The solutions accelerated GPUs have helped to support demanding workloads and to reduce data processing time in our organization.

The PowerEdge system management frameworks have enabled us to progress towards automation. 

By implementing Dell PowerEdge Rack Servers, we wanted centralization, security, and meeting the needs of the job.

The performance of these servers is similar to the servers from another brand, but Dell’s after-sales customer service is better than other brands.

Dell PowerEdge Rack Servers can be configured depending on our needs. They are adaptable.

In terms of energy consumption, we do not have any way to supervise the energy consumption of our servers. However, I know that there is a possibility to have several power supplies as a backup on the servers. It meets our needs, but I do not know if they consume more energy than the servers from other brands.

With regard to durability, we keep our servers for ten years or so. After that, we call upon a company that recycles them. We have never had any problem with the RSE for these servers.

Dell PowerEdge Rack Servers can help to reduce unplanned production downtime, but it all depends on the chosen configuration. A simple PowerEdge server with just RAID 5, for example, would function, but if we have a problem with the power supply or two disks, it would not work. It depends on the configuration. We put several of them which helps us to have less production downtime.

Dell PowerEdge Rack Servers have affected the overall flexibility of our operations. As a general rule, we put Dell PowerEdge Rack Servers in racks, or we have them in tower mode for certain production systems. Dell PowerEdge Rack Servers are a standard in our company. They are needed. We have to have them. We will soon move. Our server room has been designed with tables that can have PCs in tower mode. In our new buildings, we have reduced the space or rather the surface area for our server room. All that has a great impact on the costs.

Dell PowerEdge Rack Servers have helped us improve in terms of ecology. Energy expenditure is an important part of our company's philosophy. We have changed to a more clean mindset, so now, we have to be eco-friendly, and it was one of the best things we chose to do.

Dell PowerEdge Rack Servers have the PowerEdge Cyber Resilient Architecture approach to security. I would rate Dell PowerEdge Rack Servers a nine out of ten in terms of security. I never give a ten because there is always room for improvement, but Dell PowerEdge Rack Servers have truly been very effective.

They are very good in terms of energy consumption.

Dell PowerEdge Rack Servers are agile for handling the evolving needs of high-performance workloads.

They are perfectly aligned with our sustainability goals. We were looking for the company's line to be all eco-friendly, and therefore, they aligned with our decisions and needs.

Dell PowerEdge Rack Servers have helped to reduce everything. We had to make a change when we suffered a cyber attack, and after we changed the solution, it became 100% effective. In other words, we have not had any service outages at any time, and the truth is that we are very happy.

We use the OpenManage console. We are happy, and we do feel that our company has improved, but our productivity has always been at a very high level.

In terms of the effect of using PowerEdge Rack Servers on the overall flexibility of our operations or business, the thing is that we implemented it while our company was dealing with a change of mentality. It has affected us for the best because it has accompanied us in that change of mentality.

These servers have maintained a level of uptime that is needed by the business and that satisfies the business owners and makes them very happy. It has managed 100 percent uptime and I wouldn't expect any less. That's the reliability of the T150s. The cost-to-reliability ratio is impressive.

Dell PowerEdge Rack Servers have demonstrably simplified a multitude of IT processes, transforming what could be intricate configurations into exercises of remarkable expediency. This newfound ease is further amplified by the seamless integration between PowerEdge and VMware, fostering a user experience characterized by intuitive clarity and straightforward execution.

The Dell EMC PowerEdge Rack Server's robust Cyber Resilient Architecture framework has demonstrably bolstered our organization's cybersecurity posture, proving itself an effective solution for mitigating and recovering from cyber threats.

The Dell PowerEdge Rack Servers shine in terms of energy efficiency, dynamically adapting their power draw to match workload demands. However, my current data pool for comparative analysis is somewhat limited.

Managing the ever-shifting demands of high-performance workloads isn't an insurmountable challenge with Dell PowerEdge servers. The true differentiator lies in the scale of operation: from compact, nimble servers to robust, expansive workhorses, the PowerEdge portfolio offers adaptability across the entire spectrum. This comprehensive array ensures that, regardless of our needs, we'll find the ideal configuration for our specific processing tasks. Moreover, Dell operates as an invaluable partner, readily equipped to identify and deliver the perfect PowerEdge solution to seamlessly tackle our evolving computational requirements.

By leveraging the advanced capabilities of Dell PowerEdge Rack Servers, I am empowered to meticulously track and analyze their energy consumption. This oversight allows me to generate detailed reports and actionable insights, readily available to be disseminated to the sustainability department, or any other stakeholder requesting such data.

Thanks to our robust high availability architecture, meticulously crafted with VMware's leading virtualization capabilities and the unparalleled reliability of Dell PowerEdge Rack Servers, we've experienced an immaculate track record of zero production downtime. This means our critical operations consistently run like clockwork, uninterrupted by unexpected outages, ensuring seamless service delivery for our valued customers and fostering an environment of uninterrupted productivity.

The implementation of the Open Management Console has demonstrably enhanced the operational efficiency of our IT team by streamlining and reducing the volume of administrative tasks they previously undertook. This has resulted in a significant optimization of their workflow, freeing up valuable resources for them to focus on more strategic initiatives. 

The PowerEdge cyber-resilient architecture approach to security is excellent. We can close all the ports as we want and change the ports of the iDRAC. We can also separate the networks for the iDRAC. I love this functionality.

I am impressed with the efficiency of the PowerEdge Rack Servers. I compared their power consumption with that of APC/UPS units and found them to be highly efficient for utilization.

PowerEdge has enabled us to centralize the management of all servers and installations. We now have a single, easy-to-follow document for managing our entire infrastructure.

PowerEdge servers have helped reduce unplanned production downtime by 60 percent.

We have benefited in performance, especially when installing the media server for the backup and performing backup for high performance and fast storage.

We have a full-scale infrastructure for six countries and are able to centralize it. With this kind of product, we are solving a lot of problems, or issues that we had before with regards to performance. The centralization of the platform for the company helped immensely.

We have always had them. We have always worked with Dell PowerEdge servers. So, I have only known those servers. They have improved our organization in terms of productivity, continuity, and the quality of the service. They are quite robust. We are very happy with the malware incident-product resilience ratio.

Dell PowerEdge Rack Servers have improved a great deal in comparison to the older generations of servers when it comes to energy consumption. I do not have the figures because I am not part of the teams that measure our data centers, but we have easily had 20% or 30% energy savings.

To manage the evolving needs of high-performance workloads, the racks or the machines that we buy have a lot of storage space to add memory or disks if needed. In terms of storage, we are using the PowerEdge servers to make some VMware vSAN. With vSAN, there is a storage layer with disks, flash, etcetera for the cache. We have the option to stretch it by buying more disks for more storage, but we also have the possibility to easily stretch and add memory to our machines, which is good. In terms of evolution, this is very important for us because in the beginning or at the kickoff point of a new project, it can be a bit vague for us and we do not know how our needs will evolve. We might need more over time.

The machines that we have today are the oldest that I know of from the Dell PowerEdge series. For example, they might be 11G. We still have some of them, and they still work. They are robust, resilient, and durable. However, they no longer get any support. If we want any maintenance from them for this hardware, we have to pay for support extensions. This way we get help when we have a supply or hardware breakdown with these models. We must pay for the support because this kind of equipment came out a long time ago, and it has reached its end of life, so the support exists but at an extra cost. That could be an area for improvement, but from a commercial point of view, it is hard to maintain the support and storage for parts and keep a stock of parts for aging machines while knowing that they have been replaced by new-generation machines that are more efficient and less energy-consuming. It is debatable, but commercially, it is understandable. We just live with it.

For all of our Dell products, including PowerEdge servers, we have a ProSupport contract for the data center. We are very pleased with them because any breakdowns are very quickly resolved. We get a technician in less than 24 hours. We can also resolve certain breakdowns quickly because we can simply get connected to the machine. Even when we no longer have access or a connection to the machine, we always have an administration link that allows us to connect to iDRAC and reboot the machine. As a result, this feature is helpful.

We use the OpenManage console. It helps the team and saves a huge amount of time with the lifecycle management and updating BIOS and firmware. It is good for that. Without it, we cannot manage to keep our servers up to date, so it is a very significant gain. It is very important for us.

Using Dell PowerEdge Rack Servers has affected the overall flexibility of our operations. We have gained productivity. To start with, we have gained in terms of performance at the writing level with IOs. In the past, our users used to complain a lot about the waiting time and the slowness. There was some congestion with IOs. Since we have been using the new generation servers, people are happier. We no longer get problems with the slow speed of the IOs writing, etc.

