Dell PowerEdge R760xa Server in Dubai, UAE
Build a dependable foundation for AI training, inference, advanced analytics, visual computing, virtual desktop infrastructure, and other GPU-intensive business workloads. The Dell PowerEdge R760xa is a 2U rack server engineered around dual Intel Xeon Scalable processors, high-capacity DDR5 memory, PCIe Gen5 expansion, enterprise storage options, and Dell remote management. FourTeck.com helps buyers translate workload requirements into a practical server configuration rather than choosing only by chassis name.
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Quick Product Information
Dell Technologies
PowerEdge R760xa
2U rack server
GPU-accelerated enterprise workloads
Up to two 5th Gen Intel Xeon Scalable CPUs
32 DDR5 DIMM slots, up to 8 TB RDIMM
Up to eight 2.5-inch SAS/SATA/NVMe drives, configuration dependent
iDRAC9 and OpenManage ecosystem
Redundant hot-swap 2400 W or 2800 W options
Based on selected configuration
Support term and service level selected at quotation
Share workload, GPU, rack, and delivery requirements
Fast Decision Snapshot
AI teams, research groups, graphics environments, analytics platforms, engineering workloads, and dense VDI deployments.
High CPU, memory, storage, and accelerator density in a conventional 2U rack footprint.
GPU model, quantity, power draw, CPU pairing, memory population, storage backplane, network bandwidth, and rack power.
Data centres with suitable rack depth, cooling, power feeds, cable management, and high-speed network connectivity.
Not every CPU, GPU, drive, riser, and power combination is mutually compatible. Validate the complete system design.
Pre-sales review, bill-of-material alignment, alternatives, quote preparation, delivery coordination, and warranty guidance.
Product Overview
The PowerEdge R760xa is designed for organizations that need more accelerator capacity than a conventional general-purpose server can provide, while still wanting a familiar two-socket rack platform. Its architecture balances compute processors, large DDR5 memory capacity, fast local storage, high-bandwidth PCIe expansion, enterprise networking, and remote lifecycle management. That balance matters because GPU workloads rarely depend on the accelerator alone. Training datasets, inference pipelines, visualization sessions, analytics engines, and virtual desktop environments all need coordinated CPU throughput, sufficient memory, low-latency storage, and a network fabric capable of moving data without becoming the bottleneck.
Dell positions the server for AI and machine learning training and inference, advanced analytics, and VDI. In practical business terms, it can support projects such as computer vision, language model experimentation, engineering simulation, media rendering, scientific research, financial modelling, geospatial analysis, and graphics-rich remote workspaces. Suitability depends on the selected accelerators and software stack, so buyers should not assume that every R760xa configuration delivers the same outcome. The exact GPU model, firmware level, driver branch, framework support, virtualization licensing, and cooling envelope can materially affect performance and operational reliability.
The platform supports up to two 5th Generation Intel Xeon Scalable processors with up to 64 cores per processor. It also provides 32 DDR5 DIMM slots and a maximum stated memory capacity of 8 TB using supported RDIMMs. Front storage choices include up to six 2.5-inch NVMe devices or up to eight 2.5-inch SAS, SATA, or NVMe devices, depending on the backplane and system design. Dell also offers BOSS-N1 boot storage with two M.2 NVMe devices, helping separate the operating system boot volume from application or dataset storage.
For UAE buyers, the main procurement challenge is usually not finding the model name; it is defining a validated configuration that fits the workload, data centre, budget, and support expectation. FourTeck.com helps clarify processor count, memory capacity, accelerator type, storage tiers, RAID requirements, network adapters, optics or cables, power supply selection, rails, operating system, virtualization needs, and service coverage. This approach reduces the risk of receiving a system that is powerful on paper but incomplete for installation or mismatched to the intended software environment.
Key Business Benefits
◆ Dense accelerated compute
The 2U design helps organizations place substantial CPU and GPU resources into standard racks without immediately adopting a larger specialist chassis. That can simplify data-centre planning and make it easier to add capacity in measured stages.
◆ Memory headroom
Up to 32 DDR5 DIMM slots and large supported capacity give buyers room to size memory around datasets, virtual desktops, analytics models, caching, and future workload growth rather than purchasing only for today’s minimum.
