Dell PowerEdge MX- Series Reviews

Dell PowerEdge MX- Series is primarily used for high-density virtualization and private cloud. The MX chassis allows an organization to pack a massive amount of compute density using MX750 or MX760 sleds and memory into a compact 7U footprint. It is a staple of enterprise VMware vSphere, Red Hat OpenShift, and Microsoft Azure HCI stack deployment.

The second main use case is software-defined infrastructure and HCI. Dell PowerEdge MX- Series excels at running hyper-converged infrastructure such as VMware vSAN or Nutanix. The ability to mix compute sleds with raw SAS and NVMe storage sleds such as MX5016 inside the same chassis makes scaling compute independently from storage seamless.

When it comes to mission-critical enterprise databases, large-scale SQL servers, Oracle database servers, or SAP HANA deployments, it leverages Dell PowerEdge MX- Series' high-throughput fabric and high memory capacity per node to handle heavy IOPS and in-memory processing.

We have 400-plus virtual machines running on it for server virtualization, which we are already using. Dell PowerEdge MX- Series is generally used for VMware workloads to run, where 400-plus virtual machines are running.

When it comes to composable AI and ML at scale, standard blade servers historically struggled with AI and machine learning because they lacked the physical space and thermal cooling capacity for high-wattage, double-width GPUs. To solve this, an organization can pair Dell PowerEdge MX7000 with a composable PCIe fabric such as the Liqwid Smart Stack. In practice, compute sleds run standard GPU-heavy ETL pipelines to clean and tag raw incoming data. At night, during model training, via software API, the system dramatically attaches a pool of 20 external PCI GPUs to a single MX760 compute sled. To the operating system, it looks like a massive GPU server. The result is the team gets the extreme density of a modular chassis compute without buying dedicated, single-purpose GPU rack servers that ideally sit idle during non-training hours.

The midplane design has improved the workflow in many ways. With zero-downtime infrastructure upgrades, in older blade environments, when a workload outgrew the internal backplane bandwidth, such as moving from 10 GB to 25 GB or 100 GB, you hit a hard wall. Upgrading meant scheduling a massive maintenance window, tearing out every single server sled, ripping the entire chassis out of the rack to replace the midplane, and re-racking everything. With instant speed upgrades, you can upgrade network fabrics, swapping a 25 GB switch module for a 100 GB engine or 32 GB Fibre Channel directly into the back of the chassis while servers remain racked and powered.

When it comes to thermal and airflow efficiency, ripping out the dense midplane circuit board leaves wide-open air channels through the chassis. The fan does not have to spin as fast to cool high-wattage CPUs, reducing noise, power draw, and thermal throttling under heavy processing loads.

Managing individual rack servers or legacy blades often means configuring BIOS settings, RAID, iDRAC, VLAN, and firmware per host. It is repetitive and prone to human error. A single mistyped VLAN ID can drop a host from a VMware cluster. With OpenManage Enterprise, you can deploy a single golden server template covering BIOS settings, vSAN storage mapping, boot order, and firmware version. When you slide a brand-new compute sled into any empty bay, OpenManage Enterprise detects it, applies the template automatically, and stages it for hypervisor installation without ever opening a console or KVM session.

Dell PowerEdge MX- Series has impacted our organization in a very positive way, and there are many benefits to it. When it comes to the data center footprint and power costs, it has drastically reduced them. When consolidating discrete 2U or 4U rack servers, TOR switches, and external storage trays into a 7U chassis, you yield immediate physical savings. An organization typically sees a 50 to 60 percent reduction in rack space usage for equivalent or higher compute density. Shared power supplies and the open airflow enabled by the non-midplane design reduce the fan power consumption and cooling overhead significantly.

There has been significant time saving in positive outcomes. The biggest operational win comes from eliminating manual provisioning and repetitive update steps. Third-party testing from labs such as Principled Technologies highlights these clear time savings. For HCI deployment, setting up a VMware vSAN cluster on Dell PowerEdge MX- Series takes approximately 87 percent less admin time compared to traditional modular setups. When it comes to relocating and expanding storage, relocating raw SAS or NVMe drives dynamically via software takes under two minutes of admin instruction. When it comes to automated patching, upgrading firmware across multiple compute nodes required two-thirds fewer steps because OpenManage Enterprise lets admins schedule rolling background updates directly from Dell's repository, eliminating the need to execute manual updates during midnight maintenance windows.

Dell PowerEdge MX- Series offers multiple best features. The no-midplane architecture is true future-proofing. Traditional blade servers rely on a fixed circuit board midplane inside the chassis to connect servers to network switches. Dell PowerEdge MX- Series eliminates the midplane entirely. Compute sleds plug directly into the back-end network and fabric modules. A midplane creates bandwidth bottlenecks over time. Without one, you can upgrade from 25 GB to 100 GB or adopt future PCIe generations simply by swapping rear switch modules. There is no need to buy a new chassis.

Dell OpenManage Enterprise modular edition is a valuable feature. The chassis features embedded lifecycle management directly into the hardware, operating a single management plane for compute, storage, and networking for up to 10 connected chassis. You can define a server template with BIOS settings, VLAN tags, RAID configuration, and firmware versions once. When adding a new compute sled, OpenManage Enterprise automatically applies the template in minutes without requiring manual setup or crash carts.

Another valuable feature is SAS or NVMe storage mapping. Instead of relying strictly on local drives inside compute nodes, you can insert dedicated storage sleds such as the MX5016 into the chassis and map individual drives directly to any compute node via software.

OpenManage Enterprise also provides a single-pane chassis freedom. You can stack up to 10 MX7000 chassis together in a lead or member configuration. You can log in to one web interface to manage firmware, power caps, and network configuration across 80 compute nodes simultaneously.

