得到的性能, 密度, flexibility and scale from your storage infrastructure that is essential for operational and business success with 微米加速解决方案 for 微软®’s new portfolio for Azure Stack HCI solutions. Azure Stack HCI is a hyperconverged solution that uses validated hardware to run virtualized workloads on-premises specifically on Windows 服务器 2019 clusters.
Our long-time integration includes accelerated storage solutions for 微软存储空间 and hyper - v®, the 微软 hypervisor for virtualized computing. Both of these solutions are embedded as technologies within Azure Stack HCI. 存储 Spaces Direct is a software-defined storage (SDS) solution for converged and hyperconverged data centers, providing both traditional storage area network services and virtualized infrastructure solutions. It was introduced with 微软 Windows 2016 Service Pack 2, 当存储空间, 其先前的化身, 是在Windows 服务器 2012中引入的.
Our 加速解决方案 for 微软存储空间Azure Stack HCI and previous generations are built upon industry standard x86 server architectures along with 微软’s Windows 服务器 ® platforms (2019 and after for Azure Stack HCI) and are powered by fast Micron NVMe™ and SATA enterprise ssd and Micron 动态随机存取记忆体 memory. These solutions are delivered to you as a series of reference architectures that provide blueprints for creating four-node 存储 Spaces Direct clusters that can be expanded as needed to meet your application requirements. 例如, here’s our accelerated solution for the 微软 Windows 2016 Service Pack 2 version of 存储 Spaces Direct.
为什么微软Azure Stack HCI?
For customers committed to 微软 infrastructure services, Azure Stack HCI is an obvious choice for hyperconverged infrastructure needs. 对于具有复杂IT环境的客户, 微软’s intention is to provide solutions that meet them where they are with the right technology for the right business need. By bringing it into the Azure Stack family 微软 has started to offer new options to connect seamlessly with Azure for infrastructure management services.
- 简单 – 微软 makes use of commonly available x86 standard servers from multiple vendors at a variety of price points. Each reference architecture provides information that enables you to rapidly deploy the specified solution infrastructure, along with performance analysis to ensure you properly size the deployment.
- 性能 – Each reference architecture leverages Micron’s advanced, 高性能ssd和动态随机存取记忆体, enabling high performance that is optimized for Azure Stack HCI or 存储 Spaces Direct.
- 容错 – The scalable software-defined storage SDS solution provides data redundancy by ensuring copies of all data are duplicated on more than one node within the cluster. 当一个组件或整个服务器发生故障时, 存储 Spaces Direct the platform can continue to provide data services to hosted applications until the failing component is repaired.
- 可伸缩性 – Each reference architecture documents a basic, fault-tolerant four-node Azure Stack HCI or 存储 Spaces Direct solution that can scale up to 16 nodes per 存储 Spaces Direct cluster, making it capable of generating millions of IOPS to fit almost any application requirement.
- 灵活性 – These 微软 solutions can be deployed as a disaggregated (storage area network), 聚合或超聚合配置, providing support for a wide variety of application and workload needs. We provide reference architectures that document hyperconverged and converged solutions that can be built using your server vendor of choice with a wide variety of Micron ssd based on performance and endurance needs.
- 解决方案简单: microron Enterprise SATA ssd和微软® Hyper-Converged基础设施
- 解决方案简单: Micron Enterprise NVMe and SATA ssd with 微软® Hyper-Converged基础设施
- 解决方案简单: Micron 5200 Enterprise SATA ssd Fuel HPE Solution for 微软 Hyper-Converged基础设施
- 参考体系结构: Micron Hyper-Converged基础设施 Using 微软® hyper - v® and 存储 Spaces Direct with Micron Enterprise SATA ssd
- 参考体系结构: Micron Hyper-Converged基础设施 Using 微软® hyper - v® and 存储 Spaces Direct with Micron Enterprise NVMe and SATA
- 白皮书: Micron and 微软Azure Stack HCI: Cost-Effective, High-性能 Virtualized Infrastructure