◆ Storage flexibility
Support for SAS, SATA, and NVMe front-drive options allows architects to combine capacity, resilience, and performance. Buyers can create a fast data tier, resilient application storage, or a compact boot and workload layout based on the selected backplane.
◆ High-speed expansion
PCIe Gen5 connectivity provides a foundation for accelerators, network adapters, storage controllers, and other enterprise devices. This helps reduce internal I/O constraints when data must move rapidly between CPUs, memory, storage, GPUs, and the network.
◆ Remote operations
iDRAC9 and Dell OpenManage tools support monitoring, inventory, firmware management, health checks, and remote administration. This can reduce routine site visits and improve control across one server or a wider PowerEdge estate.
◆ Resilience planning
Hot-swap redundant power options, enterprise storage controllers, security controls, and service choices help businesses design for uptime. Final resilience still depends on RAID level, power feeds, cooling, network redundancy, backups, and support coverage.
Product Highlights
The platform’s strongest characteristic is balance. It does not treat GPUs as isolated add-in cards; it provides the surrounding CPU, memory, storage, expansion, power, management, and security capabilities needed to make accelerator projects operational. Dell lists support for up to two 5th Generation Intel Xeon Scalable processors, allowing organizations to choose core count, frequency, cache, and power profile according to the software stack. High-core-count processors may benefit parallel workloads, while some applications respond better to higher per-core performance or specific accelerator-to-CPU ratios.
Memory capacity is another important strength. With 32 DDR5 DIMM slots and support up to 8 TB, the system can be tailored for memory-intensive datasets, large numbers of virtual users, analytics workloads, or applications that stage data near the GPUs. Correct DIMM population matters for bandwidth and processor memory-channel utilization, so buyers should request a balanced memory layout rather than selecting capacity alone.
Storage can be configured around the workload. NVMe drives suit high-throughput data ingestion, scratch space, model checkpoints, and latency-sensitive applications. SAS or SATA options may be appropriate for general application storage, capacity tiers, or environments that prioritize established RAID designs. BOSS-N1 can provide a separate mirrored boot device arrangement, preserving front bays for application data. The final drive count and maximum capacity depend on the chosen backplane and supported drive sizes.
The server includes enterprise security functions such as cryptographically signed firmware, Secure Boot, Silicon Root of Trust, Secure Erase, data-at-rest encryption support with suitable self-encrypting drives, and System Lockdown with the required iDRAC license. Management options include iDRAC9, Redfish APIs, OpenManage Enterprise, integrations for VMware and Microsoft environments, and automation support through tools such as Ansible and Terraform. Before purchase, confirm the required iDRAC edition, management integrations, network interface type, rail kit, bezel, power cables, GPU validation, operating system certification, and service term.
Technical Specifications
| Specification | Dell PowerEdge R760xa Details |
|---|---|
| Product type | GPU-optimized enterprise rack server |
| Form factor | 2U rack |
| Processors | Up to 2 × 5th Generation Intel Xeon Scalable, up to 64 cores per processor; selected 4th Generation options may also be supported |
| Chipset | Intel C741 |
| Memory | 32 DDR5 RDIMM slots, up to 5600 MT/s with supported 5th Gen CPUs, maximum stated capacity up to 8 TB |
| Front storage | Up to 6 × 2.5-inch NVMe, maximum stated 92.16 TB; or up to 8 × 2.5-inch SAS/SATA/NVMe, maximum stated 122.88 TB |
| Boot storage | BOSS-N1 hardware RAID with 2 × M.2 NVMe SSDs, configuration dependent |
| Storage controllers | Software RAID S160 and supported PERC controller options based on configuration |
| GPU support | Validated enterprise GPU options; quantity and type depend on risers, power, thermals, CPU, and selected configuration |
| Expansion | Up to 12 PCIe Gen5 slots, configuration dependent |
| Networking | Optional 2 × 1GbE LOM and optional OCP 3.0 network adapter; high-speed adapters based on selected design |
| Management | iDRAC9, iDRAC Direct, Redfish API, OpenManage Enterprise and supported integrations |
| Security | Secure Boot, Silicon Root of Trust, signed firmware, Secure Erase, TPM options, component verification, optional System Lockdown |
| Power supplies | 2400 W Platinum or 2800 W Titanium hot-swap redundant options, input requirements apply |
| Operating systems | Ubuntu Server LTS, Windows Server with Hyper-V, Red Hat Enterprise Linux, SUSE Linux Enterprise Server, VMware ESXi; verify version and hardware certification |
| Dimensions | Approx. 86.8 mm high × 482 mm wide × 946.73 mm deep with bezel |
| Maximum weight | Approximately 27.5 kg, depending on configuration |
Choosing the correct specification starts with the application rather than the maximum values in the table. A machine-learning training server may need high-capacity GPUs, fast NVMe scratch storage, substantial system memory, and high-speed east-west networking. An inference server may prioritize lower latency, predictable throughput, and a different accelerator mix. VDI can depend heavily on user profile, graphics intensity, session density, licensing, and redundancy. FourTeck.com can help translate these requirements into a build that balances performance and cost while preserving future expansion where practical.
