Available Models Compare All
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PowerEdge 12G M420 Blade Server
Help improve efficiency and business continuity, and finish work fast with the exceptional computing density of the PowerEdge™ M420 quarter-height blade. | PowerEdge 12G M520 Blade Server
Deliver extremely capable performance and exceptional value for your business applications with no-compromise enterprise-class features with the PowerEdge™ M520. | PowerEdge M605 Blade Server
The M605 is an AMD processor-based 2-socket half-height blade server ideal for edge-of-network applications, HPCC nodes, and entry-level virtualization. |
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PowerEdge M610 Blade Server
The PowerEdge™ M610 is an Intel® processor-based 2-socket, half-height blade server built for virtualisation, mainstream business applications and front-end database workloads. | PowerEdge M610x Blade Server
The PowerEdge M610x is an Intel processor-based 2-socket, full-height blade server ideal for organizations with unique I/O or computational needs requiring industry-standard PCIe slots. | Dell PowerEdge M620 Blade Server
Gain control over your most demanding workloads with the PowerEdge™ M620 blade server, an ideal blend of density, performance, efficiency and scalability. |
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PowerEdge M710 Blade Server
The PowerEdge M710 is an Intel processor-based 2-socket, full-height blade server providing the bandwidth necessary for virtualization and performance-intensive business-critical applications. | PowerEdge M710HD Blade Server
Server rooms and corporate data centers that require a reliable, high-density, two-socket blade solution with extensive I/O flexibility in a half-height configuration that can maximize total RAM for virtualization and workload consolidation. |
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PowerEdge M820 Blade Server
Power through tough workloads in dense data center environments with the exceptional performance and scalability of the 4-socket PowerEdge™ M820 blade. | PowerEdge M910 Blade Server
The PowerEdge™ M910 is an Intel® processor-based high-performance 4-socket full-height blade server ideal for organisations that require maximum performance and scalability for core applications while minimizing their power and physical space |