NetApp AFF - All Flash Reviews

We adopted it primarily for performance and space-saving benefits.

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.

There are two compression technologies available within it, and they are valuable because they allow for significantly higher data storage capacity and the retention of a larger number of snapshots on the system. This is crucial because it enables organizations to avoid the need to invest in additional costly storage. 

Given the high cost of storage, having these compression technologies in place ensures efficient data deduplication and other storage optimization techniques, allowing for the retention of a substantial amount of data on the system.

To enhance the already excellent administration, one area for potential improvement could be in terms of integration.

I have been using it for seven years now.

The stability is impeccable, scoring a perfect ten out of ten.

The scalability capabilities deserve a perfect score of ten out of ten.

I would rate its support services eight out of ten.

Positive

Various other departments within our organization have their own storage solutions, so we had EMC Xtremio and EMC Xtremio in use. Additionally, we've implemented Pure Storage for a separate area of our operations.

The initial setup was quite straightforward, and we had an engineer who handled most of it. It was impressively easy and hassle-free.

I find the pricing to be reasonable, particularly with the recent inclusion of features like snap locking and ransomware protection within the ONTAP license instead of having them as separate licenses.

When I first joined the company twenty-three years ago, they evaluated various storage solutions before ultimately selecting NetApp. The key factor that led to this choice was NetApp's snapshot technologies.

The system has proven to be incredibly reliable and dependable. For smaller organizations seeking high-performance, straightforward management, and cost-effective solutions, I would recommend considering AFF. I would rate it ten out of ten.

I use it primarily as a database storage solution, supporting various applications such as Oracle, VMware, and NFS SAN. It serves as a versatile storage platform for multiple use cases.

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.

One of the most valuable aspects is its robust data management features, such as compression, deduplication, and in-line data optimization. These features provide immediate storage efficiency gains without requiring additional post-processing. 

Furthermore, the ONTAP feature intelligently monitors volume efficiency and can automatically adjust or pause in-line efficiency processes when suboptimal performance is detected. This automation prevents resource wastage and ensures a more efficient and streamlined process, although manual adjustments remain an option.

It would be valuable to have more visibility and control options. Instead of having everything enabled by default, it would be helpful to be able to activate specific features as needed selectively. This would enable the monitoring of data efficiency in real-time without manual intervention. 

A graphical user interface displaying efficiency metrics, such as compression and deduplication rates, would be a great addition. This way, I could easily access this information without resorting to command-line operations and screenshots, streamlining the process.

I've been using NetApp AFF for about four years, but before that, I had a professional service background. In total, I have approximately eight years of experience.

Its stability features are excellent.

Scaling is straightforward, and we are pleased with the process.

While there have been a few issues that NetApp hasn't been able to resolve for our specific company, the majority of problems I've encountered have been effectively addressed with their support. Overall, we are quite satisfied and I would rate it eight out of ten.

Positive

The reduction in operational latency is quite significant, approximately around 40%. Efficiency gains have led to significant cost savings for us. We no longer need to invest in additional storage capacity unless we anticipate a substantial increase in I/O operations from our applications. We only purchase storage when it's necessary, ensuring that we acquire precisely what we need and understand the performance of our current aggregate effectively.

Overall, I would rate it nine out of ten.

We use it to create our volume groups for our ESX hosts, VMware, file storage, and Flash Pool for our images. We use it as a tier storage to our NetApp storage grid.

Snapshots, snap clones, backups, flexibility, and agility are valuable features. I like that NetApp AFF is easy to use. We can automate everything for our backups and use cases. It's fast and simple, and provides storage to all of our VMware ESX hosts. It expands easily as well.

Our latency is fine, and NetApp AFF provides us the best speed for our applications.

In terms of optimization of costs, NetApp AFF is a little expensive, but I don't mind paying for it.

The ability to connect to CVO and ANF is great, and as a result, it has a lot of flexibility.

I've been using NetApp AFF since 2016.

