HPE
HPE 709487-L21 Xeon E5-2680 v2 10-core 2.80 GHz processor upgrade
Refurbished Xeon E5-2680 v2 10-core processor running at 2.80 GHz for server upgrades
- 10-core Xeon E5-2680 v2 delivers high multi-thread throughput
- 80 GHz base frequency provides consistent compute performance
- 21 MB cache reduces memory latency for demanding workloads
- E5-2600 v2 architecture supports advanced virtualisation features
- HPE 709487-L21 validated for ProLiant server integration
Processor upgrade for HPE servers
This refurbished processor upgrade adds a ten-core Xeon E5-2680 v2 running at 2.80 GHz to compatible HPE systems. It is supplied as a factory integration option for supported server platforms.
Suits capacity upgrades on existing E5-2600 v2
Administrators expanding compute density on qualified HPE servers can use this module. Buyers needing a different core count, clock speed or a newer processor generation cannot use this part.
Ten cores at 2.80 GHz
The decisive specification is the ten-core configuration operating at 2.80 GHz. Match this exact core count and frequency against the server’s supported processor list before ordering.
Highlights
- 10-core Xeon E5-2680 v2 delivers high multi-thread throughput
- 80 GHz base frequency provides consistent compute performance
- 21 MB cache reduces memory latency for demanding workloads
- E5-2600 v2 architecture supports advanced virtualisation features
- HPE 709487-L21 validated for ProLiant server integration
Specifications
| Brand | HPE |
|---|---|
| Shipping weight | 9.07 kg |
| Package size | 610 × 508 × 76 mm |
Questions about this item
Does the 709487-L21 use a standard Xeon socket interface, and what bus speed does it cap at?
The processor uses the Intel Xeon E5-2600 v2 platform interface; the 2.80 GHz base frequency sets the practical operating ceiling for this 10-core model.
What physical clearance does the 709487-L21 need inside the server chassis?
This FIO processor upgrade is designed for HPE server sockets; it requires the matching HPE heatsink retention frame and sufficient vertical clearance for the factory heatsink assembly.
How is the 709487-L21 installed, and which step is most often missed?
Install the processor into the LGA socket, apply thermal compound, then secure the HPE-specific retention bracket before attaching the heatsink; the bracket step is frequently skipped.
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