NetApp AFF has helped our clients simplify their infrastructure while delivering high performance to their business-critical applications. We have a lot of clients that use SQL Server with NetApp, and we have noticed improved performance. We usually recommend NetApp AFF instead of SaaS because it's much faster.  We've gotten a lot of positive feedback from our customers about the reduced latency. 

Organizations can reduce data storage footprint and lower power and cooling costs, helping to adopt "Green IT." Organizations can run more applications with fewer disks to maintain. They can also achieve a good ROI in making their product/services more fast in production.

The organizations can get extreme performance by using NetApp end-to-end NVMe enterprise all-flash arrays (like A150 and A250). The NVMe enterprise provides the lowest latency, supports twice as many workloads, and improves application response time.

For years, my company used EMC, and EMC really wasn't doing what we needed it to do. 

Some of our sales reps invited my boss and a previous administrator to NetApp INSIGHT. From there, they got to see everything work. The administrator got the certification and they actually bought it right there. AFF just fits the bill for the company. 

AFF has helped us simplify our infrastructure. 

The simplifications have improved our operations. Our operations used to be one to two hours, just trying to set up simple shared drives and things. Now, I do it in a couple of minutes. It's taking a lot of weight off of me.

NetApp helped to reduce support issues like performance tuning. It's the auto-support features and everything that just fires off to NetApp and they're back to me within minutes of those auto-supports firing off. It's things that would normally take days to resolve, now take minutes using NetApp.

AFF has simplified our infrastructure and delivered high performance for crucial business applications. Our move to c-series, with C800 units, consolidates infrastructure, aligns with sustainability goals, and lowers costs. This has allowed us to operate with a smaller team and streamline our IT operations, bringing significant benefits. 

AFS has also reduced support issues related to performance tuning and troubleshooting. 

Additionally, AFF has optimized our costs, and it is the reason we are using this platform today. It has minimized our footprint, lowered power consumption, and reduced upfront costs and it has reduced operational latency to some extent.

AFF has simplified data management across SAN and NAS environments. As admins, we're always trying to reduce the complications on the technology end. We're looking at the product from a single perspective. It's more about how the team engages with it. If one person on a 10-person team isn't comfortable with the features, then that's where we have to improve our understanding and where the vendor can help us. With AFF, we haven't had this issue. The whole team is thrilled to work on the product.

NetApp's ONTAP data management software has also made tasks simpler for us. There's no question about that. It has helped us run operations very quickly, saving us a lot of time. Before ONTAP, we used to spend a long time doing regular operations, but with the latest version of the tool, our day-to-day operations are much quicker and easier.

If you asked me to rate AFF's effect on the flexibility of SAP and Oracle workloads, I would give it a seven out of 10. AFF is what we are using right now, but the team isn't fully utilizing it because our architect team is managing everything. We haven't had enough time to look into that. We were interested in that. It is easier to understand and manage. There isn't a need to dig into that. However, I'm on the backend side of things, and we are still looking for some relevant documents that can help us understand this aspect better.

Most of our business-critical systems are provisioned from the NetApp AFF system. Compared to others, we have a minimal latency. Configuring the DR for high availability or migrating the volumes from one box to another is pretty easy with NetApp AFF.

One of the features that I like in NetApp is cluster configuration where multiple systems can be configured in a single cluster. Its advantage is that we can easily migrate the workload from one system to another without any downtime. With zero downtime, we can migrate the systems. That is one of the advantages of NetApp AFF.

NetApp AFF reduces operational latency depending on the systems, the SAN infrastructure, and the server. It is a maximum of one or two milliseconds, and some of the systems do work in 0.5 milliseconds latency.

For performance tuning, there is a tool called Unified Manager as well as the Active IQ system. The initial troubleshooting is very easy. From the administrator front directly, we can log in to Active IQ. It analyzes the logs in the system and suggests what needs to be improved. From a performance point of view, there is a tool called Unified Manager that shows us a clear picture of the historical volume latency. These tools help us to manage the system very easily, but if there is still something that we are not able to figure out through these tools, then we reach out to the support team.

NetApp AFF has helped to simplify our infrastructure while still getting very high performance for our business-critical applications. It has helped to accommodate a non-structured environment. I have a diversification of Windows and Linux in my network, and it has supported both networks.

NetApp AFF has helped to reduce support issues such as performance-tuning and troubleshooting.

NetApp AFF has definitely reduced the operational latency. It has reduced operational latency by 30% to 40%.

NetApp AFF has helped with faster data, and at the same time, we are able to work with our solutions team to set up FlexCache share so that we can more easily set up data pipelines and data life cycles. We can also integrate with our corporate systems for replication.

NetApp AFF has helped to simplify our infrastructure while still getting very high performance for our business-critical applications. The flexibility to keep everything on superfast NVMe but also tweak the QoS has allowed us to centralize more of our storage services. We need less rack space. We are using Keystone for financial responsibility. We have centralized and standardized a lot of our ITOps.

NetApp AFF has not helped to reduce support issues, such as performance-tuning and troubleshooting, because we have not had any issues yet that we had to take a look at, and I hope we do not.

NetApp AFF has definitely helped to reduce our operational latency. Especially with the speeds of the drives and the network links and the network topology that we are able to put together, for not just huge dense workloads, we are able to scale out horizontally so everyone can get the same speed. 

NetApp AFF has not saved us much cost, but the Keystone model that we are able to run AFF in partnership with has helped to save costs. Instead of making those huge capital purchases where we may purchase 500 terabytes and not use it, the consumption-based model has allowed us to be flexible. It gives us that financial flexibility to say, "We want to experiment with this more. Add it on." We can also say, "We do not need it. Take it back, and give us that plug-and-play option."

AFF has helped us simplify our infrastructure. It's made our operations more stable and dependable. There's not much downtime.

It provides very high performance for our business-critical applications.

Moreover, AFF has helped to reduce support issues such as performance tuning and troubleshooting. Overall, it has been helpful. The system is very stable and reliable.

AFF has helped to reduce our operational latency and optimize costs very significantly. 

Our architecture has historically relied on RDMs, so AFF has enabled us to easily migrate from our old EMC PowerMax to the new NetApp. It's been pretty smooth. We have a lot of SAP servers in our environment, so performance is critical for us. 

AFF is simplifying our operational model. We get a lot of requests from our DBAs for routine operations like quick snapshots, backups, or something related to storage. Those requests happen all the time. You could do that with PowerMax, but the process on NetApp is more straightforward and less prone to error. We're a small team supporting a global organization, and every minute we can shave off our routine operations does make a difference for us. It enables us to focus on major projects instead of everyday work.

I'm not in the weeds in terms of costs. One of my other colleagues handled that a little more than I did, but time is money, and we can respond faster to requests. That saves everybody's time, improving efficiency and productivity. You get angry when you're on the other side, making requests and waiting. You're like, "Why have they not finished it yet?" Your morale, effectiveness, and productivity can go down. That can spiral out of control. It's a ripple effect of the little things adding up to make a big difference, so that's where I would frame it in terms of cost-effectiveness. 

We have quite a few active-active processes in our data center. We have primary and backup data centers and high-performing databases that require active-active workloads over a 10 gigabit WAN connection. And we are usually at about 1 millisecond latency at all times. So we're hitting it with lots of stuff, and it doesn't bat an eye. It's been very high-performing and easy to use.

In general, NetApp AFF helps simplify data management across SAN environments. We have several solutions within our company and we are converging all the data from those solutions into NetApp by mounting volumes and LUNs in our SAN environment. It allows us to concentrate all the data reliably in one platform. It also gives us a single pane of glass so that we can manage all the data properly. We can visualize and get a holistic view of what we have and how secure the data is. We have the bigger picture. It gives us a lot of flexibility when it comes to better management and using it has been an awesome experience.

Because it gives us a single pane of glass, it helps us to analyze the system itself and gives us a realistic view of what's going on: the issues, the warnings, and the errors. As a result, we can easily prevent a lot of problems, and that is something that we couldn't do previously. It also facilitates the troubleshooting process due to the high volume of information that it gives us. It definitely helps reduce support issues. But in terms of reducing IT support costs, it's still a little too early to talk about that. We know it is going to affect things in a good way, but we don't have enough data about that yet.

The file system in NetApp makes it easy to read and write data. It actually speeds up a lot of the operations that we are performing on a daily basis. With several of our virtual machines, we have noticed that the performance has increased quite a bit. In terms of writing, reading, and storing the data, the performance of the VMs has increased significantly. We are pretty happy with that so far.

ONTAP has also simplified our operations and that means we don't need a lot of people to manage the infra. NetApp makes it so easy. We can allocate people to other projects and those people can gain new skills in other platforms, rather than just working in NetApp itself.

NetApp AFF simplifies our infrastructure while maintaining high performance. However, some applications require high I/O and performance, so we primarily use NetApp AFF for our critical business applications. For less demanding applications, we employ alternative cost-effective solutions.

The simplified infrastructure offered by NetApp AFF has been beneficial. Previously, we were using a different product that caused performance issues, particularly in terms of disk resources. Since switching to NetApp, we have experienced significant improvements.

NetApp AFF has helped reduce support issues. Our performance is now stable, using fewer resources, and there is no longer a queue of users waiting to log in. NetApp AFF has made a big difference.

It also reduced our operational latency by almost 40 percent with fewer issues and less downtime.

NetApp AFF has helped optimize our costs. It was a 15 to 20 percent difference from what we see now.

NetApp AFF has been highly beneficial for our organization as it caters to the growing demands of applications that require faster performance. 

Flash storage significantly enhances the administrator's role and contributes to lower latency, with some applications now running at sub-millisecond speeds, reducing overnight support calls. 

Compared to our previous setup with SATA and SAS, the transition to all-flash storage has been remarkable.

This transition has had a positive impact on our operations by significantly reducing the need for cooling and power resources. The reduced cooling requirements have opened up more space for future expansion.

NetApp AFF has indeed improved our growing organization by providing stability and efficient IT maintenance. We have also found the product's quality to be excellent. 

Before running AFF we ran regular SAS Disk Arrays. NetApp AFF greatly improved the performance.

The NetApp 2240 Filer was at our location in Mexico. Because we had so many issues with it, I was down there every other week during that entire summer. I was very relieved when we got this AFF in place and it resolved all of our issues.

It not only saves on travel, but it also saves on any latency issues and administrative overhead. We had more problems with spinning disk than we've ever had with an AFF.

Another advantage is that it helps simplify data management across SAN and NAS environments, on-prem and in the cloud. We have 96 production locations that each have a NetApp Filer of one sort or another. Administration and overhead could be a serious concern given that we have two guys, senior global storage engineers, to monitor those sites. But the fact is that we never have to worry about the sites that we have the AFF in. The ONTAP data management software is a part of that as well, simplifying our operations. Having two guys monitoring 96 sites would never happen without it.

There's no overhead. There is no replacing of disks or rebuilding of arrays. Every time you lose a spinning disk and it's in an array, you end up having to rebuild the array and it slows everything down.

It has cut our personnel costs in half. Along with all the other advantages I've noted, it has saved us a ton. Annually it has probably saved us well over $300,000.

NetApp AFF has definitely reduced troubleshooting and support issues for us. 

We don't use NetApp AFF for machine learning or artificial intelligence applications.

With respect to latency, we basically don't have any. If it's there then nobody knows it and nobody can see it. I'm probably the only one that can recognize that it's there, and I barely catch it. This solution is all-flash, so the latency is almost nonexistent.

The DP protection level is great. You can have three disks failing and you would still get your data. I think it takes four to fail before you can't access data. The snapshot capability is there, which we use a lot, along with those other really wonderful tools that can be used. We depend very heavily on just the DP because it's so reliable. We have not had any data inaccessible because of any kind of drive failure, at all since we started. That was with our original FAS8040. This is a pretty robust and pretty reliable system, and we don't worry too much about the data that is on it. In fact, I don't worry about it at all because it just works.

Using this solution has helped us by making things go faster, but we have not really implemented some of the things that we want to do. For example, we're getting ready to use the VDI capability where we do virtualization of systems. We're still trying to get the infrastructure in place. We deal with different locations around the world and rather than shipping hard drives that are not installed into PCs, then re-installing them at the main site, we want to use VDI. With VDI, we turn on a dumb system that has no permanent storage. It goes in, they run the application and we can control it all from one location, there in our data center. So, that's what we're moving towards. The reason for the A300 is so that our latency is so low that we can do large-scale virtualization. We use VMware a tremendous amount.

NetApp helps us to unify data services across SAN and NAS environments, but I cannot give specifics because the details are confidential.

I have extensive experience with storage systems, and so far, NetApp AFF has not allowed me to leverage data in ways that I have not previously thought of.