We haven't had any major problems with stability.

It scales well, and we haven't had any problems. We also have site storage with AFF C190, and being able to integrate with our other sites has been great. We have about 16 clusters in two different data centers for AFF.

My experience with technical support has been good. We have a primary TAM and pay for that service. They are very good at responding to our requests and needs, and I'd give them a ten out of ten.

Positive

We were on spinning disks with NetApp before, but we also had IBM XID. We switched to NetApp AFF because we were already heavy users of NetApp. We liked the cost, flexibility, and the ability to adapt to all of our workloads. Now, we're a single storage provider or user.

Our ROI is that we've been able to reduce our storage footprint by 30% by going to a single storage provider. We can FlexVol our environment.

I think the pricing and licensing are a little high, but compared to those of other storage vendors, it's within reason. After the three-year prepay, the extended warranty is a little expensive.

We evaluated IBM and Dell EMC, and Dell EMC was too expensive, and it didn't have the flexibility that NetApp had.

On a scale from one to ten, I would rate NetApp AFF (All Flash FAS) at ten.

We share data between systems as well as sharing data between our off-brand mainframe.

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.

The Snapshots and just the overall flexibility of the product have been great.

Using AFF helped reduce our cost of licensing.

AFF has helped us with saving or optimizing our costs.

We have been able to optimize overall storage.

So far, we have not been affected by ransomware attacks since implementing AFF.

Being based on ONTAP makes migrating to the cloud much easier to take advantage of. We can figure out the cloud SVMs in a very similar fashion. That's been a big help. It's a technology we already know, so we can pretty much apply anything from ONFREM to FSx.

There are no specific areas that need improvement. There aren't any particular features we'd like to see in the next release.

Some of the graphical user interface changes in the later versions of NetApp have not been as good as the older ones, like in the 9.5 era. Just from overall usability from our tier three team, we've had to go in and fix some things after they go and do a deployment since there are certain options that used to be there that aren't.

It's been very stable.

For our uses, it's been fairly scalable.

Technical support has been great. We had to reach out to NetApp before when we had an issue or a hardware problem. They were helpful.

Positive

Before using AFF, we had some of the older FAS 8040 systems. We still have a couple in operation and some from way back in 7-Mode still on our current cluster.

We have been a NetApp shop for a while and just wanted to continue working with them.

The initial setup was straightforward.

We did have a partner work with us to kind of get it up and running so that was a big help. Our experience with them was very good.

While I don't have the numbers to quantify it, I have seen an ROI.

The pricing seems reasonable.

We started to look to use BlueXP for managing our FSXN instances.

We will be using it to help migrate from an on-prem to a cloud environment. We are starting to migrate some of our workloads as we work on closing one of our data centers. So, we'll probably be using that for migration purposes.

I'd rate the solution ten out of ten.

We use it mostly for user file data. We are also providing data stores for our VMware platform.

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.

The typical snapshots are one of the benefits. Also, in addition to the NetApp MetroCluster, we also have two eight-node HA clusters. And the solution makes our work easier.

NetApp AFF has also helped to reduce support issues such as performance tuning and troubleshooting, and that's true even though we are quite self-sufficient in our knowledge of our clusters and of NetApp in general.

There is room for improvement with the user interface. There are a few things that cannot be done in the GUI. We do a lot of things through the CLI, but that's grown out of a lack of ability to do them in the GUI. An example is QTrees. You can manage them within the GUI, but the GUI is missing a few options. Also, the graphical design of the GUI for that part doesn't fit the windows on your screen.

I have been using NetApp AFF for about eight years.

The reliability is one of the most important elements. Since we went to cluster ONTAP, we have really found it to be reliable. Previously, we were running NetApp with a lot of 7-Mode systems. The transition to cluster ONTAP wasn't easy, but in the end, it's way more reliable. What we love about the MetroCluster is that we do not have to worry about data being on one site. The reliability is one of its best features.

