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Server CPU HP Gold 6148 for DL360 2.4 GHz 20-core (compatible with HP ProLiant DL360)
HP Gold 6148 for DL360 is a server-grade 20-core processor operating at a base frequency of 2.4 GHz, compatible with HP ProLiant DL360 systems. Designed for rack-mounted compute nodes, this CPU targets multi-threaded workloads such as virtualization, databases and general compute tasks. The processor delivers a balance of core count and clock speed suitable for consolidation and throughput improvements in datacenter and enterprise deployments. The unit references HP part number 860673-B21-RFB and is intended for use in HP ProLiant DL360 platforms that support the socket and firmware of this family.
The 20 physical cores and multi-threading capabilities provide increased parallel processing capacity while the 2.4 GHz base frequency maintains steady per‑core throughput under sustained loads. Compatibility with HP ProLiant DL360 servers ensures straightforward installation and integration into existing HP rack environments. This CPU supports common datacenter workloads and can improve VM density and application responsiveness when paired with appropriate memory and storage configurations.
Install the HP Gold 6148 CPU in an HP ProLiant DL360 platform that explicitly lists support for the processor family. Follow HP service manual instructions for CPU handling, thermal interface application, and proper seating in the CPU socket. Ensure the server BIOS/firmware is updated to a version that recognizes the Gold 6148 and configure appropriate cooling and power settings. After installation, verify processor presence and core count in the system management interface or operating system tools before deploying production workloads.
Use this CPU in servers with matching firmware and compatible motherboard revisions; pair with sufficient ECC memory, proper thermal solutions, and validated power supplies. For virtualization or database workloads, configure memory and storage I/O to avoid bottlenecks and distribute workloads across cores to leverage the available parallelism.
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