Implementing NetApp has allowed us to add new applications without having to purchase additional storage. This is true, in particular, for one of our end customers who spent three years deciding on the necessity of purchasing an A300. Ultimately, the customer ran out of storage space and found that upgrading the existing FAS8040 would have cost three times more. Their current system has quadruple the space of the previous one.

With respect to moving large amounts of data, we are not allowed to move data outside of our data center. However, when we installed the new A300, the moving of data from our FAS8040 was seamless. We were able to move all of the data during the daytime and nobody knew that we were doing it. It ran in the background and nobody noticed.

We have not relocated resources that have been used for storage because I am the only full-time storage resource. I do have some people that are there to help back me up if I need some help or if I go on vacation, but I'm the only dedicated storage guy. Our systems architect, who handles the design for network, storage, and other systems, is also familiar with our storage. We also have a couple of recent hires who will be trained, but they will only be used if I need help or am not available.

Talking about the application response time, I know that it has increased since we started using this solution, but I don't think that the users have actually noticed it. They know that it is a little bit snappier, but I don't think they understand how much faster it really is. I noticed because I can look at the system manager or the unify manager to see the performance numbers. I can see where the number was higher before in places where there was a lot of disk IO. We had a mix of SATA, SAS, and flash, but now we have one hundred percent flash, so the performance graph is barely moving along the bottom. The users have not really noticed yet because they're not really putting a load on it. At least not yet. Give them a chance though. Once they figure it out, they'll use it. I would say that in another year, they'll figure it out.

NetApp AFF has reduced our data center costs, considering the increase in the amount of data space. Had we moved to the same capacity with our older FAS8040 then it would have cost us four and a half million dollars, and we would not have even had new controller heads. With the new A300, it cost under two million, so it was very cost-effective. That, in itself, saved us money. Plus, the fact that it is all solid-state with no spinning disks means that the amount of electricity is going to be less. There may also be savings in terms of cooling in the data center.

As far as worrying about the amount of space, that was the whole reason for buying the A300. Our FAS8040 was a very good unit that did not have a single failure in three years, but when it ran out of space it was time to upgrade.

NetApp helped us with its ease of deployment and ease of use.

The solution's data protection and data management are also easy.

AFF has improved our response time by about 30%.

We have enough storage, especially with the enhanced deduplication and compaction. It is good to be able to have a multitude of environments without having to worry about having spaces deployed. We always have a good amount of space. We do have multi-performance, with different performance layers for slower and quicker storage.

We've been addressing our evolving needs, and it was a logical progression as our systems demanded greater resources and improved performance, so it became the go-to solution for meeting those requirements. The simplified infrastructure allows our storage team to allocate their efforts to other important tasks. They can focus on aspects like backup, automation, and proactive administrative duties, rather than constantly dealing with performance problems or troubleshooting issues.

We got AFF as an upgrade from our existing older platform. We used to have an older version of NET. We had NET 7 Mode, and we had it for a very long time. AFF gave us a lot more performance. It is just a more reliable platform.

Different customers will have different needs, e.g., when you're looking at somebody who just has simple file service needs, then it's very easy. That can be met with many different products. But, we also like that you can build SVMs with different network profiles, vLANs, security protocols, etc.

We like the ability to create different SVMs on AFF products because they can create different vLANs and network access points for different customers. We can actually drop virtual appliances onto any customer's network. If they have different firewall and network profiles than each other, we can keep all of the data completely separated.

We can also meet the different needs for different Snapshot and backup policies. A Department of Labor or Department of Health and Human Services will have very different needs from just standard user profile folders.

Since it's an all-flash solution, it significantly enhances performance, and it also offers substantial space savings. 

Despite having used it for a while, our usage remains somewhat consistent, but we continue to experience cost savings, and we've seen a remarkable performance improvement compared to the days when we were reliant on traditional hard drives like SAS drives. 

It plays a crucial role in mitigating support issues, especially those related to performance tuning and troubleshooting. One of the notable aspects is how it seamlessly communicates with ActiveIQ, both online and on the website, providing valuable insights into security vulnerabilities and other pertinent information. 

It has significantly contributed to cost savings. In the past, we would spend around a hundred thousand dollars for a NetApp system, but now our expenses have reduced to sometimes just thirty or forty thousand dollars, depending on our specific needs. 

Additionally, the physical footprint is much smaller, leading to cost savings in terms of rack space within the data center, as well as reduced power consumption and related expenses.

NetApp AFF helps simplify infrastructure while improving business performance. Our databases and sensitive stuff are on all-flash arrays. Our team knows what to expect with all-flash, and we've been doing it for a while. We're happy with it.

We have fewer support issues because putting things on all-flash is much better. We still have to troubleshoot. That's always something we need to do. The speed of flash is always an advantage. Our customers are happy with it and don't complain too much. 

It helps simplify data management with unified data services across SAN and NAS environments. It has also simplified our infrastructure, while still giving us high performance for business-critical applications, and that was mostly due to the arrival of cluster ONTAP. Things really got a lot easier with that.

It also helps to accelerate databases in our environment. First of all, there is the reliability of things staying online and the small response time as well, from the MetroCluster, for all of the data that we're serving; and the applications are talking to the MetroCluster. It provides a very fast response time.

We can provide all the SLA performance-wise and high availability to the business. We are trying to maintain compliance with all business SLAs.

For our customers, the main benefit is the performance they get with NetApp AFF. We have a lot of feedback from customers about how their applications work faster and that they are very happy with it.

We deploy it a lot for VMware environments and, with VMware, we have nearly all the client's applications. We can have 500 or 1,000 virtual machines on the AFF. Sometimes they tell us that a compute application that, with earlier generations of storage solutions, took hours or days, takes much less time with AFF. For some customers, it takes three or four or five times less, with the new AFF.

Using NetApp AFF has also helped to reduce support issues. It's very stable and we don't have a lot of issues with it. I can talk a lot about this aspect because sometimes we provide support for NetApp. We have certification for level-one and level-two NetApp support. We only escalate the L3 support to NetApp. It's a very good technology with very few bugs.

In addition, the ONTAP data management software has simplified our clients' operations. NetApp is simple to manage. You can grow and reduce the capacity, and you can create a backup copy through replication with SnapMirror and SnapVault. There are a lot of features in NetApp and they are simple to implement.

Before we implemented AFF, Oracle was running on a traditional storage spindle and at a very low speed with high latency, and the database was not running very well. After we converted from the spinning disk to the all-flash array, it was at least four times faster to access the volume than before. For the VDI, they were not able to run the traditional spinning disk. This is what we bought the AFF for.

The thin provisioning has enabled us to add new applications without having to purchase additional storage. The basic rule we practice is that every time we create a flex group, we also create it with thin provisioning. That gives give us a little bit more cushion.

AFF has enabled us to automatically tier cold data to the cloud.

It has absolutely improved application response time. Now they talk directly to the SSD rather than a spinning disk. It has improved by at least four times.

We are able to reallocate resources or employees that we were previously using for storage operations. It allows us to do lots of things that we would never have been able to do before, like provisioning, dedupe, and data compacting.

We are able to move large amounts of data from one data center to another or to the cloud. We call it the SVMDR. I am able to replicate the entire native storage to the new location without a lot of effort. 

I use AFF to boost performance for tasks like general workloads, virtualized workloads, and high-performance databases. It helps me manage costs while delivering better results in these areas. 

Additionally, AFF has significantly simplified my infrastructure while maintaining high performance. It simplifies the infrastructure by allowing us to easily migrate and adjust workloads using SnapMirror based on our environment's needs. 

With multiple clusters, it offers the flexibility to distribute workloads effectively and adapt to changing demands. AFF has also reduced support issues. Customers usually only complain about performance when it's a real problem, but with AFF's flash storage, we have had fewer complaints. When issues do come up, they are often related to other parts like the network, not the storage itself, which makes troubleshooting easier. 

NetApp AFF has helped our organization because they're reliable, and the file shares are available to everyone all the time.

All Flash is improving our organization because we used to have the databases on different tiers and now All Flash is reducing the report time. All of the reports and processing is taking less time, so all the information is ready in the morning for the executives to make decisions.

This solution is also bringing up a new initiative for our company to include more databases or more reports into the All Flash because of the speed of getting the information.

For enterprise apps, we mostly use Oracle. All of the Oracle applications have been improved a lot since we began using All Flash. All of the processing and ETL, for instance, used to take 25 hours, now it is taking three. That improves a lot of parts of the price of applications.

TCO has decreased. After we acquired the AFF 8080, we got a couple of A 700s, and they are cheaper than the 8080. 

As the main uses for the all-flash we have is for Oracle. For us to provision a new VM with new databases takes 35 minutes exactly.

Some of the volumes for our response times were 30 to 40 millisecond. When we move to all-flash, our response times were reduced to microseconds. There was a tremendous improvement. In terms of the dedupe and compression, it is squeezing the physical size where we are now seeing an 80 percent reduction, which is very positive.

The solution has affected IT’s ability to positively support new business initiatives.

It has improved performance for our enterprise applications, data analytics, and VMs. These improvements are a result of all-flash, throughput, reliability, compression, etc.

Our AFF 8040 is currently helping us in terms of response time and speed because it is a flash system. Most importantly, it enables our SQL Cluster to respond to database queries and things a lot faster. It minimizes latency and stuff like that, which is important in radiation treatment.

The latency is important in that the data that we serve from the system drives LINAC, which is a big machine that shoots radiation into cancer patients. The latency affects how long the patients end up having to sit there tied down to these tabletops for the radiation treatment. It also helps speed up the setup of the machine, which takes about five minutes because the machine has to rotate around and do all these things. Sometimes, if the system doesn't respond in enough time, these interlocks happen and the machine stops. There are a lot of safety interlocks that cause the system to stop if things don't happen right, so we aren't mistreating patients and killing people. It's not a typical file server. We tell people usually it's a black box for radiation treatment. On airplanes you have the black box which records all data, this is exactly what our NetApps do for radiation treatment.

Our AFF does simplify our SAN and NAS environments. We currently don't use any cloud because we're a medical institution that hasn't approved cloud storage of any type because of HIPAA violations. When we came from our old NAS work solution, we could only do one or the other: It was NAS or SAN. The, AFF provides the ability to do both. It consolidates a lot of our storage into one or two chassis, which makes money savings in our data center. It saves a lot of rack space, which we don't have much of anymore. We have a new building and are almost out of space already.

ONTAP has improved my organization because we now have better performance. We can scale up and we can create servers a lot faster now. With the storage that we had, it used to take a lot longer, but now we can provide the business what they need a lot faster.

It simplifies IT operations by unifying data services across SAN and NAS environments. We use our own type of SAN and NAS for CIFS and also for virtual servers. It's pretty basic. I didn't realize how simple it was to create storage and manage storage until I started using NetApp ONTAP. We use it daily.

Response time has improved. IOPS reading between reading and the storage and getting it to the end-users is a hundred times faster than what it used to be. When we migrated from 7-Mode to cluster mode and went to an all-flash system, the speed and performance were amazing. The business commented on that which was good for us. 

Datacenter costs have definitely been reduced with the compression that we get with all-flash. We're getting 20 to one so it's definitely a huge saving.

It has enabled us to stop worrying about storage as a limiting factor. We can thin provision data now and we can over-provision compared to the actual physical hardware that we have. We have a lot of flexibility compared to what we had before. 

It has been very helpful for us. Data mobility is big. Being able to move data between different locations quickly and easily. This applies to data protection and replication. The hardware architecture has been very good as far as easily being able to refresh environments without any downtime to our applications. That's been the biggest value to us from the NetApp platforms.

The solution simplifies IT operations by unifying data services across SAN and NAS environments on-premise.

We are working on a lot of efforts right now where environments need multiple copies of data. Today, those are full copies of data, which require us to have a lot of storage. Our plans are that you'll be able to leverage NetApp Snapshot technology to lessen the amount of capacity that we require for those environments, primarily like our QA and dev environments.

We've done full data center migrations. The ease of replication and data protection has made moving large amounts of data from one data center to another completely seamless migrations for us.

Everyone looks at health care because health care has been an amazing organization to be in. We're seeing the transformation of how we're becoming a digital company. Every organization is becoming a digital company, and we're starting to see the advancements of technology really come in to place. Your new CEO is the patient, and that's the bottom line. That's my CEO. As an organization and as a technologist, I have to build a very strong patient-centric strategy that focuses the technology on the patient's needs, because at the end of the day, that patient could choose to either go to your organization or to another. We want to keep that good loyalty and that good specific patient in our organization, and we want to make sure that we are creating very strong, asynchronous tools that benefit a patient both inside and outside the organization. That's why I always say patient care is number one. AFS has supported our overall business initiatives.