Configuration and Buyer Guidance
Define training, inference, rendering, VDI, simulation, analytics, or mixed use.
Confirm validated GPU model, quantity, memory, power draw, and software compatibility.
Estimate dataset size, storage throughput, checkpoint behavior, and network bandwidth.
Check rack depth, rail compatibility, dual power feeds, cooling, ambient conditions, and cable paths.
Start by documenting the software stack, expected user count or job concurrency, dataset size, model size, target completion time, and growth horizon. This information helps determine whether the project benefits from more GPU memory, additional accelerators, higher CPU core count, more system RAM, faster local storage, or a stronger network fabric. For virtualization, include the hypervisor, GPU virtualization method, license model, expected profile per user, and high-availability design.
Next, choose a balanced memory configuration. The total capacity should support the operating system, application processes, caching, dataset staging, and virtualization overhead. DIMMs should be populated according to Dell guidance so memory channels are used effectively. Storage planning should separate boot, operating system, application, dataset, scratch, checkpoint, and backup requirements. RAID improves resilience against certain drive failures but does not replace backup or disaster recovery.
Networking is often underestimated. A server with powerful accelerators can still underperform if connected through insufficient bandwidth or poorly designed storage links. Confirm Ethernet or InfiniBand requirements, adapter speed, port count, optics, direct-attach cables, switch compatibility, VLAN design, and redundancy. Also verify whether the chosen rack power distribution units accept the selected power supply inputs and connector types.
Before requesting a quotation, provide FourTeck.com with the preferred GPU model and quantity, processor preference, RAM target, drive type and usable capacity, RAID level, network speed, operating system, rail and bezel requirement, power environment, support term, delivery location, project quantity, and desired deployment date. Where the first choice is constrained by supply or validation, FourTeck.com can discuss a suitable alternative configuration.
Ideal Business Use Cases
AI model development
Suitable configurations can support data preparation, experimentation, fine-tuning, training, and evaluation. Buyers should align GPU memory and framework compatibility with the model architecture and expected dataset scale.
Inference services
Organizations can deploy accelerator-backed inference for computer vision, recommendation, document processing, speech, or internal application services. Latency targets and concurrency should guide configuration.
Engineering and simulation
CAD, CAE, rendering, digital twins, seismic analysis, and scientific computation may benefit from GPU acceleration. Application certification and license terms must be checked before hardware selection.
Graphics-rich VDI
The platform can support virtual workstations or graphics-intensive desktops where validated GPUs and virtualization software are used. User density depends on profile, resolution, application mix, and license design.
Advanced analytics
Financial modelling, geospatial processing, risk analytics, research, and large-scale data analysis can use the combination of CPU, memory, GPU, NVMe, and high-speed networking.
Media and visualization
Rendering, transcoding, visualization, and content workflows may be consolidated into a rack environment. Codec support, GPU type, storage throughput, and output requirements should be confirmed.
