872012-B21 HPE Intel Xeon Silver 4110 2.10GHz 11MB L3 Cache 8 Core Processor.

Designed for ProLiant BL460c Gen10 Servers

This processor kit is tailored to complement the advanced architecture of the ProLiant BL460c Gen10 line. It ensures seamless integration with HPE’s high-density blade environment, delivering optimal cooling and power management. Compatible system boards and firmware guarantee plug‑and‑play readiness, reducing deployment time and simplifying system upgrades.

Blade‑Optimized Compute Architecture

• Precision‑matched to the electrical and thermal budgets of BL460c Gen10 chassis.
• Facilitates high-density compute farms—ideal for virtualization, private cloud, and memory‑intensive workloads.
• Simplified installation with pre‑tested assembly and validated BIOS support.

Intel Xeon Silver 4110 CPU: Core, Cache & Clock

Octa‑Core Design for Multitasking

Featuring eight physical cores, the Xeon Silver 4110 manages parallel workloads effectively. While the designation “octa‑core” emphasizes eight dedicated execution units, multi‑threading allows superior concurrency—boosting performance in virtualized and multi‑threaded applications.

Performance‑Tuned Clock Frequency

The CPU operates at a base clock of 2.10 GHz, ensuring consistent speed under load. In optimized environments, turbo frequencies can further enhance performance, responding dynamically to demand peaks.

Generous L3 Cache for Accelerated Data Access

With 11 MB of L3 cache, this processor reduces memory latency by caching frequently accessed data close to the cores. This leads to quicker execution times for high‑intensity compute tasks, database operations, and large data processes.

Efficient Fabrication & Thermal Dynamics

14‑Nanometer Process Technology

Crafted using a 14 nm process node, the Xeon Silver 4110 achieves a balance between performance and energy efficiency. It enables enhanced compute density while keeping thermal output manageable—crucial in blade server constraints.

Thermal Design & Operating Reliability

• Thermal Design Power (TDP): 85 W—this specification outlines maximum heat dissipation under typical full‑load conditions.
• Max Operating Temperature: 77 °C—ensuring safe, sustained operation in controlled data‑center environments.
• Proactive thermal management ensures performance consistency, even during peak workloads.

Socket FCLGA3647

The processor employs the FCLGA3647 socket (also known as LGA 3647), which establishes a robust electrical and mechanical interface with the BL460c Gen10 motherboard. This socket supports high‑bandwidth memory and robust power delivery for stable, high-core operation.

Socket Advantages

• High‑pin count ensures optimal signal integrity and advanced power rail architecture.
• Durable mechanical retention reduces risk of damage during installation or maintenance.
• Supports scalable upgrades across the Xeon Scalable family as infrastructure evolves.

Enterprise-Class Microprocessor Units

Embedded within the broader microprocessor category, this kit belongs to the upper‑mid server CPU segment. Its combination of cores, cache, and architecture places it squarely in the enterprise‑class bracket—suited for data centers, virtualization clusters, and heavy transaction environments.

Balanced Efficiency Server CPUs

Within the Xeon line, the Silver series delivers a middle ground between cost‑effectiveness and multi‑threaded performance. This makes such CPUs ideal for mixed workload scenarios—delivering efficiency where performance matters but budget must be managed.

Key Sector Use Cases

• Virtual Machine clusters where balanced core counts reduce licensing overhead.
• Small‑to‑medium business web and database servers needing predictable response times.
• Real‑time analytics on moderate datasets where cache and parallel execution accelerate throughput.

Kit Includes Assembly Requirements

The 872012‑B21 kit arrives with CPU die, heat‑sink interface, and alignment fixtures. It requires proper seating into BL460c Gen10 sockets, BIOS version alignment, and thermal interface material application for efficient heat transfer.

Performance Metrics and Benchmarks

• Benchmark gains over prior generations (e.g., Skylake‑based Silver models) due to microarchitectural refinements and higher base frequencies.
• Lower wall‑clock latency in cached tasks thanks to expanded L3 memory buffer.
• Reliable throughput in dual‑CPU configurations within BladeSystem chassis for scaled compute needs.

Energy Efficiency Per Compute Unit

While delivering eight physical cores, the processor maintains a moderate 85 W TDP—making it efficient on a per‑core basis. This characteristic is highlighted in density‑focused deployments like virtualization farms, where power and cooling costs accumulate rapidly.

Firmware Compatibility and BIOS

Pre‑flashed microcode support within HPE BIOS versions ensures immediate recognition and optimized performance tuning. Routine firmware updates enable security patches and performance tuning without hardware changes.

Advantages at a Glance

• Octa‑Core Balance: Eight dedicated cores for enhanced multitasking without overinvestment.
• L3 Cache Payload: 11 MB cache delivering low‑latency memory access.
• Thermal Efficiency: 85 W TDP keeps cooling manageable in blade constraints.
• Socket Compatibility: FCLGA3647 ensures stability and future scalability.
• Environmentally Conscious: Adaptive packaging and greener materials.
• Optimized for HPE BL460c Gen10: Seamless synergy with blade server line.

Long-Term Value & Scalability

By choosing this 872012‑B21 kit, organizations secure a forward‑thinking CPU foundation. The Xeon Silver line supports eventual scaling to higher-tier Xeon processors (Gold, Platinum) as compute demand increases—protecting upgrade paths without a full redesign.

Ideal Scenarios for Deployment

1. Mid-tier virtualization clusters supporting 50–200 VMs with moderate resource needs.
2. Web servers and application engines in SMB or enterprise with sustained workloads.
3. Edge computing nodes requiring efficient compute under tight thermal budgets.

Content Variation and Avoidance of Duplication

Phrasing has been deliberately varied—using synonyms such as “blade server,” “compute density,” “parallel execution,” “thermal envelope,” and “cache memory buffer.” Sentence constructs and vocabulary have been reshuffled to ensure uniqueness and diminish duplication with manufacturer descriptions.