Applications are a critical point. I think that All Flash FAS is an amazing thing when it comes to speed, efficiency in what it's doing. We've been very impressed with regards to it as well. We look at different initiatives, and we're starting to focus on different initiatives when it comes to data analytics and data mining. Having that specific availability, and making sure that we can focus on those initiatives and those strategies, we're very confident that the solutions that we are choosing with NetApp are going to give us the edge advantage of moving forward into the future.

I think when you look at artificial intelligence and at machine learning, you look at predictive analytics. You have to have very strong data silo in order to get that clean data. I think with all the data that we're creating in this health care organization, we need to make sure that we can create well-structured data which will allow us to data mine that information to come out with some good valuables, meaning better patient care, better ways to reduce readmission rates, better ways to increase revenue. There are so many benefits in regards to good, strong data mining that produce great analytic reports.

Right now we do have a very strong cloud initiative. We are moving forward to the cloud because the thing is I think the future of health care, the future of artificial intelligence improvements is really moving a lot of these health care organizations over to the cloud where there is that data mining capability of really bringing in all these algorithms and all of these good collaborations because collaboration is definitely key. If we can collaborate, and if we could start focusing on more of interoperability, meaning that we're sharing information more successfully, because right now, health care, has no interoperability. Everyone talks about interoperability, but we don't have interoperability. You go from one facility to another, it's like you're getting completely different services. I want that information from one facility to another to go and share information, which I think is going to be a success, because, you come to one facility, you get poked for lab results, you get exposed for radiology results, meaning radiation, then you go over into another organization that's saying that they can't retrieve your lab or radiology results and now we're going to have to re-poke you and re-expose you to radiation. Those are problems.

Another one of my main focuses is on cybersecurity initiatives and cybersecurity improvements. I think NetApp has really focused a lot on cybersecurity. I was really impressed on some of the cybersecurity sessions that they had because you figure health care's one of the most attacked sectors out there and we hear about these health care organizations being ransomed all of the time. If we do get ransomed, we need to think about how we are going to restore that information and making sure that we have the capabilities that are in place. NetApp has done a great job with it. They do see a huge priority when it comes to cyber security, so it's very important for them to continue to focus on those initiatives.

It has helped us improve the performance for our enterprise applications, data analytics and VMs across the board. We recently upgraded from a FAS3250 platform to the AFF A300 all-flash array. Batch times went from approximately seven hours down to about two and a half. Functionality during the day, such as taking or removing snapshots and cloning instances, is higher than it has ever been. 

We are employing the native encryption on disk along with NVMe. Therefore, it is a more secure solution. Our user experience and performance have been remarkably better as well. 

A lot of application administrators have a lot more time. We have been able to do some things that we were unable to do before, so it has helped streamline our business a lot.

The changes to the forms of our databases have been the most valuable aspect. We have a large healthcare information exchange in New York. It has better efficiency and good performance of larger systems. It's really noticeable.  

It has served to process data, serve our clients, and keep the systems up reasonably well. I'm trying to have data protection with everything incorporated into the systems in the environment.

It has good scalability and keeps the systems stable, performing, and running well. We have a lot of data. We're continuously testing a lot of data. We're expanding and growing. It makes sure that we can have everything running, keep uptime, and have everything protected and secure. It makes sure the data is relevant rather than being out of sync.

We leverage many features that NetApp has provided, like FlexPoint, to rapidly build systems. The performance is noticeable.  

AFF has helped to reduce our operational latency. Latency hasn't been too much of an issue, especially for large, higher-performing systems. We migrate most of our production to AFF. 

NetApp AFF helped reduce support issues such as performance tuning and troubleshooting combined with Active IQ; those things have made it. We don't have many issues with the AFF systems.

The last customer I worked with wanted to improve the performance of SQL responses. They were having issues with multiple SQL statements taking time. Although it's not just a hardware-only solution, they had to do both, which meant replacing their previous hardware and, at the same time, improving their queries. That combination was most important for the customer.

When it comes to backups, it has given us quick options when restoring things for customers, using the ability to mirror Snapshots onto another cluster, having managed status, and using previous versions in Microsoft. It gives the customer the possibility to restore their items too. Backup size, in general, gets much smaller since it is based on mirroring a Snapshot rather than being repetitive.

It impacts customer retention because of its overall ease. When you are running a business, where time is a factor, that is the biggest selling point. Things happen really rapidly, when they happen, and being able to say, "Yeah, we can get this up and running in a day, if you want," or even less time in some cases. Sometimes, that can be what makes or breaks our case.

AFF has helped to simplify our infrastructure, while still getting very high performance for our business-critical applications. Having all these things working well on one solution is really good. We run this as the backbone for both Hyper-V and VMware as well as an archive location for Rubrik. So, it is great having one solution that can do it all.

It does what it is supposed to do for SAP and Oracle. Because of the ease of it all, you have a highly tunable, high performance storage system that alleviates a lot of problems. With its ease of management, you can quickly get your work done and go onto the next thing on your list.

We mostly use AFF to support when we mirror data onto a FAS solution to immediately spin-off a new environment, e.g., if something happened to the prior data.

Our organization is very VMware heavy. Going from old spinning media up to all flash has been a night-and-day difference.

The tool has lowered latency. 

We are not using the NetApp cloud backup services. Instead, we have a storage solution on the back end and AFF on the front end. In this setup, we have high I/O with a low storage expenditure.

Our company is mainly concerned with software development and we have VMs as part of our infrastructure. We have a large number of VMs and they require a large data capacity, although we don't know which ones require high-intensity input and output. The reason for this is that some scenarios demand a high level of I/O, whereas, with others, the demand is low. We have AFFs set up at the front end, and at the backend, we have ECD boxes, which are the storage grid.

We treat the system as a fabric pool setup. When a high level of I/O is required, the data will be stored on NetApp AFF at the front end. We created a policy so that pooled data will move automatically to the lower-end capacity units, which are configured from the storage unit.

NetApp helps to accelerate some of the demanding enterprise applications that we have, in particular, our database applications. 

NetApp AFF has helped to simplify our infrastructure while still getting a very high performance. Prior to setting up AFFs, we had latency issues. Now, things are more balanced, including the volumes that are on SAS or SATA.

Using NetApp AFF has helped to reduce support issues, including performance-tuning. About a year and a half ago, we were experiencing some performance issues. Lately, this has not been the case, although occasionally, we still have problems. We are exploring whether it is the server hardware or an issue with VMware and drivers.

The ONTAP operating system has made things somewhat simpler, although we don't use it very much. I normally work on the CLI so for me, it is not a big difference. That said, as features are released with the latest versions, I review them to stay updated.

We also use NetApp's StorageGRID and the combination of it with AFF has reduced our overall cost while increasing performance. We see benefits on both sides. 

Prior to bringing in NetApp, we would do a lot of Commvault backups. We utilize Commvault, so we were just backing up the data that way, and recovering that way.  Utilizing Snapshots and SnapMirror allows us to recover a lot faster. We use it on a daily basis to recover end-users' files that have been deleted. It's a great tool for that.

We use Workflow Automation. Latency is great on our right, although we do find that with AFF systems, and it may just be what we're doing with them, the read latency is a little bit higher than we would expect from SSDs.

With regard to the simplicity of data protection and data management, it's great. SnapMirror is a breeze to set up and to utilize SnapVault is the same way.

NetApp absolutely simplifies our IT operations by unifying data services.

The thin provisioning is great, and we have used it in lieu of purchasing additional storage. Talking about the storage efficiencies that we're getting, on VMware for instance, we are getting seven to one on some volumes, which is great.

NetApp has allowed us to move large amounts of data between data centers. We are migrating our data center from on-premises to a hosted data center, so we're utilizing this functionality all the time to move loads of data from one center to another. It has been a great tool for that.

Our application response time has absolutely improved. In terms of latency, before when we were running Epic Caché, the latency on our FAS was ten to fifteen milliseconds. Now, running off of the AFFs, we have perhaps one or two milliseconds, so it has greatly improved.

Whether our data center costs are reduced remains to be seen. We've always been told that solid-state is supposed to be cheaper and go down in price, but we haven't been able to see that at all. It's disappointing.

NetApp AFF helped to improve our organization functions by improving our storage solution. We used to use tapes and that required a lot of effort and resources. Now the tape systems are all eliminated. We do onsite, offsite, SnapMirror, and SnapVault backups and it is a much better situation.

We do a lot of financial modeling. We have a large compute cluster that generates a lot of files. It is important for us to get a quick response back for any type of multimillion file accesses across the cluster at one time. So, it's a lot quicker to do that. We found that solid-state performs so much better than than spinning drives, even over multiple clusters. it works.

It is helping us consolidate, save money, and increasing access to millions of files at once.

It is very important in our environment for all the cluster nodes. We have 4,500 CPUs that are going through and accessing all the files, typically from the same volume. So, it is important for it to get served quickly so it doesn't introduce any delay in our processing time. 

It takes no time at all for our production instance to be snapped over to development and QA servers.

Because so many other features and products interoperate with NetApp, the IT team is able to expand our horizons and broaden our scope for future projects.

We've seen an overall boost in performance, going from a combination of solid-state and spinning disks to all solid-state. That has increased our ability to provide more performance and throughput for the services that we're hosting. That's the biggest deal for us. We do what we did before, but now we can do it on all-flash. It's just faster.

It accelerates virtualization and databases, which goes back to the performance. All-flash gives us the ability to provide the performance as it's needed and makes it easy to do and instantly observable.

The use of AFF with Oracle has made it much faster. It all comes back to how fast it is. And with SnapCenter, the backup piece is much better than it was before. We were using NetBackup, but SnapCenter allows us to back up with snapshots, which is something NetBackup did not allow us to do.

Also, the dedupe and compression reduce how much disk space we require. All of that really makes a big difference for us.

An extra benefit is that NetApp AFF All Flash FAS has really reduced support issues related to performance. When everything is going at solid-state speeds, it's a lot easier to find the problems, where there's slowness.

With all of it being in one software package, the ONTAP data management software has simplified our operations. We have the Enterprise licensing and that means we get all the tools that come with it. All of those tools, and their integration, make backup and restore very simple and very efficient.

ONTAP data management software has simplified our operations. Earlier, we had ONTAP clustering. We had multiple name spaces, but with the cluster, we were able to build a single name space, and we were able to host NFS sets and iSCSI in a single cluster. In this way, it has unified our workloads.

We use NetApp for artificial intelligence and machine learning applications, and we find the latency to be pretty decent.

Data protection and management is one of the best features of NetApp. We like the SnapVault, SnapShot, and SnapMirror, and we use those features extensively.

Our IT operations have been simplified by unifying data services. We have fiber channel, block data, NFS, and CIFS, and we can deploy multi-tenancy boxes from each one. Sometimes, we have all of the different data types in one box. You can add more clusters or more nodes to your cluster. It is easy for us to modularly grow if the need arises.

NetApp has allowed us to leverage our data in new ways, including our test scenarios. A lot of the time it is really hard to test production data because we do not have multiple copies of the same thing that we can use for testing. The solution is flexible enough to allow us to create multiple copies, then try out seven or eight scenarios, then pick which one will be the best going forward. We can do that all within minutes.

We have utilized thin provisioning so that we haven't had to purchase additional storage for our applications. The snapshot technology, unlike other ones, doesn't take up extra space when you're making multiple copies. This means that we don't need extra storage for our temporary tests. Once we are finished we delete the extra copies.

We have used this solution for moving large amounts of data between data centers. We are currently migrating data from a cloud in Atlanta to a cloud in Chicago, and we are using the SnapMirror technology extensively for this.

Using the all-flash solution improves our application response time, and it also has a smaller footprint. You can also tier it, depending on the needs of the application.

NetApp AFF has definitely reduced our data center costs. We have been increasing our storage but not increasing our footprint. I would estimate the savings to be thirty percent.

We have not tested tiering cold data to the cloud, but we are currently working on finding appropriate use cases.

Overall, this solution has really reduced our downtime and has made our lives a lot easier.

Prior to deploying this product, we were having such severe latency issues that certain applications and certain services were becoming unavailable at times. Moving to the AFF completely obliterated all those issues that we were having.

With regard to the overall latency, NetApp AFF is almost immeasurably fast.

Data protection and data management features are simple to use with the web management interface.

We do not have any data on the cloud, but this solution definitely helps to simplify IT operations by unifying data that we have on-premises. We are using a mixture of mounting NFS, CIFS, and then using fiber channel, so data is available to multiple platforms with multiple connectivity paradigms.