Dell PowerEdge R760xa Workload Performance
Performance in an accelerated server is the result of an entire data path. The GPUs execute parallel operations, but CPUs still manage application logic, data preparation, orchestration, decompression, networking, and system services. Memory feeds those processes, storage supplies datasets and captures outputs, and the network connects the machine to users, shared storage, clusters, or cloud services. A balanced R760xa configuration therefore starts with measurable workload behavior rather than selecting the highest possible component in every category.
Dual Intel Xeon Scalable sockets provide flexibility for applications that need substantial CPU support around the accelerators. High core counts may suit parallel preprocessing and multiple concurrent jobs, while frequency-sensitive workloads may benefit from a different processor choice. Optional Intel QuickAssist Technology on suitable processors can assist certain compression and cryptographic tasks. The right decision depends on application documentation and benchmark evidence relevant to the buyer’s software.
DDR5 memory should be sized to prevent data preparation and virtualization tasks from becoming constrained. In AI workflows, system RAM may need to hold transformed datasets, cache frequently used content, or support several workers. For VDI, capacity should account for the operating system, user sessions, applications, management overhead, and failover planning. FourTeck.com can help buyers compare a minimum viable build with a more growth-oriented configuration so finance teams understand where additional investment provides operational value.
Dell PowerEdge R760xa Storage and Expansion Flexibility
GPU projects can generate intense storage activity. Training workloads read large datasets and write checkpoints; analytics platforms scan and transform data; rendering farms access source assets and produce large output files; VDI environments create unpredictable bursts from many users. The server’s support for SAS, SATA, and NVMe front storage lets designers choose media according to performance, endurance, capacity, and budget. NVMe is generally the strongest choice for high-throughput local data or scratch space, while SAS and SATA may suit other tiers depending on the application.
A separate BOSS-N1 boot subsystem can keep the operating system away from front workload drives. This simplifies service and allows front bays to be dedicated to datasets or applications. RAID controller selection should reflect the chosen media and resilience requirement. Buyers should distinguish raw capacity from usable capacity after RAID, spare drives, filesystem overhead, and reserved free space. They should also consider whether local storage is primary, temporary, or a cache in front of shared network storage.
PCIe Gen5 expansion creates room for accelerators, network adapters, and other enterprise devices, but slot availability depends on the exact riser and GPU configuration. Large double-width accelerators can consume physical space and power that would otherwise support additional cards. A valid bill of materials must account for slot width, card length, auxiliary power, airflow, and firmware compatibility. This is why GPU count should be decided together with network and storage expansion rather than as a separate purchase line.
Dell PowerEdge R760xa Management, Security and Reliability
iDRAC9 provides remote access to server health, inventory, logs, configuration, firmware, and lifecycle operations. This is valuable when the server is installed in a colocation facility, a restricted data room, or a regional site where physical access is controlled. OpenManage Enterprise can help administrators monitor and manage multiple Dell servers from a central console. Redfish APIs, Ansible modules, Terraform providers, and other integrations support automation where infrastructure teams have adopted repeatable deployment processes.
Security starts before the operating system. Dell lists features including cryptographically signed firmware, Secure Boot, Silicon Root of Trust, Secured Component Verification, Secure Erase, TPM options, and System Lockdown with the appropriate iDRAC license. These controls can help organizations protect firmware integrity, validate hardware, control changes, and securely retire storage. They should be integrated into wider policies for identity, privileged access, network segmentation, patching, logging, encryption, backup, and incident response.
Reliability depends on design choices. Redundant hot-swap power supplies are useful only when connected to independent power paths. RAID reduces exposure to selected drive failures but does not prevent accidental deletion or ransomware. GPU workloads also generate significant heat, so rack airflow, blanking panels, hot-aisle and cold-aisle practice, ambient temperature, and power density require attention. Dell-validated accelerators and supported configurations should be used. Service level, spare strategy, and recovery procedures should match the business impact of downtime.
What Buyers Should Check Before Purchase
A model name alone is not enough for an enterprise GPU server purchase. Buyers should first confirm that the chosen accelerator is validated for the platform and supported by the intended operating system, driver, framework, hypervisor, and application. GPU memory capacity, precision support, virtualization features, power consumption, and interconnect requirements can be more important than raw accelerator count. Where similar GPU models exist, clarify whether the project prioritizes training, inference, graphics, rendering, or shared virtual desktops.