No product is perfect, and there are improvements that can be done on Dell PowerEdge MX- Series. The first improvement is the complex matrix for firmware updates and patching. Managing the cycle for a modular chassis means managing alignment across multiple layers: the chassis management module, compute nodes including I/O, BIOS, and iDRAC, switch network OS such as SmartFabric OS, and the hypervisor driver.

Upgrading firmware can feel challenging when an OS10 switch patch is out of sync with an iDRAC version and a VMware ESXi driver release, as it can trigger network instability or failed compliance checks. A simple, single-click, whole-stack update engine that completely guarantees baseline stability across switch OS, server BIOS, and hypervisor drivers without manual dependency checking would be beneficial.

The second area for improvement is the high upfront cost and initial setup complexity. The initial capital expenditure for an MX7000 chassis, redundant management nodes, and fabric switching engines is steep compared to buying a few standalone 2U servers or rack servers.

Additionally, initial configuration, particularly setting up SmartFabric services and inter-chassis stacking, has a steep learning curve. A lower barrier to entry price for smaller cities and a simplified deployment wizard for IT generalists who do not specialize in enterprise network fabrics would be improvements.

The third improvement is the limited native GPU density for modern AI workloads. While composable PCIe fabric exists, running intensive AI training locally inside the chassis is restricted. Sleds designed with specialized cooling, specifically tailored to support high-wattage enterprise GPUs natively with the standard sled footprint, would be beneficial.

Power and thermal management per rack is another area that can be improved. A fully populated MX7000 series loaded with high-wattage CPUs, dual switches, and NVMe drives consumes a significant amount of power in a compact 7U space. Racking three or four chassis in a single rack can typically exceed standard power density limits or require specialized rack power distribution units and high-CFM cooling airflow.

I have been working in my current field for 14 to 15 years.

Dell PowerEdge MX- Series is very scalable. When it comes to network scalability, in traditional rack or blade deployments, adding more chassis means buying more TOR switches and running scores of cables. Dell PowerEdge MX- Series platform uses Dell's scalable fabric architecture to do away with this.

Support for Dell PowerEdge MX- Series is very good.

Previous solutions were older-generation blade servers such as the PowerEdge M1000e or HP BladeSystem c7000. For a decade, traditional 10U blade enclosures were the enterprise standard for high-density compute. Organizations switched because of the midplane bottleneck. Older chassis relied on an internal backplane circuit board tied to older bus standards. As networks moved to 25 or 100 GbE and PCIe Gen4 or Gen5, those midplanes could not handle the internal signal integrity or bandwidth requirements. Upgrading required tearing out the whole chassis. The second reason was thermal limitations. Legacy enclosures could not cool the modern-wattage CPUs or drive density.

We evaluated other options before choosing Dell PowerEdge MX- Series. Those were HP Synergy, the direct composable competitor, and Cisco UCS X-Series, the fabric heavyweight. Traditional rack-based HCI such as Dell VxRail and Nutanix on rack servers were also considered.

If you are evaluating or planning to deploy Dell PowerEdge MX- Series, use SmartFabric mode unless you have an edge class requirement that demands complex manual Layer 3 routing directly in the chassis on the switch. SmartFabric automates VLAN tagging, quality of service, and link aggregation across all compute sleds based on templates. Switching from full switch mode back to SmartFabric mode later requires resetting the switch to factory default, which causes unnecessary downtime. Additionally, include Dell ProSupport Plus Mission Critical in your initial purchase. My overall rating for this product is 8 out of 10.

On-premises

I am using Dell PowerEdge MX- Series for running on our production systems. There are many MX series blade servers, and it runs smoothly, but sometimes I encounter a problem with the battery. Each blade server has a battery, and sometimes the battery needs to be replaced because it triggers the alarm.

Dell PowerEdge MX- Series is used for both production systems and pre-production systems. It runs smoothly and supports mission-critical systems. Because this server is under a cluster environment, I can perform maintenance and swap servers at any time without issues.

In the industry, there are currently blade solutions from Dell, HP, Lenovo, and Cisco. Compared to those, all blade solutions are similar in design. In the chassis, there is a back panel where each blade has a card module that plugs into the blade chassis. The chassis contains a network switch as well as a SAN switch. The SAN switch and network switch combined to the blade module provide plug-and-play functionality. The throughput is also good.

Dell PowerEdge MX- Series currently has two types of processors with speeds of 2.1 and 2.3 GHz, possibly 2.2 GHz as well. All applications in our environment run on these processors. However, I think the processor speed should be higher because the coming applications are all AI-based and require more powerful processing. As of now, there is no issue with the current processor clock speed for our running applications. They are all Gold processors.

In our environment, we have designed a setup with Dell PowerEdge MX- Series chassis with two network switches in the back panel. The two network switches connect to the main upstream network switch with link aggregation protocol (LACP) bonding. Currently, 160 gig, 40, 40, 80, and 80 gig bandwidth is running. The throughput is 80 gig total. Each blade server has a 20 gig network connection and will get a maximum of 20 gig network bandwidth, while the total chassis will deliver a maximum of 80 gig bandwidth. However, it can go up to 160 gig because the upstream network switch supports QSFP+ modules that are 40 gig each, with two 40 gig connections totaling 80 gig.

Dell PowerEdge MX- Series also includes a SAN switch. The SAN switch is in the back panel of the chassis and connects to our main central SAN switch, which is connected to central storage. It is easy to onboard our central storage to the blade server as required, and there is no issue with that.