Dell PowerEdge Rack Servers have significantly improved our organization, especially for simulation work. 

The switch to SSDs has made a tremendous difference, reducing simulation times from a day to just an hour. This boost in performance has translated into cost savings, allowing us to accomplish more in less time. 

The impact of Dell PowerEdge Rack Servers on our organization's sustainability goals has been significant. Although we are a large company and often maximize hardware life, investing in newer, more energy-efficient systems has proven worthwhile. 

With energy pricing in leased buildings and considering the collective impact of servers, desktops, and screens, the upgrade has made a substantial positive difference both economically and environmentally.

Additionally, switching to Dell VSAN SSD storage has significantly boosted our server performance, especially for high-performance workloads. The transition from external storage with a different supplier to Dell storage took some time to adapt, but the results have been impressive. The performance now is exceptional and has surpassed our previous setup.

We can use the OpenManage console for managing multiple rack servers. We can manage all of them in a single console. The firmware can be pushed on multiple servers via the OpenManage console. It's very user-friendly, and it makes it easy to download and update the firmware. There are multiple options. If I have 15 servers of the same model, to update the firmware, I don't need to download the firmware on each server. With the OpenManage console, we can download it just once and then push it to multiple servers.

The OpenManage console has affected our IT staff’s productivity. Upgrading firmware on each server generally takes two hours. So, upgrading firmware on multiple servers would take a lot of time. For example, for 15 servers, it would take at least 30 hours, whereas, with the OpenManage console, we can update all the servers within two hours.

The OpenManage console also decreases the time it takes to deploy new data centers. It would take more time to deploy the individual servers.

We can use Dell Lifecycle Controller for remote server management. If something happens, I use the iDRAC console to check the impact. It's easy to identify the issue from the iDRAC console. If there is a blue screen or purple screen, it's a hardware-related or software-related issue. I am based in India, but I can easily support US operations. iDRAC allows me to work remotely to troubleshoot. So, troubleshooting, as well as firmware downloads and updates, are very easy. All the firmware and drivers are available on a single page. I can download or update the firmware if there is a purple screen or a driver is missing. In the OpenManage console, everything is visible. We can see the installed version and the available version in a single console. It shows anything that is non-compliant in your list. If my environment has 1,000 servers, it will show whether all 1,000 servers are up to date or not. I can then identify and plan for the firmware updates. After updating the firmware, the hardware runs smoothly.

It supports multiple operating systems. I have experience installing Windows servers, ESXi, and Linux. It's not only for Windows. We use the VMware ESXi operating system. On ESXi, we run around 6,000 virtual servers. We have app servers, DB servers, and file servers. There are also manufacturing applications, where they are running robotic machines. So, there are different applications running.

We are permanently looking to purchase the best-priced products while also getting a quality product that is strong and reliable enough. I must admit that with the range of products from Dell, we have an excellent balance of value for money and durability. We also take advantage of the extra support, such as Support Plus, which allows us to have replacement parts in very short delays. It allows us to safeguard our production.

Dell PowerEdge Rack Servers enable us to be more competitive because we are fast with our daily production operations. They allow the company to meet its performance objectives. We have a very good productivity because of Dell products.

I have come across solutions at the trade fair that seem to cover the whole spectrum. What is being offered by Dell today is very adequate for security and resilience.

For handling the evolving needs for high-performance workloads, we have VxRail. It is much easier to add a server to gain in terms of computing, power, storage, etc. When I buy a server, I do not think about it evolving. It will function as it is as per its lifespan, and it is very rare for us to modify anything.

Dell PowerEdge Rack Servers can help to reduce unplanned production downtime. When we adopt the cluster approach, one of the cluster’s links can become faulty, but as long as the cluster is well-designed and we receive warnings ahead of the problem that a component is malfunctioning, we have plenty of time and facilities to replace that before having any difficulties with the production. We have never had the misfortune to encounter multiple malfunctions at once. With this particular technology, we are guaranteed to get a steady continuity in terms of services and production. It saves us a lot of stress.

The OpenManage console has impacted our business in a positive way. It enables us to combine in one single location all of what we need to know so that the equipment works well. It also allows us to interact with them if necessary. It allows us to save a huge amount of time and enables a team of a certain size to be able to manage more equipment.

Dell PowerEdge Rack Servers have affected the overall flexibility of our operations. The implementation that we have been able to do with this range of servers allows us to move a few virtual machines from one group to another. As a result, we can provide a certain quality of service in case of a malfunction on one site, for example. We benefit from this flexibility.

Dell PowerEdge powered by Intel helps improve organizations that we work with a lot.

At the time, they were the only ones to offer a remote management system, and that is a very important feature for us, especially bearing in mind that we have only two people for hundreds of servers. It is indeed very important.

Dell PowerEdge Rack Servers have the PowerEdge Cyber Resilient Architecture approach to security, but I do not believe in that. We put the security in place well in advance and early on the servers as well as the networks in order to filter everything, so we have minimal exposure to the servers. Once it is on the servers, it is too late. They must be stopped well in advance.

In terms of energy consumption, it depends on what you are doing with the machine. If it is to manage AIs or other similar things, they consume far too much energy. If it is for the purpose of heritage conservation, then it is consuming what it needs to. It depends on what you are using it for. If you leave the light on in a room and everyone has their eyes closed and nobody is doing anything, then it is excess energy consumption. Even if it is barely a fraction of any watt being used, it is already too much. However, if it is for reading and learning about things, it can be justified. The justification does not take place at the server level but at the level of how we use that server. Certain servers are very energy-consuming because there are certain projects that have no purpose at all, and there are projects, such as the digital library, that are very useful, and I do not find them very energy-consuming.

They have very good indicators on them that allow us to follow the workloads as well as consumptions. That is very good. One good thing about those servers is that we are remotely warned. There is a follow-up, and the administration is much easier for us.

In terms of their impact on our sustainability goals, we do not have much money in the public sector, so we make them last for a very long time. I have some servers that are more than ten years old, so the maintenance or support no longer exists for those models. This equipment is well-manufactured and reliable, and it works very well.

For the last 20 years, there have been far fewer breakdowns. The servers function much better and the OS too. For sure, we are getting a much better quality product than we used to about 20 or 25 years ago. That is for sure. The machines no longer stop. We now only stop them for some safety updates or something similar, but that is it.

The OpenManage console does allow us to combine everything, but we had that system well before it was a VM. At the time, it was still an application.

Dell PowerEdge Rack Servers have affected the overall flexibility of our operations. The fact that they are easily manageable is an essential aspect.

Our procurement of Dell PowerEdge Rack Servers was conducted through Dell itself, acting in its capacity as a service provider. This decision was influenced, to a certain extent, by the inherent proclivity towards recommending Dell products within the Dell ecosystem. Ultimately, the design we adopted adhered to the standardized guidelines established by Dell, ensuring seamless integration and compatibility within our existing infrastructure.

Given our tendency towards aggregated configurations, we are fortunate to be largely immune to periods of inactivity. However, it's important to note that this high uptime is not solely attributable to the physical infrastructure. From a hardware perspective, I can confidently report an absence of recurring malfunctions across all functional domains. This testifies to the remarkable stability exhibited by the PowerEdge Rack Servers.

The OpenManage console is an inescapably necessary tool for large-scale environments. It provides all the capabilities it's intended to, like seamlessly applying firmware updates through OME and handling other tasks with ease. It consistently functions exceptionally well, and I sincerely hope it continues to do so in the future. Frankly, the thought of meandering through the data center and manually adjusting everything is enough to make anyone shudder. Thankfully, OpenManage has been a true game-changer in that regard. It's quantifiably increased the productivity of our IT staff by eliminating the need for tedious manual processes.

They provide the cyber resilience that we were looking for. They are working perfectly so far, and we are happy with them.

The PowerEdge Cyber Resilient Architecture approach to security is very good. Overall, Dell's approach to security is pretty good. I like using Dell products because they always have security configuration guides.

In terms of energy consumption, Dell PowerEdge Rack Servers can possibly be improved, but this is what I would say regarding any other type of server.

I do not know specifically about Dell's sustainability goals or how PowerEdge can help, but at the level of on-prem servers, it can always be improved by moving towards new virtualization to reduce the impact and perhaps reduce the number of servers.

