
The public cloud is often described as “just a business model” that provides organizations with the ability to pay for storage and compute resources as they need them. If that were true then the public cloud providers could be easily…
The public cloud is often described as “just a business model” that provides organizations with the ability to pay for storage and compute resources as they need them. If that were true then the public cloud providers could be easily…
Accelerated performance and usage-based storage for business critical applications A new generation of composable infrastructure that is truly software-only is required to deliver the levels of multi-cloud data mobility, automation, efficiency and flexibility, which are required by modern workloads. These…
Most organizations now live in a multi-cloud world. Workloads can run on-premises one day and then in the cloud the next, only to return back to on-premises soon after. A challenge for organizations looking for this type of workload mobility…
As discussed in our previous blog, cloud computing is commonly heralded as the future, in large part due to the ability to procure and to pay for IT infrastructure resources on demand. The problem is that the cloud does not…
IT professionals are hearing a lot about composable infrastructures and many vendors are claiming to offer a solution, but only a few have truly composable solutions ready for deployment today. The goal of composability is to bring the cloud like…
The cloud provides computing, networking and storage resources on a pay-as-you-go basis. IT resources become an operational expense. Most on-premises data center resources need to be purchased up front. IT resources are a capital expense. The challenge with purchasing hardware…
In this era of the agile data center, the thought of consolidating to a single storage system may seem impossible. But the very technologies, flash and high capacity disk, that lead to storage sprawl can also eliminate it. In this article we discuss how the next generation of storage systems will need to combine flash and disk with software intelligence. This software will need to do more than just automatically move data between these tiers, it will need allow the administrator to set the quality of service policies that will guarantee critical applications consistent performance.
We will discuss the testing methodology and scalability results for 4 & 8 node clustered Hitachi NAS Platform 4000 systems yielding 15,000 VMs in real-world enterprise environments. The test establishes linear performance scalability as nodes are added to the cluster,…
Running a high-density virtualization environment on a NAS box is something many companies assume won’t work. But we wanted to try. In this lab test run by HDS and audited by Storage Switzerland, an 8-node Hitachi HNAS system reached over…
Network Attached Storage (NAS) systems have traditionally been used for the storing of unstructured data. As these systems have increased in performance and capabilities they are being used more and more for non-traditional NAS workloads, like databases and virtualization. While…