Kyocera
Kyocera Xeon E7-4860 2.267 GHz LGA 1567 130W SLC3S Motherboard Accessory
Server processor with 24 MB L3 cache, 2.267 GHz speed and 130 W power draw
- Xeon processor for high-density server workloads
- 267 GHz base frequency enables responsive multi-threaded performance
- 24 MB L3 cache reduces memory latency for large datasets
- 32 nm manufacturing process balances compute density with power efficiency
- 130 W thermal design power fits standard server cooling envelopes
Server Processor Upgrade
The Kyocera Xeon E7-4860 is a server processor built on a 32 nm process with a 2.267 GHz clock speed. It uses the LGA 1567 socket and carries a 130W thermal design power for high-density environments.
24MB Cache and LGA 1567 Fit
This component replaces an older Xeon module in compatible LGA 1567 systems. The 24MB L3 cache improves throughput for memory-heavy workloads, making the swap worthwhile when current processors limit virtualisation density.
For Multi-Socket Server Maintenance
This part suits administrators maintaining existing multi-socket platforms that require the LGA 1567 interface. It is not for builders assembling new workstations or for systems that lack the specific socket and power infrastructure.
Highlights
- Xeon processor for high-density server workloads
- 267 GHz base frequency enables responsive multi-threaded performance
- 24 MB L3 cache reduces memory latency for large datasets
- 32 nm manufacturing process balances compute density with power efficiency
- 130 W thermal design power fits standard server cooling envelopes
Specifications
No published specifications for this item yet.
Questions about this item
Does the LGA 1567 socket require a specific cooler mounting pattern?
The processor fits LGA 1567 sockets and has a 130W TDP, so the cooler must be rated for that thermal load and use the correct LGA 1567 mounting hardware.
What is the correct installation step for the 32 nm Xeon E7-4860 to avoid bent pins?
Align the notches on the processor with the socket keys, lower it gently without force, and close the retention lever fully before applying thermal paste and cooler.
When should the thermal interface material be replaced on a 130W server processor?
Replace the thermal paste whenever the cooler is removed or if temperatures rise under sustained load, typically every two to three years in continuous operation.
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