Configuration Fit
Confirm processor count, RAM capacity and population, GPU model and quantity, storage backplane, controller, network adapter, risers, power supplies, rails, and bezel.
Compatibility Check
Review operating system version, application certification, GPU drivers, CUDA or other runtime requirements, virtualization licenses, switch ports, optics, and storage integration.
Facility Readiness
Measure rack depth, weight limits, PDU sockets, input voltage, circuit capacity, redundant feeds, cooling capability, acoustic restrictions, and cable management space.
Quote Preparation
Share the workload, preferred bill of materials, quantity, delivery location, support term, installation target, and acceptable alternatives before requesting final pricing.
Buyers should also calculate usable storage after RAID and identify backup requirements. For shared-storage designs, confirm host bus adapters or network interfaces, switch compatibility, multipathing, and storage protocols. For clustered AI, review east-west bandwidth and latency between nodes. For VDI, include user profiles, display resolution, application mix, concurrent users, and broker or hypervisor licensing.
Long-term cost includes power, cooling, support renewals, software licenses, replacement drives, expansion parts, and administrator time. Ask whether a smaller initial build can be expanded without replacing key components, and whether the same configuration will remain supportable throughout the planned lifecycle. Availability may differ between processors, GPUs, drives, and support services. FourTeck.com can review alternatives when a preferred component is constrained, but any substitution should be checked against performance, software, and warranty requirements before approval.
UAE Availability and Service Support
FourTeck.com supports Dell server inquiries in Dubai and across the UAE with product selection assistance, configuration review, quotation support, delivery coordination, and warranty guidance. Availability depends on the exact processor, accelerator, memory, storage, networking, power, rail, and service combination. Enterprise server quotations may therefore require more preparation than standard off-the-shelf IT equipment.
Share your workload and preferred configuration so the team can check suitable options. Where the requested build is not immediately available, FourTeck.com can discuss configuration alternatives, related PowerEdge models, or a phased deployment approach. Warranty and support choices should be selected according to workload criticality, acceptable downtime, installation location, and the organization’s internal support capability. Delivery planning may include lead time, receiving arrangements, rack access, equipment handling, and project scheduling.
Coverage Across Key UAE Business Locations
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman, and other UAE locations can contact FourTeck.com for configuration guidance, quote preparation, delivery coordination, and related infrastructure advice. Support can include reviewing the server bill of materials, comparing suitable options, identifying required rails and network accessories, and discussing warranty coverage. Delivery arrangements and lead times vary according to the selected build, supplier status, quantity, and destination.
GCC and Africa Availability
FourTeck.com also supports business technology inquiries across selected GCC and Africa markets through regional inquiry channels. Organizations in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda, and other locations can request guidance on suitable configurations, availability, delivery options, and support expectations. Country-specific import, logistics, warranty, power, and service conditions may apply.
Regional buyers can use FourTeck.com, FourTeck Kenya, FourTeck Uganda, FourTeck Africa, or FourTeck Kuwait according to project location. Availability and delivery are confirmed only after the requested server configuration and destination have been reviewed.
Other Dell Server Options Buyers May Consider
The right alternative depends on GPU density, CPU architecture, memory needs, storage capacity, rack space, and budget. A general-purpose server may be more economical when acceleration is secondary, while a more specialized accelerator platform may be appropriate for larger AI deployments.
Dell PowerEdge R760
Consider for mixed enterprise workloads, virtualization, databases, and applications where broad storage and compute flexibility matter more than dense GPU support.
Dell PowerEdge R760xs
A focused 2U option for virtualization, cloud infrastructure, and scale-out workloads where a more streamlined configuration may fit the project.
Dell PowerEdge XE Series
Suitable for buyers evaluating higher-density or more specialized accelerated computing platforms for larger AI and high-performance computing projects.
Enterprise Storage Solutions
Shared or backup storage may be required for datasets, checkpoints, user profiles, archives, and recovery. Capacity and throughput should match the server design.
