Dell PowerEdge MX760c Modular Compute Sled in Dubai, UAE
Build a dense, serviceable and adaptable compute layer inside the Dell PowerEdge MX7000 platform. The MX760c combines dual-socket processing, high-capacity DDR5 memory, flexible local storage and integrated lifecycle management for organisations running virtual machines, databases, container platforms, private cloud services and data-intensive applications.
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Quick Product Information
| Brand | Dell Technologies |
| Model | PowerEdge MX760c |
| Product type | Dual-socket, single-width modular compute sled |
| Required platform | Dell PowerEdge MX7000 modular chassis |
| Best suited for | Dense virtualisation, database analytics, containerisation, private cloud and selected AI inference workloads |
| Processor platform | Up to two 4th or 5th Generation Intel Xeon Scalable processors, based on selected build |
| Memory | 32 DDR5 RDIMM slots; maximum capacity and speed depend on processor and DIMM population |
| Storage | Multiple SAS, SATA and NVMe front-bay choices; final bay layout is configuration dependent |
| Management | iDRAC9, OpenManage tools and standards-based automation options |
| Availability | Contact FourTeck.com for current configuration and supplier status |
| Buyer action | Share workload, chassis, fabric, storage, operating-system and support requirements for a tailored quote |
Decision Snapshot for Busy Infrastructure Buyers
Best Fit
Organisations already using, expanding or planning a PowerEdge MX7000 environment and requiring dense two-socket compute.
Main Advantage
A modular operational model lets teams add, service and refresh compute without replacing the complete chassis and fabric foundation.
Confirm First
Check MX7000 hardware generation, fabric modules, cooling readiness, power budget, storage backplane and management licensing.
Typical Buyer
Enterprise IT, cloud operations, colocation, finance, government, healthcare, education and managed-service teams.
Sizing Note
CPU core count alone is not enough. Memory channels, local storage, network throughput and software licensing affect value.
FourTeck Support
Configuration review, option matching, quote preparation, delivery coordination and warranty guidance for UAE projects.
A Modern Compute Building Block for the PowerEdge MX Platform
The PowerEdge MX760c is not a standalone rack server. It is a modular compute node engineered to operate inside the MX7000 chassis, where shared power, cooling, management and fabric resources create a consolidated infrastructure platform. This distinction matters during procurement. A buyer assessing only processor, memory and drive capacity may overlook the chassis generation, fabric topology, storage interconnect, management design and power envelope that determine whether the complete solution will meet operational requirements.
Within a correctly planned MX environment, the sled gives infrastructure teams a practical way to increase compute density while preserving a consistent deployment and service model. Up to two Intel Xeon Scalable processors support demanding multi-threaded applications. Thirty-two DDR5 memory slots allow substantial memory footprints for virtual machines, database caching, analytics and container hosts. Local drive choices can be aligned with boot, cache, database log, application or hyperconverged requirements, while chassis fabrics provide access to shared networking and storage resources.
For UAE organisations, modularity can be especially valuable where rack space, power planning, cooling capacity and service access must be controlled carefully. A financial-services team may use the platform for database and application clusters. A managed-service provider may standardise tenant workloads on repeatable sled profiles. A government or education data centre may value a common chassis architecture that supports phased expansion. A private cloud team may combine dense memory, fast fabrics and automation to accelerate provisioning.
The correct result depends on design discipline. Processor choices should reflect software licensing, clock speed, core density and thermal limits. Memory must be populated according to supported channel rules. Drives and controllers should match performance, endurance and resilience targets. Network mezzanine cards must align with the fabric modules installed in the chassis. FourTeck.com helps buyers organise these decisions before quotation so the proposed build is compatible, balanced and easier to approve internally.
Key Business Benefits
◆ High Compute Density
Dual-socket processing in a single-width sled helps data centres concentrate substantial compute capacity inside the MX7000 footprint. This can support consolidation projects, denser virtual-machine clusters and growth without adding a separate rack server for each new workload.
◆ Memory-Led Scalability
Thirty-two DDR5 DIMM slots give architects room to balance capacity and bandwidth. Larger memory pools can reduce storage pressure, support more virtual machines and improve the efficiency of databases, analytics engines and in-memory business applications.
◆ Flexible Local Storage
SAS, SATA and NVMe choices let buyers design for cost, endurance, latency and capacity. The correct layout can separate boot media from application data, deliver fast log performance or support software-defined and hyperconverged use cases.