The benefits include the fact that Dell PowerEdge MX- Series blade servers have sixteen blade servers in a single chassis, which consumes minimal space in the rack and data center, as well as requiring minimal cabling. For cabling, there are only four network cables connected to the main upstream switch. When connected to the SAN switch, there are only four additional cables, totaling eight cables to the SAN switch. This results in no messy cables in the data center. Additionally, the performance is good enough based on our current applications running on the servers.

Firmware upgrades are acceptable, but Dell PowerEdge MX- Series needs to be more stable than other solutions.

I have been working with Dell PowerEdge MX- Series since 2020.

There are two issues I have encountered during the use case with Dell PowerEdge MX- Series. One is the battery issue, and the second is the memory issue, which is a DIMM error.

The fundamental function of Dell PowerEdge MX- Series is acceptable. Not only for this server but other blade servers also have the same fundamental function, so there is nothing regarding higher functionality issues. Rather, it requires more stability.

The setup process for Dell PowerEdge MX- Series is not complex; it is easier to set up. There is a chassis with a switch in the back, and there are back cables connecting to the main switch to the expander switch. On the front side, there is a blade server that uses plug-and-play technology.

We did not set up Dell PowerEdge MX- Series blade chassis or server ourselves because initially, a partner delivered the server and also provided the implementation.

It is difficult to determine the pricing because I do not manage the pricing information. The price may be getting higher or is similar to other vendors. Currently, the server price is significantly higher compared to one year ago, with the server price being four times higher.

There is a benefit when compared to other solutions. In the industry, there are many blade server solutions, including HP blade servers. Compared to HP, Lenovo, Cisco, and other vendor blade servers, there is room for improvement and the opportunity to improve higher than the others because stability is the primary concern. Compared to other solutions, this blade server requires more stability.

Scalability I would rate as definitely ten out of ten. Dell PowerEdge MX- Series can definitely be used, and I would give it a good rating of eight out of ten overall.

On-premises

Other

The main use case for Dell PowerEdge MX- Series is for dense virtualization, data center consolidation, and software-defined infrastructure. We use it for composable, high-performance computing and cloud, consolidating traditional workloads and private cloud environments on shared and redundant pooling infrastructure to save space and energy.

The best features of Dell PowerEdge MX- Series are centered around its no-midplane architecture, Kinetic Infrastructure design, and unified software management. These features allow organizations to scale compute and storage independently while future-proofing the chassis for upcoming technology generations.

Regarding the no-midplane architecture, direct connection sleds plug directly into the backplane fabric module instead of relying on a fixed, traditional midplane circuit board. This design eliminates bandwidth bottlenecks, allowing the chassis to support future upgrades such as PCIe Gen 5 and Gen 6 without requiring a midplane overhaul. The cooling efficiency maximizes airflow with less fan energy. The Kinetic Infrastructure allows administrators to scale compute and storage independently based on workload needs. Storage drives inside Dell PowerEdge MX- Series can be mapped to any compute engine over a low-latency SAS fabric without physical rewiring. It accommodates a blend of two-socket or four-socket and storage expansion sleds side-by-side in the same 7U enclosure.

Dell PowerEdge MX- Series has had a very positive impact on our organization. We have reduced administrative hours significantly. The team has reported saving around eighty to ninety percent of the time previously spent on provisioning and firmware upgrades. This matters because instead of manually configuring individual BIOS settings and network switches for every new server, administrators now use Smart Fabric Services and templates. They can deploy an entire cluster of blades in minutes via software, freeing up engineering talent for high-value projects.

Regarding capital expenditure, it has saved a high amount. The impact is higher hardware utilization rates and reduced over-provisioning of hardware. This matters because in a traditional setup, if a database needs more storage, a team often has to buy a whole new server. The dynamic pooling allows the reallocation of the storage or compute blades required, driving down infrastructure costs.

There are a few primary limitations and areas for improvement in Dell PowerEdge MX- Series. First, complex networking and VLAN configuration presents a challenge. Setting up Dell Smart Fabric Services can be complex for teams transitioning from traditional rack environments. Dell could improve the OpenManage Enterprise module's user interface to make advanced VLAN tagging, uplinking, and multi-chassis networking configuration more intuitive for general system administrators.

The second improvement area is the high upfront cost, which is a barrier to entry. The initial capital investment for Dell PowerEdge MX- Series chassis and its corresponding high-bandwidth fabric switches is very steep. While it provides long-term return on investment at scale, Dell could improve its pricing model or offer lower-density starter configurations to make it more accessible to mid-market organizations.

The last area I would like to highlight is the standards. Single-width compute sleds such as the MX760c have constrained space, limiting native high-power GPU options inside the blades. Heavy artificial intelligence workloads require specialized third-party expansion modules that take up fabric slots. Integrating dedicated, high-density PCIe Gen 5 and Gen 6 accelerator slots directly into standard-width compute blades would make it more suitable for modern generative artificial intelligence applications.

I have been using Dell PowerEdge MX- Series for five to six years.

We previously used Cisco UCS B-Series and C-Series servers. We switched because while Cisco UCS pioneered fabric interconnects, our IT teams found the management software, such as UCS Manager or Intersight, to be overly rigid and complex for general system administrators. Dell PowerEdge MX- Series provides a much more seamless and intuitive software-defined experience.

Using composable administration and pooling infrastructure has helped our operations by making day-to-day data center management tasks easier, such as eliminating the need to buy separate, fixed servers for different departments, which leads to waste and idle hardware. In a composable way, compute, storage, and network resources sit in a shared pool. Resources can be assigned dynamically based on current workloads, maximizing the hardware investment.

When it comes to rapid scaling and provisioning, in the traditional approach, adding storage or memory requires physically opening a server, inserting components, and rebooting. In a composable way, resources or compute blades can be reallocated virtually through software templates. A new workload deploys in minutes instead of days.

