Azure Files is a distributed cloud file system serving file system SMB and REST protocols generally available since 2015. Customers love how Azure Files enables them to easily lift and shift their legacy workloads to the cloud without any modifications or changes in technology. SMB works great on both Windows and UNIX operating systems for most use cases. However, because some applications are written for POSIX compliant file systems, our customers wanted to have the same great experience on a fully POSIX compatible NFS file system. Today, it’s our pleasure to announce Azure Files support for NFS v4.1 protocol!
NFS 4.1 support for Azure Files will provide our users with a fully managed NFS file system as a service. This offer is built on a truly distributed resilient storage platform that serves Azure Blobs, Disks, and Queues, to name just a few components of Azure Storage. It is by nature highly available and highly durable. Azure Files also supports full file system access semantics such as strong consistency and advisory byte range locking, and can efficiently serve frequent in-place updates to your data.
Common use cases
Azure Files NFS v4.1 has a broad range of use cases. Most applications written for Linux file systems can run on NFS. Here is a subset of customer use cases we have seen during the limited preview:
Linux application storage:
Shared storage for applications like SAP, storage for images or videos, Internet of Things (IoT) signals, etc. In this context, one of our preview customers said:
“T-Systems is one of the leading SAP outsourcers. We were looking for a highly-performant, highly available, zone redundant Azure native solution to provide NFS file systems for our SAP landscape deployments. We were thrilled so see Azure Files exceeding our performance expectations. We also see a huge cost saving and a reduced complexity compared to other available cloud solutions.” - Lars Micheel, Head of SAP Solution Delivery and CTO PU SAP.
End user storage:
Shared file storage for end user home directories and home directories for applications like Jupyter Notebooks. Also, some customers used it for lift-and-shift of datacenter NAS data to the cloud in order to reduce the on-premises footprint and expand to more geographic regions with agility. In this context, one of our preview customers said:
“Cloudera is well known for our machine learning capabilities, an industry analyst firm called us a "machine learning - machine" when they named us a leader in a recent report. We needed a high performance NFS file system to match our ML capabilities. Azure Files met all the requirements that Cloudera Machine Learning has for a real filesystem and outperformed all the alternatives. Because it is integrated with the Azure Storage stack, my expectation is that it's going to be cheaper and far easier to manage than the alternatives as well.” - Sean Mackrory, Software Engineer, Cloudera
Container-based applications:
Persistent storage for Docker and Kubernetes environments.
Databases:
Hosting Oracle databases and taking its backups using Recover Manager (RMAN). Azure Files premium tier was purpose-built for database kind of workloads with first parties taking dependencies on it.
Management
You get the same familiar share management experience on Azure Files through Azure portal, PowerShell, and CLI:
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