs of the customers are hosted in public cloud IDCs, and basic IDC services are provided by public cloud vendors, including but not limited to: equipment is put on and off shelves, is walked the line, is patrolled and examined, operation etc. in the authorized domain, and at this moment, the customer can enjoy all public cloud services, also can establish oneself network simultaneously, controls own equipment completely.