Deploying modern PowerEdge servers, we see a payback within one to one point five years, with a three-year return on investment averaging over three hundred to four hundred percent.

There is a high capital expenditure when it comes to pricing, setup cost, and licensing. A high investment is required, but it has long-term value. The initial price tag of the modular infrastructure can cause sticker shock. Buying a Dell PowerEdge MX- Series chassis along with its corresponding high-bandwidth fabric switches requires a high upfront capital expenditure.

The metrics from my team show significant operational improvements. When it comes to direct administrative time savings, head-to-head testing comparing the management of a Dell PowerEdge MX- Series environment against traditional competitive blades highlights significant time reduction. For example, there is eighty-six percent less time implementing vSAN. It takes just six to seven minutes to implement a VMware vSAN cluster on Dell PowerEdge MX- Series, compared to over fifty minutes to one hour on a competitive blade network. The second improvement is faster server migration. Upgrading a legacy workload to a Dell PowerEdge MX- Series chassis requires fewer manual steps, which saves around three to four hours of administrative time for a standard three-node cluster rollout. When it comes to network adjustments, it is forty percent faster at executing VLAN modifications.

I rate Dell PowerEdge MX- Series an eight out of ten due to its steep upfront cost and the complexity of its networking setup. When it comes to artificial intelligence and deploying Dell PowerEdge MX- Series for artificial intelligence workload governance and security, it must be evaluated through its management software and physical architecture. This is because artificial intelligence workloads introduce unique risks, such as data poisoning and high power consumption, and the platform addresses these concerns.

There is a measurable power reduction by workload when assessing Dell PowerEdge MX- Series for energy consumption. According to comparative data benchmarks, moving from the previous generation to the current generation of PowerEdge servers results in significant energy savings. For VDI and SMB environments, there is up to a forty-two percent reduction in power consumption. For CPU-based inferencing, there is a thirty-three to forty percent reduction in power draw, which translates to a massive carbon footprint reduction at scale. For dense computing, there is up to a twenty percent power reduction. For general computing, it is not as significant, but there is a ten to fifteen percent lower power draw.

My role in using and managing Dell PowerEdge MX- Series is more that of a technical collaborator.

Using Dell PowerEdge MX- Series has affected the overall flexibility of our operations and business significantly. There have been significant changes, shifting from rigid hardware to composable resources. The traditional data center suffered from hardware hoarding, where individual departments demanded physical servers that sat idle seventy percent of the time. With Dell PowerEdge MX- Series and modern R-series nodes, infrastructure is treated as a fluid pool. The team can spin up, tear down, and reallocate compute and storage via software templates in minutes. This has accelerated our time-to-market for applications.

Using Dell PowerEdge MX- Series has helped reduce our total cost of ownership. Our organization sees a total cost of ownership reduction ranging between thirty to fifty percent for a standard three to five-year lifecycle.

Using Dell PowerEdge MX- Series has helped reduce unplanned production downtime. Upgrading to modern PowerEdge servers significantly reduces unplanned production downtime. We report that migrating legacy hardware to modern PowerEdge infrastructure has cut unplanned production downtime by approximately thirty to fifty percent. The team reports operations becoming two times more resilient than with older configurations.

The steep drop in power draw directly lowers an organization's Scope 2 greenhouse gas emissions, helping it meet strict corporate net-zero targets. The high rack density of modern PowerEdge servers allows organizations to achieve up to a seven to one server consolidation ratio.

My advice to others looking into using Dell PowerEdge MX- Series is to plan for the future, not just today. Take advantage of the no-midplane architecture. Do not buy hardware scaled only for this year or next year. Because the chassis connects multiple blades directly to the rear fabric, it can support future generations of high-bandwidth technology such as PCIe Gen 6 or 400 Gb without needing a full chassis replacement. Invest in a robust chassis and fabric foundation now, knowing you can easily swap out compute sleds later.

Hybrid Cloud

Amazon Web Services (AWS)

Dell PowerEdge MX- Series servers are used for many different purposes by my clients. Customers often need servers to handle various workloads as traditional servers. I also recommend standalone servers for backup and archive purposes. Additionally, customers use Dell PowerEdge MX- Series when they need to install VDI applications. There are many purposes for deploying these servers.

Dell PowerEdge MX- Series addresses diverse organizational needs through its versatile capabilities. The servers handle many different workloads, function as traditional servers, and serve as standalone servers for backup archives. They can also be used when customers need to install VDI applications. These functionalities demonstrate the comprehensive benefits that Dell PowerEdge MX- Series brings to organizations.

The biggest advantage for Dell PowerEdge MX- Series compared with other vendors is that it introduces more performance. The price is competitive within the market. Although there are vendors that offer cheaper prices, Dell's compute resources and server specifications include more capabilities that introduce greater performance and IOPS.

Energy consumption is very effective. For example, in some of my projects, there is a customer using another vendor's server that consumed too much power. After using Dell PowerEdge MX- Series, the power consumption improved significantly.

Regarding downtime, it is good to reduce downtime, but this depends on each case. For example, if I work with a solution that includes high availability, downtime is not necessary. However, if I work with a solution that includes a single point of failure, there may be downtime, but the downtime percentage is very low.

There are many advantages included in Dell PowerEdge MX- Series. We can work with many servers in the same rack, which introduces more enhancement for installation. The response time is faster, and installation time is quicker. We can install the servers in approximately one hour. We can manage all the servers from one GUI. The size of the servers is small, so they take up minimal space in the rack. The performance is good compared to other solutions. We can install and work with different types of servers. I have not experienced any issues until now.