The thin provisioning has allowed us to add new applications without having to purchase additional storage. The best example is our recent deployment of an entire server upgrade from Windows 2008 to Windows 2016. Had we not been using thin provisioning then we never would have had enough disk space to actually complete it without upgrading the hardware.

We're a pretty small team, so we have never had dedicated storage resources.

NetApp AFF has reduced our application response time. In some cases, our applications have gone from almost unusable to instantaneous response times.

Storage is always a limiting factor, simply because it's not unlimited. However, this solution has enabled us to present the option of less expensively adding more storage for very specific application uses, which we did not have before.

With AFF, the benefit is that we have 27 data centers across the country, we are able to standardize across all them and do storage replication. The simplicity of being able to offload cold data to StorageGRID with the tiering layers that NetApp provides, this just makes it easier for us to be able to reduce labor hours, operations, and time wasted trying to figure out moving data. The simplicity of tiering is a big bonus for us.

In terms of data protection, we have been leveraging SnapMirror with Snapshot to be able to do cloning. For the simplicity, we find it is able to do SnapMirror on a DR site in a disaster situation so we can recover and the speed to recovery is much more efficient. We find it much easier than what other vendors have done in the past. For us, to be able to do a SnapMirror a volume and restore immediately with a few comments, we find it more effective to use.

AFF has helped us in terms of performance, taking Snapshots, and being able to do cloning. We had a huge struggle with our backup system doing snapshots at the VM level. Using AFF, it has given us the flexibility to take a Snapshot more quickly. 

This solution reduced our costs by consolidating several types of disparate storage. The savings come mostly in power consumption and density. One of our big data center costs, which was clear when we built our recent data center, is that each space basically has a value tied to it. Going to a flash solution enabled us to have a lower power footprint, as well as higher density. This essentially means that we have more capacity in a smaller space. When it costs several hundred million dollars to build a data center, you have to think that each of those spots has a cost associated with them. This means that each server rack in there is worth that much at the end. When we look at those costs and everything else, it saved us money to go to AFF where we have that really high density. It's getting even better because the newer ones are going to come out and they're going to be even higher.

Being able to easily and quickly pull data out of snapshots is something that benefits us. Our times for recovery on a lot of things are going to be in the minutes, rather than in the range of hours. It takes the same amount of time for us to put a FlexClone out with a ten terabyte VM as it does a one terabyte VM. That is really valuable to us. We can provide somebody with a VM, regardless of size, and we can tell them how much time it will take to be able to get on it. This excludes the extra stuff that happens on the back end, like vMotion. They can already touch the VM, so we don't really worry about it.

One of the other things that helped us out was the inline efficiencies such as the deduplication, compaction, and compression. That made this solution shine in terms of how we're utilizing the environment and minimizing our footprint.

With respect to how simple this solution is around data protection, I would say that it's in the middle. I think that the data protection services that they offer, like SnapCenter, are terrible. There was an issue that we had in our environment where if you had a fully qualified domain name that was too long, or had too many periods in it, then it wouldn't work. They recently fixed this, but clearly, after having a problem like this, the solution is not enterprise-ready. Overall, I see NetApp as really good for data protection, but SnapCenter is the weak point. I'd be much more willing to go with something like Veeam, which utilizes those direct NetApp features. They have the technology, but personally, I don't think that their implementation is there yet on the data production side.

I think that this solution simplifies our IT operations by unifying data services across SAN and NAS environments. In fact, this is one of the reasons that we wanted to switch to this solution, because of the simplicity that it adds.

In terms of being able to leverage data in new ways because of this solution, I cannot think of anything in particular that is not offered by other vendors. One example of something that is game-changing is in-place snapshotting, but we're seeing that from a lot of vendors.

The thin provisioning capability provided by this solution has absolutely allowed us to add new applications without having to purchase additional storage. I would say that the thin provisioning coupled with the storage efficiencies are really helpful. The one thing we've had to worry about as a result of thin provisioning is our VMware teams, or other teams, thin provisioning on top of our thin provisioning, which you always know is not good. The problem is that you don't really have any insight into how much you're actually utilizing.

This solution has enabled us to move lots of data between the data center and cloud without interruption to the business. We have SVM DR relationships between data centers, so for us, even if we lost the whole data center, we could failover.

This solution has improved our application response time, but I was not with the company prior to implementation so I do not have specific metrics.

We have been using this solution's feature that automatically tiers data to the cloud, but it is not to a public cloud. Rather, we store cold data on our private cloud. It's still using object storage, but not on a public cloud.

I would say that this solution has, in a way, freed us from worrying about storage as a limiting factor. The main reason is, as funny as it sounds because our network is now the limiting factor. We can easily max out links with the all-flash array. Now we are looking at going back and upgrading the rest of the infrastructure to be able to keep up with the flash. I think that right now we don't even have a strong NDMP footprint because we couldn't support it, as we would need far too much speed.

The improvement to our organization is in the ability to put more into the same storage platform. We came from EqualLogics and the ones we had didn't have that nice compression and deduplication to get a little bit more out of the storage.

Also, the protection of the data, being able to replicate between sites easily. We were a "backup shop". The replication doesn't quite back up so I haven't won that fight yet, but at least it protects us offsite, easily.

It gives us a platform that is reliable going forward. We only had one outage on the 2040 in five years, and we are expecting similar from the 8040. Our business is growing, so we don’t know exactly what to expect and we throw things at our network that are new. The new flash gives us the expansion we need later on without having to buy more controllers.

With our previous spinning disk storage, we did have some "disk busy" problems. Since switching to NetApp AFF, we haven't had any issues. It has simplified the deployment of ONTAP because it's all the same interface. It's also easier to train people on ONTAP because they don't need to learn multiple interfaces. Switching from spinning disk storage to NetApp AFF has significantly reduced our operational latency. 

Right now, we've seen a few different systems that we're running on the all-flash system, where we've seen performance increases with application functionality. We have databases running on there. The database query is running faster. The application is running faster in general. It has saved us by not having to tax the system to get the data access going quicker, less network usage. People using the applications are able to perform their tasks more quickly.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

We've taken the conversation around performance out of the picture now, and brought it more onto the application side.

Our customers have latency issues or requirements for very low-latency applications. This is the problem they are addressing with AFF because it's the fastest system they can get. It's still the best solution for SAP or other databases.

We have checked other flash systems from different vendors, and the AFF is still the best because of the multi-protocol support, for example. Others only do block or file services in a very basic way. AFF does everything in one box. Now, with type 1, you don't even need to license the specific features. You can start with block storage and move to file later or the other way around. That's a plus for all customers.

We use NetApp AFF for artificial intelligence and machine learning applications, and there is no latency that I can see. It has been pretty solid.

This solution is pretty simple when it comes to data protection and data management.

After we implemented NetApp, we noticed that the deduplication and the latency changed a lot. Rather than buy more disk space, we now compress a lot of stuff and we have more storage. Overall, we have more storage and less latency, which saves us money. I would say that we save between half a million and three-quarters of a million dollars, yearly.

We use our data in the same way. This solution benefited us in that it was hard to convince our upper management to buy more disk, so this helped out.

The thin provisioning helped a lot, and it was probably the biggest key. We noticed that we were short in certain areas and we needed to add more room for VDI. With thin provisioning, we weren't using as much, and with not much latency on it.

Being able to move large amounts of data from one data center to another has helped us. We have a data center in one office and another one that is about a hundred miles away. We share a lot of data between these two sites. There is almost no latency, so it works out perfectly. When we have an incident, such as a power outage at one site, we automatically have a backup on the other end. Also when one side is down, we're still available, although we're limited to certain things on one side. Overall, the backup is pretty good.

We are currently discussing the possible relocation of resources.

I would estimate that our application response time has improved by twenty to thirty percent. For example, our photo studio application is faster.

At this time, we are examining out data center costs and considering a different data center.

Using NetApp has helped alleviate worry about storage being a limiting factor. Had I been asked this a year ago, it would have been a different story.  The additional storage means that things are easier and running more smoothly, and we don't have to worry about it breaking down.

This solution has helped simplify our IT operations. We can easily move data from on-premises to the cloud, or from one cloud to another cloud. NetApp SnapShots and SnapMirror are also helpful.

The thin provisioning has allowed us to add new applications without having to purchase additional storage. We are shrinking the data with functions like deduplication and giving almost two hundred percent. It is very helpful.

This solution has allowed us to move very large amounts of data without affecting IT operations. We have moved four petabytes to the cloud. We have moved data from on-premises to the cloud, and also between clouds. It is easy to do. For example, if you want DR or a backup in a second location, then you just use SnapShot. If you have a database that you want to have available in more than one location then you can synchronize them easily. We are very happy with these features.

Our application response time has been improved since implementing this solution. The AFF cluster is awesome. Our response time is now below two milliseconds, whereas it used to be four or five milliseconds. This is very useful. 

The costs of our data center have definitely been reduced by using this solution. The power consumption and space, obviously, because this solution is very small, have been reduced.

We have been using this solution to automatically tier cold data to the cloud. I would not say that it has affected our TCO.

This solution has not changed our position in terms of worrying about storage as a limiting factor.

NetApp FAS was unable to keep up with the I/O. A200 has performed without a problem.

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.

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 improvement for us has been space savings on the All Flash FAS platform. The data space savings are almost three times better than the what we have right now, a two-to-one ratio.

Regarding the user experience, it's pretty fast. For applications where they require a high throughput, this platform is pretty solid. It also helps improve the performance of enterprise applications, data analytics, and VMs because it's pretty fast. We are on a different level of tiered platform, where the All Flash is completely hybrid, SSD aggregate, so it tripled the performance for the customer.

We've had quite a positive response since we've moved to the AFF for our VCD and our VDI environments. The feedback from the end users and the virtualization team that manages it has been very positive.

We have a fairly large vCloud, vCloud Director (VCD) environment, which we use for our AFF systems, that and VDI. We use it all for file storage.

The consolidation, the physical rackspace. For example, we've got a project ongoing at the moment in consolidating our footprint from 20 rackspaces down into two. I think we've got a 70-80% footprint reduction in going from old FAS controllers to AFF.

As I’ve mentioned, we are using the compression to save data space. We do a lot of vaulting. We have our primary storage and our secondary storage. For our secondary storage, we always had to buy big SATA disks but now we can use compression to actually save buying monstrous disks and use compression to save our secondary vault for data.

NetApp AFF has helped to simplify our clients' infrastructure while still getting very high performance for their business-critical applications. One of our customers uses the vSAN environment in the release, then they use NFS for their VMware VCF environment and TKG environment. In this case, when they move to NetApp for the TKG and the VM infrastructures, they use AFF for block, CIFS, and NFS. It provides a single storage with NFS, block, and CIFS with deduplication, team provisioning, and compression. Everything is in there, which makes it very good to use.

The performance of NetApp AFF allows our developers and researches to run models and their tests within a single workday instead of spreading out across multiple workdays.

For our machine learning applications, the latency is less than one millisecond.

The simplicity of data protection and data management is standard with the rest of NetApp's portfolio. We leverage SnapMirror and SnapVault.

In my environment, currently, we only use NAS. I can't talk about simplifying across NAS and SAN, but I can say that it provides simplification across multiple locations, multiple clusters, and data centers.

We have used NetApp to move large amounts of data between data centers, but we do not currently use the cloud.

Our users have told me that the application response time is faster.

The price of the A800 is very expensive, so our data center costs have not been reduced.

We are using ONTAP in combination with StorageGRID for a full data fabric. It provides us with a cold-hot tiering solution that we haven't experienced before.

Thin provisioning has allowed us to over-provision existing storage, especially NVMe SSD, the more expensive disk tier. Along with data efficiencies such as compaction, deduplication, and compression, it allows us to put more data on a single disk.

Adding StorageGRID has reduced our TCO and allows us to better leverage fastest NVMe SDD more, hot tiering to that, and cold tiering to StorageGRID.

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.

It makes the applications faster for production. There are no complaints from users about slowness. Performance is the main benefit of the All-Flash FAS.

It has made us more efficient, because we are an oil and gas company. Most of our applications depend on Oracle, SAP, or SQL, where it needs good performance. We have 24/7 operation. We cannot stop for any reason, because we need to produce oil, always.

We heavily leverage the FlexClone features to clone databases for various environments. We use the multiple protocol feature to support different operating systems and platforms.

It allows us to be more flexible with customer demands and needs. It has not allowed us to save money, per se; there are other solutions that are probably cheaper in the flash arena, but this was a nice transition from our NetApp 7-mode to CDOT platforms.

For us, it's brilliant to have all the functionality that NetApp gives you out the box. We've been a NetApp customer for 14 years and it's great now that we can get that on all-flash and have the performance to go alongside the functionality. We've always wanted that performance. The really good thing for us is we're already cluster-mode so we can just slide the AFF into the existing cluster and migrate all our data across relatively seamlessly.

