There are many advantages that we have with IBM FlashSystem 9100 NVMe against, for example, IBM full flash systems and other NetApp solutions that are noteworthy.

The way IBM FlashSystem 9100 NVMe enhances high-speed data transactions is about the responsiveness. When we reduce the latency, it creates a significant improvement. It is not only the media itself, but also the protocol and the communication. Before we used the SCSI protocol, which is from the eighties, but we switched to NVMe, which is Non-Volatile Memory Express protocol. This protocol goes from front end to back end, so we are coming to the full flash solutions and combining them with the protocol communication NVMe to enhance a lot. So it comes down from truly synchronous to micro-synchronous application level.

IBM FlashSystem 9100 NVMe supports mission vertical applications in two ways, as I explained. The first one is about the many architectures; it is to push the two ways that centralized it is a solution. We have many users and centralized databases, so for that, we have many requests and need to have both bandwidth and responses in very low latency. Before we struggled with bandwidth and even for latency, so we decreased that with the full flash solution, decreasing the latency while also enhancing bandwidth. Scalability of the solution is very important, so we can fit exactly the needs of today's application workload while enhancing the scaling of the number of controllers behind it.

The impact of IBM FlashSystem 9100 NVMe protocol on data center performance varies by industry. For the financial sector, there is the end of the business day where we need to collect data and process it every day, quarter, and year. The time taken to batch the data directly depends on the data storage and data collection. By minimizing the window for this batch process, we increase resiliency and security for tomorrow's business. The same applies to telco businesses; for example, with billing for a million subscribers, if we process invoices, there was a delay of three days with mechanical disks, which means significant impact. This ability to reduce batching times translates to better return on investment, despite potentially higher acquisition costs.

We use IBM FlashSystem 9100 NVMe as a storage device in the IT industry.

It hosts mission-critical applications in core banking. It's known for its durability.

However, the data processing requirements depend on the application. 

The implementation depends on the specific application. In our case, we use it for core banking.  Moreover, it is a well-known product in the Middle East, particularly among the banks.

As an enterprise, we can depend on this product. It offers high-speed data processing and a high rate of operations. The FlashSystem 9100 delivers on both these aspects with its redundant CBUs and cache size within the two controllers being more than enough to improve our performance.

We use the product to block storage for services and databases.

I'm depending on IBM FlashSystem 9100 NVMe for enterprise storage with a high rate of IOPS. We use it for hosting a banking application.

IBM FlashSystem 9100 NVMe is used for storage.

IBM FlashSystem 9100 NVMe is being used for connecting to operating systems.

Our company uses the solution for ticket or license use cases and we have 500 users. 

Our client is Jaguar Land Rover, and we use the solution's storage array to store data related to car manufacturing and design.

We are using it as primary storage for VMware clusters, and we are also using it as a backup storage system for small configurations, such as the 5000 model.

We use this solution for virtual infrastructure for our core system and we run Hypervisor on top of it. I'm team lead, IT infrastructure, and I work in a financial institution. 

Our use case for on-premises is to improve performance. In our data center, we're using FlashSystem 9150s. We have two of them. In our customer projects, we have over two dozen of every model installed, including the 5200 and the 7200. So, we have the complete range of FlashSystems installed.

It can be deployed on-prem, on a public cloud, or in a hybrid cloud combination derivative. The cloud provider can be AWS, Microsoft Azure, and of course, IBM Cloud.

I work in an IBM Business Partner. I implement the solutions with different customers. We primarily deal with midsize businesses, sometimes in entertainment and retail, or in other environments.

Some of our clients use IBM FlashSystem 9100 NVMe for the core banking, and some use it for their core ERP database server, like SAP HANA.

IBM FlashSystem 9500 is the storage for our critical applications.

The FlashSystem is currently hosting all of our applications and services.

We primarily use the solution for the database.

We are a solution provider and this is one of the storage systems that we resell to our clients.

I use it for a wide range of use cases such as databases and web applications.