Hyperconverged System Architecture

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Depp Lianhua's hyper-converged architecture solution integrates four modules: computing, network, storage and security, and builds an IT architecture resource pool through full virtualization. All module resources can be deployed on demand, flexibly scheduled, and dynamically expanded. Through the hyper-converged all-in-one machine or hyper-converged operating system, the existing hardware infrastructure can be fully utilized in the shortest time, the business system can be safely, stably and efficiently migrated to the hyper-converged platform, and the private cloud platform can be moved to the later stage. Lay the foundation, so that functions such as multi-tenant management and billing audit can be realized.

Hyperconverged System Architecture

Hyperconverged Systems

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aSV Server Virtualization|aNET Network Virtualization|aSAN Storage Virtualization|NFV Network Function Virtualization

The hyper-converged architecture solution is to achieve platform-based integration of server virtualization, storage virtualization and network virtualization functions through hyper-converged all-in-one machines or general-purpose X86 servers. Deltalink Huawei provides users with a hyper-converged solution for the overall data center, which can realize the infrastructure construction of cloud data center and software-defined data center SDDC.

scenes to be used:

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Hyper-converged architecture functional advantages-1

Solve the problem of resource bundling in traditional data centers, provide virtualized resources required by the system through X86 servers and hyper-converged platforms, and uniformly allocate resources.

Provides a "what you draw is what you get" approach, and network device templates such as vSwitch, vRoute, vAF, and vAD. Managers can quickly build network and security devices by dragging the mouse and clicking connections

Hyper-converged architecture functional advantages-2

When a service fails, the hyperconverged fault detection tool can be used to quickly locate the faulty node in the network. At the same time, it can clearly display the traffic between virtual machines and virtual networks, and obtain the business status of the data center in real time.

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Each basic unit of a hyper-converged machine contains computing and network storage resources. In a software-defined format, IT managers can build data centers using standard building blocks. Today, IT construction can be completed with only a small number of network equipment and hyper-converged appliances.

Case 1: "Digital Transformation" of Huadian Group

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challenge:

1. The service launch is slow and the deployment is difficult. For traditional power companies, their core systems are complex and resources are separated from each other, which cannot meet the rapid online business requirements.

2. Data security risks are great. A large amount of existing traditional IT infrastructure results in a bloated architecture, which cannot guarantee the reliability and security of the data center.

3. Data security risks are great. A large amount of existing traditional IT infrastructure results in a bloated architecture, which cannot guarantee the reliability and security of the data center.

Program:

Huadian Zibo Thermal Power Co., Ltd. adopts hyper-converged aCloud to build a data center, with virtualization technology as the core, integrating computing, storage, network, security and other virtual resources into a standard x86 server to form a modular benchmark architecture unit. Network aggregation replaces the heavy and complex traditional cloud data center infrastructure and realizes modular seamless scale-out to form a unified resource pool. .

income:

Minimalist architecture, stable carrying of services

Security compliance, calmly respond to threats

Smooth migration to ensure efficient operation and maintenance

Case 2: "Smart Court" by the Intermediate People's Court of Dongying City, Shandong Province

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challenge:

Large operation and maintenance workload, high maintenance cost

A large number of servers and storage devices of various brands make it difficult for the IT department to manage unifiedly, reduce the efficiency of operation and maintenance, and have high maintenance costs;

low resource utilization

In actual use, both the trial system and the OA system server bear a lot of pressure, the load of other servers is very small, and the resource utilization rate of the hardware platform is low

There are many data security risks

The failure of some physical hosts will affect the normal operation of services and some data, increasing the risk of data loss

Program:

The project deploys 6 high-performance hyper-converged all-in-one machines, which collectively carry the core business applications of the court system in Dongying City, including business systems such as digital court-related cluster services, document direct reporting, and dossier in-depth applications, providing high-performance, high-stability, The high-security basic IT resource platform meets the centralized deployment needs of Dongying Intermediate Court for the construction of cloud data centers.

income:

More convenient and efficient management and operation

Intensive management, more full utilization of resources

Fully guarantee data security