NetApp AFF - All Flash Reviews

The primary use case of this solution is for its speed. We're using the AFF as a cache disk. We have terabytes of data that we have to move quickly off a system. The only way we could do that is with the 40 gig backbone that all-flash array provides and the speed of the disks.

Besides for the speed, one of the most valuable features that the AFF gives me is the robust hardware that it has. It's simplistic. It deploys very easily. It's already built from the factory to take advantage of the all-flash array.

I would describe the user experience of the solution as very simplistic. There's a very easy GUI to use, and then when you need to get very, very detailed, you have a robust command line that you could do anything you want with to enhance performance for your solutions. Really what we're using the AFF for is solely for speed. We really need the power of the backbone and the speed of the disks because we have to move so much data.

Setting up and provisioning enterprise applications take minutes. It's just not difficult. We only have to use the GUI, curate the spaces, and go. I've set up entire NetApp systems in a morning.

I don't need anything improved. This solution does what I need it to do. I would like to see a cleaner GUI and better help pages. The solution itself doesn't bother, a lot of times it's that after it's installed. I have more issues with the support after the setup. I want it to be more simplistic than it already is and I would love to see the GUI be more simplistic.

Still implementing.

So far the system has been excellent, no complaints. NetApp has always been built as a massively fault-tolerant system. If we have a problem, it just doesn't show it. 

Scalability is excellent. If we need more space it's a no downtime solution. It's harder to get the funding than it is to get the solution itself.

I go to tech support with difficulty because I installed NetApp for many years I know what to expect when I call. When I don't get the support tech that I'm expecting and I'm trying to get to the right one, it can get very frustrating for me to push my way to the right person. NetApp has the right people, it's just a matter of getting to them.

I installed NetApp for many, many years. The initial setup of NetApp is very simplistic. Even as an installer, for years upon years, there's a giant poster board that I still use to this day, because that tells me exactly where my cables are supposed to go. It just gets me off the ground quickly and then it's just a matter of following the GUI and knowing what you're doing.

I would rate the product at least an eight. I should give it a nine, if not a ten, but there's always room for improvement. 

I would tell someone considering this solution that it's expensive, but it's worth the money. You're going to get the speed and the backbones that you need to accomplish what you do. If you need that kind of speed and that kind of performance, you can get it out of the AFF.

AFF is our primary source for our data centers. We use it for our multi-tenancy data center. We like the crypto erase function available on the SSDs and we needed the high performance, IOPs that you can get from SSDs.

This solution makes everything a lot faster. The time to move data around, boot, and migrate VMs is much faster. The speed has also helped improve performance for our enterprise applications, data analytics, and VMs.

We like the high security, self-encrypting drives, and the NVMe.

I need faster Fibre Channel over Ethernet. They top out at 10GBs today and I would like that to go to 40 or 100.

I find it very stable. Everything's been up and running well. We actually had an outage in our testbed data center and everything shut off hard and came back up without any problems.

The tech support is good, although I don't use them that much. The product is good. 

We have always been a NetApp customer, it's a very good product. We knew that we wanted more performance. It wasn't a hard decision. 

The setup was pretty complex. There was a lot of compliance and there was a lot of security requirements, but it went pretty well.

It took us two to three days to set up and provision enterprise applications using AFF because we're a little different. We do short duration uses which means that we build everything from scratch, tear it down, and build it again. 

Our total cost of ownership has increased. SSDs are expensive. 

In the early days, we were considering Dell EMC but we decided to go with NetApp because its adoption across the DoD is widely understood.

The user experience is the same as it ever was, only faster. 

I would rate this solution as a nine. It's not a ten because we would like to see the faster speeds on the Fibre Channel over Ethernet. AFF is definitely a good product. 

We use data storage for our big environment. It creates an environment where students and teachers can work together. 

We did the installation two months ago. Now, we are reviewing its affect on behavior over time, which has been incredible. We have less latency within all applications. 

There are many reports accessing the applications. We receive them very quickly. We used to wait a long time for them. Now, you just need to wait a moment.

It takes us just minutes to set up and provision an enterprise application using AFF.

• The most valuable feature is the backup, which is fast.
  
• The data analytics are an incredible tool.
• The equipment is superior quality.
• If you need a replacement part, they will provide it.