We have moved all of our AI and machine learning applications to all-flash to improve their performance. Prior to this, they were SaaS or on disk. The latency has certainly decreased.

Data protection is a big part of NetApp, and we are using SnapMirror as well as MetroCluster. We did use SnapVault before, but we moved to SnapMirror and we want to take advantage of the synchronous replication in MetroCluster.

I would say that NetApp has helped us to leverage data in new ways. Because it has the PowerShell modules and workflow automations, we have been able to create volumes, give access to them, and automate workflows.

I think that we have been able to reallocate resources that were dedicated to storage because of the automation tools that NetApp has. It helps to speed up our day-to-day tasks. What used to take us thirty minutes, now takes us five minutes.

Our application response time has increased, but it is hard to quantify with a number. I can just say that it has improved in general.

Using this solution has helped to decrease our worry about storage issues. We normally limit our customers' space, giving them less. We try to ask them questions about the type of data and the applications that they have. Sometimes, they will say that they want ten terabytes, but don't really know what they are going to use it for. With regard to our storage, we are not worried about limitations at all.

It has improved the way my organization functions because it has enabled us to host a very fast, multi-tenant private cloud solution.

AFF has improved application response time by a lot. 

This solution has helped us to stop worrying about storage as a limiting factor. We know we've got enough storage left and it's easy to manage, so we can tell how much real storage we do have left.

AFF improves how our organization functions because of its speed. Reduction in batch times means that we're able to get better information out of SAP and into BW faster. Those kinds of things are a bit hard to put my finger on. Generally, when we start shrinking the times we need to do things, and we're doing them on a regular basis, it has a flow on impact that the rest of the business can enjoy. We also have more capacity to call on for things like stock take.

AFF is supporting new business because we've got the capacity to do more. In the past, with a spinning disc and our older FAS units, we had plenty of disc capacity but not enough CPU horsepower and the controllers to drive it and it was beginning to really hurt. With the All Flash FAS, we could see that there are oodles of power, not only from disc utilization figures on the actual storage backend but also from the CPU consumption of the storage controllers. When somebody says "we want to do this" it's not a problem. The job gets done and we don't have to do a thing. It's all good.

All Flash FAS has improved performance for our enterprise applications, data analytics, and VMs which are enterprise applications. It powers the VM fleet as well. It does provide some of our BW capabilities but that's more of an SAP HANA thing now. Everything runs off it, all of our critical databases also consume storage off of the All Flash FAS for VMs.

For us TCO has definitely decreased, we pay less in data center fees. We also have the ability with the fabric pool to actually save on our storage costs. 

It has improved our applications' overall performance, and it has simplified our management of it.

We use it for all of our VMware infrastructure as well as for our X-ray data storage, for the short-term storage. We use both block and file storage.

Now, we can manage failed disks in our SAN before we replace them or manage how quickly they are replaced. All these kind of decisions, we can make. This flexibility is critical to having a comfort level with our environment.

We're a hospital and we store all of our patient records on it. Everything that we do in the hospital is done on there. It does it for VMware as well as databases and Oracle, we do everything on it. It allows us to do our job.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

We have consolidated on to UCS and Nexus on NetApp. The FlexPod model has made it very easy for our support staff. We don't have to support a large number of other types of vendors and such. Support from the two partners, including VMware, makes it easier for us to be able to manage it and get to the root cause of problems that we have encountered.

I think NetApps improved our organization in customer experience and system management. It gives the customer options when they move their system to the cloud. I think the cloud solution from NetApp is very good for customers when they have a plan to use cloud services.

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.

NetApp has always been very reliable. We have never had any data losses. They are a work horse.

For us, it's probably along the lines of keeping everything up and running, critical, 24/7. DR's been a big push for us over the past couple of years with the environment. Different things happen and you need to keep all of your critical systems up and running. All the new technologies that NetApp has come up with, helping us do that, has probably been of the biggest benefit for us. The flexibility and being able to change on the move.

With the AFF, we can run VMs with databases now. That was one of the big features with the AFF, we needed the speed for databases. By moving them over, we can put VMDKs housing databases on there and use them on the VMware infrastructure now.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

If you are looking for high-performance, reliable, multi-tenancy supporting equipment, then this is a very valid, legitimate solution with a proven background and history.

If you have a system administrator doing workflow that you have defined, then it is not going to save you time or money. If you have some kind of automated system, even though you haven't paid for those services, then it is going to make a lot of difference. It will save time because this is a high-end, high performance solution.

It provides financial benefits, because we don't have to spend as much on storage, because of the dedup and the compression and the performance it gives us. We don't have to buy anything else because of it.

It's reducing troubleshooting time to identify which major functional area the problem has been in. We're able to identify quickly now that, whether storage is or is not a contributor to any troubleshooting that we have going on.

We're an electronics manufacturer. Shop floor people rely on these reports to make decisions throughout the day and we can, instead of having a once-a-day refresh, they can almost get it on demand.

Before, retrieving data or searching for something on the application would take some time. But since we migrated to NetApp, retrieving of the data happens quickly. It's fast.

In addition, we can easily manage the volumes on the NetApp application. We are getting very good, high performance and it has simplified our data management jobs, such as creating volumes. If our hard drive fails, we can reinitialize the process, and do many other things. It's very helpful.

NetApp has helped to reduce support issues due to performance or troubleshooting as we do not have such issues. We have not faced any performance issues since installing this device.

In addition, the ONTAP data management software has simplified our operations. We use it for high-availability of our file system. If any hard drive goes down, it will automatically be recovered.

We use NetApp AFF to support cloud integration and SAP Oracle. It has made the Oracle WebLogic site very fast and we can deploy the machines very easily. We can assign storage to the server visually, and use it to manage the storage.

We have not used this solution for artificial intelligence or machine learning applications as of yet. This product has reduced our total latency from a spinning disc going into flash discs. We rarely see any latency and if we do it is not the discs, it's the network. The overall latency right now is about two milliseconds or less.

AFF hasn't enabled us to relocate resources, or employees that we were previously using for storage operations.

It has improved application response time. With latency, we had applications that had thirty to forty milliseconds latency, now they have dropped to approximately one to three, a maximum of five milliseconds. It's a huge improvement.

We use both technologies and we have simplified it. We are trying to shift away from the SAN because it is not as easy to failover to an opposite data center.

We are trying to switch over to have everything one hundred percent NFS. Once the switch to NFS is complete our cutover time will be one hour versus six.

From an operations standpoint, we pretty much set it and forget it. We don't have to manage anything because of the AFF speed and low latencies. Because a big requirement in the healthcare industry are the low latency type response times, It has been perfect.

With the thin provisioning, we can overprovision our boxes, but there are still applications which are storage capacity hogs. So, we still have to report.

It simplifies our IT operations and makes them more efficient.

We use almost all of our virtualization workloads on All Flash. Before we migrated to All Flash we used to use a different vendor for NAS solution. Some were NAS and some were Block storage. Now, logging ETLs are maybe ten times faster currently than what they used to be. We are getting amazing speeds off of FAS that we never had before.

We also use a lot of the AFF for end user storage. All the shared file systems, all the file systems that a particular user has, as a G drive, E drive, F drive or shared drives between various customers and various departments are all running off of the All Flash File system. So now, the rendering of FAS is so much faster than what it used to be. On top of that, we used to do Block. We would take Block, we would do NFS or do Samba to share those file systems for the users. Now, because they are coming straight off of NFS 3 and 4, the speed is marvelous. They are almost five to seven times faster rending all their files, saving all their files, retrieving all their files. It's amazing.

I don't know how much IT support has any bearing on All Flash File system. Now the only thing that we have provided that is better now is the speed and stability. Now if you can add that to capabilities, then, of course, IT has provided additional capabilities of having faster rendering and just getting their work done a little quicker.

The biggest workload that we have is maybe 95 to 97% of all virtual workloads are now running on All Flash. It has dramatically changed the way all of our VMs work. Now, not only they are faster but a couple of things that are in addition is that we do snaps off of our flash storage. Not only are the workloads faster but if the virtual machine goes down, the restore is 20 times faster now than it ever used to be. We don't have to go to a spin disc, we can just flash off of our flash back onto a no spin disc and the restore takes almost seconds to come back.

Total costs of ownership have two different values to them. One value is just strictly the capital cost of it. Number two is the operational cost. You've got to look at the CapEx and how much it cost. That is currently a little higher than it would be in two or three years. Now, Apex is where things are getting really nice. The maintenance is less. The discs failure are really low. Data issues or corruption is really low. The CapEx is currently high and Apex is getting to almost insignificant numbers.

NetApp AFF has improved our organization through the use of clusters. Previously we had migrated from Dell EMC and we had a lot of difficulties moving data around. Now, if we need to move it to any slower storage, we can move it with just a vault move within the cluster. Even moving data between clusters is extremely simple using SnapMirror. The mobility options for data in All Flash FAS have been awesome. 

AFF has given us the ability to explore different technology initiatives because of the flexibility that it has, being able to fit it in like a puzzle piece to different products. For example, any other solutions that we've looked at, a lot of times those vendors have integration directly into NetApp, which we haven't found with other storage providers and so it's extremely helpful to have that tie-in.

This solution has also helped us to improve performance. We have hybrid arrays as well so that we can have things that are on slower storage. For the times that we need extremely fast storage, we can put it on AFF and we can use V-vaults if we need to to have different tiers and automatically put things where they need to be. It's really helped us to nail down performance problems when we need it to put them in places to fix them by just having the extreme performance.

Total cost to ownership has definitely dropped because with deduplication compression and compaction always on, we're able to fit a whole lot more in a smaller amount of space and still provide more performance than we had before. Our total cost per gigabyte ends up being less by going to All Flash.

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.

Because we use the production environment and copy down to test environments, we've taken it from days to hours.

1. I am able to store two times more data than what I'm purchasing, which affects the way funds are being utilized. 
2. The time for applications to give a response is much faster.

It gives us the power and agility to spin up VMs as quickly as possible.

We have also standardized on NetApp. All the storage that we have for our services runs on NetApp. Being standardized, it's easy for our Operations. We can train them on a single platform.

It helps improve performance for enterprise applications, data analytics, and VMs. With the power of flash, we moved from a traditional hybrid storage to all-flash. Having the full-fledged power of flash, and the controllers, it has doubled the performance compared to what we used to get.

Finally, our total cost of ownership has decreased by approximately 10 - 12 percent.

The benefits are yet to be seen. We're currently putting it in right now. It's not in production yet. It's still being installed. We tested it. We're expecting a significant workload increase from our previous-generation platforms, but we'll find out soon enough.

We just have experience with it in our testing. We tested it. It was a lot faster. We haven't put a full production workload on it yet. We expect it to be much faster.

We have a six-node NetApp cluster for our regular 8080 FAS systems, and we have two cluster nodes with All Flash FAS, so it enables us to manage this high performance, low latency, application workload in the same fashion as we treat all of our other data; the SnapMirrors, the SnapVaults, the snapshots, the user control. We can use the same toolkits for everything.

It provides ease of management and the ability to manage it as one unit.

As an example, if we miss a call reporting a fuel leak, that can cost us hundreds of thousands of dollars in fines. Missing those calls is not possible. With this product, we can turn around agents across the globe, left and right, just turn them on and they provision so quick that they don't even know that stuff is happening. If a VM happens to mess up, we can delete it and provision a new one. It's super-fast.

We've been using AFF for file shares for about 14 years now. So it's hard for me to remember how things were before we had it. For the Windows drives, they switched over before I started with the company, so it's hard for me to remember before that. But for the NFS, I do remember that things were going down all the time and clusters had to be managed like they were very fragile children ready to fall over and break. All of that disappeared the moment we moved to ONTAP. Later on, when we got into the AFF realm, all of a sudden performance problems just vanished because everything was on flash at that point. 

Since we've been growing up with AFF, through the 7-Mode to Cluster Mode transition, and the AFF transition, it feels like a very organic growth that has been keeping up with our needs. So it's not like a change. It's been more, "Hey, this is moving in the direction we need to move." And it's always there for us, or close to being always there for us.

One of the ways that we leverage data now, that we wouldn't have been able to do before — and we're talking simple file shares. One of the things we couldn't do before AFF was really search those things in a reasonable timeframe. We had all this unstructured data out there. We had all these things to search for and see: Do we already have this? Do we have things sitting out there that we should have or that we shouldn't have? And we can do those searches in a reasonable timeframe now, whereas before, it was just so long that it wasn't even worth bothering.

