Dell PowerEdge R770AP 2U AI Rack Server in Dubai, UAE
Build a dense compute platform for artificial intelligence, high-performance computing, advanced analytics, financial modelling, scientific workloads and large-scale virtualisation. The Dell PowerEdge R770AP combines a two-socket 2U architecture with Intel Xeon 6 6900-series P-core processors, high-speed DDR5 memory and NVMe-focused storage options. FourTeck.com helps UAE buyers turn the base platform into a practical, supportable configuration aligned with workload, rack, power, networking and growth requirements.
Request QuoteAsk for Configuration Support
Quick Product Information
Dell Technologies
PowerEdge R770AP
Two-socket 2U rack server
Intel Xeon 6 6900-series P-core
24 DDR5 RDIMM slots; configuration dependent
NVMe SSD and EDSFF E3.S options
AI, HPC, analytics, virtualisation and dense compute
Dell iDRAC10 and Lifecycle Controller capabilities
Redundant hot-plug PSU choices; configuration dependent
Contact FourTeck.com for current UAE options
Service term and response level depend on selected offer
Share workload and infrastructure requirements for a tailored quote
Fast Decision Snapshot
The R770AP is best considered when a conventional application server is no longer enough and the project needs dense processor resources, fast memory channels, high-throughput local storage and modern expansion. It can form part of a scale-out compute cluster, a virtualisation platform, an analytics environment or an AI infrastructure design, but the correct outcome depends heavily on configuration. Buyers should treat the model name as the starting point rather than the finished solution.
Compute-intensive enterprise and research workloads.
High processor density within a standard 2U rack footprint.
CPU, memory, NVMe layout, networking, accelerators and power.
Data centres with suitable rack depth, cooling and power planning.
Drive bays, risers and controllers vary by selected build.
Requirement review, option matching and commercial quotation.
Product Overview
Modern data-centre workloads place simultaneous pressure on processor throughput, memory bandwidth, local data access, network capacity and operational visibility. The Dell PowerEdge R770AP addresses this challenge as a purpose-built two-socket rack platform for organisations that need concentrated performance in a 2U chassis. Rather than using many lower-powered servers to achieve a target compute level, an appropriately configured R770AP can consolidate demanding workloads while retaining the modularity expected from enterprise rack infrastructure.
The platform supports two Intel Xeon 6 6900-series P-core processors with configurations reaching high core counts. This matters for scientific simulation, engineering analysis, rendering, electronic design automation, financial risk calculation, advanced databases and other applications that benefit from substantial parallel processing. Twenty-four DDR5 RDIMM slots give architects room to balance capacity and memory-channel utilisation, while NVMe-oriented storage choices help reduce the delays that appear when processors must wait for data.
For AI projects, the server may be used as a compute node, data-processing host, inference platform, orchestration server or part of a wider accelerated cluster. Accelerator availability, slot mapping, power budget and software compatibility must be reviewed for the exact intended design. An AI label alone does not guarantee that every configuration will support every accelerator or model size. FourTeck.com therefore approaches the R770AP as a configurable infrastructure building block and helps buyers map application requirements to processor, memory, storage, networking and expansion choices.
UAE organisations can also use the platform for private cloud, virtual machines, container platforms, large databases, high-frequency services and data analytics. The 2U form factor fits standard enterprise racks, but rack depth, rail selection, cable management, cooling, electrical load and data-centre airflow remain important. These physical details are especially relevant in dense deployments where multiple systems share the same rack.
FourTeck.com supports procurement teams that need more than a model number. The quotation process can include a review of workload characteristics, expected utilisation, growth horizon, operating system, hypervisor, data-protection design, network fabric, storage policy and support expectations. This reduces the risk of under-sizing a critical system or paying for capacity that the application cannot use.
Key Business Benefits
◆ Dense Compute Capacity
Two high-core-count processors in 2U can help organisations increase compute density, reduce the number of physical nodes needed for selected workloads and make better use of rack space. The practical gain depends on application licensing, scaling behaviour and utilisation.