If I think about some hypothetical improvements in the future, Dell could add new features to the product to make it better. Something that potentially could be improved is integrating all different virtualization hypervisors as a pre-install. For example, if Dell PowerEdge MX- Series servers came with pre-installed VMware vSphere and VM Essential from HPE, or Hyper-V on the server, or Nutanix AHV, this would be better.

I have been using Dell PowerEdge MX- Series for around seven years now.

Energy consumption is very effective with Dell PowerEdge MX- Series. In some of my projects, there is a customer using another vendor's server that consumed too much power. After using Dell PowerEdge MX- Series, the power consumption is very effective.

Dell PowerEdge MX- Series is very easy to scale, but scalability also depends on the architecture solution. From the first point, if I design the server with complete local storage with no free space slots, I cannot add more. However, if I design the solution with free slots available, I can upgrade in the future, which is good. From our perspective, Dell PowerEdge MX- Series performs well in this area for scalability.

Regarding customer service from Dell, we have a team of experts in implementation, so the number of cases we handle is not high. Our team can handle all the issues that arise. If we open a case, we receive a response based on the support level. Servers are not complex solutions compared with other solutions like Dell PowerMax or VMAX.

I am working with HPE servers and Lenovo servers as well. The price of Dell PowerEdge MX- Series is high compared with all of these alternatives. However, Dell PowerEdge MX- Series is good regarding IOPS, the number of IOPS, and compute layer components compared with other vendors.

The installation process for Dell PowerEdge MX- Series is generally easy.

Regarding AI workloads, Dell also works with HP servers and HPC servers. From my previous projects, some customers were already working with AI solutions. The benefit of AIOps is that we need NVIDIA cards based on that requirement. I recommend HPC servers to handle the required workload.

Regarding Total Cost of Ownership, this point is good. The savings depend on the project size. Sometimes we receive promotional offers and incentives from Dell, so the total cost will not be high. Regarding time savings, I think the servers save around 70 percent of the time for our clients.

Dell PowerEdge MX- Series helps reduce the Total Cost of Ownership for our clients.

I work with HPE servers and Lenovo servers as alternatives to Dell PowerEdge MX- Series.

I have been working with Dell PowerEdge MX- Series for around seven years. In the market in Egypt, Saudi Arabia, and Dubai, approximately 90 percent of customers work with standalone Dell PowerEdge MX- Series. I have worked with Dell PowerEdge MX- Series and other series. Dell PowerEdge MX- Series helps to reduce unplanned production downtime. The downtime reduction depends on each case. If I work with a solution that includes high availability, downtime is not necessary. However, if I work with a solution that includes a single point of failure, there may be downtime, but the downtime percentage is very low. If Dell could add new features to the product in the future, it would be better. I think if Dell PowerEdge MX- Series servers were integrated with all different virtualization hypervisors as a pre-install, it would be better. For example, if I could find Dell PowerEdge MX- Series servers with pre-installed VMware vSphere and VM Essential from HPE, or Hyper-V on the server, or Nutanix AHV, this would represent an improvement. My overall rating for Dell PowerEdge MX- Series is 9 out of 10.

Common use cases for Dell PowerEdge MX- Series include hosting large numbers of virtual desktops for VDI cases and HPC cases involving high-performance computing. This design allows deployments with high-speed networking. I have recently used their AI and machine learning infrastructure with it. Dell PowerEdge MX- Series platforms have integrated GPU compute nodes to support AI initiatives. I have used these cases over the years. Primarily, it is used for virtualization and software-defined data centers, as well as VDI. It is also used for private cloud. The modular design allows organizations to add storage resources quickly without reframing or redesigning the infrastructure.

Dell PowerEdge MX- Series generally supports AI through GPU servers in the XC and XC series and provides high-performance compute with large memory capacity. HPC workloads can be deployed on-premises to deliver secure and scalable enterprise AI solutions. Dell PowerEdge enables AI by combining powerful workloads with CPUs, GPUs, and high-speed networking. The centralized management tool runs AI workloads efficiently.

The biggest advantage of Dell PowerEdge MX- Series is its flexibility. The main advantage is its flexible chassis-based architecture. The biggest advantage is its composable architecture as I mentioned. I can add compute sleds without changing the storage on demand. From the point of deployment, workloads can be provisioned rapidly by using the centralized management tool.

The impact on sustainability in Dell PowerEdge MX- Series involves improving energy efficiency. Dell reports substantial power efficiency across new generations, which helps reduce data center energy consumption. The iDRAC and OpenManage tools provide power monitoring and optimization features. Dell PowerEdge MX- Series uses shared power supplies that reduce hardware deduplications and improve overall resource utilization as compared to standalone servers.

Improvements are required in Dell PowerEdge MX- Series. The biggest drawback is its higher upfront cost and complexity. The main challenges of PowerEdge MX- Series are higher investment and increased architectural complexities, which require greater data center resource requirements. I could focus on achieving greater energy efficiency and simplifying management. I can deploy with lower costs while maintaining scalability and flexibility.

I have been using it for six to seven years, and I am still using it.

Unplanned production downtime in Dell PowerEdge MX- Series involves unexpected interruptions of business operations caused by any failures. Dell PowerEdge MX- Series helps reduce unplanned downtime through high availability, as it supports redundant components including dual power supplies, RAID storage with hot-swappable drives, and redundant fans. Predictive monitoring using iDRAC and OpenManage can detect hardware issues before they become critical outages. This is the main advantage in reducing unplanned downtime and unexpected server interruptions, providing high availability.

I cannot say the exact percentage as it varies by environment. As per my understanding, up to 50% reduction in hardware-related downtime is possible when moving from legacy or non-redundant infrastructure. I would say 50 to 70 percent.

Dell PowerEdge MX- Series is highly scalable and highly stable. I can add compute sleds without replacing the chassis, which demonstrates this high stability.