Dell PowerEdge Rack Servers have helped to reduce unplanned production downtime. In our case, we have planned a maximum downtime of one week in the event of a cyber attack. These are the ratios we use.

The OpenManage console has affected our IT staff’s productivity. It has helped in a positive way because it is a console that centralizes many things that our staff manages every day. In that sense, it is in a centralized console. It helps a lot.

Dell PowerEdge Rack Servers have not impacted the overall flexibility of our operations or business. In our case, it is an isolated additional system, so it is not like adding an additional layer to improve the flexibility per se.

We use it for computing, storage, and server capacity for our back-end and front-end workloads.

I started using Dell servers when the 4th Gen came out. Currently, we are using 13th, 14th, and 15th Gen servers. Dell servers have grown a lot since the 4th Gen. When I buy Dell PowerEdge Rack Servers, I do not have to worry about them and their stability. There is also ease of deployment. Everything is very easy. Their ship time is also pretty fast.

They have a TPM chip. A lot of our customers who use encryption use that capability, and it just works. There are no issues with it.

We run them in our own data center, and they are fine in terms of energy consumption.

Dell PowerEdge Rack Servers are very good for handling the evolving needs of high-performance workloads. We were able to use PowerEdge to scale a lot of our compute nodes. A lot of our customers need a lot of high compute, so we are pretty happy with it.

Dell PowerEdge Servers have helped to reduce unplanned production downtime. They are very reliable. We never have any big problems with them. Our production downtime is now two times better than five years ago.

Dell PowerEdge Rack Servers are convenient. When we have a problem, we have a hotline that is efficient. They are also reliable.

Dell PowerEdge Rack Servers fit our resiliency needs. If we want to make them very resilient, we have presales engineers who are also technical. They are competent and able to help us.

The servers are fine in terms of energy consumption, but until now, we have not been very concerned about that.

They are aligned with our sustainability goals. This is very important for us when we buy a server. Previously, we used to get a five-year guarantee, and now, it is a seven-year guarantee, but we still have some servers working fine after ten years. We do replace them from time to time, but we do not have any problem with reliability. As far as the environment is concerned, we know that when we buy a machine, it will last a long time.

Dell PowerEdge Rack Servers have helped to reduce unplanned production downtime. They are very reliable, and we usually function by doubling up. We use a couple of servers, and we move our VM from one server to another between two buildings. Because the servers never, or very rarely, break down, we have a very resilient architecture.

The OpenManage console has not really affected our IT staff’s productivity.

It gives us reliability for our applications. It offers us a secure and scalable infrastructure, which has become essential to virtualize our workloads.

The PowerEdge Cyber Resilient Architecture approach to security is very good. I see much more interest from Dell in providing security that reflects our requirements. Because of better monitoring capabilities, it eliminates dependence on third-party certification authorities.

In terms of energy consumption, I would rate it an eight out of ten. They continually add more and more features to improve power consumption. In all the years as a Dell PowerEdge user, I have seen an improvement in their power delivery and consumption.

The impact of Dell PowerEdge Rack Servers has been very high on our organization’s sustainability goals. In our company, we need a platform with high scalability and the capability to handle high workload. With the reliability of the platform, we feel free to be able to deal with other issues.

Dell PowerEdge Rack Servers have clearly reduced unplanned production downtime, but I cannot exactly say how much.

The OpenManage console has affected the level of productivity of the IT team. In terms of system repair, they receive fewer demands, which makes them meet more goals than before.

Dell PowerEdge Rack Servers have affected the overall flexibility of our operations or business. The better performance the servers have, the better the applications will work, which consequently leads to better performance for Dell as well as for the company that uses its services.

PowerEdge's system management capabilities help increase staff productivity.

It provides centralized management capabilities for large environments. In data centers, implementing multi-servers and managing different kinds of resources from a single portal definitely helps us a lot.

PowerEdge reduces data processing times. The server must be set up well to do this. Knowing your application and how to set up a real configuration that will map your request, helps a lot in the PowerEdge environment.

The enabling of full automation has affected the operations of our company.
This is the target of every client and organization. The servers fully support automation. A combination of a company's strategy when implementing solutions and having applications that are synchronized with the hardware requirement will lead to a very good result. The hardware is the best part of it because it's so easy. The hardware supports big implementations. If the structure is right, the results will be very good.

PowerEdge hasn't let us down in any situation. It's a very robust system.

We haven't faced any kind of downtime with applications, especially in analytics, because we implement a PowerEdge cluster and support it with storage. The infrastructure is highly available based on the Dell server.

From our implementations over the years and the new demand in technology, we haven't faced any kind of problems related to hardware based on PowerEdge. Everything is based on the application itself and the algorithm that the client uses through the servers. The problem isn't with the servers. The problem is with development.

It's all about processing. If you use a different kind of application that needs a lot of resources, that is a key factor, especially in data collection, open-source data, and applying different analytics over that. That will need a lot of processing, and the hardware is a key factor in that part.

Full automation is fully supported with PowerEdge. From the server perspective, it is fully compliant.

PowerEdge is good when it comes to dealing with the evolving needs of high-performance workloads that our customers have. Whatever software they're developing seems to be able to take advantage of it.

The system's management frameworks have enabled at least one of our customers to progress toward full automation. Their internal scripting works with automation, which means that they can leverage the tools that Dell has created and merge them with their own software. This is something that's benefited them.

PowerEdge Rack Servers powered by Intel offer good performance in handling the evolving needs of high-performance workloads and offer good value for money. 

The Intel Xeon scalable processor has helped to improve the performance of our targeted workloads. Dell's OpenManage console is easy to use. 

PowerEdge Rack Servers has affected the overall flexibility of our operations. We are able to build our data centers with multiple clusters, and that provides sufficient scalability for us to do bigger deployments.

This solution has helped us reduce our rack footprint. It reduced our power consumption including size and weight. For example, we could increase the number of systems we were deploying in Iraq if we needed to. 

The solution decreased the time it takes to deploy systems due to needing less hardware. When we started to manage all of our servers in a cluster, it increased our oversight management. Ease of management with a smaller hardware footprint has equaled faster deployment.

By implementing Dell PowerEdge Rack Servers, we wanted to reduce the footprint in the data center and the costs. We also wanted to have better performance and, above all, durability because we keep them for a minimum of seven years.

Dell PowerEdge Rack Servers are well placed in comparison to their competitors in terms of energy consumption. They are even better now with the AMD processors.

At the moment, Dell PowerEdge Rack Servers perfectly meet our needs. We have never reached the limit, or there has always been a solution offered by Dell to manage the evolving needs of the high-performance workloads. It is always evolving, and there are no issues.

With regards to the durability of the servers, the advantage is that we keep the servers for seven years before changing them. That is important for us. It allows us to avoid using them for nothing. The support is also there afterward. There is performance too because we are putting fewer of them.

Dell PowerEdge Rack Servers have helped to reduce unplanned production downtime. We have very rare breakdowns with it. That is why we keep them for seven years.

Using Dell PowerEdge Rack Servers has affected the overall flexibility of our operations or business. It has had an impact on the growth because we can deliver fast. We can grow very quickly because we have a growth of 40% per year, and we have a supplier who can react and install very quickly, which allows us to grow.

These servers have expanded our storage for our call recording. We no longer have to offsite our calls prior to needing them, within the lifecycle of the call requirements. Before, we'd have to ship off some call recordings after two years, but we can now keep them onsite longer. 

They have also optimized some of the infrastructure and allowed us to reduce our footprint in the server room. We were able to upgrade two servers into one and virtualize them when we got the PowerEdge.

Some of the apps that are critical to our business are Office 365, Sage, which is a finance payment company in the UK, and AWS for some of our hosted solutions that are public-facing, because we don't want them coming in directly to our data center. The integration of these apps' workloads with our PowerEdge Rack Servers is of high importance. We're able to put our applications on them that integrate these services and have them automated and run without worry.

Moving on to the new PowerEdge Rack Server that we have just purchased will definitely reduce downtime and allow more flexibility in our workloads, going forward.

With Intel’s Xeon scalable processors in our PowerEdge Rack Servers, we have been able to reduce the number of servers we need when we change our workloads to the new generation, once every five years or so. I can feel a big improvement in terms of workload.

My organization provides software or application stacks for many organizations. So, Dell PowerEdge Rack Servers add a lot of benefits for integration and testing purposes. It is also a solution for small-scale deployment at remote locations.

PowerEdge Rack Servers have affected the overall flexibility of our operations or business.