◆ Faster Data Access
NVMe storage options can shorten data-access paths for analytics, scratch space, caching, model pipelines and database operations. The right drive count and endurance class should be selected according to write intensity, capacity and resilience needs.
◆ Growth Without Early Replacement
A configurable memory, storage and expansion architecture allows the server to be sized for current requirements while reserving sensible upgrade paths. Planning spare DIMM slots, PCIe capacity and storage positions can reduce disruption later.
◆ Centralised Management
Dell remote-management capabilities support health monitoring, firmware workflows, inventory visibility and out-of-band administration. This helps infrastructure teams operate systems located in secure racks, remote sites or larger server estates.
◆ Resilience Planning
Redundant power options, hot-plug components and enterprise service choices can be incorporated into the build. Resilience still requires a complete design covering power feeds, network paths, storage protection, backups and application architecture.
◆ Workload-Specific Configuration
The platform can be adapted for compute-heavy, memory-heavy or I/O-heavy applications. Buyers can avoid generic configurations by matching components to actual bottlenecks and software requirements.
Product Highlights
The most important strength of this server is not a single specification. It is the way the processor, memory and storage subsystems can be assembled for demanding workloads. Intel Xeon 6 6900-series P-core processors provide the compute foundation, with up to 128 cores per processor on supported selections. Twenty-four DDR5 RDIMM slots support high-capacity memory designs, and available RDIMM capacities include 32 GB, 64 GB, 96 GB and 128 GB modules, subject to supported population rules and processor choice.
Storage choices include configurations with up to eight or sixteen 2.5-inch PCIe Gen5 NVMe SSDs, as well as designs using up to thirty-two EDSFF E3.S NVMe drives. These alternatives serve different priorities. A smaller drive count may suit a compute node using shared storage, while a larger E3.S layout can support local high-throughput datasets, dense flash capacity or software-defined storage designs. Backplane, controller and cabling selections must be matched at order stage because they are not interchangeable after purchase without planning.
The server also offers enterprise expansion and management capabilities. PCIe Gen5 provides bandwidth for supported network adapters, storage devices and accelerators, while iDRAC10 can assist with remote deployment and lifecycle tasks. Power supplies are available in different ratings, including redundant hot-plug choices. Cooling remains air-based for the platform, and fan configuration depends on the thermal design of the installed components.
Before purchase, confirm the intended CPU thermal design, memory topology, drive format, RAID or software-defined storage plan, boot-device arrangement, network fabric, required risers and accelerator support. Operating-system and hypervisor compatibility should also be validated against the final hardware bill of materials. FourTeck.com can coordinate this review so the delivered configuration matches the intended environment rather than relying on a generic rack-server bundle.
Technical Specifications
| Specification | Dell PowerEdge R770AP Details |
|---|---|
| Form factor | 2U rack server |
| Processor sockets | Two sockets |
| Supported processors | Intel Xeon 6 6900-series P-core processors |
| Maximum core support | Up to 128 cores per processor on supported CPU selections |
| Memory slots | 24 DDR5 DIMM slots |
| Memory type | Registered ECC DDR5 RDIMM; supported capacity and speed depend on CPU and population |
| Memory capacity | Configuration dependent; up to 3 TB with supported RDIMMs |
| Front storage options | No-backplane option; up to 8 or 16 x 2.5-inch PCIe Gen5 NVMe SSDs; up to 32 x EDSFF E3.S NVMe SSDs, depending on chassis configuration |
| Boot options | BOSS and supported M.2/USB boot approaches; final option depends on configuration |
| Storage control | PERC hardware RAID and direct NVMe options; selected according to storage architecture |
| Expansion | PCIe Gen5 riser and slot options; exact count and slot type depend on selected layout |
| Networking | OCP and PCIe adapter choices; speed and port count are configuration dependent |
| System management | Dell iDRAC10 with Lifecycle Controller functions |
| Power supplies | Up to two AC or DC PSUs; wattage and redundancy depend on configuration |
| Cooling | Air cooling with hot-swappable fan architecture; fan type depends on thermal requirements |
| Operating systems | Supported enterprise Linux, Windows Server and virtualisation platforms; verify current certification for the final build |
| Warranty and support | Service coverage, term and response level selected during quotation |
Selecting the correct specification starts with the workload. A processor-heavy simulation may prioritise core count and sustained frequency. A database platform may require a different balance of memory, storage latency and licensing cost. AI inference or data preparation can depend on accelerator support, network fabric and local NVMe throughput. Buyers should also decide whether local storage will hold production data, temporary datasets, virtual machines or only the operating system. These answers determine the backplane, controller, endurance class and drive count. Memory should be populated in a balanced way to preserve bandwidth, not simply filled with the fewest large modules. Network choices should reflect east-west traffic, storage access, cluster communication and redundancy. Finally, the PSU and cooling design must match the actual thermal load of CPUs, drives and expansion cards.