Customer service for Dell PowerEdge is totally helpful. I really appreciate them as they help a lot to understand this product. They have improved customer abilities and support.

Deployment and installation involve installing, configuring, and making the infrastructure ready for production. For this scenario, I would suggest Dell PowerEdge MX- Series as it reduces deployment time throughout the architecture. As I mentioned earlier, it has centralized management, shared infrastructure, and rapid provisioning for new compute resources. The faster provisioning allows compute sleds to be added into an existing chassis.

Return on investment for Dell PowerEdge MX- Series has a higher initial cost but delivers strong ROI throughout infrastructure consolidations. It offers long-term high ROI by reducing operational costs and improving business agility.

Total cost of ownership depends on the purchase cost plus deployment cost and other things such as maintenance cost and upgrade cost. TCO in Dell PowerEdge MX- Series has shared infrastructure that reduces hardware deduplications.

I do not want to comment about competitor products because each product has its own infrastructure and features.

Energy consumption for Dell PowerEdge MX- Series depends on which models are being used, such as CPU type, memory, and workload. It has AI servers and GPU servers. The AI series is available in the XC series. Dell PowerEdge servers are designed to minimize energy consumption throughout the processors with intelligent power management and server consolidation. As I mentioned earlier, newer generations can deliver significantly better performance per watt and help organizations reduce electricity, cooling costs, and their carbon footprint. I would rate Dell PowerEdge around 8.5 to 9. For Dell PowerEdge MX- Series, I can rate it around 9.5 to 9.9. My overall review rating for this product is 9.

Hybrid Cloud

Amazon Web Services (AWS)

I use Dell PowerEdge MX- Series normally for some security applications for some oil sectors.

The biggest advantage of Dell PowerEdge MX- Series is that its availability is very high. We did not face any issue during these four years. It is very stable, and there is no issue at all. Maybe very few cases happened during the four years related to hard disk damage. Maybe one or two hard disks were replaced. I can say that the uptime was more than 99.8%. The customer is very happy with this product.

We usually do preventive maintenance checking and health checks for these things, and if required, do a firmware upgrade. We do not need to use any extra management application; the users and the administrator monitor this through the management application at all times. There is no issue, and we do not need to have any other management tools.

In HP, there are some series of servers which are called partition servers. These use virtualization built-in on the server hardware. I am not seeing this feature in Dell. As I know, maybe Dell does not have this. This is the only point which I highlight, that maybe they can focus on producing some servers with built-in partitioning systems or virtualization. What I noticed is that HP has an advantage of some series of servers that have this built-in virtualization or partitioning system. I am not sure if Dell can start producing this type. It depends upon the planning and vision from each vendor, and it might be that they are not concentrating on this since there are many specialized companies now focusing only on virtualization such as Nutanix.

I have been working with this product for around four years.

We did not face any issue during these four years. It is very stable, and there is no issue at all. Maybe very few cases happened during the four years related to hard disk damage. Maybe one or two hard disks were replaced. I can say that the uptime was more than 99.8%. The customer is very happy with this product.

It is very scalable because, as I mentioned, normally we are selecting some series of servers that can be upgraded anytime. We are not going to use the base configuration. The hard disk, of course, can have more hard disks added, and these things. The RAID controller is very powerful to add more storage and to merge the new storage with the existing. The solution is very expandable, and that is what is expected from Dell and HP as well.

It is very helpful and very reachable. Once you have the reference code for each server, and once you provide this, they have all the history for all the cases registered for any server. Their support team is user-friendly, and they can cooperate with our engineers to handle any case. There was a very rare case which we faced with Dell. So there might be one or two cases registered during the four years for all the servers.

Normally, before we depended on HP, but now we are trying to implement some deployment using Dell.

It is very user-friendly, and you can install it from anywhere remotely through management ports. We did not face any issue during the installation for this product.

Honestly talking, I can see that there is some better pricing between Dell PowerEdge MX- Series and Dell over HP. Dell's price is normally better than HP. I think this is an advantage, one of the advantages which the Dell partner is normally using.

Processor range is an important consideration. All the servers have processors, but we are utilizing each processor on the servers during our management application, and the performance is very high. We did not reach high utilization, over 75%. So we do not need to do any upgrade or something. The server comes with a full configuration, a full processor configuration. From the beginning, the planning was done correctly, so we do not need to have any other upgrade during this time.

Our network team has their own on-time monitoring tools. They are monitoring all the server ports' utilization, and if there is any bottleneck on any port or any performance issue. All the servers come with 10 gigabit Ethernet ports, and we did not have any issue, honestly talking. The network performance is very good. During the management, we use only 1 GB, but for the production application, we normally use 10 GB.

We do not have any high utilization on the storage capacity. The RAID configuration is very powerful with Dell. The speed and performance is very high using the RAID configuration. I would rate this product overall as a 9.

On-premises

Other

Dell PowerEdge MX- Series is currently hosting our virtualization environment with VMware. We use Dell PowerEdge MX- Series for mission-critical applications, making it well-suited for mission-critical tasks.

Using Dell PowerEdge MX- Series has helped reduce unplanned production downtime by approximately 60 to 70 percent.

Dell PowerEdge MX- Series has definitely affected the overall flexibility of our operations and business in a positive way.

It has helped me reduce total cost of ownership because of superior power consumption. Due to current power consumption issues worldwide, we are using Dell servers because they offer better power efficiency, which gives me the flexibility to use more servers within a smaller data center footprint.

Reducing power consumption represents a form of sustainability, impacting our organization's sustainability goals.

While I do not particularly favor certain features of Dell PowerEdge MX- Series, the power consumption performance is excellent. I currently have no negative feedback or suggestions for improvement.

