The Dell PowerEdge XR4510c is a half-width, single-slot compute sled designed for maximum density within the modular PowerEdge XR4000r (2U) or XR4000z (1U) chassis. It is purpose-built for the far edge, delivering reliable compute in a highly condensed, ruggedized form factor.

Full Technical Specifications

Component	Specification
Form Factor	1U Half-Width Sled (plugs into the modular XR4000r/z chassis)
Chassis Capacity	XR4000r (2U) holds up to 4x XR4510c sleds; XR4000z (1U) holds up to 2x XR4510c sleds.
Processor	1x 3rd Generation Intel Xeon D Scalable Processor
Max Cores	Up to 20 cores per sled/CPU
Memory	4x DDR4 DIMM slots; supports RDIMM
Memory Speed	Up to 3200 MT/s
Storage (On-Sled)	Up to 4x M.2 NVMe SSDs (directly on the sled for boot and data)
Storage (Chassis)	Shared storage options available via the host chassis (e.g., 2.5" drive bays in the XR4000r)
PCIe Slots	No full-height PCIe slots on the sled itself; I/O uses dedicated connections via the chassis backplane.
Networking	Connectivity is handled via the chassis backplane and chassis I/O modules (LOM/OCP options determined by chassis).
I/O Access	Front I/O (sled ports are on the front when installed) for easy field access.
Operating Temp	Ruggedized for extended operating environments.
Management	iDRAC9 (on each sled), OpenManage Enterprise.

Description

The Dell PowerEdge XR4510c is a single-socket, half-width compute sled specifically designed for deployments at the far edge where space, environmental resilience, and serviceability are paramount. As a component of the modular XR4000 family, its "sled" form factor allows for maximum compute density—up to four XR4510c sleds fit into the 2U XR4000r chassis, or two sleds in the ultra-compact 1U XR4000z chassis.

Powered by a 3rd Generation Intel Xeon D Scalable processor, the XR4510c provides capable performance for common edge workloads such as VDI, video surveillance, point-of-sale analytics, and industrial machine vision. Memory and storage are condensed, supporting four DDR4 DIMMs and up to four M.2 NVMe SSDs directly on the sled.

The system emphasizes a TCO-optimized and highly resilient design, featuring a short depth and front-accessible I/O for simplified maintenance and operation in tight, non-traditional IT environments. This modular approach ensures that customers can scale compute capacity independently of shared chassis resources like power and cooling.