Configuration and Buyer Guidance
A high-density server should be quoted from a requirement sheet, not selected from a short product title. Begin by identifying the application set, user or job concurrency, current performance bottlenecks and expected growth over three to five years. Specify whether the server will run bare metal, a hypervisor, Kubernetes, a database engine, an AI framework or a combination of services. Software licensing may be based on sockets, cores or virtual machines, so a higher core count is not automatically the lowest-cost choice.
State application names, data size, concurrency and performance targets.
Confirm capacity, bandwidth needs, module population and upgrade headroom.
Define usable capacity, RAID, endurance, boot design, backup and data growth.
Specify port speed, redundancy, storage traffic, cluster links and switch compatibility.
Check depth, rails, PDUs, electrical feeds, cooling and cable paths.
Select service term, response level, deployment help and lifecycle coverage.
When contacting FourTeck.com, share the preferred processor or target core count, required RAM, local storage capacity, drive type, RAID policy, operating system, network speeds, accelerator requirements, rack location, power environment, warranty expectation and quantity. The team can then help organise a technically coherent quote and identify items such as rails, bezels, cables, optics, network adapters, support services and software licences that may otherwise be missed.
Ideal Business Use Cases
AI Data Preparation and Inference
Use the server for data cleaning, feature engineering, model serving, retrieval pipelines and selected accelerated workloads. Confirm accelerator support, framework compatibility and memory requirements for the intended model.
High-Performance Computing
Engineering, life-science, financial and research teams can deploy the system as a cluster node for simulations, calculations and parallel jobs that benefit from dense P-core processing and fast interconnects.
Analytics and Data Platforms
Large analytical databases, data processing engines and business intelligence pipelines can benefit from balanced CPU, memory and NVMe resources, particularly where datasets must be processed locally.
Virtualisation and Private Cloud
The platform can host dense virtual-machine estates or cloud-native services when CPU allocation, memory oversubscription, network bandwidth, storage design and licensing are carefully planned.
Software-Defined Infrastructure
NVMe-rich configurations can support software-defined storage, hyperconverged designs or distributed data services, subject to solution certification and the required network fabric.
Mission-Critical Application Tiers
Businesses can use the server for transaction processing, ERP databases, large middleware stacks and other core applications where performance, remote management and service planning are essential.
Dell PowerEdge R770AP Compute Performance
Compute performance begins with choosing the right processor, not simply the largest one. Intel Xeon 6 6900-series P-core options are designed for workloads that value strong per-core capability and high aggregate throughput. Supported configurations can reach up to 128 cores per processor, giving a dual-socket system substantial parallel-processing capacity. This can be valuable for rendering, simulation, analytics, code compilation, scientific models and virtualised services with many active workloads.
However, processor selection must account for application behaviour and licensing. Some software scales efficiently across hundreds of cores, while other applications are limited by memory, I/O or serial processing. Core-based licence fees may make a lower-core, higher-frequency processor more economical. Thermal design also influences the final fan and power configuration. FourTeck.com can help buyers compare these factors rather than treating core count as the only performance measure.