◆ Consistent Management
iDRAC9 and Dell OpenManage capabilities can simplify inventory, firmware, health monitoring and remote administration. Consistent tooling reduces manual effort when many compute nodes must be deployed or maintained by a central team.
◆ Fabric-Based Connectivity
MX7000 fabric modules allow compute, network and storage connectivity to be planned as a shared system. This can reduce cable complexity at the sled level and make upgrades more structured when bandwidth requirements change.
◆ Lifecycle Flexibility
A modular platform can separate compute refresh cycles from chassis and fabric investments. Organisations may replace or expand sleds while retaining suitable shared infrastructure, helping them plan phased capital expenditure and reduce disruptive rip-and-replace projects.
Product Highlights That Matter in Real Deployments
- Two-processor architecture: supports high core density and application consolidation, with processor generation and core count selected according to workload, licensing and thermal requirements.
- DDR5 platform: up to 32 RDIMM slots provide a broad scaling path, but achievable speed and maximum capacity depend on CPU choice, DIMM capacity and population rules.
- Multiple drive layouts: available front-bay designs include combinations for 2.5-inch SAS, SATA and NVMe media, with some system documentation also referencing E3.S NVMe options.
- Enterprise storage control: supported PERC and HBA choices allow hardware RAID, pass-through and workload-specific storage strategies. Final controller selection should match the backplane and drive type.
- Dedicated boot options: BOSS-N1 can provide mirrored M.2 NVMe boot media, keeping operating-system devices separate from the main data drive set.
- Integrated security foundation: secure boot, cryptographically signed firmware, silicon root of trust, secure erase, TPM options and component-verification features support a stronger platform security posture.
- Broad operating-system support: supported choices may include Windows Server, major enterprise Linux distributions, VMware ESXi and vSAN, subject to the selected hardware and current compatibility matrices.
- MX7000 dependency: this sled should be purchased as part of a validated modular design. It cannot be treated as an independent rack server or installed in an unrelated enclosure.
Technical Specifications
| Specification | Dell PowerEdge MX760c Details |
|---|---|
| Architecture | 2-socket, single-width modular compute sled for PowerEdge MX7000 |
| Processors | Up to two 4th Generation Intel Xeon Scalable processors with up to 56 cores each, or up to two 5th Generation Intel Xeon Scalable processors with up to 64 cores each, subject to configuration |
| Chipset | Intel C741; optional Intel QuickAssist Technology depends on configuration |
| Memory | 32 DDR5 RDIMM slots, up to 8 TB in supported configurations; speeds up to 5600 MT/s subject to CPU and population rules |
| Drive options | Up to 4 or 6 x 2.5-inch SAS/SATA/NVMe drives, with additional documented E3.S NVMe configurations; final layout depends on backplane selection |
| Storage controllers | PERC H755 MX, PERC H965i MX, HBA350i MX and S160 software RAID, based on selected architecture |
| Boot storage | Optional BOSS-N1 with hardware RAID 1 and two M.2 NVMe SSDs |
| Management | iDRAC9, Lifecycle Controller, OpenManage Enterprise, Redfish API and supported integrations |
| Networking and fabrics | MX7000 fabric dependent; up to 25 Gb CNA/NIC per port for Mezz A/B, 32 Gb Fibre Channel and 12 Gbps SAS for Mezz C are documented options |
| Security | Secure Boot, signed firmware, silicon root of trust, secure erase, TPM options, system lockdown with suitable iDRAC licensing, and storage encryption support |
| Operating systems | Windows Server, Ubuntu Server LTS, Red Hat Enterprise Linux, SUSE Linux Enterprise Server, VMware ESXi and vSAN, subject to current compatibility |
| Dimensions | Approximately 51 mm high, 257 mm wide and 622.35 mm deep, based on documented 2.5-inch configurations |
| Weight | Approximately 8.27 to 8.38 kg depending on front-bay configuration |
| Power and cooling | Provided through the MX7000 chassis; chassis PSU, grid redundancy and fan design must be sized for the complete enclosure |
| Warranty | Based on selected service package, region and quotation |
Selecting the right specification begins with the application rather than the maximum component list. A database server may benefit from high clock speed, large memory, fast NVMe storage and resilient controller settings. A virtualisation host may prioritise core count, memory capacity, network bandwidth and consistent cluster profiles. A container platform may need balanced CPU, memory and east-west network throughput. Software licensing can also change the economics: per-core licences may favour fewer higher-frequency cores, while scale-out platforms may benefit from more cores and nodes. FourTeck.com can help translate workload information into a practical processor, DIMM, drive, controller, mezzanine and support configuration.
