755392-B21 HPE 2.30GHz Intel Xeon E5-2670V3 12 Core Processor.

Product Overview of HPE Xeon 2.30GHz E5-2670V3 Processor

Unlock superior computing capabilities with the HPE 755392-B21 Intel Xeon E5-2670 v3, engineered to deliver enterprise-grade performance for demanding server environments. Designed with scalability and speed in mind, this CPU is ideal for data-intensive applications.

General Information

• Manufacturer: HPE
• Part Number: 755392-B21
• Processor Type: Intel Xeon E5-2670 v3
• Clock Speed: 2.30GHz
• Core Count: Dodeca-core (12 Core)
• Cache: 30MB Level 3
• QPI: 9.6 GT/s
• Thermal Design Power: 120W
• Fabrication Technology: 22nm

Core Architecture and Processing Power

• Equipped with 12 physical cores for parallel processing efficiency
• Supports multi-threaded tasks with high core density
• Clocked at a base speed of 2.30GHz for stable, consistent performance
• QuickPath Interconnect (QPI) speed of 9.6 GT/s ensures fast data communication

Advanced Cache & Memory Capabilities

For smoother data transactions and workload optimization:

• 30MB SmartCache for efficient data retrieval and reduced latency
• Large L3 cache capacity enables faster access to frequently used instructions

Optimized for HPE ProLiant DL360 Gen9 Servers

This processor kit is purpose-built for:

• Seamless integration with HPE ProLiant DL360 Gen9 infrastructure
• Reliable upgrades or replacements for current Gen9 server CPUs
• Improved system responsiveness and compute efficiency in virtualized environments

Energy Efficiency and Environmental Design

• Eco-conscious manufacturing ensures a smaller carbon footprint
• 120W TDP rating balances performance with power draw
• Built using 22nm lithography process for better power/performance ratio

Socket Compatibility

Installation and hardware compatibility highlights:

• Fits in Socket FCLGA2011-3 CPU sockets
• Requires assembly into compatible HPE server units
• Supports high-throughput applications and scalable enterprise needs

Robust Intel Xeon E5‑2670 v3 Platform for Enterprise‑Grade HPE Servers

Discover the high‑throughput, scalable solution designed for demanding workloads: the 755392‑B21 Intel Xeon E5‑2670 v3 twelve‑core processor kit. This product category encompasses multi‑core, multi‑threaded CPUs aimed at enhancing processing power within performance‑driven environments, particularly for HPE ProLiant DL360 Gen9 servers.

High‑Core Count Xeon CPUs for Datacenter Compute

The collection in this category emphasizes Intel’s Xeon E5 v3 series—a line known for dense core counts, advanced interconnect bandwidth, and efficient power usage. These processors are best deployed in virtualization clusters, database servers, or compute‑intense tasks like analytics and AI inference caches.

• High parallelism via 12 physical cores for workloads that scale across threads
• Enterprise‑optimized design for consistent, long‑term reliability
• Enhanced I/O responsiveness through QuickPath Interconnect (QPI) at 9.6 GT/s
• Large L3 cache (30 MB) to accelerate data access and reduce latency

Domains and Use Cases

This subcategory excels in a range of demanding enterprise applications:

• Virtualization and Hypervisors: Run many virtual machines per server with minimal overhead.
• Large-Scale Databases and Warehouses: Heavy read/write loads benefit from the large L3 cache and multicore throughput.
• High‑Performance Computing (HPC): Suites that utilize parallel processing—like scientific modeling or simulation software—gain processing speed gains.
• File Serving and Collaboration Systems: File servers and enterprise collaboration tools experience reduced latency and improved concurrency handling.
• Cloud Service Infrastructure: Multiple containers or services per host, accelerating provisioning and scaling.

Benefits of the 755392‑B21 Xeon E5‑2670 v3

• Optimized Compatibility: Specifically developed to plug seamlessly into HPE ProLiant DL360 Gen9 chassis, reducing deployment friction.
• Performance Consistency: Stable operating frequency and large shared cache promote uniform throughput under load.
• Energy Efficiency: The 120 W TDP and 22 nm design offer balanced power draw, enabling effective thermal management in rack deployments.
• Scalable Infrastructure: Enables building reliable multi‑processor node clusters with homogeneous CPU profiles.
• Reduced Latency: Rapid QPI signaling and smart caching improve communication between CPU, memory, and IO subsystems.

In‑Depth Hardware Compatibility and Integration

When browsing this category, it's crucial to ensure hardware alignment with server infrastructure. This includes:

• Physical fit with Socket FCLGA2011‑3—avoid mismatches with other LGA variants.
• Firmware and BIOS support within the HPE ProLiant DL360 Gen9 platforms, ensuring compatibility with available microcode updates.
• Memory architecture alignment—understand optimal DRAM channel configuration to leverage dual‑channel or quad‑channel setups.
• System cooling and airflow capability to handle sustained 120 W thermal output.

Cache Efficiency and Memory Bandwidth

The 30 MB shared L3 cache stands out as a critical asset. Key advantages include:

• Data Reuse: Frequent memory fetches from L3 reduce access time to DRAM.
• Cooperative Core Access: Multi‑core environments benefit from shared data locality, reducing cache duplication.
• Thread Responsiveness: High thread counts gain from cached instructions and interim results, improving latency.
• Memory Bus Offloading: Fewer direct DRAM accesses free up memory bandwidth for other workloads.

Energy Use, TDP, and Benefits

This category pays attention to both performance and energy consumption, notably through:

• 120 W TDP: Strikes a balance—providing strong processing while enabling effective cooling strategies.
• 22 nm Fabrication: Offers a closer power curve per core versus older nodes like 32 nm or 45 nm.
• Eco‑Friendly Attribute: Indicates reduced environmental impact through materials selection or manufacturing practices.
• Modern Thermal Envelope: Facilitates usage in dense rack environments, supporting efficient airflow designs.

Scalability and Cluster Deployment

These Xeon processors are ideal for scalable, multi-node architectures:

• Support for clustering many identical CPU nodes—excellent for grid computing or high‑availability setups.
• Consistent performance across all processors maintains predictable scaling behavior.
• Compatibility with DDR4 memory and multi-socket configurations in advanced server models.
• Future‑proofing—same CPU architecture utilized across other HPE Gen9 systems.

Target Users and Deployment Scenarios

This processor category is particularly beneficial for:

• Enterprise IT managers seeking CPU upgrades for HPE Gen9 racks.
• Data center designers establishing robust virtualization nodes.
• Software engineering teams running CI/CD pipelines across parallel builds.
• Academia and research labs requiring simulation or batch‑processing clusters.
• Service providers managing multi‑tenant cloud workloads on single server hardware.

Choosing This Series for Your Infrastructure

• Opt for this category when you require **high core counts**, **stable frequency**, and **large cache resources**.
• Best suited when **HPE ProLiant Gen9 compatibility** is non‑negotiable.
• If you prioritize **energy‑aware design** with reasonable thermal power, this series strikes a balance.
• Ideal in scenarios where **scalable, homogenous compute clusters** deliver reduced maintenance complexity.

Keyword Suggestions

• “Xeon E5‑2670 v3 twelve‑core server CPU”
• “HPE DL360 Gen9 Xeon processor upgrade”
• “LGA2011‑3 12 core Xeon performance”
• “30 MB L3 cache Xeon E5‑2670 v3 specifications”
• “9.6 GT/s QPI high throughput Xeon CPU”
• “120 W TDP datacenter Xeon Intel 22nm”