The only issue we had, once, was when we moved to another data center, but that was not NetApp's fault.

Scalability of the solution is great, but expensive.

We always get what we need from their technical support, but what I find annoying is that you always have to go through all the various levels of support. That has definitely improved, but you always have to go through the front end, explaining what your environment looks like and what the impact of the issue is. But that's the only complaint I have about the support.

It would help if they had a customer profile and could look it up and. When I create a case, I try to put in as much information as I can, but it's not always read. I get a standard email back from NetApp that says, "What does your environment look like?" even when I have put all of the information in the case, upfront.

Positive

We used two separate 7-Mode clusters and we SnapMirrored the data to the other side. We moved to NetApp AFF because of the speed and because solid-state disks were the new technology at the time.

The initial setup and deployment of NetApp AFF is pretty straightforward. A lot of terms that were used in 7-Mode became easier and were more clearly stated when we transitioned to cluster ONTAP.

Our transition lasted a year or so. We had a lot of data to move. We used the 7-Mode transition tool. My entire team of six people was involved.

The pricing is pretty reasonable for what we get. But if you have to buy any more disk space, it can be quite expensive. We had some internal discussions with people who wanted to store a lot of graphical data and we gave them the pricing for that and they were really horrified about the pricing of a single shelf.

We did not look at any other vendors.

With the all-new cloud availability, it's really important to think about the necessity of having your data doubled up over two data centers. With the cloud becoming more pervasive, the entire government is thinking of dropping physical data centers and going to managed, private cloud. My advice would be to think through whether you really need the functionalities of a MetroCluster. I like them a lot, but cost-wise, the cloud could be a great option.

Our primary use case is escalating a more global performance, which wasn't achievable with the regular spinning drives. We wanted to have higher breakthrough performance with a flash-based solution using all SSD drives. 

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.

1. The OS running on top of it is ONTAP. The user experience is a breeze at the fingertips with ONTAP.
   
2. The efficiency ratio.
3. The Active IQ feature is a productive mechanism that automatically collects reports and users' statuses.
4. The initial deployment is completely GUI-based.

I am looking forward to the enhanced features coming out: The upgraded version of ONTAP and more support on the protocols.

I would like to see more frequent updates at a faster pace.

There needs to be compatibility with upgraded applications. We don't want the system to be upgraded, but not have backwards compatible to existing applications.

It needs to be able to integrate with Intel and other NetApp family products, besides ONTAP.

It's a combination of the hardware along with the operating system which produces the stability. Based on the data protection factor and on its sustainability in case of a component failure, it is well-designed on the hardware and software fronts. 

I am satisfied with the stability.

The scalability is amazing. It is like an entry level box which scales up to almost a 144 drives. It is more than what an entry customer usually needs. It is suitable for expandability needs and can grow with the customer.

Customers were already using the application. We took their feedback. It was the best product based on our requirements.

I work on the phase when the solution when it is being designed. My involvement would be more on solution designing. Once the solution is finalized and has gone through, the implementation is not that difficult of a task.

The initial setup is very simple. System Manager 3.0 is built into it, which makes it easier to set up the system. It probably takes about 15 to 30 minutes.

We used a reseller for the deployment. We had an amazing experience with them.

This solution helps us improve performance for our enterprise applications, data analytics, and VMs. It is why we provisioned it. Analytics require huge amounts of processing power. With this solution, the processing happens in a tick of a second, which would not happen with regular spinning drives. With SSDs, All Flash FAS, and the help of ONTAP, it nails the performance.

Our total cost of ownership (TCO) has decreased by 40 percent.

Dell EMC was an option, but we liked the operating system of NetApp.

With an increasing amount of data cranking out every day and a lot of analytics running on processing applications, more performance is required from storage devices. This is a database solution which is All Flash FAS is suited.

I have not connected AFF to public clouds yet, but possibly in the future.

It takes half an hour max to set up and provision enterprise applications using AFF.