Memory topology is equally important. The twenty-four DIMM slots are connected across two processor sockets, and balanced population helps sustain bandwidth. A poorly planned memory layout can restrict performance even when total capacity appears sufficient. For HPC and analytics, estimate the memory required per core and consider how datasets are distributed across NUMA domains. For virtualisation, include hypervisor overhead, failover capacity and future machine growth.
Dell PowerEdge R770AP NVMe Storage Flexibility
Storage layout can transform how the system behaves. Available front configurations include 2.5-inch PCIe Gen5 NVMe bays and EDSFF E3.S designs with significantly higher drive density. NVMe reduces protocol overhead and provides low-latency access for databases, analytics, model pipelines and scratch datasets. E3.S can improve density and serviceability in designs built around modern enterprise flash.
The correct option depends on whether the server is compute-centric or data-centric. A compute node connected to a storage fabric may need only mirrored boot devices and a few local drives. A database host may need separate groups for logs, data and temporary space. A software-defined storage node may prioritise many drives, high endurance and fast network adapters. Capacity figures alone do not reveal these differences.
Buyers should specify usable capacity rather than raw capacity, expected read/write mix, daily write volume, retention period and fault-tolerance goals. Hardware RAID, direct-attached NVMe and software-defined protection serve different architectures. A RAID controller can simplify certain deployments, while direct NVMe access may be preferred by clustered or software-defined applications. Boot resilience should be designed separately so operating-system devices do not compete with production data.
Drive endurance, firmware compatibility and thermal load also matter. High-write workloads can consume lower-endurance media quickly. Larger drive counts increase heat and may affect available expansion. FourTeck.com can help align the chassis, backplane, controller, drive type and data-protection method before the order is placed.
Dell PowerEdge R770AP Management and Reliability
Infrastructure value is measured over years of operation, not only on installation day. Dell iDRAC10 provides out-of-band access for hardware monitoring, inventory, alerts, firmware tasks and remote administration. This is useful when systems are installed in controlled data-centre spaces where physical access is limited or when a small operations team manages servers across multiple racks.
Lifecycle management can help standardise firmware and configuration practices, but organisations should still define change-control, maintenance windows, access permissions and credential security. Management interfaces should be placed on protected networks with appropriate authentication and logging. Integration with monitoring platforms can improve visibility into temperature, power, component health and capacity trends.
Reliability requires more than redundant components. Dual power supplies can protect against a PSU failure, but meaningful power resilience needs independent PDU feeds and upstream UPS or generator design. Multiple network ports improve path availability only when connected to separate switches and configured correctly. Storage protection must be complemented by tested backups and recovery procedures. Application clusters may be required where business continuity cannot depend on a single chassis.
Service coverage should match business impact. A development node may tolerate next-business-day service, while a critical production platform may require a stronger response commitment and on-site parts plan. Buyers should also consider firmware support, spare drives, lifecycle timing and replacement strategy. FourTeck.com can include warranty guidance in the quotation and help align the service level with the operational role of the server.
What Buyers Should Check Before Purchase
The R770AP model identifies a platform family, not one fixed specification. Two quotations with the same model name can differ greatly in processor performance, memory bandwidth, drive technology, networking, expansion, resilience and support. Before requesting a quote, create a clear requirement that connects technical choices to the business workload.
Processor and Licensing Fit
Confirm whether the application benefits from more cores or higher frequency. Review per-core software licensing and CPU certification.
Memory Population
Specify capacity and bandwidth. Leave planned upgrade space without sacrificing balanced channel population.
Drive Format and Protection
Choose 2.5-inch NVMe or E3.S according to density, serviceability and solution support. Define RAID, replication and backup separately.
Expansion Mapping
List GPUs, DPUs, NICs, HBAs and other cards so risers, slots, airflow and PSU capacity can be validated.
Rack Environment
Verify rack depth, rail compatibility, cable arm, airflow direction, PDU outlets, electrical load and cooling capacity.