Why Buyers Choose FourTeck.com
Assistance for individual systems, projects, refreshes, and multi-site requirements.
Practical review of CPU, memory, GPU, storage, network, power, and accessories.
A clearer bill of materials helps technical and finance teams compare options.
Planning around destination, quantity, receiving process, and project timing.
Support-level discussion based on business criticality and acceptable downtime.
Review of related models when the original requirement, budget, or availability changes.
FourTeck.com approaches enterprise server procurement as a solution-planning exercise. The objective is to help buyers avoid missing components, under-sized resources, incompatible accelerators, unsuitable network connections, or unclear support terms. The team can work with procurement staff, IT managers, consultants, resellers, and project teams to review requirements before a quotation is finalized. This is especially useful for GPU servers because the configuration must align across compute, memory, storage, expansion, cooling, power, software, and the data-centre environment.
Frequently Asked Questions
What is the Dell PowerEdge R760xa used for?
It is a 2U enterprise server intended for accelerator-heavy workloads such as AI training, inference, advanced analytics, visualization, rendering, scientific computing, and graphics-rich virtual desktop infrastructure. The exact use depends on the installed GPUs, processors, memory, storage, network adapters, operating system, and software stack.
How many GPUs can the server support?
GPU quantity depends on the validated accelerator model, card width, power consumption, thermal profile, riser arrangement, CPU choice, and other expansion devices. Buyers should request a complete validated configuration rather than assuming a universal card count. FourTeck.com can help review the intended GPU model and related system requirements.
Is it available in Dubai and the UAE?
FourTeck.com supports inquiries in Dubai and across the UAE. Availability varies according to processor, GPU, memory, drives, network adapters, power supplies, support term, supplier status, and order quantity. Contact the sales team with your preferred bill of materials for current guidance and a tailored quotation.
Can FourTeck.com help configure the server?
Yes. The team can help review workload type, expected concurrency, GPU preference, processor count, RAM, storage, RAID, network bandwidth, operating system, rails, power inputs, and support coverage. Final technical validation remains important because not every component combination is supported in every chassis configuration.
Does it support NVMe storage?
Yes. Dell lists front-bay options with NVMe support, including up to six 2.5-inch NVMe drives or an eight-drive SAS, SATA, and NVMe arrangement depending on the selected backplane. Capacity and controller support vary. Confirm the intended drive type, endurance, RAID method, and usable capacity before ordering.
Which operating systems are supported?
Dell lists supported options including Ubuntu Server LTS, Windows Server with Hyper-V, Red Hat Enterprise Linux, SUSE Linux Enterprise Server, and VMware ESXi. Support depends on the exact version, processor, GPU, driver, storage controller, and network adapter. Application and accelerator certification should be verified before deployment.
What power and rack checks are required?
Confirm rack depth, rail compatibility, server weight, PDU connector type, input voltage, circuit capacity, redundant power feeds, cooling capacity, airflow direction, and cable management. High-density GPU configurations can draw significant power and produce substantial heat, so facility planning should be completed before delivery.
What warranty options are available?
Warranty and support terms depend on the quoted configuration, country, and selected service level. Buyers should choose coverage according to workload criticality, acceptable downtime, internal support capability, and site access. FourTeck.com can provide guidance on available support options during the quotation process without assuming one service term fits every project.
Can businesses request multiple units or project supply?
Yes. Businesses, integrators, consultants, and procurement teams can submit multi-unit or phased project requirements. Include target quantities, deployment locations, preferred configuration, required delivery window, and whether identical builds are needed. Project availability and pricing are confirmed after the bill of materials and supply conditions are reviewed.
What information should I provide for a quote?
Provide the intended workload, preferred GPU and quantity, processor choice, memory target, storage type and usable capacity, RAID level, network speed, operating system, rail and bezel needs, power environment, warranty term, quantity, delivery location, and desired timeline. This reduces revisions and makes the quotation easier to evaluate.
Need Help Building the Right GPU Server Configuration?
FourTeck.com can help you review accelerator options, processor and memory sizing, storage, networking, rack power, warranty guidance, availability, and delivery requirements before you approve a final configuration.
