Hyperconverged infrastructure, or HCI, is a type of IT infrastructure that consolidates all of your computing infrastructure in a single, unified storage system. It also offers networking functions and cost-saving opportunities. To learn more about HCI, read this article. Also, you’ll discover the differences between HCI 1.0 and HCI 2.0. You can begin converting your business today! Here are some key benefits of HCI:
HCI (hyper converged infrastructure) technology is gaining traction among enterprises that are seeking to streamline their IT infrastructure. According to a recent ESG study, 44% of companies use hyper converged infrastructure in their data centres and 79% plan to do so in the next two years. The primary limitations of hyper-converged infrastructure are the storage performance and server hardware. Organizations need high storage availability and latency in their critical environments.
Traditionally, hyper-converged infrastructure is a cluster of servers with internal storage. These nodes are then bundled into a pool of shared storage capacity. While the configuration and function of individual nodes can vary between vendors, many of these servers can be configured in a modular fashion that makes them ideal for scaling. This allows organizations that use traditional hyper-converged infrastructure to reduce the number of nodes and focus on adding storage modules instead.
Another difference between disaggregated HCI and traditional HCI is that these solutions use a separate compute and storage node. Storage nodes have sufficient memory and CPU to support data movement and communication while computing nodes only need the space they need. By separating these two components, disaggregated HCIs provide granular scalability. This flexibility allows them to scale more easily and affordably compared to traditional HCI.
Disaggregated HCI 2.0
Disaggregated hyperconverged infrastructure (HCI) is a revolution in the network landscape, providing intelligent functionality to managed network hardware. Instead of worrying about how to manage all the different components and devices, IT teams can focus on service delivery and support. Artificial Intelligence takes care of complex infrastructure management. These new products can help you simplify the management and deployment of your infrastructure while enhancing the security of your data.
HCI systems scale by adding pre-configured boxes that combine compute, storage, and networking connectivity. If your business grows, you can always add more boxes. However, this approach does have some drawbacks. If you’re using storage that’s not needed, you can waste resources and incur higher costs. In addition, HCI systems require a lot of space and power, which will eat up your budget.
The main benefit of disaggregated HCI is that they offer greater flexibility and resource efficiency than traditional HCI. Because storage and compute components can be scaled independently, they can offer better performance. And because these systems are able to scale independent of one another, they also support subscription-based pricing. These two advantages make disaggregated HCI solutions more attractive for larger data center consolidation use cases. However, if you’re worried about scalability, a traditional HCI may not be the right solution for your business.
Disaggregated HCI 1.0
In a world where data centres are becoming increasingly complex, Disaggregated Hyper-Converged Infrastructure solutions can offer an elegant solution that will simplify IT operations and reduce operational costs. Unlike traditional SANs and converged infrastructure, these solutions enable organizations to fine-tune the ratio of computing to storage resources. Using HPE ProLiant servers with Nimble Storage arrays, for example, enables companies to customize the size of the infrastructure for their needs.
Disaggregated hyper-converged infrastructure (DHI) introduces the concept of scalable storage modules that scale independently of other resources. This makes it possible for organizations that already have a high number of traditional hyper-converged nodes to reduce their node count by adding storage modules instead. By separating storage and compute, disaggregation has led to significant improvements in the overall total cost of ownership.
Most Disaggregated Hyper-Converged Infrastructure solutions provide a management layer for users to administer the entire platform. The tools available vary by vendor, with HPE offering management capabilities through the HPE SimpliVity hyper-converged platform. Dell EMC offers management functionality with VxFlex Manager, while Nutanix uses the Prism application to administer its systems. Finally, NetApp uses NetApp Element software to manage NetApp HCI.