I have been using Dell PowerEdge MX- Series since it was implemented approximately five or six years ago.

I would evaluate customer support on a scale of 1 to 10 as an 8 to 9.

If it is an 8, improvements I can suggest in customer support involve issues we experience in Egypt, particularly regarding the quality of the engineers who take the calls, especially from the language perspective. Most of them come from India, which leads to some communication challenges due to language barriers.

Prior to adopting Dell PowerEdge MX- Series, I used another solution. The previous solution was HP, and I chose Dell because of the support, since Dell has very good customer support compared to other competitors.

I understand the question about seeing any ROI, but we did not calculate it in that way. We primarily focus on operations and achieving perfect operations rather than focusing on saving money.

My experience with pricing, setup cost, and licensing is that it is good.

I did consider other solutions such as Huawei, but currently we work exclusively with Dell.

Dell PowerEdge MX- Series has definitely affected the overall flexibility of our operations and business in a positive way. We use Dell PowerEdge MX- Series for mission-critical applications, making it well-suited for mission-critical tasks. The previous solution was HP, and I chose Dell because of the support, since Dell has very good customer support compared to other competitors. I did consider other solutions such as Huawei, but currently we work exclusively with Dell. I would give this review an overall rating of 9 out of 10.

On-premises

We have Dell PowerMax now instead. I am also dealing with some of the Dell products like Dell PowerStore, PowerProtect, and PowerVault. We have been working with all enterprise Dell products; whatever enterprise products are there, we have been working on them. We are end users of Dell products. We are probably using a Dell PowerStore. I am not the one who is directly working on Dell PowerStore; there is another person in our team who does.

I am not dealing with Dell products directly on the storage side; I used to work on Dell Compellent, but we have three teams, so we rotate, and this time I'm working on servers and ESXi, VMware, and all those applications. Right now, I am dealing with Dell servers. I am dealing with the MX series specifically. I am dealing with the product directly myself.

For PowerEdge servers, we have a dedicated team for AI; they work on the servers, and we just commission them and hand it over to them for their work, so it's the AI team who works on them. They are evaluating new PowerEdge servers for energy consumption, and we are in the process of getting the new 7760 series for some of our AIX load.

Because these are enclosures, they save a lot of space, and it's easier for us to manage it through Open Enterprise Manager, which are all those features I find most valuable. Dell PowerEdge MX- Series has definitely helped to reduce unplanned production downtime because it gives us flexibility; our infrastructure design allows for load distribution in case one of the enclosures goes down.

For the time being, I do not see any particular weaknesses or room for improvement for Dell PowerEdge MX- Series; it's working perfectly fine with us with two environments, one for Citrix and one for ESXi, VMware. What we feel is lacking is the availability of some enterprise-level parts, as big products have some spare parts that are not easily available in the region.

I have been using Dell PowerEdge MX- Series for four or five years now.

From Dell, I would rate the technical support as much better than the others we have; we have HP and used to have IBM, so we see Dell as having excellent support. I would give them a nine out of ten; usually, ninety percent of the time, it is on time, but sometimes the parts are not available region-wise, so I can take one point off for that.

For the time being, I have been generally satisfied with my experience; we were using IBM, then we shifted to Dell now, and for the time being, we still have three more years of warranty and all those left, so till then we are fine with it.

For the initial setup and configuration of PowerEdge, it's straightforward; if you know what you are doing, it's straightforward.

There are third parties like Golden Support companies that provide these things, and we do assessments and projects with Dell directly, while other partners deal with bids and RFPs based on the best price and features.

I cannot speak to whether it has helped reduce our total cost of ownership; that is the management who sees what was purchased, we are technical people who just evaluate and see, and it depends on higher management what they want.

Before finally considering Dell PowerEdge, we did evaluate other options; we had HP, we had IBM, and we had Lenovo. We finally chose Dell because they had better support and gave us good pricing at that time compared to the others.

I don't deal with Dell's pricing; that is with the management, so we don't deal with their pricing. It usually depends on what kind of things you are doing; if you are doing an upgrade, it depends on what kind of upgrade it is. If it's firmware or patches from Dell Open Enterprise Manager, we do it from there, and if it's something related to OS, we do it with our Update Manager from the vCenters. I have been dealing with Dell PowerEdge MX- Series for four to five years now; first, we were using MX1000, then we moved from MX1000 to MX7000. I would give Dell PowerEdge MX- Series an overall rating of eight out of ten.

On-premises

Other

We are predominantly a service company that sells our own SaaS services to customers. We have our own application which we develop and host on this infrastructure. We have databases running, caching services running, data lakes running, and some portions we use to virtualize the infrastructure and specifically consume virtual storage as well.

The good part is it's a rack-mounted modular enclosure where we get all the combination of networking, compute, management, and power. This helps in scalability as much as possible in one particular box.

It certainly helps because it has redundant power supplies and the management layer is pretty decent where you get to know about the current consumption. In case of any specific blade failure, you just get that blade impacted rather than the whole chassis. This certainly helps to reduce the downtime.

Efficiency certainly improves because you don't need to manage separate boxes and your resources don't need to manage a whole set of boxes. Rather, within one management control, you get to see the complete status for every blade, every networking component, compute, memory utilizations, and cooling stats. Management becomes efficient and reduces the overheads for your resources to manage multiple boxes, making it quite flexible.

They can work on power consumption, which is probably not a direct feedback for Dell, but I would say the input power consumption itself is a challenge because the rated power is pretty high. This is the typical challenge. Once they work on that piece, it probably will help my resources use the power piece much more efficiently and maintain the ratio of rack space versus the complete rack-mounted module.