We would like to have more behavioral reporting. We would also like to have more optimization and credit check reporting.

In addition, I am waiting for the version that has SnapMirroring with FlexGroup.

Stability is 100 percent. I don't have any downtime.

I am very impressed with the scalability.

The technical support is invaluable. If you need answers to a problem, they provide good answers. I am very happy with it.

If you are compare it with our last application, IBM FS840, AFF is incredible in comparison. 

The setup was not complex, but we have good project management skills.

We used an integrator who was very professional and helped a lot. They finished the implementation on time.

We have seen ROI.

Our TCO has increased by 15 to 18 percent.

I am not using VMs today, but maybe in the future I will.

We have not yet connected to public clouds.

NetApp is introducing All Flash FAS with the all-flash array. Our customers like performance, they don't want to deal with latency. Using an all-flash array, our customers get impact from performance.

I can definitely say it has helped our orginization. We have an SQL application server, which is in our NetApp storage. The records contain the number of transactions. Since my company is a financial company, we always look into transactions. NetApp all-flash array is faster than we're used to. The read and write, and the random IOPS are all up to speed. I don't see much of a difference when I run the 100k random IOPS with a 70% read and 30% write, and vice versa, 70% write and 30% read. That's a big improvement that we've seen since we started using this solution. It is a valuable asset.

They have come up with good back-end architecture. The features are the same as NetApp ONTAP. The only change is all-flash. There are no 7k, 10k, or 15k drives, only flash drives.

My favorite part is all-flash solid drives. All of my applications are running on an all-flash array. Before, we used to get too many severity tickets on performance, but as soon as we migrated everything to an all-flash array, our critical applications are at top performance.

We are very happy with the user experience from the all-flash array. Because their usual latency for the application depends on the critical application - they used to see four-millisecond latency with the non-all-flash array - with the all-flash array, they don't even see microseconds of latency. They might see microseconds, but that is not impactful.

To be more competitive in the industry, they can develop deduplication, compression, and smarter features in the same array instead of all-flash.

It's better with all-flash. 

Scalability is good. Compared to the different vendors, the scalability is very flexible, in the sense that you can scale up to whatever you want, expand your storage, expand your clusters, expand your nodes. NetApp makes it possible. Some vendors have come up with models that won't expand their nodes, which creates the need to buy different clusters. For example, let's say I have four nodes. My four nodes have the capability of taking one million IOPS, but my storage backend isn't complete, so I can't expand that. So the nodes are of no use. NetApp is not only thinking from the customer's point of view, but they are also thinking about every other prospective use and they include a lot in all-flash drives.

It's very good. I have never personally seen any issues with the technical support.

Our previous solution had performance issues. I see a lot of value in faster policies. I don't like when critical applications are running on drives with different speeds. When customers need to track all of their data and it's sitting on a 7k drive, the drive is working hard. The response is slow. With all-flash, it's better. 

The initial setup is straightforward. It's not complex.

We have connected to AFF public clouds but I'm not really dealing with it.

It took us less than two minutes to set up and provision enterprise applications using AFF. 

We used NetApp, but we could've deployed it ourselves. NetApp Support knows the best practices. A good thing about NetApp is that even customers can easily deploy the storage. With other vendors, you usually have to entirely rely on them for deployment and all facets of the solution. 

We definitely see ROI. We save a lot more money with this solution.

Using NetApp, our total cost of ownership decreased by 17%. 

Other vendors aren't as straightforward as NetApp when it comes to the deploying, installing, and configuring. NetApp works more efficiently. By saving time, you're saving money.

AFF has affected IT's ability to support new business initiatives. Nowadays, customers in financial companies are looking for more storage. From a business point of view, you need a faster response in order to compete with other financial companies. From the customer's point of view, they are looking for a faster response from their financial company. Using all-flash array, they can retrieve their old files within seconds. That's an important edge.

AFF helps us improve performance for our enterprise applications, data analytics on VMs. It helps us with records. We need to be able to calculate more performance matters. Customers have complained that the performance latency exceeds more than three milliseconds for some applications. They will have delayed performance latency. When I used the 7.2k drives, applications could only support 300 accounts per second. If it was more than that, it would crash. NetApp all-flash array gives us one million IOPS.

I would rate this product a ten because of flash. Because AFF is better for the customer, provisionally, deployment, and performance-wise.

