Dell PowerEdge R750 Spec Sheet

The Dell PowerEdge R750 is a 2U rack server from Dell Technologies engineered for demanding enterprise workloads. Built around dual sockets for up to two third-generation Intel Xeon Scalable processors with forty cores each, the system supports thirty-two DDR4 DIMM slots handling RDIMM memory up to two terabytes or LRDIMM configurations reaching eight terabytes at three thousand two hundred megatransfers per second. Storage flexibility is extensive, accommodating up to twenty-four NVMe drives alongside mixed SAS and SATA bays that reach approximately three hundred sixty-eight terabytes of capacity. To satisfy intensive computational demands, the Dell PowerEdge R750 provides eight PCIe Gen 4 expansion slots capable of hosting multiple high-performance accelerators. This combination of dense processing, expansive memory, and high-speed I/O makes it a standard platform for virtual desktop infrastructure, database analytics, traditional corporate IT, and artificial intelligence environments where buyers require predictable scale and hardware flexibility.

Operational efficiency is driven by the integrated iDRAC9 module and the broader Dell EMC OpenManage portfolio, which deliver telemetry streaming, Redfish API access, and intelligent automation to eliminate configuration silos. IT leaders execute zero-touch provisioning while leveraging seamless integrations with VMware vCenter, Microsoft System Center, Ansible, and ServiceNow to accelerate deployment cycles. Thermal management accommodates heavy loads through hot-pluggable fans, with optional direct liquid cooling available for sustained high-power applications. Power options span seven hundred to twenty-eight hundred watts across AC and DC variants, ensuring compatibility with diverse data center architectures. Buyers gain a streamlined management ecosystem that reduces administrative overhead while maintaining strict uptime requirements.

Security compliance is deeply embedded into the Dell PowerEdge R750 lifecycle to protect sensitive enterprise assets from design through retirement. The platform utilizes cryptographically trusted boot processes anchored by a silicon root of trust, guaranteeing that only verified firmware executes during startup. Administrators prevent unauthorized modifications through system lockdown capabilities, validate updates using digitally signed firmware packages, and execute secure erases on drives or system memory before decommissioning. Certified TPM modules further shield data against emerging threats, addressing the critical protection needs of regulated industries. Organizations adopting this architecture achieve a cyber-resilient foundation that balances rigorous security controls with the raw performance necessary to drive continuous business innovation.