I would prefer that at this moment, the typical challenge that happens is the OS module goes into just the NVMe disk, which only has RAID 0 or 1 possible. They could do better there. If we can have one or two additional disk support, so that we can have RAID 5 as well managed at the OS layer, that will make the device much more robust.

Their support is pretty decent.

It is straightforward. I would not say it is very difficult.

Based on your use case, it certainly makes a lot of sense. In case if you're going for a consolidated single chassis workload, at that time, it makes sense. The ROI is predefined because that's the use case you are looking for.

From a cost standpoint, you have different use cases to cater. The first one is if you need to have ideal distribution maintained between the application and redundancies or resilience needs to be maintained between applications running on different one U boxes versus a specific requirement where you want to run everything together in a modular enclosure. These are two different use cases altogether.

We do compare solutions. Without comparison, there is nothing called a proper evaluation. We always compare. From a total ROI standpoint, Dell products and their support have a little bit of an edge than HP. In terms of cost flexibility, I see they are pretty decent.

They are equally comparable.

Though they have different edges, Dell is quite competitive.

We don't use Secure Access for now.

We are not dealing with Cisco at all at this moment.

We have Cisco Duo still continued, but not with other security products.

We do use Dell PowerScale. We use Dell PowerScale ECS.

There are several other products like PowerEdge as well. There are a couple of series from PowerEdge in the object scale that we use predominantly at this moment, along with a couple of network devices from Dell.

We use a couple of series including PowerEdge R-Series and PowerEdge XS, which I had already talked about.

We do have Dell PowerEdge MX- Series. We have XR-Series. These two are predominantly at this moment along with R-Series. These are the three predominant servers currently we are using.

Dell PowerEdge MX- Series would be much better because MX7000 is what we currently have.

Directly as such, we do not use Dell PowerEdge MX- Series to run any kind of AI workload. For AI workload, we normally have R-Series or XS-Series where we use GPUs as well to train and inference the data. Dell PowerEdge MX- Series is mostly being used as a connector. In a sense, it basically either runs my database or my unstructured file storage, and both things work well.

That's a major concern. Most organizations who are using a compact box face this issue. Though the consumption in compact boxes is lower, specifically with the latest boxes, the power consumption requirement has gone really high. The biggest challenge happens when you have compact boxes such as Dell PowerEdge MX- Series. Managing or maintaining the server ratio within a rack becomes jumbled up because per rack you get a limited power capacity.

It's very difficult to say, but at this moment, since it's a compact box, I would say it reduces the space requirements by certainly more than eighty percent.

I would rate this review overall as a nine out of ten.

On-premises

Other

In our data center, we have a lot of servers, and we have an infra server where we have a domain controller, a file storage server where we have a Dell server, an application server, and a proxy server in our setup. We mostly use the Dell server.

I am currently using only the MX- Series, and I never get a chance to use the modular design in Dell PowerEdge MX- Series.

The best features of the MX- Series are its performance, which can work 24/7 without rebooting. As for durability and solid hardware, the last reboot for this server was six months ago, and there are no blue screen errors; everything is fine.

The most valuable feature is that it does not experience downtime easily. Since we have had downtime getting the server down for troubleshooting and replacing parts, that situation has not happened while I am working.

Dell PowerEdge MX- Series has positively impacted my organization by being the backbone, and I am the gatekeeper for monitoring and troubleshooting. This product makes my life easy by not giving me any downtime and working up to the mark.

I wanted to highlight that sometimes the patches from the firmware are not compatible with the hardware, which can crash the operating system and mess up the RAID configuration. If the patches are corrupted from the software level, we can roll back from safe mode, but if they crash on a hardware level, the whole box goes down, and it is very difficult to get the server online.

The product cost is fine, but the licensing cost is much higher. For the licensing regarding Dell storage and warranty, if they could give us some discounts for extending the warranty on a Dell part, that would be beneficial for my organization.

I have been working for the last ten years with this Dell Blade server.

Everything is all good, and the RAM, RAM speed, and CPU core are fine. The fan is working for two to three years with no sound, and we are only going to do cleaning. All the Dell devices and the infrastructure are working fine.

My experience with the stability aspect is very positive. It is hard to get this server or the devices down with any hardware issue or patching. Despite power fluctuations, the server is working fine without motherboard or hardware issues.

I can say the scalability aspect of Dell PowerEdge MX- Series is a 9.5, but if you want to convince me more, you can mention it as 10 out of 10.

I am not trying to convince you; that is my valid experience working with the technology, and I keep it at 9.5 for me and give it 9.5 to the company.

Once I log a case with the Dell vendor, they respond very well. If we need to replace the RAM module or have any troubleshoot activity, the Dell engineer will be available to fix whatever the issue is.

I purchased Dell directly through the Dell vendor, not through third parties.

When Dell PowerEdge MX- Series was delivered in my data center, the unmounting and mounting from the rack went very smoothly. They are cushioned with plastic and foam, and I do not have any difficulty mounting or unmounting in the rack. The quality is very high, and you can feel it.

I do not find significant differences because HP is also good. However, when you compare them, you cannot compare BMW with a Mercedes; they are all brands. Both technologies are very fine, but I go for Dell because it makes my life easy.

Regarding storage capacity, the local storage is fine, and we also have a Dell EMC for the storage. Both are working very well, so we are doing well from the Dell perspective.

If my company and my setup are working fine, I will definitely suggest going for Dell. The support, product, and application are good, and even after sales, Dell contacts us for feedback about any issues or planning for migration or purchasing other technologies. Their connectivity and communication with us is very frequent.

As a product, I rate Dell PowerEdge MX- Series as a very good product, and I would give it an overall rating of 9.5.

On-premises