For labs, when you don't need a high SLA, HA, or other expensive support and maintenance fees, then it is very easy to deploy these servers. You pay CapEx but the usage for day two is easier.

The hands-off demand of the servers and the fact that they're not constantly a thorn in my side has been a big factor. They're running, and I don't have to worry about them. That is the most valuable part about it.

There is no downtime with these servers, and the system management capabilities of PowerEdge have helped increase staff productivity.

PowerEdge has, without a doubt, helped to reduce data processing time in our company. Every time we get a new PowerEdge server, we definitely notice an impact on the SQL databases that are part of our ERP. I do have users come and tell me that they've noticed that things have sped up and that even simple file searches are faster.

Reliability is the main benefit. From a services standpoint, on the OEM side, customers always like the ability to deploy in other countries with their own IP. They can use the Dell tier-one global service. Normally, the service appeals to the customers more than the platform.

They are seen as a very power-efficient option, but I do not have any metrics to back it up.

As a customer, we find that these servers offer excellent durability and require minimal maintenance over time. They deliver strong performance, backed by reliable support services. The ability to control the servers remotely through the rack interface is particularly valuable, as it eliminates the need for onsite visits or physical access. All that's required is the password, providing full access to manage the servers efficiently without any additional hassle.

The server energy consumption has shown significant improvement. Looking back about a decade, energy efficiency wasn't a major concern, leading to higher consumption levels. However, there's been a noticeable decrease in power consumption in recent years, resulting in a smaller environmental footprint. This reduction in power usage is largely attributed to the servers becoming more compact, requiring less power overall.

Addressing the evolving demands of high-performance workloads requires a versatile range of server options. By conducting a thorough assessment of our requirements and performance expectations, we identify the most suitable model from the diverse array of choices available. This process ensures that we select a server that aligns closely with our specific needs. With such a broad spectrum of products to choose from, there is consistently a model that fits our requirements effectively.

It significantly reduces unplanned production downtime. In our entirely virtualized environment, we can seamlessly place one server into maintenance mode, conduct complete hardware and software upgrades, and then transition to the next server. While the software solutions provided with virtualization products play a key role in this process, Dell servers also contribute to this uptime reliability. Remarkably, we have experienced no downtime whatsoever in the past five years.

We've automated the configuration process for our server racks. This allows us to easily and automatically apply the necessary settings during server installation. As a result, we can efficiently deploy multiple servers up to a dozen at once, and bring them up to standard quickly.

In terms of security, we primarily rely on firmware updates obtained from the Dell website. These updates are certified and considered reliable. However, we don't utilize many other security measures beyond this.

Regarding energy consumption, we haven't encountered any significant issues. The newer versions of the servers are demonstrably more energy-efficient than the older ones. We actively monitor and collect power consumption data to optimize power distribution across our server bays. The data from the PowerEdge servers helps us prevent overloaded bays and maintain balanced power distribution across the data center. Additionally, the server chassis allows us to effectively measure and distribute the load equally.

Unplanned production downtime has been significantly reduced thanks to the implementation of PowerEdge servers, particularly their robust monitoring capabilities. This allows us to receive comprehensive feedback on various aspects, including disk errors. Consequently, we can leverage the iDRAC feature to seamlessly switch to secondary servers in case of an issue, minimizing downtime. Additionally, the excellent support ensures timely replacements for any faulty disks, further minimizing disruptions. While disk failures may occur, the implemented solution effectively mitigates their impact on production.

We have only recently begun using the OpenManage console to centrally manage firmware patching and deployment across our chassis. This has significantly accelerated the update process. Previously, updates were cumbersome and often neglected. However, with the console, particularly in the data center where it is installed, patching is now much faster and allows for more frequent updates.

Dell PowerEdge Rack Servers have improved our company in terms of efficiency and security. In terms of business continuity, they have never failed us, and they have helped us to have a good name in the market.

The PowerEdge Cyber Resilient Architecture approach to security is very good.

Energy consumption is one of the things that I worry about. While looking at and comparing with other platforms, Dell PowerEdge Rack Servers seem to be very good. I realized that it is not a platform that consumes a lot of energy, and that calms us down. Their direct competitor is HPE. We always evaluate its energy consumption, and the comparisons come out very well in favor of PowerEdge.

Dell PowerEdge Rack Servers are good for handling the evolving needs of high-performance workloads. As a matter of fact, we have a virtual environment set up on one of their machines, and it is going very well. It has not disappointed us.

The impact of Dell PowerEdge Rack Servers has been good on our organization’s sustainability goals. We started using them as an initiative to improve our energy system, and it is worth saying that it was exactly what we needed.

Using Dell PowerEdge Rack Servers has helped to reduce unplanned production downtime. In terms of reliability, the servers do not break down, which helps us a lot as service providers. I cannot exactly say how much, but I can say that we have moved on from the previous company, HPE, to these servers, and from having maybe three or four interventions a year, we went to having none.

The OpenManage console has not at all affected our IT staff’s productivity.

Using the OpenManage console decreased the time it takes us to deploy new data centers. We use efficient division of labor and the technologies offered by the solution, so we can do in one hour what previously took us four hours. 

OpenManage very much improved our IT staff's productivity. We are part of a larger organization, and there is Dell service worldwide. As such, we can centrally control firmware updates and turn the power on and off to the servers. This feature works very well for us. 

Using the solution reduced our unplanned downtime by 20% to 30%. 

We've had no problems with high-performance workloads on our Dell racks. We use the standard software like Intel compilers plus our in-house code, OpenMP, Pilot Processing, and MPI. Intel's Xeon processors improve the performance of our targeted workloads, which is crucial for us. 

We buy the strongest CPUs and run the Intel compiler. We usually run heavy code, so we're working on traditional software languages like Fortran and C. These are heavy applications that run on this cluster.

Dell PowerEdge Rack Servers are pretty good in terms of energy consumption. Ours are pretty power-hungry, but we load them up with hard drives and CPUs, and they drink power. It is not Dell's fault. The power efficiency or the power supply is excellent. They are on par or better than the rest we used.

Dell PowerEdge Rack Servers are excellent for handling the evolving needs of high-performance workloads. We have put in platinums and many CPUs in it, and being able to get those in one form or two form factors is incredibly useful. It allows us to deliver as much power as we want without having to get the massive four and six RUs.

Having four-hour support is very handy. Having someone out there within four hours if something dies has been very handy.

Dell PowerEdge Rack Servers have affected the overall flexibility of our operations or business because we run very similar servers throughout our entire config so that we can be flexible. We do not have to go buy specific hardware. We can use one hardware to do all the jobs.

The new hardware, including Dell PowerEdge, has contributed to reducing unplanned production downtime.

Support for virtualization is very important to us. It provides redundancy when booting from storage, where the servers are loaded from a separate storage. It provides full server support.

All the customers that I have implemented PowerEdge for are very happy and like the performance. I think PowerEdge has improved the entire system where I have implemented it. 

Intel's Xeon scalable processors used in PowerEdge Rack Servers have helped to improve the performance of the targeted workloads by about 20 percent, according to feedback from our customers.

It allowed us to move some file storage that we had around. It allowed us to really look into what we had and what we were using. Looking at Apex, it is setting us up for when it will need a refresh or when it is at its end of life.

When we moved to PowerEdge Rack Servers, we converted all the physical legacy servers to the virtualized server. This reduced the operational cost, maintenance, and availability of the environment by 30 to 40%.

This solution's analytics have helped to decrease downtime. We were previously maintaining functionality by 92 to 93%, and this has increased to 98 to 99%.

Dell PowerEdge Rack Servers are very good for handling the evolving needs of high-performance workloads. Even though we do not use the very latest generation servers, they are in line with our customers' needs. Our customers do not know or care what the specs of the servers are. They just want the results, which speed from websites or whatever applications they are running. We have a very strong reputation in the industry for producing those fast results, and at the moment, Dell servers support that very well. Our knowledge perhaps is not as good as it could be on some of the latest technologies. We do not even use NVMe storage yet, but I am quite interested in seeing some of the new technology for NVMe support.

Due to our environmental compliance, we are very aware of our consumption, and it is pleasing to see regular improvements in that area. We are regularly looking at and reviewing our power consumption. We replaced some of our older Dell models with newer ones, which are way more efficient. They are very good in terms of energy consumption. There is a useful calculator available on their website to work out how much we are going to be using, so we can tell in advance. Before we populate a new data center cabinet, we can see how much we should expect it to be using. That makes it a lot easier. We then do not underfill or overfill a cabinet. We can maximize the use of the space by knowing with some degree of accuracy how much power is going to be used.

