Available ModelsInnovative designs to transform IT
Increase storage scalability and performance with up to 24 NVMe drives and a total of 32 x 2.5” or 18 x 3.5”drives in a 2U dual-socket platform.
Deliver fast response times and help maximize uptime for streaming media and other data-intensive workloads in a high-capacity 2U design.
Gain outstanding cost efficiency with a highly scalable single-socket, 2U rack server. Easily add memory and storage for demanding modern workloads.
Maximize application performance with the optimal mix of accelerator cards, storage and compute power in a 2U, 2-socket platform optimized for VDI.
The Dell EMC PowerEdge R6525 is a dual-socket 1U server that delivers performance and innovation to handle workloads like HPC, VDI and virtualization.
Adapt to virtually any workload with a scalable server featuring an optimal mix of memory, storage, processing and GPUs.
Boost workload efficiency like never before with unprecedented PowerEdge in-chassis storage flexibility.
Realize outstanding TCO with this 2U, two-socket rack server that performs for data analytics, HPC, memory-bound and scale-up software-defined deployments.
Accelerate enterprise applications with Dell's most powerful server featuring highly scalable processing, memory and internal storage.
Power your mission-critical applications and make real-time decisions with the 4-socket R940 in just 3U with up to 12 NVMe drives.
Drive GPU database acceleration for business-critical applications with a powerful, four-socket server. Scale capacity with large internal storage.
Drive faster insights with four-socket performance in a dense 2U design. Minimize latency with up to 24 direct-attached NVMe drives.
The Dell EMC PowerEdge R7515 is a single-socket 2U server designed to handle workloads like software-defined storage, virtualization and data analytics.
The Dell EMC PowerEdge R7525 is a two-socket 2U rack server designed for all flash SDS, virtual desktop infrastructure and data analytics workloads.
Superb performance and cost effectiveness for mainstream databases, virtualization and VDI.
Increase performance, ability to scale, and simplify your IT with an entry-level 1U rack server designed for web hosting and multi-purpose applications.
Drive SMB and remote office/branch office applications faster with a powerful and expandable 1-socket, high-availability entry rack server.
Increase performance, ability to scale, and simplify IT with an entry-level 1U rack server designed for businesses with remote and branch offices
Consolidate data and drive applications faster with the powerful, efficient and versatile PowerEdge R230 1-socket, 1U entry rack server.
Drive the most demanding HPC, data visualization and rendering workloads with a flexible, dense 1U rack server optimized for GPUs and co-processors.
Meet the demands of cognitive computing workloads with a dense, accelerator-optimized 1U server supporting 4 GPUs and superior thermal efficiency.
The Dell EMC PowerEdge C6525 is a server designed to handle high-performance computing(HPC) workloads like digital manufacturing, research and web tech.
Peak 2-socket performance for HPC, web tech and infrastructure scale-out.
Get scalable computing and storage in a 1U, 2-socket platform with an ideal mix of performance, cost and density for most data centers.
Dense scale-out 1U rack server with efficient single-socket design for low TCO. Ideal for dense virtualization and scale-out software-defined storage.
The Dell EMC PowerEdge R6515 is a single-socket 1U server designed to handle workloads like virtualization, HCI and OpenStack Ready Architecture.
Maximize data center efficiency with an ultra-dense virtualization or database engine that supports up to 10 flash SSDs in a 1U chassis.
Gain performance and density in a compact 1U, 2-socket rack server for HPC, web tech and scale-out infrastructure.
Deliver balanced performance and midrange scalability with a powerful 2S/2U rack server.
Adapt to a variety of application demands with a 2-socket, 2U rack server that offers an ideal balance of resources and affordability.