Quote Preparation
Provide workload, quantity, location, operating system, support term, delivery target and any mandatory technical standards.
Compatibility checks should include hypervisor or operating-system certification, driver support, network switch optics, storage protocols, security controls and management integration. For clustered deployments, ensure that all nodes use a consistent approved configuration. Where the server replaces an older PowerEdge model, compare application requirements rather than ordering an identical core count. New processor generations, memory speeds and licensing models can change the optimal design.
Long-term cost should include software licences, support renewal, power, cooling, spare parts, drive replacement and administrative effort. FourTeck.com can review these points and suggest a suitable configuration or alternative model when the requested platform does not align with the project.
UAE Availability and Service Support
FourTeck.com supports Dell enterprise server inquiries in Dubai and across the UAE with configuration review, quotation assistance, delivery coordination and warranty guidance. Availability can vary because the R770AP is built from a large set of processors, memory modules, backplanes, drives, controllers, network adapters, risers, power supplies and service options. A requested component may affect the overall lead time, so the team confirms the complete build rather than presenting an unverified stock statement.
For a faster technical review, provide the workload, desired CPU or core target, RAM capacity, usable storage, RAID policy, network speed, accelerator requirement, operating system, rack details, service term and quantity. FourTeck.com can help identify missing accessories and ensure that quote lines form one compatible system. Delivery planning can then consider the business location, receiving process, installation schedule and any site-access requirements.
Warranty options depend on the selected service offer and country coverage. Buyers should confirm support duration, response level, on-site terms and any mission-critical requirements. FourTeck.com does not assume that one support plan suits every project; the recommendation should reflect workload importance and internal recovery capability.
Coverage Across Dubai, Abu Dhabi, Sharjah and Ajman
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for server configuration guidance and project quotation. Support may include requirement review, model and option matching, delivery coordination, warranty guidance and related infrastructure selection. Buyers planning a new rack or data-centre expansion can also discuss compatible networking, storage, UPS, rack and backup requirements. Actual delivery terms depend on the selected configuration, supplier status, quantity and destination, and these details are confirmed during the quotation process.
Regional Availability for GCC and Africa Projects
FourTeck.com also supports selected regional technology inquiries for customers and project teams working across the GCC and Africa. Requests may originate from Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda or other markets where organisations need enterprise server sourcing and configuration assistance. Availability, commercial terms, delivery method, import requirements, service coverage and warranty handling vary by destination and must be confirmed for each project.
Regional buyers should provide the deployment country, final consignee, required quantity, technical specification, preferred service coverage and target schedule. For multi-site projects, a standardised bill of materials can simplify deployment, but local power, rack, network and compliance conditions should still be checked. FourTeck regional resources include FourTeck Kuwait, FourTeck Kenya, FourTeck Uganda and FourTeck Africa. Contact the appropriate inquiry channel for current options.
No regional stock or delivery commitment is assumed until the exact configuration and destination are reviewed. This protects buyers from planning around a generic model that may not match the required processor, drive, accelerator or support combination.
Other Options Buyers May Consider
A different PowerEdge model may be more suitable when the project needs a broader processor range, a smaller rack footprint, a different accelerator layout or another balance of memory and storage. The following links help buyers explore related server categories and infrastructure components before finalising the design.
Dell PowerEdge R770
Consider for broad two-socket 2U enterprise workloads with different CPU, memory and storage choices.
Dell PowerEdge R760
A previous-generation 2U platform that may suit established standardisation or specific compatibility needs.
Enterprise Storage Solutions
Review shared storage, backup targets and data-protection options for compute clusters and databases.
Data-Centre Networking
Plan high-speed switching, optics and redundant network paths for AI, HPC and virtualisation traffic.
Rack and UPS Infrastructure
Check rack depth, PDUs, UPS capacity and cable management for reliable deployment.
Configuration Consultation
Share workload and infrastructure details for a tailored product recommendation.