Whenever we face any issues with performance, particularly any performance with our high outreaching storage site, we are recommended to use an all-flash service, because we rely on our primary solution at all times. If it seem like there are issues, we have bring in different vendors as a buffer. We have adopted an all-flash primary solution with this use case.

From the automation point of view, we want zero down time for our clients with good scalability and good performance. Client satisfaction is the most important to us.

We haven't received any negative feedback yet. If we are not receiving any complaints from the client side, then it says that the client is okay with the product.

This solution helps us improve performance for our enterprise applications, data analytics, and VMs.

• NetApp AFF is based on Unix, which makes it secure.
• The file-based protocol supports NFS and CIFS.
• Capacity and latency with the AFF are good. We haven't seen a delay of latency nor performance issues. No issues have been recorded from the client so far.

There are some bugs with the solution which need to be fixed.

The client should not record with any type of stability issues, whether it be latency or features being affected. We should not find any module portions being affected because of performance issues. There should be continuous good performance as long as product performs.

The scalability is good.

For vendor coordination, the technical support has been good. They do good work and analysis on things that I need. They specifically provide good answers to my questions.

Our previous solution had issues with capacity, monitoring, and performance. These are the core areas where the customer was feeling the pain. So, we get them to a different place with a proper solution and fix for the issues. I feel like AFF has the features the customer needs. 

Other vendors, who do other similar solution products, envy the features that come with this NetApp product.

Our shortlist was Dell EMC and HPE. These are the vendors with whom I have worked. I feel all the vendors are very good, along with NetApp. However, NetApp has file-based and block-based features, which gives it additional value.

We have connected this solution to public clouds. We have different clients using the public cloud solution. Our public cloud has clients signed up for SAP HANA. There are many applications which are running on front-end databases, like Oracle, MySQL, etc. 

The primary use case is availability, performance, bandwidth, and throughput with respect to our applications.

We are currently using an on-premise solution.

The user experience is fantastic. I'm looking forward to the AFF 800 storage box, which is all-flash with NVMe technologies. This will certainly give a boost to our applications, and make for a better user experience.

The most valuables features is the response time that we are receiving from the AFF storage box. We are looking for performance and delivery times of the response from the host, which we are happy with.

We are looking forward to the all-flash NVMe which is coming out.

Going forward, I would like improvement in the response latencies, capacity size, cache, and controller size. It also needs more fine tuning in regards to all-flash and AML workloads.

Even though the complete workload will fill out the AFF storage box, it will give us sustained stability.

One of the key features of the AFF storage box is its horizontal scalability.

Our new business initiatives, which are coming, demand more IOPS and performance. Our applications are scaling, which demand more performance in a very short span of time. This solution will improve technology driven things.

The technical support is fantastic. No one else is like their team. We're happy with them.

Our previous solutions were Hitachi, Siemens, and NetApp. We switched to AFF because it had all-flash, better performance, and better response times. It also scales better.

We used to do applications running on mechanical disk. With the introduction of SDDs and AFF All Flash, this has given us substantial improvements in our applications' performance.

The initial setup was easy for us. The consultant was always there to support us. They have always been helpful in understanding the technical points, how it will help us going forward in terms of implementation, future scalability, and possible upgrade of storage components.

We used a NetApp consultant for the deployment, who we have also used for the sizing. Our experience with them was very good.

It does have good ROI.

We are able to set up and provision enterprise applications using AFF quickly. We have seen tremendous performance, stability and growth in it. 

NetApp met our requirements.

It is the first company who introduced NVMe protocols, which is end-to-end. It also has very good response times.

The NVMe technology that we're evaluating will certainly help us with artificial intelligence going forward.

We use it for high performance, block storage, and file storage. 

The highest performance need apps are usually deployed on AFF. We're using adaptive QoS to identify what applications require higher performance and moving those volumes over to the AFF.

We are able to offer higher performance to meet the business needs. We see far less issues with applications complaining about not getting the throughput they need, the IOPS, or that they are getting to high of a latency. We put it on AFF and the issues go away.

The user experience with AFF is fast and secure, with continuous access to data. Our users typically don't know where we're putting their data unless we have some benefit in telling them. If they say, "It's not fast enough," we put it over here, and they say, "It's good now. We're happy." Though, we have to be judicious in how we move it, because storage is a bit expensive. Although, the higher storage efficiencies somewhat compensate for it.