It is a diversified solution.

NetApp has increased our speed. It can speed up our production and save us time. Our production runs on NetApp, and the data cannot be disturbed. It gives us the capacity and speed we need for our production data. 

NetApp's new technology will improve our skills, which we can use to improve the company. We will have the architecture to deal with production issues and improve our production environment, enabling us to make more money. For example, adding AI technology will significantly enhance our operations because AI can perform traditional maintenance and routine jobs.

Our investment priority should be security because we're still growing on a straight path. The second one should be a true cluster. NetApp's cluster is still not an actual cluster. Then we'll have a perfect product.

I like NetApp's edge visualization and load balancing. 

NetApp could lower the price and offer a true cluster architecture. It's currently a 1.4 cluster, not a real 2.0 cluster.

I rate NetApp solutions eight out of 10. 

The main purpose of the AFF is to work with applications that require high-intensity I/O operations. For example, we run some open-source DBs, as well as Oracle, that require high-intensity I/O. We also have a high-performance computing setup.

We have two locations. In the first location, we have an AFF cluster. In the second location, we have an AFF cluster that works in combination with ASAs.

Our environment is primarily made up of open-source applications. 

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. 

The most valuable feature is its ability to handle high-intensity read and write operations. It works very well in terms of this.

We recently started using the volume encryption feature, which is helpful because there are some federal projects that require data at rest to be encrypted.

SnapMirror is another feature that we use, but we don't have MetroCluster set up. SnapMirror is used for replication across multiple geographical data centers. In these locations, we have products and we are exploring how to minimize the bandwidth while improving DR capabilities. With respect to the DR, we don't use the AFF in secondary nodes.

In some situations, we would like to have an additional storage shelf but do not want to use an SSD. Unfortunately, AFF won't work in conjunction with SATA. Having these together might give some benefit in terms of capacity.

We would like to have a feature that automatically moves volumes between aggregates, based on the performance. We normally need to do this manually.

In some cases, we would like to have the ability to expand our units to handle two additional target ports. As of now, we are using four or eight target ports, which come with the A300 model. There are situations where we need to extend this but we have limited slots available. 

We have been using NetApp AFF for the past six years.

The stability of this solution is fine.

The scalability is seamless. Without any downtime, we can upgrade and scale-up.

As of now, we have a 40TB SSD front-end fabric pool capacity. At the back end, we have a two-petabyte storage grid. We are not experiencing any performance-related issues, although we have encountered a few time sync-related problems.

I have also worked on an IBM DS8000 series and some similar products from EMC.

IBM had released the 8700 with the AFF configuration. However, I was with another company at the time. The majority of my experience is with NetApp using the CLI, but with the IBM product, I was using the GUI. I prefer the CLI in both systems.

With respect to the pros and cons between the vendors, it is difficult for me to judge. Each filesystem has benefits with respect to the vendor and the technology that they use.

The initial setup is straightforward. It is not a big, complex job.

We are in the process of setting up and transitioning to a Hybrid cloud environment, but it takes some time. We are currently exploring it. We have thousands of servers in AWS and Google cloud, and we have an internal VMware cloud as well.

The NetApp team helped us with the deployment and also helps with the patches.

We invested a lot of money in our NetApp AFF set up but we have a huge capacity. We balance it that way.

NetApp AFF is an expensive product, although not compared to other vendors.

We chose the A300 model based on recommendations from existing users. There are lower-end versions, such as the A250 and A260, but we didn't explore them.

Based on my experience, whether I would recommend this product depends on what the budget is. We have to determine whether we are achieving the right cost for the right product because the budget is the primary objective. Some cases may not require the capacity. Perhaps, for example, software-defined storage can manage it. To decide, we need to see what the application is, how much demand it needs, and what kind of performance it requires. All of these things need to be reviewed before we decide which products suit which situation.

Overall, NetApp AFF is a good product.

I would rate this solution a nine out of ten.