Why Business Buyers Choose FourTeck.com
Enterprise server procurement involves more than obtaining a part number. Buyers need a configuration that works as a complete system, fits the data-centre environment and supports the intended workload. FourTeck.com helps translate business and application requirements into a practical bill of materials.
Assistance for individual systems, refresh projects and multi-unit requirements.
Review of CPU, memory, storage, networking, power and service options.
Commercial quotation based on the selected configuration and destination.
Planning support after availability and order details are confirmed.
Help comparing service duration and response choices for the workload.
Support identifying racks, UPS, networking, storage and backup components.
The aim is to reduce configuration mistakes, omitted accessories and unclear assumptions. FourTeck.com can also discuss replacement models when a preferred option is unavailable or when another platform better matches the technical requirement. No claim of guaranteed stock, fixed delivery time or universal service coverage is made; each project is reviewed according to current supplier and country conditions.
Frequently Asked Questions
What is the Dell PowerEdge R770AP used for?
It is a high-density two-socket 2U server for compute-intensive workloads such as HPC, analytics, AI data processing and inference, large databases, virtualisation and software-defined infrastructure. Suitability depends on the selected processors, memory, storage, networking and accelerator support. The workload should be reviewed before the final configuration is ordered.
Does the R770AP support two processors?
Yes. The platform is designed for two Intel Xeon 6 6900-series P-core processors. Supported CPU selections can reach up to 128 cores per processor. Buyers should check application scaling, software licensing, memory requirements, thermal design and power consumption before selecting a processor pair.
How much memory can be installed?
The system provides 24 DDR5 RDIMM slots and supports configurations up to 3 TB with compatible modules. Actual capacity and speed depend on the chosen processor, DIMM type and population pattern. Balanced memory population is important for bandwidth, so buyers should plan both capacity and channel utilisation.
Which storage options are available?
Depending on the chassis and backplane, options include up to eight or sixteen 2.5-inch PCIe Gen5 NVMe SSDs and up to thirty-two EDSFF E3.S NVMe SSDs. The final design should consider usable capacity, endurance, RAID or software-defined protection, boot resilience and future expansion.
Can this server be configured with GPUs or accelerators?
The platform offers PCIe Gen5 expansion options, but accelerator support depends on card dimensions, slot mapping, riser selection, power budget, cooling and validated configurations. Share the exact accelerator model and workload with FourTeck.com so compatibility can be checked before quotation.
Is the server available in Dubai and the UAE?
FourTeck.com can check current sourcing options for Dubai and other UAE locations. Availability and lead time vary with the selected CPU, memory, drive layout, networking, accelerator, support plan and quantity. Contact the sales team with a complete requirement for an accurate quotation.
Can FourTeck.com help build the configuration?
Yes. FourTeck.com can review workload, core count, RAM, NVMe capacity, RAID, boot devices, network ports, expansion cards, power supplies, rack requirements, operating system and service coverage. The goal is to create a compatible quote rather than combining independent options that may not work together.
What information is needed for a quote?
Provide the application or workload, required quantity, processor preference or performance target, RAM, usable storage, drive type, RAID policy, network speed, accelerator requirement, operating system, rack location, support term and delivery destination. Include any mandatory vendor standards or project deadlines.
What warranty options are available?
Warranty and support coverage depend on the selected Dell service offer, duration, response level and destination. Buyers should match service coverage to workload importance, internal spare capacity and recovery plans. FourTeck.com can include current warranty choices in the commercial proposal.
Can businesses request multiple servers for a cluster?
Yes. For cluster or project quantities, provide node count, standard configuration, network fabric, deployment schedule and support requirements. Consistent bills of materials simplify operations, but FourTeck.com will still confirm component availability, delivery terms and country-specific conditions before order acceptance.
Need Help Choosing the Right R770AP Configuration?
Send FourTeck.com your workload, processor, memory, storage, network, accelerator, rack and support requirements. The team can review current UAE availability and prepare a configuration-focused quotation for your business or project.
