DELL
DELL PowerEdge R240 Server Motherboard LGA1151 DRR0P 0DRR0P
Replacement motherboard for the PowerEdge R240 server with an LGA1151 socket and four memory slots
- CPU TypeIntel Xeon
- Designed for Dell PowerEdge R240 systems
- LGA1151 socket supports Intel Xeon processors
- Four memory slots enable RAM expansion
- Genuine Dell part numbers DRR0P and 0DRR0P
- New condition ensures reliable server performance
Dell PowerEdge R240 server board
This Dell PowerEdge R240 motherboard fits LGA1151 Intel Xeon processors for entry-level server workloads. It provides four memory slots to scale RAM capacity as needed. The board is a direct replacement part for the R240 chassis and carries part numbers DRR0P and 0DRR0P. Builders sourcing a genuine Dell server board for repair or custom assembly will find it matches the original specification.
Thermals and power in normal use
The motherboard relies on the server chassis fans and power supply for cooling and delivery. No onboard fan headers or voltage regulators are detailed in the supplied data. Power draw and acoustic profile depend entirely on the installed Xeon CPU, memory population and the R240 system fans. Operators should follow Dell thermal guidelines for the complete server to maintain stable operation.
Build fit and clearance
This board mounts only in the Dell PowerEdge R240 enclosure using the proprietary standoff pattern and I/O shield. It requires the matching R240 power supply, backplane and fan modules to function. Using it outside the original chassis would need custom mounting, power distribution and cooling solutions not covered by the part. The four DIMM slots free up expansion options within the standard R240 memory limits.
Highlights
- Designed for Dell PowerEdge R240 systems
- LGA1151 socket supports Intel Xeon processors
- Four memory slots enable RAM expansion
- Genuine Dell part numbers DRR0P and 0DRR0P
- New condition ensures reliable server performance
Specifications
| CPU Type | Intel Xeon |
|---|
Questions about this item
How do I install this PowerEdge R240 motherboard into the chassis and which step is often missed?
Align the board with the R240 standoffs, secure every screw, then connect the front-panel header, power cables and fan headers before closing the case.
What component on this DRR0P board will need replacement after several years of operation?
The four memory slots may require DIMM replacement if a module fails or capacity needs change.
What is the first limit reached when this LGA1151 motherboard runs sustained workloads in the R240?
The single-socket design caps CPU threads at the installed Xeon maximum, so compute throughput hits that ceiling first.
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