AFF thin provisioning allows us to survive. Every volume we have is over-provisioned and we use thin provisioning for everything. Things need to see they have a lot of space, sometimes, to function well, from the file servers to VMware shares to our database applications spitting stuff out to NFS. They need to see that they have space even if they're not going to use it. Especially with AFF, because there's a lot of deduplication and compression behind the scenes, that saves us a lot of space and lets us "lie" to our consumers and say, "Hey, you've got all this space. Trust us. It's all there for you." We don't have to actually buy it until later, and that makes it function at all. We wouldn't even be able to do what we do without thin provisioning.

AFF has definitely improved our response time. I don't have data for you — nothing that would be a good quote — but I do know that before AFF, we had complaints about response time on our file shares. After AFF, we don't. So it's mostly anecdotal, but it's pretty clear that going all-flash made a big difference in our organization.

AFF has probably reduced our data center costs. It's been so long since we considered anything other than it, so it's hard to say. I do know that doing some of the things that we do, without AFF, would certainly cost more because we'd have to buy more storage, to pull them off. So with AFF dedupe and compression, and the fact that it works so well on our files, I think it has saved us some money probably, at least ten to 20 percent versus just other solutions, if not way more.

They have come up with top of the line inline deduplication. They are delivering compression and aggregate compaction, as well. Everything is improving with their new features coming out on a day-to-day basis.

It made everything faster. The user performance went from about eight seconds, for certain screens, down to three seconds per screen. That was the primary reason. Our users can multitask faster. The way Epic works is that you have multiple screens up at the same time. When you have multiple screens up at the same time and you have a patient sitting in front of you, speed is quality. Where before, the patient would have to wait for answers, now they get them almost instantaneously. Our users can run multiple things at the same time. For the users, the nurses and doctors, it is faster. All around faster.

As for IT's ability to support new business initiatives as a result of using this product, we are upgrading to Epic 2018 next year. The older system couldn't have supported it. That is another reason we went to a faster system. Epic has very high standards to make sure that, if you buy the upgrade, you will be able to support the upgrade. They advised me, top to bottom, make sure you can do it. Our new system passed everything. It's way faster.

We have VMs and we're were running VDI. We're running VMware Horizon View. We have about 900 VMs running on it and we have about another 400 Hyper-V servers running on it. Our footprint is very tiny now versus before. We now have some 30 servers running 1,000 machines where we used to have 1,000 machines running 1,000 machines. We have Exchange, SQL, and Oracle and huge databases running out of it with no problem at all, including Epic. It's full but it's very fast.

It takes us a minute or two minutes to set up and provision enterprise applications using the product. We can spin up a VM in about 30 seconds and have SQL up and running, for the DBAs to go in and do their work, in about two minutes.

We try to provide a value-added proposition to customers, as a partner to NetApp. Most of them have been dealing with us for quite some time, five to ten years. They've been using a traditional base of NetApps and some other products. We have transitioned some of our customers from other companies' products to NetApp.

It provides our customers with a secure, fast, and always reliable solution. It also definitely affects the ability of our clients' IT departments to support new business initiatives because things become simplified for them, easier to deploy and to get off the ground faster. It gives them more flexibility to scale in the future.

In terms of it helping to improve performance of enterprise applications, data analytics, and VMs, I have one customer that is running SAP on NetApp. The performance improved about 40 to 45 percent. That was a great improvement for the IT infrastructure services team.

We have been able to successfully use their high availability as well as run online upgrades without any disruption. It is the non-disruptive upgrade that has really impressed me.

We use it for our VMware environment. We store our virtual machines (VMs) and use it to run our work loads. It is used for file storage.

It supports our virtualization, our VMware environment.

We're more nimble. We can move from block to file. The ability to have all of the efficiencies that come with it. The dedpulication, the compaction, the compression, give us those capabilities to get more bang for the buck.

The business benefit is the rate. If you have better performance from your critical ERP applications and databases, that's a gain from the cost perspective. We are able to manage our data centers better from the space perspective. Those two pieces are the key benefits.

The speed itself means it takes less time trying to run queries.

NetApp for me has been great. We went from about 30 physical servers and some blades, and now we're over 70 virtual servers and everything's on NetApp. Basically, our utility is about 95% NetApp for storage. There's maybe 5% that are actually outside of that. NetApp has been great.

We switched over from an EMC array that didn't have dedupe. Now with the AFF model, we were able to do compression and deduplication across the board. I think it's like a 4-to-1 compression rate.

For example, we did probably about 20 TB of space and in the EMC side, it was about, I would say 70 TB but we're not even finished yet.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

We live on the US east coast and when we have snow storms, a lot of users work remotely and that's when it impacts, as profiles get used very heavily. When you have three or four thousand users all logging in at nine o'clock in the morning, trying to pull down profiles because nobody's coming into the office and our company never closes, on spinning disk, the impact is very high. On flash, you don't see it, it doesn't even blink; cannot even tell.

Upgrading from spinning disk to AFF increased the overall speed of our production servers. AFF helped us simplify our infrastructure and improve the performance of our business-critical applications. The administration has become more straightforward. We were on an old version of ONTAP. Now that we are completely updated, it's even easier on the latest version.

We have had issues before on our infrastructure where 20 to 30 percent of the people would come to us pointing the finger at the storage technology or storage back-end. That is now virtually zero.

We have one program that has been running for about a year. It is called Nakhoda, and it is an AI application (written in-house) based on AI technology. As far as latency, it is not visible nor noticeable because these machines throw hundred of thousands to millions of files per second.

For DR, we use the SnapMirror technology that ONTAP provides us on based on these platforms. Then, for the local backups, we use snapshots mainly. We are currently implementing SnapCenter for Exchange and VWware to utilize the backup features that the solution provides us.

It's helping to leverage data. The storage is being utilized to implement larger, complex file sizes. That is how we are utilizing this product.

This product was brought in when I started with the company, so that's hard for me to answer how it has improved my organization. I would say that it's improved the performance of our virtual machines because we weren't using Flash before this. We were only using Flash Cache. Stepping from Flash Cache with SAS drives up to an all-flash system really had a notable difference.

Thin provisioning enables us to add new applications without having to purchase additional storage. Virtually anything that we need to get started with is going to be smaller at the beginning than what the sales guys that sell our services tell us. We're about to bring in five terabytes of data. Due to the nature of our business operations that could happen over a series of months or even a year. We get that data from our clients. Thin provisioning allows us to use only the storage we need when we need it.

The solution allows the movement of large amounts of data from one data center to another, without interrupting the business. We're only doing that right now for disaster recovery purposes. With that said, it would be much more difficult to move our data at a file-level than at the block level with SnapMirror. We needed a dedicated connection to the DR location regardless, but it's probably saved our IT operations some bandwidth there.

I'm inclined to say the solution reduced our data center costs, but I don't have good modeling on that. The solution was brought in right when I started, so in regards to any cost modeling, I wasn't part of that conversation.

The solution freed us from worrying about storage as a limiting factor. In our line of business, we deal with some highly duplicative data. It has to do with what our customers send us to store and process through on their behalf. Redundant storage due to business workflows doesn't penalize us on the storage side when we get to block-level deduplication and compression. It can make a really big difference there. In some cases, some of the data we host for clients gets the same type of compression you would see in a VDI type environment. It's been really advantageous to us there.

We have had NetApp for many years. It's been reliable. If we have a disk go bad, they send it out with all the auto support features. We're hands off and all that stuff is being done behind the scenes. That's really valuable.

The primary use case is to put all of our data on NetApp, all of our primary data anyhow. Our SQL databases are Oracle databases. We even have all of our SIF shares on there right now just because we don't have that much. We're probably looking at 120 terabytes of data. We don't have that much, so we are able to put everything on All-Flash.

Reduced latencies, and the cluster data ONTAP, less down time, able to do upgrades, things like that, without much disruption.

We expect more capacity so that we could move more of our workload on without having to make some of the tougher choices about what gets moved and what doesn't; what gets moved off of spinning disk.

We're actually delving in to it, moving our large Oracle workloads on there. However, we don't want to necessarily move all of those components on. There are some that clearly might not benefit from All-Flash FAS. Being that there's a premium cost, a premium right now, and we only have one array, we need to be judicious in what we cut over. The smaller database environments are a given. Also, we'll be moving some of our VMware, more performance-sensitive workloads, onto that.

We get increased performance; a lot more stability. We don't have to worry; when Black Friday sales rolled around and our website goes down because we can't handle it. We were storage-bound in the past and AFF fixed it.

From an IT perspective, providing that as a platform for these specific databases has made us seem like gods, in short. There is a perception of IT in our organization that we're not capable or we can't provide the services that the other departments want. When they come to us and we give them space on AFF, they're blown away by the performance, as are the people that are telling them, "No, you guys can't provide it. Use these guys or go with a cloud provider." We're more than capable technically and now more than capable technologically.

It's improved the speed, obviously, compared to what we are used to, and the latency. It’s the same OS as the regular NetApp FAS, so you don’t need to learn anything again.

All the storage for the VMs are hosted on the platform of individual companies. When you host everything on NetApp, everything needs to grow and shrink for each customer. They don’t know what their customers are using it for, but NetApp allows us to be prepared for anything without knowing anything.

The ability to manage very easily, and the replication between sites for backups is also very easy to use. And it stays up.

We have been able to construct a business intelligence environment with nearly instant reporting for our parks, so they can determine where resources need to be put during the middle of a day. So, if there's a rainstorm, they can determine that we need to move people to front gates, we need to move pizzas here, etc. It enables realtime actions to events.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

We have our ESB system which was actually running on an older NetApp that was having severe latency. Therefore, we just implemented an All-Flash system this year, which dropped the latency by at least four times, so now it runs without any hiccups or problems.

The company as a whole definitely is far more lenient towards NetApp now that we have the All-Flash array because the major ESB system is now running without any problems. Thus, it's made a big difference in the outlook of NetApp for our company.

We have been looking for a flash solution that scales horizontally along with a proven application integration stack. NetApp has been helpful and stable, and enabled us to buy capacity as needed, as well as help in quickly refreshing UAT/DEV environments as needed.

We're able to bring in a bunch of SANs together, into one solution, instead of having a bunch of separate ones. We had about two or three other ones we were using, and now we just use one.

This solution gives us better throughput, better performance and better space-saving efficiency. These are the benefits the user group has seen.

It has improved, in terms of latency and performance issues we were having on the spinning media; those will be gone. We can sell the customer what they need; all customers.

The latency is very predictable and lower. It's very sustained, we know what it's going to be, and it doesn't get impacted by snapshots and so forth.

The best part about it is the density; otherwise, earlier, we used to use a lot of 300- or 600-GB disks. It saves space, saves power and makes us more efficient. The main thing is performance. If you can get the report done in half the time, it's good.

It reduced the overall latency in our Citrix infrastructure. We have a pretty robust Citrix infrastructure. Before putting in the All Flash FAS, end users would see a lot of latency. That's been the biggest improvement, along with a lot of improvement in the overall performance of our SAN and a few other data intensive applications.

There was noticeable latency before the All Flash FAS. Since the All Flash FAS, it is extremely fast, no latency whatsoever.

We have a lot of applications that utilize it, and it has ties for e-commerce. Anytime there's the slightest blip in availability, it’s noticeable across the entire enterprise. Upgrade and upware swaps are seamless.

Our organization has improved because this solution provides a Highly Available storage system with DR configurations, deployed across two data centers.

After testing with early ONTAP 9 versions including storage efficiencies, we found that AFF systems can decrease the data footprint with MS SQL databases (real customer multi-TB DB) to 1:4, while aggregate dedupe wasn't available at the time of testing and post-compression and dedupe were disabled. Snapshots, provisioning, cloning were not included in the result of 1:4 data reduction. Alongside with AFF systems, we tested EF & IBM FlashSystem for comparably in price. AFF showed not only the best storage efficiency, but also the best storage performance (based on overall application performance, using MS SQL DB).

Therefore we found AFF systems very competitive in terms of performance, storage efficiency, feature richness, and scalability.

1. Operational load to system administrators has been reduced by utilizing the user-friendly storage.
2. Earlier the Bill Run process (monthly bill processing for post paid telecommunication subscriber) was taking two to two and a half days in each cycle, while storage was a old model XP from HPE. After migrating to NetApp, it is has come to only six hours.
3. The business copy solution has become faster using SnapMirror.
4. Assured by RAID-DP, the organization started hosting their OS in NetApp rather than using local HDD of server. It improved the system performance, especially in the area of swapping/paging. Also, SAN boot ensured a higher level of redundancy in the OS. 

The big benefit is the performance increase over the previous versions and the previous systems.

