what serice need to be running to use the windows wfs program
Read more below and also take a expect at our other blogs as office of this series.
Cloud-Era Flash: "The Year of Software" Launch Web log Series
- The Biggest Software Launch in Pure's History
- Purity ActiveCluster – Elementary Stretch Clustering for All
- FlashBlade – Now 5X Bigger, 5X Faster
- Fast Object Storage on FlashBlade
- Purity CloudSnap – Delivering Native Public Deject Integration for Purity
- Simplifying VMware VVols – Storage Designed for Your Cloud
- Purity Run – Opening FlashArray to run YOUR VMs & Containers
- Extending our NVMe Leadership: Introducing DirectFlash Shelf and Previewing NVMe/F
- Windows File Services for FlashArray: Adding Full SMB two & SMB 3 and NFS three & NFS 4.i to FlashArray (THIS Blog)
- Introducing Pure1 META: Pure's AI Platform to enable Self-Driving Storage
As covered in our launch web log, FlashBlade TM is our large-scale NFS offering, and the WFS solution is aimed for unified deployments of block and file on FlashArray.
WFS adds robust and advanced file services to FlashArray, and snaps correct into the Microsoft direction ecosystem. WFS for Purity FA is fully-supported past Pure, and is an ideal solution for file sharing, home directories, collaboration, and VDI user files, and enables you to leverage your existing Microsoft Windows Server license agreement. When it comes to customer connectivity, WSF tin leverage onboard 10Gbe ethernet ports to serve file shares or additional dedicated ports can exist installed.
Purity-optimized
WFS is based on a Purity-optimized version of Windows Server Standard Edition 2016 (WSE), which runs as an contained instance inside Purity//Run on every controller to form a Windows Cluster to provide awarding HA. MSFT cluster time-outs and failovers have been optimized to run within the FlashArray and the provided image is bootstrapped to remove features and functionalities which are native to Purity, for example compression, encryption and deduplication. Furthermore this is fully integrated with our newly introduced flash-optimized ODX implementation which brings blazing fast, transparent, automatic information re-create and move services for files. Package creation and optimization happens direct on FlashArray once your WSE ISO has been transferred onto the array over the network.
Ease-of-apply
Installation and setup of the operating systems and cluster setup is fully automatic; once the application package is created, set-upward takes no longer than five minutes. After the install is completed the WFS clustered instances will testify upwards every bit a new hosts in Purity UI and the App health can be monitored from the Apps tab.
All cake storage tasks such as volumes creations, snaps, QoS, replication, monitoring and reporting tin exist handled just as this were an external host. File administration and configuration is done by leveraging Windows direction and API stack.
High-availability and Security
True to our NDU philosophy nosotros have invested a lot of fourth dimension making sure the solution is robust and fully HA. For this very reason nosotros run two instances of WFS, one in every controller, and then create a MSFT cluster across the two WFS nodes. This compages ensure that File Services tin go on uninterrupted in case of failure of a single WFS node or a controller failure; furthermore the solution fully supports SMB transparent failover to make file shares continuously available, during failure weather condition. When it comes to security, Purity//RUN and FA resources are partitioned to ensure complete isolation between Purity and the Apps, in this case WFS. For maximum protection Purity cake level native snapshot engineering can be leveraged to protect against ransomware attacks, cake volumes snaps are completely isolated and protected from the awarding and cannot be compromised. As an actress layer of protection we also take regular automatic snapshot of the WFS instances for fast recovery from whatsoever problems which might happen at the Windows Os layer.
Functioning
WFS is delivered via Purity //RUN, which in this release reserves a fixed ready of resources to be consumed by Apps (WFS in this instance), specifically iv vCPUs and 16GB of Retentiveness per controller.In the time to come y'all will exist able to choose if y'all desire to allocate less or more resources to WFS. This reservation translates to around 10% of overall available block functioning, and what is cool is that you can verify the bear upon of enabling //RUN on your system by using Pure1 Workload Planner. To put this in layman terms if your organisation is capable of delivering 100k IOPS at saturation with //RUN enabled it will be able to evangelize 90k IOPS. Equally we did for high-availability we have spent a lot of time doing performance optimizations, to mention a few: we have invented a fast transfer memory queue for efficient exchange of data between WFS and Purity, worked on interrupts and NUMA optimizations and also reduced overall WFS footprint by disabling all those tasks which are offloaded to Purity (deduplication,compression,encryption to mention a few).
Initial testing shows we can sustain over three,000 concurrent users and plan to increase this further by continuous optimizations and also by allowing you, if you cull, to reserve more organization resource to run file services.
Summary
Consolidation of file and block is yet some other step to the all-flash information centre. In that location has been a lot of excitement effectually delivering a unified multi-protocol solution to FlashArray. Nosotros are seeing some very promising data reduction ratios on file workloads driven by optimizations nowadays in Pinch 2.0. Stay tuned for a follow up web log on this very topic.
Source: https://blog.purestorage.com/products/windows-file-services-flasharray-adding-full-smb-nfs-flasharray/
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