Dell Technologies presents Dell PowerScale (replacing EMC Isilon) as a scale-out NAS solution and server technology that provides the flexibility of a software-defined architecture with accelerated hardware innovations to harness the value of data.
Isilon Systems was acquired by EMC in 2010; some EMC Isilon NAS appliances are still available and supported under the PowerScale brand.
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NetApp AFF A-Series
Score 9.0 out of 10
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NetApp AFF A-Series All Flash Arrays are the company's flagship flash storage solutions.
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Pricing
Dell PowerScale
NetApp AFF A-Series
Editions & Modules
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Offerings
Pricing Offerings
Dell PowerScale
NetApp AFF A-Series
Free Trial
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No
Free/Freemium Version
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No
Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
No setup fee
No setup fee
Additional Details
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Community Pulse
Dell PowerScale
NetApp AFF A-Series
Considered Both Products
Dell PowerScale
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Anonymous
Chose Dell PowerScale
Dell EMC PowerMax NVMe, NetApp AFF A-Series All Flash Arrays and XtremIO Flash Storage
Isilon is immensely more scalable than Celerra and gave us better control over snapshots and replication. The addition of global deduplication provides a huge space savings benefit as well.
Raw disk space vs. logical disk space ratio was significantly better on the Isilon. Fast cache using SSD drives for faster searching is available on the Isilon but not available on the Overland solution. Isilon solution included faster backend switching between nodes.
Yes A900 stack up well against these products and have provided more flexibility in terms of management and expansion. Adding new nodes or additional storage shelves is easy and can be quick to get the additional stoarge requirements within our Org. So definitely a better …
We have only used NetApp since 2011, either FAS or AFF devices. I have researched Pure and they actually are very impressive and couple probably give NetApp AFF A-Series a run for their money, but I keep returning to NetApp AFF A-Series because they appear slightly stronger in …
The IBM All Flash FAS was similar in performance and price, but we were already a NetApp shop. This made the decision easier to go with the NetApp AFF system so it would tie in with our SnapManager architecture, as well as keep the learning curve short.
I have been an IBM and EMC storage customer. I used EMC CX and VMX series SANs. I have used IBM Shark SANs before that. Much has changed over the years. It is my experience that Netapp has shown a great deal more innovation with large leaps in technology, ease of use and an …
We looked at Pure, Nimble, XtremIO and NetApp. Although all the arrays did really well, the ability to support all protocols sets NetApp apart. Each vendor had its own pluses and minuses and we bought the array that best suited our business needs and budget.
It is well suited for scale out NAS storage. One can use Rest API calls to get relevant data. It can be used in the product SRM, where one can discover arrays from Isilon/PowerScale and can monitor the reports. One can monitor Capacity and Performance reports of the array.
Easy interface and the accessibility of the features are effective and this solution functionalities on data migration and processing of different from other packages is amazing. NetApp AFF A-Series All Flash Arrays is the most secure platform for easy management of all the business and project data and the capacity planning tools and even the configuration options are the best and easy to use.
As always, Netapp upgrades are really painful. I wish there was an easy way of upgrading Netapp.
GUI is hard to use and CLI is even worse. GUI is confusing and you click all over the place before you get over the learning curve. CLI has changed from the 7-mode days and is very confusing to use. I have had scenarios where the support themselves use documentation to put in the proper commands.
Like any array, Netapp's CDOT has it's own bugs in the software. We learnt the hard way when one of our nodes went down and a bug prevented take over of SCSI services which resulted in an APD situation on all our ESXI hosts. Was a nightmare rebooting all the VM's and ESXI's to relieve them of the APD's. People don't pay millions towards a storage platform to go through nightmares.
Our organizations primary storage platform is NetApp AFF-A900 nodes. All our storage requirements, be it storage visible to our compute either using FC or NFS is through these nodes. The shares or CIFS too are setup on these nodes. We also use the fabric pool to write the data to NetApps Storage Grid
Isilon is immensely more scalable than Celerra and gave us better control over snapshots and replication. The addition of global deduplication provides a huge space savings benefit as well.
The IBM All Flash FAS was similar in performance and price, but we were already a NetApp shop. This made the decision easier to go with the NetApp AFF system so it would tie in with our SnapManager architecture, as well as keep the learning curve short.
Epic, our EMR providor, has very aggressive guidelines for performance. The Netapp AFF meets those guidlines easily eben in a mixed workload environment. This has helped us meet our business objectives by not having to diversify our storage platforms or vendors.
Multi-protocol support (block (ISCSI/FiberChannel) or File (NFS/CIFS)) Allows us to use the Netapp systems to solve all storage requirements regardless of the system needing storage
Clustered technologies along with non-disruptive movement of data between nodes on the cluster make hardware refreshes simple and allows the business to keep running without interruption even during massive data moves.