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With the rapid development of cloud computing and virtualization technology, data center resources such as computing and storage are dynamically adjusted and allocated based on virtualization to improve the efficiency of server equipment, meet the requirements of enterprises for high performance, high reliability, security and high adaptability of resources, and improve the level of infrastructure automation management. Using hyper-converged all-in-one machines in cloud computing platforms integrates computing and storage resources on the same x86 server, fully tapping the hardware potential, improving hardware utilization and reducing operating costs.
The essence of hyper-convergence technology architecture is to integrate storage, computing and other resources into a single device as basic elements, and can select and configure resources according to actual system requirements. The specific implementation method is to virtualize the above resources (storage, computing) on the same node (x86 server), and each node is aggregated through the network to build a unified resource pool. The PowerLeader hyper-convergence all-in-one system integrates the PowerLeader computing virtualization system and the PowerLeader storage virtualization system. Configuring multiple virtualization platforms on the same hardware device can improve server utilization efficiency and save hardware costs;
At the same time, the container management platform orchestration function is used for installation, which improves the automated deployment and operation and maintenance level of the Blade virtualization system and reduces operating costs.
PowerLeader hyper-converged all-in-one system uses general x86 hardware as the underlying basic equipment, including general x86 servers, general network switches or general disk arrays and other hardware. The Docker container management platform runs on the general x86 hardware foundation, realizing the management, monitoring, orchestration and scheduling of containers; based on the Docker container management platform, the computing virtualization and storage virtualization platforms are deployed in the form of application services, thereby providing virtualized resource units or resource pools to meet user needs.
The hyper-converged container management platform provides unified management of hosts, networks, and storage. Platform services include DNS, VxLAN networks, and shared storage, and support orchestration of applications. The orchestration technology of the hyper-converged container management platform can be used to deploy cloud systems and expand computing and storage nodes in one click. At the same time, the container technology deployment method is simple to use, does not rely on operating system vendors and software, and also solves the business smoothness problem caused by online version upgrades.
The hyper-converged container management platform can manage and monitor virtualized containers. Using the platform scheduling capabilities, different business containers can be flexibly configured to run on specific hosts, thereby maximizing the utilization of hardware resources.
1. Rapid and elastic expansion
By deploying computing and storage nodes on new X86 servers, it can be quickly expanded horizontally;
2. Business Agility
Use hyper-convergence to quickly build a stable and reliable hyper-convergence cloud platform with minimal hardware resources;
3. Reduced total cost of ownership
Computing and storage nodes are deployed on the same X86 server while utilizing existing hardware resources, maximizing hardware resource utilization and reducing customer cloud platform construction costs.
You can easily add nodes to the cluster to expand the cluster size and performance
It can tolerate up to two nodes failing at the same time by using three replicas, and the data can be rebuilt quickly when hardware fails, with little impact on performance.
All systems are deployed directly through mirroring, so that there is no need to perform installation steps during actual deployment, avoiding complex dependency package issues and making the process fast and simple. This product provides a complete set of tools to support the deployment of computing virtualization services and storage virtualization services.
