872833-B21 HPE Intel Xeon-Gold 6134 DL560 Gen10 3.20GHz 8-core 130W Processor

Search and discovery terms

Optimize product listings and category pages by including relevant search phrases buyers use when evaluating this SKU. Examples to include in metadata and body content:

• HPE 872833-B21
• Intel Xeon Gold 6134
• DL560 Gen10 processor
• 3.3GHz 8-core server CPU
• 130W TDP Xeon upgrade
• HPE DL560 Gen10 compatible processors
• server CPU replacement HPE
• enterprise virtualization CPU

HPE 872833-B21 Product family overview and core positioning

The HPE 872833-B21 module — powered by the Intel® Xeon™ Gold 6134 processor and designed for installation in the HPE ProLiant DL560 Gen10 chassis — represents a high-value server CPU option for mid-to-large scale data center workloads. Marketed as a balanced compute option, this model delivers multi-core parallelism, solid single-thread frequency (3.3 GHz as supplied in the product title), and a platform thermal profile (130 W TDP) tuned for rack systems that demand performance without extreme power envelopes.

Compatibility and platform considerations

HPE ProLiant DL560 Gen10 platform alignment

The HPE ProLiant DL560 Gen10 is a 4U, 4-socket-capable rack server designed for virtualized and mission-critical workloads. When grouping HPE 872833-B21 units within this category, emphasize their role as compatible processor options for the DL560 family. Important compatibility checks include:

• Confirming the platform BIOS/firmware revision supports the exact stepping of the processor.
• Matching processor TDP range to existing power and thermal provisioning in the chassis.
• Ensuring the server’s motherboard revision and socket population support the Xeon Gold family part number and its microarchitecture.

Performance characteristics and real-world use cases

Compute profile: single-thread and multi-thread balance

This category targets buyers who want a strong single-thread clock but also need adequate thread count for multi-user services. The 3.2 GHz base frequency improves responsiveness for tasks that cannot be perfectly parallelized — for instance, database transaction processing and certain web services — while the 8 physical cores help when running multiple simultaneous virtual machines or containerized workloads.

Virtualization density and memory considerations

When sizing for virtualization, the number of usable cores per socket and available memory per socket are the dominant cost drivers. This 8-core SKU is appropriate in scenarios where per-core licensing costs matter (for certain database licenses that charge per physical or logical core). Pairing the CPU with adequate RDIMM/LRDIMM capacity ensures guests do not become memory constrained before CPU limits are reached.

Bandwidth, I/O and expansion compatibility

872833-B21 The DL560 Gen10 platform provides extensive I/O options; when categorizing CPUs, remind buyers to think holistically: network card speeds (10/25/40/100 GbE), NVMe/SSD IO lanes, and PCIe card counts all interplay with CPU selection. Processors with different PCIe lane allocations or SKUs may change platform throughput and expansion strategy.

Lifecycle management and EOL considerations

Processors are subject to vendor lifecycle policies. IT asset managers should keep an eye on HPE and Intel announcements about product revisions, EOL (end-of-life) notices, and recommended migration paths to newer CPU families to avoid surprises during support escalations.

Licensing and software costs

Some enterprise software licenses (database, virtualization management, analytics platforms) are priced per-core or per-socket. When choosing an 8-core processor SKU as part of a procurement plan, account for software licensing impacts — sometimes fewer faster cores reduce license costs versus more lower-clock cores.

Comparisons and alternatives

How this 8-core SKU compares in a product family

Within the broader spectrum of Intel Xeon Gold and Platinum families, the HPE 872833-B21 SKU is positioned as a performance-oriented, moderate-core-count option. Buyers comparing processors will often weigh:

ILO and remote management

HPE ILO provides out-of-band management for server health and firmware orchestration. Ensure ILO firmware is current and integrated into your configuration management and monitoring systems for proactive health checks, thermal monitoring, and alerting.

Use-case examples and deployment scenarios

Scenario A — Virtualized web application cluster

In a cluster of ProLiant DL560 Gen10 hosts used for web application delivery, choose the HPE 872833-B21 to achieve a balance between per-core responsiveness and overall VM density. The 3.3 GHz clock helps keep tail-latencies low for user-facing APIs, while 8 cores per socket let you host multiple small-to-medium VMs effectively.

Scenario B — Remote office or branch office consolidation

For ROBO (remote office/branch office) sites that demand enterprise reliability but constrained rack space, this SKU provides an option to reuse existing Gen10 hardware and achieve acceptable throughput without the cost of full chassis refreshes.

Scenario C Test and dev / CI environments

Teams running continuous integration and build servers can use these CPUs in repurposed DL560 Gen10 systems to provide stable, repeatable performance for compile-heavy pipelines that favor higher single-thread frequency.

Cross-sell and upsell opportunities

Complement the processor with suggested accessories and services: thermal kits, memory channel balancing kits, HPE Care Pack extensions, and professional installation services. Bundles that marry the CPU with a firmware update service or iLO license often convert better for enterprise buyers.

practical advice for decision makers

When evaluating the HPE 872833-B21 Intel Xeon Gold 6134 3.3GHz 8-core 130W SKU for a DL560 Gen10 fleet, prioritize compatibility verification, firmware readiness, and an assessment of the workload profile. Balance the cost savings of upgrading existing hardware against long-term benefits of newer CPU families. Where licensing or per-core costs are material, lean on higher-frequency, moderate-core designs like this SKU to reduce software spend while preserving responsiveness. Finally, validate each part purchase against HPE documentation, keep firmware current, and plan a measured installation and validation process to ensure stable, performant deployments.