Virtual storage, bandwidth optimization with caching, SSD integration, and similar features contribute significantly to the overall performance and efficiency of the servers. These advancements provide a notable improvement in operations.

The PowerEdge servers have poor energy consumption performance.

For the sustainability of our company, we plan to purchase new PowerEdge servers. Our current servers have been in use for five years and are nearing the end of their life cycle. Therefore, we intend to replace them with new PowerEdge servers to ensure continued efficiency and satisfaction.

It contributed to reducing production downtime by approximately 20%.

Dell PowerEdge Rack Servers are reliable and do not require a lot of maintenance. We put them in the rack and forget them. 

In terms of the overall flexibility of our operations, we have a lot of servers, and because of virtualization, it is very flexible, but it has nothing to do with the hardware.

By implementing this solution, we wanted speed and resilience. Everything is working well.

Resilience is not only linked to the servers. It is also linked to the software applications that we put on them, so we need to look at the services on PowerEdge. We have virtualization, and we install different products, such as firewalls, and implement access control. We use software for that, and it is working well with Dell PowerEdge.

In terms of energy consumption, we use them without energy limitations. We always use them at full capacity. They are always working at full capacity, so we use the machines at their maximum. The consumption is quite substantial, but we are not in the saving mode in our data centers. If the servers use less energy, that would be great, but they must provide a lot of power.

For handling the evolving needs of high-performance workloads, we have Full Flash, and as far as the processors are concerned, they work fine.

These servers are efficient. We do have some old ones. We just got rid of the old range, but we still have some from the 10th, 11th, and 12th Generation.

Dell PowerEdge Rack Servers have not helped to reduce unplanned production downtime because that is not really linked to the servers. We do have quite a lot of them, so they are redundant. We have some load balancing, and we are using software solutions. For us, the PowerEdge servers or any other type of servers either help with computing or are used for storage. The rest is managed through software.

The OpenManage console has affected our IT staff’s productivity. We do use it, but mainly for setting up alerts.

Dell PowerEdge Rack Servers have impacted the overall flexibility of our operations or business. Scalability is easy.

We already had some rack servers, and we changed to Dell because of the market. With regard to the ministries in France, we are forced to follow the markets that are offered to us, but in this case, we did have a choice. We carried on and bought a dozen rack servers that we would be receiving soon. We have also ordered about 50 more on top of that.

Dell PowerEdge Rack Servers have the PowerEdge Cyber Resilient Architecture approach to security, but we have our own system for protection from cyberattacks. We do not handle that kind of thing. The Ministry of Home Affairs does that, and they have their own defense system for that.

Dell PowerEdge Rack Servers do not heat up too much. We have had some big heatwaves this summer, and they came out perfect considering the heat. We have not had any problems. As far as their energy consumption is concerned, they are not very noisy, which means that they are ventilating well enough. We hardly hear them. They are very quiet. In this regard, there are no issues at all.

We are planning to keep them for an average of five or six years, but we know that we can keep them much longer because the new equipment is very tough. There are no breakdowns.

Dell PowerEdge Rack Servers never break down. As a result, we double save on everything such as the hard drives, power supplies, etc. Our services never stop because they work 24 hours a day. We never have any downtime. The servers are constantly running.

The OpenManage console has not affected our IT staff’s productivity.

The product has improved our business. There are fewer complications than what we had before with other brands.

Through Dell's OpenManage software, we can track our power usage, but we can also track what components use how much power in the system. It helps us at least get the intelligence we need to get the reports out to the business and to our partners.

In regards to energy consumption for the whole company, it's only a small percentage. But if we look at just IT, then the surface does consume a sizable amount. And whether that's renewable or fossil energy, it's still impacting.

Dell PowerEdge Rack Servers are able to handle high performance well. We're using high-performance systems and they fill our needs. 

We are able to save days' worth of time depending on the number of services we are deploying.

The flexibility of the Dell PowerEdge Rack Servers is good because they come in smaller spec sizes to larger spec sizes. If we need it for a stand-alone system, we can get a really small system. For our Hypervisor, we can get the larger spec systems to carry a higher workload.

Dell PowerEdge Rack Servers are always ahead of the curve when it comes to speed and performance, and therefore, they are more than adequately positioned to deal with the demands of changing infrastructure and changing demands from the business.

The cyber-resilient architecture of Dell PowerEdge Rack Servers allows us to customize the information for individual users rather than being limited to a single generic account.

Dell PowerEdge Rack Servers are continually evolving to achieve optimal energy efficiency and performance, utilizing the latest processors from both AMD and Intel.

Dell's OpenManage Console for lifecycle management is user-friendly. We have utilized a centralized console for both overall management and individualized control. The process, from initial setup to complete patching of firmware and drivers, is remarkably straightforward. Furthermore, its integration with the cloud eliminates the need for manual driver downloads or ISO installations. Since it operates entirely through the cloud, the process is exceptionally uncomplicated.

OpenManage Console helps our IT staff to be more productive.

The OpenManage Console reduces the time required for us to deploy new data centers by 25 percent because we can perform all tasks from the central console on a subscription basis.

The native OS security features have helped protect our environment from attacks.

The Dell PowerEdge Rack Servers exhibit high uptime. Once they are up and running, they remain operational, making them easy to maintain and manage in terms of driver patching. We observed these advantages immediately.

The impact of Dell PowerEdge Rack Servers on our IT infrastructure and its ability to handle the demands of a remote or distributed workforce is good. This is because we can manage all of them from a central source. The presence of iDRAC means that we don't have to visit sites unnecessarily; everything can be managed efficiently.

Dell PowerEdge Rack Servers help in reducing unplanned production downtime by 100 TB. The maintenance we perform is very efficient. We plan for it, and the average failure rate is quite low. Therefore, we don't experience too many failures.

The PowerEdge Rack Servers are a go-to for handling high-performance workloads. I've had positive experiences with the amount of computing that it can provide per blade. Currently, the blade that I'm familiar with is the MX740c, which has dual processors and a total of 24 core processors. There are eight of these blades in the MX7000.

It also provides the ability for networking on the backside, which connects to the mezzanine. I currently use the MX5108, which provides four 25 gigabits-per-second connections to each blade. Each 5108 can provide you with a 100 gig uplink to your core. I currently have the MX5108 connected in two fabrics, A fabric, and B fabric. Both A fabric and B fabric are peered using a VLTI.

Then, I have the VLTI from the two blades connecting and uplinking to our distribution core. The distribution core is using a leaf spine. With that, it gives me 400 gigabits of uplink and downlink onto the chassis.

You can't have computed performance without using more power. That said, when I consider the power consumption and performance of the MX740c, depending on how much memory I install on each blade, I get the best bang for my buck. I'm not going to say that it's inexpensive or that it's sufficient. It depends on how hard I am processing, what I am running, how much memory I use, and again, what blades I purchase with the chassis. Overall, it's very flexible, and it depends on what I want to make of it.

With respect to its performance when it comes to running the latest high-demand applications, depending on my selection of hardware, it should be able to run nearly anything I would want. If I want to run Oracle servers on the PowerEdge blades, for example, then I can do that. They'll run it.

Recently, I've seen my use case migrate from the M1000 chassis to the MX7000 chassis. The improvement that I saw was increasing the uplink bandwidth from the M1000, which I was able to get a maximum of 160 gigabits a second, and now my maximum is 400 gigabits a second. I could have selected different switches, but the MX5108 is adequate to provide the uplink bandwidth that I need from the chassis.

Overall, I've seen an improvement in the network bandwidth, as well as an improvement in the speed of the blades and the processors.

The PowerEdge has also helped to reduce data processing time in the company, which makes things run better because it's faster to move data onto the blades. It is also faster when it comes to the deployment of computed images. It's hard to pinpoint how much time we have saved because it also depends on the network infrastructure that's in place. In my experience over the last couple of years, migrating from the M1000 to the MX7000 has moved the deployment of images from a few minutes to several seconds.

By implementing Dell PowerEdge Rack Servers, we wanted to transcode media in a fairly quick way. We can have media for only about a quarter of an hour. From the moment the media gets to us to the moment it is gone, we only have about a quarter of an hour, so we need a lot of power to be able to achieve something in a minimum amount of time.

Overall, we are very happy with the fact that we managed to get servers with last-generation CPUs. Besides that, like everyone else, we are trying a bit to reduce our energy bills. There is a big effort to be made on that front.