Configuration and Buyer Guidance
1. Define the Workload
List applications, virtual machines, databases, containers, peak users, growth expectations and performance constraints. Include software licensing metrics.
2. Review the Existing Chassis
Confirm MX7000 hardware version, available slots, management firmware, power capacity, cooling, fabric modules and storage connectivity.
3. Size CPU and Memory Together
Match core count, clock speed, DIMM capacity, memory channels and future expansion. Avoid a configuration that limits memory bandwidth.
4. Design Storage by Role
Separate boot, application, cache, log and data requirements. Confirm RAID level, endurance, usable capacity and recovery objectives.
5. Match the Fabrics
Choose mezzanine adapters that align with installed MX fabric modules, required Ethernet speed, Fibre Channel design or SAS storage path.
6. Plan Support and Deployment
Decide on installation, migration, firmware baselines, operating-system deployment, monitoring integration and warranty response level.
For an accurate quotation, share the number of sleds, existing chassis service tags where available, processor preference, required RAM, drive type and usable capacity, RAID requirement, network or Fibre Channel speeds, operating system, virtualisation platform, power constraints, delivery location and desired support term. This information helps reduce revision cycles and prevents important components from being omitted.
Ideal Business Use Cases
Virtualisation Clusters
High core density, broad memory scaling and fast fabric options make the sled suitable for VMware, Hyper-V and supported private-cloud clusters. Standardised node profiles simplify capacity planning and host replacement.
Database and Analytics
Large memory configurations and low-latency storage can support transactional databases, reporting systems, data marts and analytics engines. Sizing should consider CPU licensing, IOPS and recovery objectives.
Container Platforms
Enterprise container clusters can use the compute density and network integration for application modernisation, microservices, CI/CD workers and internal platform services.
Private Cloud
Organisations building a controlled on-premises cloud can combine compute sleds, shared fabrics, automation and policy-driven management to provide repeatable infrastructure services.
AI Inference and Data Services
Selected CPU-based inference, data preparation and analytics workloads may fit the platform. Buyers should validate accelerator requirements because the sled is not a substitute for every GPU-focused server.
Managed and Hosted Infrastructure
Service providers can deploy consistent modular nodes for tenant workloads, backup services, application hosting and infrastructure-as-a-service, with centralised lifecycle control.
Dell PowerEdge MX760c Workload Performance
Performance planning for this platform starts with the workload profile. The available Intel Xeon Scalable processor families provide choices across core count, frequency, cache, memory support and power envelope. A high-core processor can improve consolidation density for virtual machines and containers, while a lower-core, higher-frequency model may be more suitable for applications that are sensitive to single-thread speed or licensed by core. The most expensive processor is not automatically the most economical choice.
Memory architecture is equally important. The sled provides eight memory channels per processor and two DIMM sockets per channel. Balanced population helps the platform deliver the bandwidth expected from DDR5. Using very large DIMMs can create a high-capacity host, but buyers should review operating speed, thermal restrictions and expansion strategy. It may be preferable to leave room for growth, but under-populating channels can reduce bandwidth. A configuration review should therefore consider both initial capacity and the final expected state.
Storage and fabrics complete the performance picture. NVMe drives can reduce latency for logs, cache and transactional data. SAS or SATA media may provide an appropriate cost profile for less latency-sensitive capacity. Network and Fibre Channel adapters should be selected according to east-west traffic, storage paths, backup windows and migration requirements. FourTeck.com can help buyers assess the full path from application to CPU, memory, local media, fabric modules and shared storage rather than evaluating each component in isolation.
Dell PowerEdge MX760c Storage Flexibility
The available front-bay and controller combinations allow the sled to support several storage approaches. Some buyers need only resilient boot devices because application data resides on an external SAN. Others require local NVMe for database logs, hyperconverged storage, container persistence or fast scratch space. A third group may use mixed media to balance endurance, capacity and cost. The correct design depends on data placement, failure tolerance and operational procedures.
PERC controllers provide hardware RAID features for supported configurations, while HBA options can expose drives directly to software-defined storage platforms. The BOSS-N1 option is useful when the operating system should remain separate from application drives. RAID selection should be based on workload write pattern, rebuild exposure, usable capacity and recovery objectives rather than habit. RAID 1 may be appropriate for boot devices, while application arrays may require a different design. NVMe endurance ratings and hot-swap requirements should also be reviewed.
Buyers should confirm the exact backplane before ordering because the number and type of supported drives varies. Controller, cable, drive-carrier and firmware compatibility must align with that backplane. For virtualisation and software-defined storage, the vendor support matrix for the chosen platform should be checked before deployment. FourTeck.com can help prepare a storage bill of materials that clearly separates boot, data, cache and resilience requirements.