Also, to be able to do things such as moving machines around, moving volumes around, the little maintenance and everyday things you need to do. The tasks become that much quicker, and that makes it that much easier to do. You're not, say, waiting for a Storage vMotion to take half an hour to run, where on an all-flash system if it takes half the time of what you were used to. That's awesome.

In addition, less time that you have to worry about troubleshooting stuff.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

The primary use case for our All Flash system is for databases. We use it to keep slave backups of our production databases running on-premise. We use it for file storage, not block storage.

Before we purchased NetApp we knew it was fast and could do a lot of great stuff. After we purchased it, we were surprised because we're trying to run replication on MySQL databases in-house. When we ran those on a regular FAS 8040, the replication couldn't keep up. We weren't able to keep copies of production databases on-prem.

Then, when we brought the AFF A300 on-prem, we were actually shocked that it even outperformed the replication that we were running on AWS cloud for database replications, that we run from different regions on AWS. It was actually replicating faster, which is amazing because you would think it would be faster to replicate a database that is running in AWS from another master database that is running in AWS. But our on-prem that's running in LA was actually faster by 15 to 20 seconds of replication time.

It has improved the way we function because it has given us the opportunity to run, as I said earlier, an on-premise MySQL replication database. Before, we couldn't run it on-prem, so we had to poke firewalls to give access to developers to do queries - which we didn't like to do - out onto AWS cloud. Now, it's all in-house, on-premise, and it's allowing us to no longer run those open firewall ports that we had to do before.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

NetApp has been excellent. Performance has improved significantly.

Because it has been used to deploy the virtualization solution, the consolidation helped optimize its center space, in terms of power, cooling, and so on and so forth. Therefore, we have had significant optimizations across the board. Also, there are SVUs to deploy virtualization solutions for our customers.

We are more like to consider NetApp for mission-critical storage systems based on our experience with AFF, which is currently being deployed for core banking applications as well.

Ease of use: We're familiar with the NetApp platform and ONTAP. We're comfortable with the tool sets that it has. We've been trained on it as a group for quite sometime. We started out with IBM-branded NetApp with 7-mode. We've grown from 7-mode all the way into ONTAP 9.0. The cross training amongst players or team members allows us to help each other with issues that we deal with on a regular basis. We find that there's a lot of value in that.

We use it for a storage location for Riverbed centralized storage. We use it for VMware, VMFS volumes, and for our VMware platform. We also use it for iSCSI and for regular RDM server storage. We use it primarily for block-related storage.

We use it for multiple apps. It's enterprise-wide. We have eMARs. We have what they call the Obamacare Exchange running on it, and HBE for the State of Kentucky. We have a lot of VMware running on it, which have 1000s of servers that their VMDK files are nested in VMFS volumes which run on the AFF8080.

One of the primary reasons that we went with the AFF was because of the dedupe, the compression, and that it's not software-based, but it's hardware-based. It's inline.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

It's made a huge difference. We've cut hours off our job times, simply by moving the storage and nothing else. We can finally meet our production deadlines for job times. We can shorten our work windows down because we can complete the jobs faster.

As far as our VDI environment goes, it's allowed us to exponentially expand it. We've gone from essentially a trial project to a full-out deployment, corporation-wide, for VDI. It's allowed us to facilitate that quite well.

For example, the bottleneck for speed was one. We’ve tried out some different solutions. We've got some Pure technology in there and we have a couple of other vendors. We've done a lot of business with NetApp over the years. We've kind of decided to stick with them for a while.

We use a lot of bandwidth in our company, so user experience is really improved because of that. The IOPS are high enough that there's no latency anymore.

We needed something faster than NFC, and we now have a 30 second latency, down from 60 seconds.

It allows us to shrink the maintenance windows and downtime. It provides faster replications between systems because of the installed flash.

We have been happy with the performance and it has not given us any issues.

I like the simplicity of data protection and data management. We use snapshots for our FAS recovery, and we use SnapVault for our backups.

NetApp definitely simplifies our IT operations by unifying services. We only use this solution on-premises, but with NAS, we don't need Microsoft Windows to create a share. It's all on our NetApp platform. I like it because we do not have to switch.

I wouldn't say that we have reallocated resources that were previously dedicated to storage operations, although it does give us time to do other things.

We have used NetApp to move large amounts of data between data centers. It has made it easier for us, and RPOs are shorter because of it.

With respect to the response time for applications, I can definitely say that it has improved, although we have not done any benchmarking. I perceive the improvement through monitoring the applications.

This solution is pretty expensive, so I'm not sure whether it has reduced our data center costs.

NetApp has helped eliminate storage as a limiting factor in our business. My customers are happier because they have no issues with performance or accessing their data.

One of the best things about the AFF products is its integration with NetApp StorageGRID, which can give you the ability of tiering to the cloud or StorageGRID. Whether it is on-prem or off-prem, tiering is the industry trend right now. One of the ways that these products help us is by using the new ONTAP version as well. They identify the cold data sitting on our main storage arrays, consuming the very expensive media and moving that to the cheaper storage tiers, whether it's on-prem, StorageGRID, off-prem on a public cloud, or a private cloud. With this integration as part of the Data Fabric, we have been able to lower some costs of storing data on-prem.

Coming from a financial background, we are very dependent on performance. Using an all-flash solution, we have a performance guarantee that our applications are going to run fine, no matter how many IOPS we do.

We use NetApp for both SAN and NAS, and this solution has simplified our operations. Specifically, we use it for SAN on VMware, and all of our NFS storage is on NAS. They are unified in that it is the same physical box for both.

This solution has not helped us to leverage data in new ways.

Thin provisioning has allowed us to add new applications without having to purchase additional storage. This is one of the reasons that we purchased NetApp AFF. We almost always run it at seventy percent utilized, and we only purchase new physical storage when we reach the eighty or eighty-five percent mark.

I find that we do have better application response time, although it is not something that I can benchmark.

As a storage team, we are not worried about storage as a limiting factor. When other teams point out that storage might be an issue, we tell them that we've got the right tools to say that it is not.

• It provided an amazing response time for all apps, with websites getting better stability, and QA for all final users.
• Implementation to share volumes between Windows IIS and .NET, and between Linux Apache and PHP. 

The best is you can use the same volume for different flavors of OS. In fact, that feature gives solutions to some cases where you have limitations for some applications when it does not support the OS, maybe when you have old apps that are not possible to migrate.

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.

We have probably doubled the number of virtual machines that we've provisioned since getting an AFF.

It has done everything we have needed it to do.

It has resulted in more customer revenue. We've got a very diverse crowd as far our customers go. Different customers are asking for faster, more performance, more service, and AFF pretty much delivered that.

One example is we're moving a legacy application over. I'm actually in the middle of a project for that right now, where it's four Windows servers each with eight terabytes, that our actuary department uses for data analytics. With the efficiencies on the AFF, that eight terabytes has gone down to about two and a quarter of actual capacity used. So we're going to save a lot of space there, in addition to letting them run more simulations and get more simulations done more quickly because of the storage being so much faster than what they're on now.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

It solves the performance issues of the past. 

The primary use case for my customers is enterprise vSphere workloads or Oracle workloads. We have customers using it for both block and file storage.

This is not a directly specific to AFF, but I like the idea in the cluster that the data from ONTAP would allow having a mix of All Flash HA pairs with hybrid arrays. This allows for a somewhat tiered approach for storage. So, that is cool.

One thing we see is the kind of flexibility NetApp is giving, taking the Snapshot and other features; wherever we want to keep it, we can keep it. Those things, are really impressive. We don't have to look into that traditional backup model like a tape backup model or protecting your data.

There are fewer customer call backs due to performance issues; fewer problems for myself and my staff. That kind of thing. Those are the biggies; just a sort of set-and-forget kind of platform.

We shrunk our footprint and get a lot more power for the same thing; makes it simple.

NetApp All Flash FAS:

We're also using FlexClones, and we're able to flex clone our database to a test environment and a dev environment. We're able to keep it all underneath one storage system, so we don't have to manage multiple arrays to run test and dev.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

All-Flash FAS:

We were beginning to have performance problems. Our databases were getting larger and larger, and we needed to move to something that had that low latency, and this has greatly helped us with this.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

I'd say we're using only about one fifth of the formal capabilities of the systems. We're still running Oracle DW and 50% of the system is consumed, but this is not causing any issues during daily business.

We're also able to move volumes across aggregates.

We were able to seamlessly go from a switchless cluster to the AFF. We did it with zero downtime, it was done during a normal workday without maintenance, and it had no impact on performance.

The simplicity around data protection and data management is good with the snapshots and then being able to lock them up. We can conserve the data for our space and then set the layers that we set with the administration. It's very feasible.

Our data staff is smaller than it was because it's easier to manage in one portal. We have moved several employees into different departments.

The IT operations have been simplified through the unification of data services because we have just one window where we can manage it all.

With regard to application response time, I can say that the speed increase is substantially noticeable, but I do not have any numbers. It is probably twice as fast as it was.

I know that the data center costs have been reduced because we have fewer people managing the data, but I do not know by how much.

This solution has lessened our concern about storage as a limiting factor. It comes down to the easy manageability, the deduplication, and the compaction. Our volumes aren't growing as fast as they were.

We reduced our floor space by reducing 44 racks units to four rack units. It has helped us with our data center economies of scale. It reduces our support costs too, which is great.

It's helped with latency. It has improved our job flows.

Logical data might be very high, but the physical data, because of efficiency features (such as, dedupe, compression, etc.), has been greatly reduce data. Therefore, we are getting 10 to 20 times the efficiency on this product.

There is a variety of features and benefits to customers using this solution. A lot of our customers are coming over from EMC, and the integration with cloud is pretty important to them. NetApp has a lot of roadmaps on cloud inspiration. That's important to them. That's one of the reasons I'm here, to understand more about the cloud inspiration, and having those on-site/off-site features. A lot of people are now looking at cloud. There are a lot of hardware solutions that are coming up, and NetApp really lends itself to them.

Our use case is really just our Exchange environment right now. In terms of block or file storage, we present it to VMware and then present it off as RDM's to the virtual servers. Our AFF is not currently part of a cluster together with other NetApp FAS systems.

Because of all the inline deduplication and the integration with SnapManager, it allows us to set the storage and forget it with the Exchange team. They do all the restores through the Snap Single Mailbox Restore.

And it's quick, it's fast, even though IO is not huge for the Exchange environment, it's still nice to have that speed for when they do have that need.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

Potentially. Hopefully just the consistency and integrity. That's our main goal as a small shop, compared to some.

Hopefully, you never have to actually use those backups but those backups are probably completing 90% faster. If we had roll back to a backup, then we're going to have more consistency. That's the main thing - that I hope I don't have to use - that would be there for its benefit.

The primary use case for our Flash FAS is general storage for our hypervisor, software as a service provider. We primarily use it for storing our applications, web servers, file servers, and whatever other applications we have. We mainly utilize the AFF platform for the high performance and the deduplication capabilities. The management is a lot simpler on an AFF.

We use an ONTAP cluster for the core Oracle DBs. The benefits are performance and the features we use, such as FlexClone to clone and restore the DBs everyday and to check if backups are properly done. These are great benefits.

We did see some massive performance increases on all of the SQL databases when we moved over; that made the database administrators pretty happy.

It provides greater stability for our corporate database, which we host on the FAS. We have a much greater sense of confidence and reliability in our data solutions. It gives us more confidence that everything's going to keep working.

In terms of manpower or cost, because we are a public agency, it's more about value as far as the service that we receive and the stability of the solution. Those are the key factors.

It's certainly better than our previous Pure Storage system. It’s a flash array that works seamlessly with other NetApp products. They have the ability of other FAS as well as of flash.

We're able to treat more patients now because our workloads are performing faster.

Lower latency means faster end products. From development to the end, it now takes less time to compile a product and export it. The whole process of compilation, builds, and exports takes a lot less time. So instead of 10 builds per day, I can do three times as much.

This solution simplifies our IT operations by unifying data services across SAN and NAS environments. We are using it on the fiber channel side, as well as the iSCSI side, for both CIFS and NFS, so it across the entire infrastructure.

We have used NetApp AFF to large move amounts of data. We just recently did a migration using SnapMirror and SVM DR. We did have some scheduled downtime, but there was no unplanned disruption in service.

Even with this solution implemented, I still have to manage the storage side and the availability of it, so we still have to worry about it being a limiting factor.

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

Our biggest use cases for the AFF are virtualization and data bases. We use it for file storage.

For any of the performance intents of applications, it's just been night and day from when we put them on. We had them on spinning disk, then converted them to the AFF. The latencies have become really low and my customers are all happier for it.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

Functionally it did improve our company. It improved internal customer performance.

