Per740xd Technical Specs

The Dell EMC PowerEdge R740xd is a highly configurable two-processor rack server engineered for enterprise data center environments requiring dense storage and robust computational throughput. Built around the Intel Xeon Scalable processor family, the system accommodates up to two processors with a maximum of twenty-eight cores each. Memory flexibility is a cornerstone of its design, supporting DDR4 LRDIMM, RDIMM, NVDIMM-N, and Intel DCPMM modules across multiple sockets. Depending on the selected memory tier, capacity scales from modest configurations to a maximum of three terabytes with persistent memory options. The chassis measures approximately eighteen by seventeen inches with a three-and-a-half inch height, weighing up to seventy-three pounds when fully populated, making it optimized for standard rack mounts in dense deployments.

Storage architecture defines the PowerEdge R740xd as a versatile infrastructure component, offering up to thirty-two front-accessible drive bays that accept 2.5-inch and 3.5-inch SAS, SATA, NVMe, and SSD media in various permutations. Buyers requiring streamlined operating system deployment can integrate BOSS-S1 cards for dedicated boot storage, while heavy workload tiers leverage PERC H740P or HBA controller families for advanced RAID and non-RAID configurations. Expansion capabilities are equally extensive, with the chassis routing up to eight PCIe Generation 3 slots through configurable riser assemblies. These riser options accommodate full-height, full-length adapters as well as low-profile cards, allowing administrators to customize networking, GPU acceleration, or storage host bus adapters without compromising airflow or drive capacity.

Operational resilience and remote management are maintained through redundant power supply units ranging from 495 watts to 2400 watts, available in Platinum and Titanium efficiency classes for AC or DC input. The Dell EMC PowerEdge R740xd incorporates iDRAC Direct micro-USB access alongside integrated Matrox graphics and configurable thermal shrouds with high-performance fans to maintain stable operating temperatures across standard and expanded environmental ranges. Security and uptime demands are addressed through hot-swap drive architecture, redundant PSU pathways, and persistent memory configurations that safeguard critical data during power interruptions. Organizations deploying virtualized environments, large-scale databases, or hybrid cloud infrastructure will find this model aligns closely with buyer needs for scalable capacity, flexible media support, and enterprise-grade manageability within a consolidated rack footprint.