Dell PowerEdge MX760c Management and Platform Security
Remote management is a major reason organisations standardise on enterprise server platforms. iDRAC9 provides access to hardware health, inventory, remote console functions, configuration and lifecycle operations. Dell OpenManage tools can extend this approach across multiple systems, while Redfish APIs and supported integrations allow infrastructure teams to connect server operations with automation and service-management workflows. This is especially useful for data centres that need repeatable firmware baselines and controlled change processes.
The security foundation includes features such as cryptographically signed firmware, secure boot, silicon root of trust, secure erase, TPM options and component-verification capabilities. These controls support a defence-in-depth approach, but they do not replace good operational practice. Administrators should secure management networks, rotate credentials, restrict privileges, maintain firmware, monitor logs and document recovery procedures. System lockdown and some advanced functions may require suitable iDRAC licensing.
Because the sled operates inside the MX7000 ecosystem, management should be planned at both node and chassis level. Firmware interoperability, fabric configuration, chassis management and server profiles should be treated as one lifecycle. Before deployment, buyers should define who owns firmware updates, how maintenance windows are approved, which alerts are integrated into monitoring, and how replacement hardware is introduced. FourTeck.com can help buyers identify the management and support choices that belong in the quotation.
What Buyers Should Check Before Purchase
A modular server purchase can fail even when the processor and memory specifications appear correct. Before requesting a quote, buyers should verify the complete solution context: chassis compatibility, firmware level, power and cooling capacity, fabric modules, storage design, licensing, support expectations and installation responsibilities. FourTeck.com can help review these details so the selected build matches the operational requirement instead of being chosen only by model name or headline capacity.
Configuration Fit
Confirm processor generation, core count, DIMM plan, drive layout, controller, boot device and mezzanine cards as one validated build.
Chassis Compatibility
Check MX7000 hardware version, available slot, management firmware, fan specification, power budget and supported sled combinations.
Fabric Alignment
The network or storage mezzanine adapter must match the installed fabric modules and the required Ethernet, Fibre Channel or SAS design.
Software Licensing
Review per-core, per-socket, host and subscription costs before selecting the highest core count. Licensing can outweigh hardware savings.
Deployment Scope
Decide whether the project includes installation, firmware updates, OS deployment, cluster joining, migration, testing and documentation.
Warranty Expectations
Match the service level to workload criticality, location access, internal spare strategy and acceptable recovery time.
Long-term cost should include memory expansion, drive replacements, software subscriptions, support renewals, power use, cooling and operational labour. For bulk orders, provide the desired deployment schedule and whether all sleds must use an identical configuration. For replacement projects, share the current model and workload so FourTeck.com can suggest a supported equivalent or a phased migration path.
UAE Availability and Service Support
FourTeck.com supports Dell PowerEdge MX760c Dubai inquiries with assistance for configuration review, quotation, delivery coordination and warranty guidance. Availability varies according to processor selection, memory capacity, drive type, storage controller, mezzanine adapter, service level, quantity and supplier status. A high-capacity or specialised build may follow a different lead time from a standard configuration.
To obtain a useful quotation, buyers should provide the MX7000 chassis details, workload description, required number of sleds and preferred deployment date. Where the chassis is already installed, the service tag and current fabric inventory can help identify compatibility. Where the project is new, FourTeck.com can help structure the inquiry around chassis, compute, network, storage and support components.
Delivery coordination can be discussed for business locations across the UAE. Final shipping method, installation scope and warranty terms should be confirmed in the formal offer. No stock position or delivery commitment should be assumed until the exact bill of materials has been reviewed.
Business Coverage Across the Emirates
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for product availability, configuration guidance and quote assistance. The team can help procurement departments, project consultants and IT managers review suitable processor, memory, storage, fabric and support options before a purchase request is finalised.
For multi-site projects, buyers can share delivery locations, deployment phases and standardisation requirements. FourTeck.com can help organise a consistent quotation structure while identifying where site-specific network, rack, power, access or warranty conditions may require separate planning. Availability and delivery arrangements remain subject to the final configuration, supplier confirmation and order quantity.
Regional Inquiry Support for GCC and Africa
FourTeck.com also supports business technology inquiries across selected GCC and Africa markets through regional channels. Organisations in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda and other locations can request guidance on suitable configurations, related infrastructure and quotation requirements. Country-specific availability, delivery methods, import procedures, warranty handling and support options may vary.