In terms of resiliency, our servers tend to be fairly far in our infrastructure. We have a couple of layers of firewall upfront. We also have proxy and reverse proxy, so the range of attack is fairly weak, and behind that, we have Linux. We shield with firewalls and other safety measures.

Overall, we are quite happy with it in terms of energy consumption. We have a fairly low consumption.

We hardly upgrade our servers to handle the evolving needs of high-performance workloads. As a matter of fact, when we build a platform, it is for a very specific need, and it is made to last three to five years. After that, the platform disappears, and the servers also leave with that. We buy new servers according to the new platform. We have less upgrading on the servers because they are already adapted to our needs.

Dell PowerEdge Rack Servers have helped to reduce unplanned production downtime. The servers that we have rarely break down, so, overall, we can change quite a lot of components on the run. We can manage to have a production that is running almost 99.99% of the time.

The OpenManage console has affected our IT staff’s productivity quite a bit. When new equipment arrives, we only have to put it in racks at the data center and all of the installation and management is done remotely, so we no longer need to spend a certain amount of time in the data center.

Using PowerEdge Rack Servers has affected the overall flexibility of our operations or business. We do have the ability to intervene on them, which is important. It is obviously easier than having a server where when we have a problem, we must go to the data center, or we must call someone to come and help. We might even have to stop the server, and that is quite annoying.

Implementing the solution with Dell servers addressed several challenges we encountered. The physical installation, especially in rack configurations, became significantly easier with a streamlined process - a simple click for various tasks.

In our energy research, we've been using Dell PowerEdge servers for an extended period. Recently, we introduced servers from IBM and HPE into our infrastructure. However, we haven't conducted a comprehensive comparison, particularly regarding power consumption.

The PowerEdge servers have proven to be highly effective in meeting our evolving needs. During server configuration, we strategically plan for around fifty to sixty percent usage, opting for a slightly higher configuration than is strictly necessary. This approach has ensured that we haven't encountered any issues thus far.

Dell PowerEdge servers have positively impacted our organization's sustainability requirements. We are extremely satisfied with their performance so far, experiencing minimal hardware issues. With their support in place, any problems, whether related to hardware or software, are promptly addressed and repaired.

The utilization of Dell PowerEdge rack servers has significantly enhanced the overall flexibility of our operations. The remarkable flexibility of these servers has contributed to increased productivity, eliminating downtime.

By implementing Dell PowerEdge Rack Servers, we were looking for good performance and cost-effectiveness. We wanted the best cost-performance ratio in relation to our use cases. For example, if we want to increase our object clusters, we would look for servers with a high disk density and not necessarily with a huge amount of CPUs and RAM. In other cases, we would be looking for a better CPU and RAM performance but with a lesser number of disks. It depends on the use cases.

We have been working with Dell servers for many years. Like everyone, there is more and more RAM, and there are better-performing CPUs. Storage is more and more condensed and powerful, so the applications are becoming faster, and we can respond better. The only downside is that we are not coding as well as before because the hardware compensates for the customization of the code.

I have spoken to the data center regarding the energy consumption, and we are average in terms of energy consumption. If I compare it with other companies, we have the same average. For example, I made a study of an installation of a power supply at 1100 watts and between 750 and 1100 watts, and it is the same as what we can find elsewhere. Having said that, if tomorrow we could achieve the same performance with only 400 watts, then there would be a gap. It depends on the usage or the disks that we would have, but it is not disproportionate to what we need it for.

We require these servers to complete a job, and they complete the job. When we reach a limit, we increase it, and we scale it again and again. There could always be a better product that could meet the requirements even better, but as usual, each to their own specialty. If tomorrow, we could put 75 tera disks on the servers, we would be even happier. That would mean smaller and less energy-consuming servers.

They are overall within the global average in comparison to others. We recently had an RSE implementation and we are looking to reduce energy consumption. When we talk about energy consumption, we also talk about cooling because it is generally linked together. Anything that heats up more will consume more, so we would need more. There is also the issue of space in the data center. If a 2U server can potentially do the same work as a 4U server, it will be an area for improvement for implementation.

For years now, we have had these servers with a supply and components that are resilient. and that functions well. So, instead of just the servers, it is the applications, the development, and the storage that help us to reduce any unplanned production downtime.

The overall development of technology has affected our operations. Along with many other components, the servers have contributed to making everything more flexible for our operations.

Dell PowerEdge Rack Servers have demonstrably bolstered the operational consistency and reliability of our applications, thereby enhancing the user experience for our esteemed clientele.

Given our exclusive reliance on Dell servers, conducting a direct comparison of energy consumption across different vendors proves to be a rather intricate endeavor. Nevertheless, I am confident that the power usage falls within a range deemed satisfactory for our operational requirements.

We leverage these server systems for an extended period of time, a practice that demonstrably contributes favorably to the principles of environmental sustainability.

Dell PowerEdge servers have demonstrably curtailed the incidence of production downtime, the precise extent of which remains challenging to quantify. Nevertheless, a marked decline in service outages and a concomitant upswing in availability periods are irrefutable indicators of this positive development.

The OpenManage Console serves as a streamlined nexus, consolidating a multitude of functionalities within a singular, intuitive interface. This holistic design fosters an enhanced level of productivity amongst IT personnel by eliminating the need to navigate through a maze of disparate applications.

Dell PowerEdge servers have contributed to the overall flexibility of our operations. This translates to relatively short delivery times, which is a significant advantage. We can quickly acquire new servers without facing lengthy lead times. 

Reliability is its main benefit. It works. I have not had many servers go down with hardware failure.

Email and ERP systems are critical to our business. We've also got manufacturing applications running on it as well. Those are one of the biggest key areas for our business. For the manufacturing and everything else, it's highly integrated. We need a server that's always on.

It has been good in terms of the impact on our IT infrastructure and the ability to handle the demand. It does what it says on the tin. We haven't had any issues with it. It's a server. It's one of those things that once it's in, it's in. We don't want it to do anything special because it's there for our infrastructure. It looks after our infrastructure, and it has been doing its job, and it has been working. Because we've not had any issues, its reliability has made a big impact on our business.

We use it for data storage and it allows for easy access to the data on-premises. It has helped increase staff productivity.

By implementing Dell PowerEdge Rack Servers, we wanted everything to be in-house so that we could manage it ourselves. We essentially wanted to have it all in our hands. We did not want to outsource it.

So far, these servers have been satisfactory and very reliable. Of course, we maintain updates; that is a part of it, and we plan accordingly to restart the entire machine, etc. A lot of it is automated in-house.

They have definitely improved our organization. We have centralized everything, which is the advantage. With Dell PowerEdge Rack Servers, we essentially operate hardware and have various applications and solutions on one platform. They have had a significant impact on security, and there is also reliability. When you have peak loads, you can adjust accordingly. That is a definite advantage with such a machine.

In terms of energy consumption, I do not know what the consumption is, but the trend is towards machines consuming less. Dell probably needs to keep up with other manufacturers and reduce consumption. It is also likely a reason why many companies are trying to move away from traditional servers, or in our case, towards Azure Cloud, because they also want to save energy.

Dell PowerEdge Rack Servers have definitely helped a lot in terms of the sustainability goals. I am new to the company, but from what I have gathered, we used to have a separate machine for each application area. In other companies where I have been, we had, in some cases, up to 80 machines. With Dell PowerEdge Rack Servers, we could streamline the entire server landscape we had. They are designed for that purpose.

Dell PowerEdge Rack Servers have affected the overall flexibility of our operations. In the past, we had a separate machine for each application, but now, everything is centralized. One hardware has everything on it. We have reliability, and the VMs can be moved back and forth depending on the load.

A significant benefit we have experienced with Dell PowerEdge is the flexibility it offers in customizing our services. The servers are designed to fit our specific requirements, allowing us to build and configure them according to our needs. 

This flexibility has been valuable, as we have been able to achieve everything we have asked from the PowerEdge line to support our organization's IT infrastructure. 

For our organization, energy efficiency is crucial, and Dell PowerEdge servers align well with our commitment to green IT. Dell works with customers to prioritize power-efficient hardware, and we have noticed savings when renewing parts of our infrastructure. 

The virtualization layer, coupled with Dell's efforts, has contributed significantly to improved energy efficiency, allowing us to achieve more performance for the same energy consumption. Additionally, PowerEdge servers significantly contribute to our sustainability goals by delivering high performance and efficiency.