The solution is providing IT more headroom so we can give higher performance to more applications. Like every business, our data footprint is growing. Our applications account is growing, and we're just able to keep up with it now somewhat better than we were before.

We are spending less time putting out fires, so there's a tangible benefit right there.

• It has extremely high performance. 
• The storage efficiency is far superior to a typical FAS.
• The administration is ONTAP, so it's not like you have a new platform to learn. Everything is consistent with what we have been doing for years.

On the roadmap, NetApp is improving the solution's storage efficiency, compression algorithms to achieve more space savings, and the management interfaces. We are looking forward to these feature additions in the next release.

Like every NetApp platform, it's very stable. Occasionally, we hit a bug, but you encounter that everywhere. We've never had any problems specific to AFF. Overall, our problems with NetApp products have been minimal. It is a solid platform.

It scales well, probably more so than the FAS. Because of the storage density with the SSDs, we can't buy enough SSDs to max one out.

As with all NetApp tech support, it's outstanding. It is the best in the industry. It is very easy to escalate.

We didn't technically switch solutions. We just augmented it because we have been a NetApp customer for awhile. Thus, we're going from FAS to AFF, which is just a natural progression.

The initial setup was not complex. Even though it's a higher performing platform, you run it, manage it, and administer it the same as you do any FAS.

We have a VAR, Tego Data Systems, whom we work with closely. They know our environment as well as we do. So, when we come to them with a need, we don't have to spend a lot of time feeding them background. They're ready to hit the ground running.

Our TCO has probably stayed about the same per terabyte of user data.

We looked at other vendors (Kaminario, Pure Storage, Dell EMC, and IBM), but decided that it made the most sense to stay with NetApp. 

I would look at the performance of AFF, its reliability, and its outstanding tech support. 

AFF is the wave of the future. Spinning disk will be going away and it just makes sense to go where the industry is going.

AFF helps us improve performance for our enterprise applications, data analytics and VMs. We have moved our primary data stores for production over to AFF, and a lot of the problems that might happened have gone away.

To set up and provision enterprise applications using this solution is quick. We're integrating it with ServiceNow, so it is a hands-off storage allocation. A user submits a request and can have storage in five to ten minutes.

We are not yet connected to any public clouds.

We use it for data storage, applications, and CIFS shares.

Through its Cluster-Mode, it's quicker. It also improves Exchange and SQL Databases.

• Compaction
• Single-instance storage
• Its compression features

I am still trying to wrap my head around all its features.

The stability is solid. It doesn't fail on us, which is exactly what we want. We are in a critical business that we can't have any percentage of downtime. Therefore, if it stays up, that is what we want. We have been dependent on NetApp for almost a decade now.

For capacity of storage, we manage about three petabytes of data. It is exactly what we need in terms of scalability.

Technical support is first rate. We are very satisfied with it.

Our last solution was at end of life and warranty. We went from NetApp to NetApp, so we stayed with NetApp, but we move to the latest, greatest solution.

It's always a little bit complex when you're trying to integrate a new piece of hardware, with cluster mode as well. There's always a learning curve, but with that curve, there is knowledge which stays with me for the life of that technology. So, that learning curve is essential.

We were migrating from Data ONTAP 7-Mode to its Cluster-Mode. Therefore, we had to get swing gear, then do the migration from loner gear and back onto our new gear. This was a bit difficult. It took us several months to do multiple migrations. Fortunately now, we are on Cluster-Mode and don't have to do that again.

We used a combination of a reseller/consultant. They did a great job handholding us all the way for any type of issues that we had with mission critical data. E.g., multimillion dollar uptime everyday ensuring we had virtually no issues.

We have seen ROI, especially in terms of data points and availability.

We did not evaluate other solutions. Our history with Net App is that it is a stable platform and does what we want it to do. It's not extremely complicated, and it's something which is tangible that we have used and want to continue using.

Figuring out the basics as to what NetApp offers. It is not something that you can just dive into as you will need to have a bit of background knowledge of it. However, there is plenty of help out to to learn the technology, and it's very tangible. 

Give it a go. I would recommend it. We are very satisfied with it and the whole deployment of it. We have almost seamlessly transitioned our production environment into a completely new hardware environment on the back-end.