Regional buyers should include destination country, quantity, required configuration, project timeline and preferred support coverage. For additional regional information, visit FourTeck Africa, FourTeck Kenya, FourTeck Uganda or FourTeck Kuwait. Final commercial and logistics terms are confirmed during quotation.
Other Dell Infrastructure Options Buyers May Consider
The correct alternative depends on whether the project needs modular density, conventional rack deployment, GPU capacity or a smaller standalone platform. The following options can help procurement teams frame a comparison before requesting a quote.
Dell PowerEdge MX7000
The required modular enclosure for MX compute and storage sleds, shared fabrics, power, cooling and chassis management.
Dell PowerEdge R760
A conventional two-socket 2U rack server for buyers who prefer standalone rack deployment and broad local expansion.
Dell PowerEdge R660
A dense 1U rack server suited to selected virtualisation, application and scale-out workloads outside a modular chassis.
Dell PowerEdge XE Series
Purpose-built choices for workloads that require substantial GPU acceleration, AI training or high-performance computing.
Why Business Buyers Contact FourTeck.com
Guidance connects technical specifications with workload, procurement and operational requirements.
Processor, memory, storage, fabric, operating-system and support options can be reviewed together.
A structured requirement helps create a clearer bill of materials and reduces avoidable revisions.
Delivery location, order quantity and project timing can be incorporated into the commercial inquiry.
Support expectations can be matched to workload criticality and the available service options.
Where a configuration is unsuitable or unavailable, related Dell server options can be considered.
FourTeck.com serves SMB, enterprise, reseller, consultant and project buyers who need practical pre-sales information before approving an infrastructure purchase. The objective is not to recommend the largest configuration by default, but to identify a balanced option that fits the application, existing environment, budget framework and growth plan. Buyers can begin with a workload description even when the final part numbers are not yet known.
Frequently Asked Questions
What is the Dell PowerEdge MX760c used for?
It is a modular compute sled for the Dell PowerEdge MX7000 platform. Typical uses include virtualisation, databases, container platforms, private cloud, analytics and selected AI inference tasks. Suitability depends on processor, memory, storage, fabric and software requirements.
Can it operate without an MX7000 chassis?
No. The MX760c is designed as a compute sled for the MX7000 enclosure. It relies on the chassis for power, cooling, management and fabric connectivity. Buyers needing a standalone system should consider a compatible PowerEdge rack or tower server instead.
How much memory does it support?
The platform provides 32 DDR5 RDIMM slots and supports very large memory configurations, with Dell listing up to 8 TB for supported builds. Achievable capacity and speed depend on processor selection, DIMM type, thermal rules and population pattern.
Which storage options are available?
Available layouts include supported combinations of 2.5-inch SAS, SATA and NVMe drives, with controller choices for hardware RAID or HBA operation. The exact number of bays and compatible drives depends on the selected backplane and configuration.
Can FourTeck.com help configure the sled?
Yes. FourTeck.com can review workload, chassis, processor, memory, storage, RAID, fabric, operating-system and support requirements. Providing the MX7000 service tag or current fabric details can improve compatibility checks for an existing environment.
Is the system available in Dubai?
Availability depends on the exact bill of materials, order quantity and supplier status. FourTeck.com can confirm current options, prepare a quotation and discuss delivery coordination after the required configuration has been identified.
Which operating systems are supported?
Dell lists major options including Windows Server, Ubuntu Server LTS, Red Hat Enterprise Linux, SUSE Linux Enterprise Server and VMware platforms. Final compatibility should be checked against the selected CPU, controller, adapter and current vendor matrix.
What information is needed for a quote?
Share the number of sleds, workload, chassis details, CPU preference, RAM, storage, RAID, network or Fibre Channel speed, operating system, warranty term, delivery location and target deployment date. Approximate requirements are acceptable for an initial review.
Can businesses request multiple identical sleds?
Yes. Standardised configurations are common for cluster and private-cloud projects. Buyers should specify quantity, rollout phases and whether all systems require identical firmware, memory, drive and adapter profiles. Availability and lead time will depend on the complete order.
What warranty options should buyers consider?
The appropriate service level depends on workload criticality, spare capacity, site access and recovery targets. FourTeck.com can include available warranty choices in the quotation and help buyers compare response expectations without assuming a specific package.
Need Help Planning the Right Modular Server Build?
Send FourTeck.com your workload, MX7000 chassis details, required memory, storage, fabric and support expectations. The team can help organise a configuration review, current availability check and tailored business quotation.