The burden on the IT team has been reduced thanks to this solution, the monitoring, and other features. The deployment and giving access to the end-users have been easy. Overall, the amount of work that the IT team has to invest in came down drastically.

Our customers are really happy when we use PowerEdge because it improves the performance of their company. They also end up having more internal users or internal customers satisfied with solutions that they use in their company, such as SAP.

The system management capabilities of PowerEdge helped increase staff productivity by 50% for our latest client.

Our customers have numerous benefits, including an array of features such as RAM quantity, CPU power, and storage capacity.

Our energy consumption was quite high five years ago when we were a service provider. Today, over the last two generations, our power consumption has decreased significantly. This reduction is highly beneficial for our operations.

The flexibility is commendable. Whenever we need to perform any task on our records or servers, the process is smooth and swift. In the twenty years of using Dell, we haven't encountered any troubles, problems, or issues, which speaks volumes about the reliability of their products.

From what I've gathered, it seems that they're heading in the right direction by implementing silicon-based hardware updates, enhancing user access security, and optimizing the supply chain. These developments are sensible, especially for environments like data centers and research facilities, as they prioritize both security and efficiency.

I'm highly impressed by the energy efficiency of Dell PowerEdge Servers. Having worked with servers for a long time, I remember their high power consumption. However, the new Dell products have drastically reduced energy usage, which is not only remarkable but also makes them much quieter.

We implemented the product for its simplicity and scalability. We wanted a simple system that we could scale up if needed. Currently, we only have a few servers. It's easy to change them. The components can be changed around.

With virtualization, you have a lot of freedom to manage the environment. We have a lot of requests coming in, a lot of machines to build, as well as some dev servers, test servers, et cetera. There is also the protection of all the systems. Compared to the cloud, if you have your own bare metal in your own office, that's cheap. That's one of the real advantages.

We use Dell PowerEdge Rack Servers with pre-installed Microsoft Windows Server. It is just easier when they come already loaded. There is less for us to do.

We host our application on them. They are great for running our applications. We recently had to upgrade the specs of some of the servers due to the demands on the system. For example, where it used to be Dell R350 with hard drives, we are now expected to go with SSDs, but it deals with our applications very well.

We do not necessarily use a lot of its security and other features. We take it out of the box, put our application on it, and then just run it or install it on a device if needed.

With Dell PowerEdge Rack Servers, we now have more resilience. Previously, we used a PowerPC as a server. By using a dedicated PowerEdge Rack Server, there is resilience when using, for example, a RAID array.

Our in-house application runs directly on it. That is a big critical element, but the impact of these servers on our IT infrastructure is no different from another server.

Dell PowerEdge Rack Servers have helped to reduce unplanned production downtime by about 20%.

In comparison to what we had before, which was some older Dell equipment, the performance of the PowerEdge Rack Servers is stunning. They have improved the performance of our systems. We've been a Dell house for years and years, and replacing the older Dell equipment with these machines has given us a very positive performance increase.

We're quite a small company, so anything we can throw at any of these servers— they will just eat it for breakfast. We've had no problems with them.

We haven't had any unplanned production downtime. That is down to the quality of the Dell servers.

The system integration details are our favourite feature and the fact that we can maintain and control the systems remotely.

The iDRAC Telemetry for monitoring the PowerEdge system is useful. Some of our servers are not in our data centers so we are able to manage them remotely, in case of an outage or any other problem.

Dell PowerEdge Rack Servers have improved our organizational infrastructure, fostering a paradigm shift towards centralized operation. This strategic decision has yielded a multitude of benefits, primarily the consolidation of hardware and the seamless integration of diverse applications and solutions onto a unified platform. Furthermore, the inherent security enhancements provided by these servers have demonstrably bolstered our digital defenses, while their exceptional reliability empowers us to dynamically scale resources and seamlessly navigate peak loads, a critical advantage in today's dynamic business landscape.

Dell PowerEdge Rack Servers have truly played a pivotal role in propelling our organization's sustainability initiatives forward. Before their implementation, our IT infrastructure resembled a sprawling archipelago of individual machines, each dedicated to a specific application silo. In my previous stints at other companies, I've witnessed firsthand the unwieldy sprawl of server landscapes, sometimes ballooning to a staggering 80 machines! Thankfully, the PowerEdge series was meticulously crafted with server consolidation in mind, enabling us to streamline our entire IT ecosystem into a sleek and efficient operation.

In the bygone era of IT, each application resided in solitary confinement, tethered to its own dedicated machine. This antiquated approach not only squandered space but also devoured energy like a famished dragon. Dell PowerEdge Rack Servers, however, have ushered in a paradigm shift, centralizing the once-sprawling landscape of applications onto a single, unified hardware platform. This agile infrastructure transcends the limitations of its predecessors, allowing virtual machines to migrate seamlessly between servers in response to fluctuating workloads. This results in unparalleled flexibility, liberated from the constraints of the past.

By implementing Dell PowerEdge Rack Servers, we were looking for a solid infrastructure that would allow us to run our business processes and our database and web environments. With PowerEdge, we have achieved that, and we are happy.

Thanks to the durability and performance that Dell PowerEdge Rack Servers have, our company feels very confident.

I cannot assess Dell PowerEdge Rack Servers in terms of energy consumption because we are not very aware of what each PowerEdge server consumes. In terms of the capability of Dell PowerEdge Rack Servers for handling the evolving needs of high-performance workloads, we usually have the servers oversized, so we do not have any problems. We are fine.

Dell PowerEdge Rack Servers have reduced unplanned production downtime. Service outages, for example, because of problems with the servers are marginal. Normally, the problems that we have with system availability are because of communication.

We use the OpenManage console, and we have made good use of it. We started working with OpenManage a long time ago, and we have done tasks as simple as restarting a remote server from OpenManage, so we do not have to go to an actual office to do a restart.

Using PowerEdge Rack Servers has affected the overall flexibility of our operations or business, but it is not just because of the use of PowerEdge. It is also because of the use of virtual infrastructure. In this case, we work with VMware, so we do have a lot of flexibility. We can add a server, more data, or more processes. Below all that, the physical layer provided is through PowerEdge, so it has made our operations easier.

The department that maintains the data center has considerably fewer worries than before.

I cannot assess Dell PowerEdge Rack Servers in terms of energy consumption because we have them hosted in a data center, and the consumption does not depend on us. Similarly, I cannot assess Dell PowerEdge Rack Servers for handling the evolving needs of high-performance workloads because we do not have high-performance environments. Our environment is pretty basic.

In terms of the impact of Dell PowerEdge Rack Servers on our organization’s sustainability goals, I am not aware of the company's sustainability goals, but I believe that Dell has a sustainable development policy. At a booth at this convention, they show how they handle the entire issue of recycled packaging and equipment.

Dell PowerEdge Rack Servers have clearly reduced unplanned production downtime, but I cannot exactly say how much.

Dell PowerEdge Rack Servers have not affected the overall flexibility of our operations or business but virtualization did.

With Dell PowerEdge Rack Servers, my company has entered a new generation of hardware and possibilities and is happy to use them.

With Intel Xeon processors, the solution has helped improve our target workloads' performance by 50 percent at times, depending on the exact calculation we are doing.

The patches that are often released for this solution help us stay on top of our game, which is essential as we provide solutions to the government.

This solution keeps us up and running and reduces downtime. PowerEdge has helped us to reduce data processing time. The PowerEdge systems management frameworks have enabled us to progress towards full automation. 

The most significant benefit we've experienced is the simplicity of working with a single vendor. This streamlined approach has greatly improved our service level experience. Whenever there's an issue, we can quickly reach out to them and receive prompt replacements or support. With ProSupport, the reliability and responsiveness of Dell's support services are truly impressive. We have peace of mind knowing that our technical needs will be addressed swiftly, often with next-day solutions.

Efficiency and power consumption have seen improvements in the last generation of servers. However, it's important to note that these aspects are largely comparable across vendors when utilizing the same hardware components.

The cyber-resilient architecture is a crucial feature, particularly for security purposes. Its inclusion provides reassurance for us as hosts, allowing us to confidently communicate to our customers that we employ this advanced technology in our data centers. This enhances our credibility and serves as a point of trust when engaging with our clients.

PowerEdge Servers have significantly reduced unplanned production data shutdowns, particularly compared to our previous experience with Bull, when we encountered frequent shutdowns due to hardware malfunctions, but with PowerEdge, downtime has been consistently minimal for the past five years. This improvement has greatly benefited both us and our customers, as it allows us to provide services with much better SLAs.

