With the release of Nutanix Compute Only (CO) nodes to target niche workloads such as Oracle and SQL workloads which are constrained by physical CPU licensing, it’s important to understand the minimum requirements and the justification for these requirements. The best … Continue reading →
So what can One Click do for you in the datacenter? It provides simplicity in a single pane of glass for all of your necessary tools. Let’s review some of its feature and capabilities: Dashboard – a cluster management user interface that includes a menu bar with a host of tiles that provide information about […]
Compressability What space savings should you expect when running databases with default compression in a Nutanix cluster? When we ran the TPCx-HCI benchmark on our cluster we realized about 2:1 savings from compression alone. The TPCx-HCI benchmark mimics a database consolidation setup, meaning that there are many databases per host. The uncompressed data size was…
The last few weeks I was invited to and involved with beta testing of the all new Google Cloud based Nutanix Test Drive running AOS. Previously it was hosted on Ravello and running on a version of the Community Edition. 20 more words
Nutanix is a great platform for running a range of workloads from small, medium, to large. As disk capacity requirements increase, it can be beneficial to back large data disks (e.g. 1TB+) with multiple smaller virtual disks (vDisks). Although not set in stone, using 4-6 virtual disks instead of one huge disk can significantly boost disk performance with these large data sets. Typically we see this most applicable to database-type workloads, where there is a large working set size and where there can be a lot of write activity. Multiple disks provides more ability to queue I/O requests, additional OPLOG space, and better distrubute high I/O within the Nutanix distributed fabric.
This post is authored by Artur Krzwdzinski and all credits goes to him.
Nutanix DR runbooks overview
Nutanix DR (Disaster Recovery) runbooks help orchestrate, automate and test failover and failback processes for applications running on top of Nutanix AOS. DR runbooks do not require deployment of additional components. It is a part of Nutanix Prism Central. If you have Prism Central deployed, you are only few click away from having fully funtionalsolution.
Nutanix DR runbooks – Architecture
Nutanix DR runbooks leverage Prism Central as management plane and to store all configuration data (categories, protection policies, recovery plans). All configuration data is automatically replicated between Prism Central instances which are part of the solution. Single availability zone can have multiple replication targets (Nutanix clusters) configured and available for replication. In Nutanix AOS 5.10 DR runbooks support 1:1 replication target and Async replication. In upcoming AOS releases expect to new functionalities and enhancements to existing features.
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This post is authored by Chris Jones and all credit goes to him only.
Nutanix Xtract launched in October 2017 as a tool to provide Nutanix customers with a simple and granular method to onboard existing workloads to on-premises Nutanix clusters running AHV. Xtract delivers ease and speed in which migrations are completed, and reduces the time taken to onboard workloads. This has resulted in great customer adoption with Xtract being used by hundreds of organisations to migrate in excess of 12,000 VMs, based on a variety of Microsoft Windows and Linux operating systems.
Today, Nutanix is proud to announce the release of Xtract 2.0.3 which not only adds Amazon Web Services (AWS) as a source for VM migrations from the public cloud to an on-premises Nutanix Enterprise Cloud, but also some great performance improvements to speed up migrations.
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