DELL PowerEdge R6515 2.8 GHz 16 GB DDR4-SDRAM Rack (1U) AMD EPYC 550 W Server

Dell PowerEdge R6515
Dual-socket performance in a single-socket 1U rack design
The Dell EMC PowerEdge R6515 is a single-socket 1U server designed to handle workloads like virtualization, HCI and OpenStack Ready Architecture.
 
Efficiently scale your IT operations
The R6515 is a powerful single-socket/1U server that can scale out to match performance of under-utilized systems. With the enhanced 3rd Gen AMD EPYC™ processor, up to 2 single-wide GPUs, and 2TB of 3200 MT/s memory, the R6515 is perfect for virtualization and HCI. The small form factor makes it great for everything from small and remote offices to larger scale out computing deployments.
 

Deliver breakthrough performance, innovation and density
The popularity of single-socket systems has started to show in the make up of data centers. The PowerEdge R6515 creates an equilibrium of compute resources within a single-socket/1U form factor. The low profile design offers increasingly more compute power with each new generation of AMD EPYC™ processors.
Replace your legacy two-socket cluster with an updated and cost efficient single-socket server without compromising performance
Enhanced 3rd Gen AMD EPYC™ (up to 280W) processor may be the only socket you need
Improved TCO with VM density and SQL performance improvements
High parallelism for low latency on ROBO and Dense Azure Stack HCI
 

OpenManage systems management
The Dell EMC OpenManage systems management portfolio helps tame the complexity of your IT environment with tools and solutions to discover, monitor, manage, update, and deploy your PowerEdge infrastructure.
 

Intelligent Automation
PowerEdge and OpenManage solutions integrate tools across the portfolio to help organizations automate the server lifecycle, optimize operations, and scale efficiently.
 

Built-in security
Dell EMC PowerEdge servers are made with a cyber resilient architecture that builds in security at every phase of the product lifecycle, from the silicon root of trust and secured component verification, to signed firmware and drift detection, to BIOS recovery.