The adoption of the OpenManage Console has impacted our productivity positively as we are currently in the process of rolling it out for our servers.

Dell PowerEdge Rack Servers have made my organization much more organized. Before, we didn't have DRA cards or a centralized overview of servers, so managing them required local access. Now, I can centrally monitor and control server issues across all locations.

PowerEdge Server's Cyber Resilient Architecture approach to security, including silicon-based firmware, signed firmware updates, user access, and supply chain security and integrity is good. It's especially good with regular updates that instill confidence. 

I can't provide details on the processor architecture, as I'm not deeply familiar with it.

PowerEdge Rack Servers' handling of evolving high-performance workload requirements when equipped with the appropriate server is sufficient and very good. Although it's crucial for a customer to plan for future resource needs.

The servers have had an excellent impact on our organization's sustainability goals. The longer lifespan of Dell servers aligns well with the typical server lifespan calculation of five to seven years.

The OpenManage Console has affected the productivity of our IT personnel. It has become much more manageable. It's easier to administer servers, even for colleagues who are less technically inclined.

The PowerEdge systems management frameworks have enabled us to progress towards full automation when it comes to managing PowerEdge. Especially on the security front, we extensively rely on the APIs provided by Dell management systems, and we do integrate it with our software.

In terms of operations, this gives a lot of flexibility. Also different customers have different choices and options, and we can enable different security modes and options for our customers using these features.

We had multiple solutions that did the same job, and thanks to this solution, I now only have to use one solution. It not only improves our space; it is also much less expensive for our company.

Dell PowerEdge Rack Servers have the PowerEdge Cyber Resilient Architecture approach to security. It is the most important thing for our company. It is not an option for us to continue working without this execution modality.

Dell PowerEdge Rack Servers are very sustainable in terms of energy consumption. If I have many applications and solutions, the consumption will be high, but if I work with only one, the consumption level will be better.

Dell PowerEdge Rack Servers are good for handling the evolving needs of high-performance workloads. All the data I work with is very heavy. We use PowerEdge servers because they can handle the data without any problem. This is very reassuring.

For us, the issue of electricity pollution is very important. This system is perfect for us in terms of sustainability.

Using PowerEdge Rack Servers has not much affected the overall flexibility of our operations or business. For us, it has always been very important to have a fast response time to keep our customers satisfied, even before we implemented the servers. That is why it has not impacted our flexibility much.

PowerEdge Rack Servers have helped to reduce unplanned production downtime. They have been resilient.

We used PowerEdge as our main servers for all things virtual and as our file servers as well. We had a lot of VPN users as most of the company is remote. There wasn't as much lag time when dealing with file transfer, specifically in the office. Using the PowerEdge Servers and the Dell switch stack interchangeably skyrocketed the firm in the office.

PowerEdge is able to run the latest high-demand applications for our use case. They host our clusters and facilitate the building of environments. 

We also like the iDRAC feature for monitoring system data and providing analytics. The newer iDRAC is a lot better than the older versions. 

I chose Dell PowerEdge servers to tackle key issues in our setup. It adds extra security, aligning with our data protection goals. Gold Service support ensures reliable assistance, minimizing downtime. The smooth integration between services makes switching to Dell a confident move for our server needs. PowerEdge Rack Servers boosted our organization's flexibility without any issues. They just worked perfectly, with no negative impact. It has also boosted our IT staff's productivity. I now have more time for other tasks, and while it's hard to quantify, it saves me a few hours each week.

We're having increased performance. That's one of the big reasons we went with these PowerEdge servers.

When it comes to running high-demand applications, we trust our Dell servers exclusively. Its overall stability and ease of use have helped to improve the way our organization functions.

I believe that our overall data processing time has been reduced, although it's hard for us to quantify that.

We are currently converting from VMware to Hyper-V and trying to use Dell's Azure Stack HCI solution to converge the storage instead of using separate storage devices. We have one environment for network storage and computing, which gives us more flexibility and standardization in the solutions.

Dell PowerEdge Rack Servers are reliable with no serious issues. Now, standardization makes things easier in exchanging components and knowledge.

We are a partner who sells PowerEdge to many different customers, and we also use it in our own environment. The solution can be customized based on a customer's needs and allows us to build whatever we need in our own environment at that particular moment.

The system management capabilities of PowerEdge helped increase stack productivity. The solution's accelerated GPUs helped support demanding workloads for some of our customer's environments. PowerEdge helped to reduce data processing time in our company which has made us work faster. 

• They give us peace of mind; we sleep well at night. 
• The Intel Xeon processors have helped to improve performance.
• We have also seen a very small reduction in unplanned downtime.
• In addition, they have improved backups and my options to do the things I need to do, without hassle.

We use these servers for the hypervisor, and we have many Windows servers on them. They work very well, and they have a very good performance.

Performance has been observed once servers have been operational and power consumption has been reduced as well due to the new technology.

• iDRAC 8 allows you to configure so much of the server without having to use a console. For example, RAID configuration, disk health, and SSD wear.
• It also displays a great amount of environmental history, including temps and power usage, with up to a year of history stored in the iDRAC.
• The vFlash capability is handy, allowing multiple SD partitions to be created and mounted. Being able to load all kinds of firmware via iDRAC is great, e.g., disk, controller, BIOS.
• OpenManage Essentials is better than OneView in my opinion. While it lacks the visual finesse of OneView, it has far more functionality.

One of the main factors in helping efficacy is having like-branded servers, which have compatible tools. There are are more universal management tools out there, but they are generally pretty costly. The fact that the servers have generally been quite reliable, has really decreased expenditure. I know that when I put a server in place, they will simply run. I had servers that were still from the PE2650, and PE4400 up until fairly recently when everything got replaced. There is something to be said about reliable hardware.

We opted for the OCP primarily due to its exceptional modularity. With compute nodes and storage nodes sharing the same form factor and rack, it simplifies maintenance tasks. Any necessary adjustments can be made seamlessly without the need to unplug cables, as everything is contained within the rack itself. This user-friendly design streamlines operations, particularly for individuals with limited training in server management.

Our older PowerEdge servers consume significant amounts of power due to their age.

In terms of high performance, there hasn't been any improvement or decline. We have sufficient redundancy to tolerate the loss of multiple nodes without any impact.

In terms of productivity, we have the capability to interface directly with the servers when necessary, eliminating the need for remote access.

Dell R series are very good engineered servers. Reliability and durability are the key to choose this product. This is a cornerstone to build a highly available IT system.

Ideal for database applications, large virtual infrastructures and other data intensive workloads.

This solution allowed us to have all of our applications and data in one place with good agility. The solution's analytics helped to decrease production downtime by more than 60%. PowerEdge has also helped to reduce data processing and has reduced the timing for any workload.

The Dell EMC PowerEdge offers best performance per price

Compared to the older versions, and those from other vendors, like HPE servers and some other brands, this one has really saved us a lot of headaches when it comes to hardware replacements. It's something it seems that Dell has improved. You quickly log your support case and get support. The turnaround time is really fast.

Also, compared to the other vendors and generations, this one tends to be more user-friendly, so you spend less time trying to get where you want to go.

The server itself has the most stable updates. The patches and the updates will take you a long way before they release another one, so you aren't constantly doing more updates and upgrades. 

We use Dell EMC PowerEdge R730 as a server for testing our software products. We had not benchmarked anything before we purchased this, but we went through the specs during that time and did some configuration. We purchased Dell EMC PowerEdge R730 with 256GB RAM and built-in dual CPUs. We just sought this configuration from the local Dell EMC account via our account manager.

Since we use this for testing our products, we do not use it for any business process requirements. We are not hosting on it, we are just using it for testing purposes. 

We were not able to scale up the server to the number of reels that we were looking for, so our plan got stalled there. Now we are once again revisiting our plan for that after two years.

There are better processors available with multiple cores than the Dell EMC PowerEdge. Our current requirement is that we should be able to generate a load of five hundred or one thousand Windows 10 desktop VMs on a single server. We prefer to use an optimal sizing on the RAM, the storage disc, and the CPUs. That's our current requirement. Virtualization is the biggest benefit for our organization. 

We are able to virtualize a lot of applications and user desktops with the Dell EMC PowerEdge Rack Server.

Our requirement is 99.9999% uptime. That is what we have experienced from these servers.

We have been using this server as a software license and a small file server for 10 users.

The ease of working with our suppliers and the availibility of the product.

It allowed us to run more VMs than we had originally planned. We've had no failures in six years, and can perform remote management and maintenance.