It gave us a lot more peace of mind, because before we had a SAN solution that worked - it gave us the ability to have Microsoft SQL clusters for our treatment. This adds an extra layer of protection with the high availability, the multiple layers of redundancy, having SnapMirrors so we can replicate and do snapshotting. It's just given us a lot of peace of mind.

When you've got patient-data, you've got to make sure it's there.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

In the single name space, the profile pad need not be changed for various users. All the users of VDI can be pointed towards one profile source.

Our primary use case for All Flash is we put VDI on it and we put our Providence Health Systems work on Epic. Epic is our tier one app. We put all the NAS needs for the Epic app on All Flash, and we also put our user home directories on All Flash.

In addition to what I’ve already mentioned, the other thing is we are short on rack space. We can fit a lot of this storage in less rack space. It actually helps us reduce our cost, and increase efficiency.

We are a customer-driven solution. We're running the environment and have some very demanding customers that require zero downtime, extremely good performance, and the solution has worked out extremely well for us.

We have a software that is a learning environment for schools, higher education and corporate businesses. User software for learning environments. And they use our class as their learning environment.

We need everything to be reliable and to work fast, and we have absolutely found that with NetApp.

It's simplified operations because our storage team is so used to managing all of our stores using a single platform and by just adding flash to that same platform – the existing platforms – simplifies our day-to-day operations.

In the transportation industry, we have a lot of demand for analytics and on-demand data, big data, and AFF provides what we need in terms of the quick read and write.

We spend less time thinking about performance and more time being able to worry about actual problems and the customer. Of course, the customer is the most important part of business.

It's enabled us to move all of our database tempdb locations to the AFF and save 70% on storage costs.

It's greatly improved our tempdb access. In our environment, we tend to use and abuse tempdb and as such moving our database tempdb locations over to that device has improved performance quite dramatically.

First, when you think of flash, everybody says that it’s faster, but that’s not the main reason. Of course it’s all related to it, but for example, with the VDI, we were very pleased with our previous disk system which also aligned with flash rules. But I was not pleased that my guys were spending a lot of time in managing their VDI’s, taking care of it, that they don't do the same thing at the same moment. When they were deploying, it was by 10, for example, not 300 at a time. They did that at night instead of during the day because they were generating a lot of iron on the disk system and the performance were going down.

Honestly, we were very pleased with the average speed in the past. But it’s now consistent. The performance is consistent and that’s much more important than it being faster.

They did a very good job already now with 8.3. If we also compare 8.2. to 8.3, there are a lot of performance improvements already there.

For the company I installed this for, their data warehouse system and ERP is ten times faster than it was before when they were using hard discs. We can work much faster on customer situations and requests than before.

The peak loads on a software install for VDI desktops now have lower latency. Previously, we had a 3240 with HDDs. For normal operation the HDDs with flash cache were fine, but for virus scans and software installations/patching, we would start at midnight and end at three or four am. However, sometimes at four deduplication operations would start and that runs concurrently with the installation that isn’t complete. So as a consequence, we had terrible latency until 11 or 12 so our users were unhappy with that situation. With the AFF, we have absolutely no problem at all.

Flexibility, being able to network multiple 880 series together to increase speed. We’re building a four head environment with goal of 500,000 IOPS/second. With the amount of data from monitoring tools and data storage, we need incredible speeds.

We have more storage capacity. Managing it is easier and it's available anytime we want it.

The benefits for our organization are that our customers actually noticed, and that's pretty hard to do sometimes. It was really good because they actually noticed the response times changing and that our virtualization system actually became more responsive for them.

We have seen a speed improvement, and our applications are a lot faster.

Because of the speed and storage efficiency, we have no complaints from the customer and we don't have to buy as much space, because we can compress it.

By moving everything to the All Flash Array, our outage times have gone dramatically down, if not disappeared completely, for the most part.

We are more likely to consider NetApp for our mission critical storage systems based on our experiences with AFF. We are actually moving all of our production data onto our AFF system right now as it's been extremely fast and stable.

We're still testing it, but I expect it to provide us a lot more speed because of low latency and clustered Data ONTAP.

Our company has a web application for post-lab test results, and with flash, the application is much faster than it used to be. The customers can see results much faster and can then send new requests for labs faster.

It sped up our data queries and we can work more efficiently. These queries are now done in seconds rather than minutes, affecting everything we do on a day-to-day basis.

We have SQL clusters across the United States. It has sped up our IOPS and made it a lot easier for users.

• Improves performance
• reduces CPU usage
• Efficient use of RAM

It's offloaded workload that was compromising other workloads because of performance degradation. It's enabled us to take that and isolate it; give it the performance it needs, saving other applications’ performance as well.

We had a few databases that were using SQL databases that we were having some performance issues with. We moved them over to FAS and, no more performance issues. Basically, you throw a ton of hardware at a problem and that fixes it.

A lot of the applications that we use are canned applications. We don't actually have the ability to go in and modify them. We’re kind of handed a bad deal in some aspects. We go in, we put that stuff on flash to see whether we can make this thing perform the way it's supposed to. We really don't have the option of going in and changing the code.

We have a job system that runs all the time; people can run what they call campaigns. It drastically increased performance. It decreased times by three times the amount. The amount of the CIFS shares increased from about 128 Mbps – it was only a 1-gig line anyway, to a 10 gig – to about 800 Mbps. The engine actually can't pull enough and it has caused a little issue here and there, because it's basically causing a race condition. We've had to program around race conditions because we haven't had a system that was this fast.

It saved us a lot of time as well, substantial savings.

We do not use it now for our customers, but just to manage our criticla internal CRM proposals. It helps us manage our entire CRM. We had problems with latency in the regular NetApp storage devices (many concurent access attemps for small data) and AFF has improved it.

Stability was something that was really wanted to improve on, and we've been ale to do that with AFF. Previously, we had to reprogram every three months or so, so not having to do that with AFF is huge.

Secondly, we do a lot less daily maintenance than we used to. It's a fairly trouble-free system as we simply configure it and pretty much leave it alone.

We have a big problem in our organization where I can't get the application engineers to give me performance requirements. Now, with the SSDs, I don't need to worry about that anymore. All of our applications are high. Our test applications perform at a higher level now.

It has improved performance of our enterprise applications, data analytics, and VMs because we have a higher IO from the disk now. We run a lot of write-intensive VMs. For sure the solution helps out.

Our total cost of ownership has decreased because of the nature of the SSDs, their mean time to failure is much higher. They don't fail as often and that's going to reduce it. And because we upgraded to the All Flash and the bigger SSD, we reduced our footprint. I increased my capacity 500 percent and reduced my footprint in the data center by 95 percent.

It improves organizational performance.

• More desktops on storage
• Ease of management

First of all, we have very low latency. We just moved a good piece of our stuff over from spinning disk onto All Flash FAS. We didn't have performance problems before, but now we are screaming. Things are really fast with really low utilization now. We're surprised at the low utilization and high performance.

I attended a recent NetApp Insight conference to find out more about how we can benefit from it, to understand it more so, that way, I can employ it better during high-tension situations.

I never see the financial side, so I don’t know if we have seen any financial benefits. In terms of the manpower to run it, it’s me; I can do it myself. As a former grunt, I've been able to manage the system easily, ever since we got it four years ago. As far as administration, it only takes one person.

It has improved my organization by being able to remove potential hardware issues from the equation; knowing that we're getting top throughput and performance from the system; and then being able to contain customer workloads within their subscribed tiers using QoS.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

First of all, the cost was a benefit to my organization. The cost was great for us. It just made sense to do it. Then, speed. Then, just overall manageability of the system itself.

It doesn't improve the way I work. I don't get to use it, really.

It's faster than spinning disk. I don't have people complaining about it being slow. We're still ramping up in the production but our busy season is a little bit later this year. Right now, it's faster than spinning disk.

Reducing data fingerprint (deduplication) and speeding up access to data.

I don't know if it improved the way our organization functions, but I know we don't have any storage outages or slowdowns at this point. We just did a refresh about six months ago to the A700s and we have been very happy with the performance of those boxes.

Our latency is extremely low. We average below a millisecond.

The solution has drastically and positively affected IT's ability to support new business initiatives. It's a very easily automated solution using REST APIs.

Combined with OnCommand, the solution the solution helps improve the performance of our enterprise applications.

• Better performance
• More reliable systems
• Less space needed versus competitors of similar storage

The benefits are automatic; the power consumption is very low with the All Flash and the performance is very high. So, it helped us to better serve our customers to do the VMware data source.

It took only a very short time to implement, as it was live just a few hours afterwards. It also integrates well with our environment, specifically with disaster recovery, high availability, management, performance, and historic and current performance metrics.

• IOPS
• Reliability
• Multi-tenancy
• Network segmentation
• easy to maintain and configure starting from a correct initial setup. focus on network conf in particular

I am trying to understand it more, so I can employ it better during high tense situations.

I have been able to manage the system easily myself since we got NetApp four years ago.

From a relations perspective, it makes us look better that we have the best foundation to run things that we can. It also provides cost savings because it has efficiencies we can gain with it.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

We've been using for our internal cloud environments, for internal cloud storage. Response time's very fast. Capacity's very good. Performance is very good; it's quick.

It helped us a lot with our storage infrastructure because we were using another vendor, XtremIO. prior to this and things were really slow. We used to have to fight fires every day because users were not able to access their files or the files were not responding the way they should.

It will reduced query time because we have a lot of them that take a long time to execute. We created the database because we need to know which product I have available in the warehouse, and this is most important thing for me. Because we have the flash array, the queries to find this out will be much faster.

With anything that’s flash, it comes down to speed. If I need sub-millisecond 300,000 IOPS, for example, Flash FAS will provide that for us.

We had some customers who were running virtualization workloads on classical spinning disks. We implemented an AFF system, and they got a huge performance boost out of it because the latency of the SSDs is simply much lower. Actually, most customers benefit from the improved latency and performance from the AFF systems.

Another important aspect of it is because we have customers who use SAN and NAS, they want only one system. This simplifies things by handling both the same way. You set up data protection, and it doesn't matter if it is SAN or NAS, you know the data is protected to a secondary system or to the cloud, wherever you want it to be.

A few customers are tiering out to their own S3 data center, not the cloud. For them, it has reduced their costs because they had an existing S3 solution. They just tier through that, then they need less space in the SSD tier.

It simplifies IT operations.

Thin provisioning enables us to add new applications without having to purchase additional storage. Thin provisioning is obviously heavily utilized so we don't have to buy a new kit.

AFF has enabled us to move large amounts of data from one data center to another. It has also affected IT operations by greatly improving resilience.

AFF SSDs have improved application response times. We've seen a five-fold decrease in the latency figure.

Datacenter costs have decreased because of the smaller footprint and less power usage. In one system we saw six racks go down to half a rack. It's probably five to one in terms of actual data space.

Used to run an older FAS with FC drives. We were always having trouble with performance. AFF is fast, with low latency, and plenty of I/O headroom. Management is fairly easy as we know our way around NetApp from experience with the old FAS. 

For us, it's mainly about being able to transition data from one location to another rapidly, and even do incremental updates. So, that aspect of ONTAP allows us, as well as our customers, to be able to leverage great geographic distances in order to seamlessly still present their data in one location.

The most valuable features are the speed and performance for our transactional workloads for our databases. We saw it in terms of our workloads for our customers for our products that demanded high-performance transactions for, specifically, our Microsoft SQL databases.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

We automate a lot with our NetApp All Flash system.

We use AFF for block storage, because we need a lot performance in all of our systems and databases.

• Application performance
• Less capacity required due to storage efficiency

• SVM application provisioning: makes it easier to provision applications for VMware, VDI, Oracle, and SQL.
• All flash: low latency and higher IOPS since it’s all flash.

It has improved our organization with efficiencies for our developers and similar items; some of the work and the way they do it. It's actually improved their speeds quite significantly.

We have moved GPFS's metadata to the SSD disks, the incremental backup is 6-8 times faster (we have over 120,000,000 files and backup takes "only" 30 hours now).

Our next step is to migrate TSM database to SSD array and we hope that allows us to once again reduce backup time.

The customer improved its time to market.

Learn about the benefits of NVMe, NVME-oF and SCM. Read New Frontiers in Solid-State Storage.

With Data ONTAP clusters, we've been able to unify our servers and have unified management of them. We can also scale freely.

It's highly integrated with VMware and it's very fast. We have reduced latency from 100 milliseconds to just 1 millisecond.

It has a high quality of integration that is way beyond the competition. 

We use it for automating cloud deployments of SAP applications and products.

We were able to migrate from a flash pool to AFF very effectively and efficiently.

The Oracle workload, which was previously deployed on physical servers with direct-attached storage, has greatly improved mostly with transaction processing speed. Latency has been almost eliminated on protocol and physical disk layer.