874290-B21 HPE Proliant XL1X0R Gen10 Intel Xeon-Gold 6134 3.2GHz 8core 130W Processor

HPE 874290-B21 Gen10 Intel Xeon-Gold 6134 Processor

The HPE 874290-B21 Intel Xeon-Gold 6134 processor is a high-performance solution designed for enterprise-level computing. Engineered for the HPE ProLiant XL170r and XL190r Gen10 servers, this CPU delivers consistent power, efficiency, and reliability for demanding workloads. With its 8 cores and 3.2GHz base frequency, it ensures seamless multitasking and superior performance in data centers, virtualization, and cloud computing environments.

Technical Specifications

Key Features of the Intel Xeon-Gold 6134

• 3.2GHz base clock speed for outstanding application responsiveness
• Eight physical cores optimized for parallel processing
• 24.75MB Level 3 cache to minimize latency and boost data throughput
• 130W Thermal Design Power (TDP) to maintain efficient cooling
• LGA 3647 socket compatibility for secure server integration

Benefits for Data-Centric Applications

• Ideal for compute-heavy tasks like analytics and simulations
• Boosts efficiency in virtual machine hosting
• Supports scalable workloads and high-volume transaction systems

Reliable Server Integration

• Certified HPE component for seamless installation
• Improved power utilization for large-scale server farms
• Enhanced stability and system longevity

Advanced Technology

• Intel Hyper-Threading Technology for higher parallelism
• Enhanced Intel Speed Step Technology for power efficiency
• Intel Virtualization Technology for server consolidation
• Intel Turbo Boost for dynamic frequency scaling

Business Advantages

• Improves server response times for critical applications
• Enhances virtualization density, reducing hardware footprint
• Supports large memory configurations for in-memory computing
• Increases operational efficiency and reduces downtime

Energy Efficiency and Thermal Control

• Optimized thermal profile to reduce cooling costs
• 130W TDP for balanced energy consumption
• Advanced power management features to maximize uptime

Scalable Infrastructure Benefits

• Easy integration into multi-processor configurations
• Supports large-scale virtualization clusters
• Ideal for hybrid IT and cloud deployments

Advantages

• High clock speed for consistent application performance
• Reliable 8-core architecture for multitasking
• HPE-certified component ensuring stability
• Optimized for ProLiant XL Gen10 servers
• Balanced power consumption with robust thermal control

HPE 874290-B21 ProLiant XL1x0r Gen10 the Processor

The HPE 874290-B21 ProLiant XL1x0r Gen10 Intel Xeon-Gold 6134 3.2GHz 8-core 130W processor category groups a targeted selection of server-grade CPUs, platform components, and compatible modules that surround and support the Intel Xeon-Gold 6134 family in the HPE ProLiant XL1x0r Gen10 systems. This category is optimized for IT teams, data center operators, system integrators, and procurement specialists searching for high-performance, reliable compute resources with enterprise features such as multi-core parallelism, high single-thread clocking, and datacenter-friendly power/thermal characteristics. The pages and subcategories include processors, heatsinks, firmware/bios updates, compatibility guides, power supplies, memory kits optimized for the platform, and replacement or upgrade bundles.

Technical specifications and what buyers should know

The Intel Xeon-Gold 6134 is a member of the Intel Xeon Scalable family designed for datacenter workloads. At its core, the 6134 operates at a base frequency of 3.2 GHz with 8 physical cores and Hyper-Threading enabled on compatible firmware, providing up to 16 threads of parallel execution. With a TDP of 130W, this SKU balances strong single-threaded performance with multi-threaded throughput, making it suitable for a wide range of workloads including virtualization, middleware, and latency-sensitive applications.

HPE ProLiant XL1x0r Gen10 platform compatibility

The HPE 874290-B21 is a platform and reference frequently used when specifying server builds that include the Intel Xeon-Gold 6134 for the ProLiant XL1x0r Gen10 chassis. Compatibility notes in this category clarify supported BIOS versions, recommended thermal solutions, and memory pairing strategies (e.g., DDR4 registered ECC DIMMs with specific speed and rank profiles) so purchasers can avoid interoperability issues and achieve certified performance.

Performance characteristics and typical workloads

The Intel Xeon-Gold 6134 occupies a niche where clock speed and efficient multi-core scaling meet enterprise features. Compared with higher-core, lower-clocked SKUs, the 6134 is optimized for applications that require strong per-core performance: trading systems, serial code paths, single-threaded microservices, database front-ends, and real-time services. In virtualization environments it provides a balanced host density while retaining high responsiveness per virtual CPU.

Benchmarks and real-world expectations

When evaluating the Xeon-Gold 6134, buyers should look beyond synthetic numbers and examine real-world benchmarks matching their workload. Common metrics include single-threaded latency, multi-threaded throughput (e.g., SPEC CPU, database TPC-like tests), and virtualization consolidation ratios. Decision makers should also weigh memory latency, I/O bandwidth, and power draw in the context of their datacenter density goals.

Thermal management and power considerations

Cooling requirements for the 130W TDP

A 130W TDP CPU requires robust active cooling and careful server airflow management. The category pages include heatsink options compatible with the ProLiant XL1x0r Gen10 lineup, as well as thermal kits and fan curves recommended by HPE. For installations with multiple populated sockets or additional expansion cards, consider planning for increased case intake and exhaust capacity to avoid thermal throttling.

Power supply and efficiency

Because this processor category often sits in dual-CPU or densely populated systems, planning power capacity is essential. The pages include PSU sizing calculators, guidance for N+1 redundancy, and energy efficiency tips — for example, selecting the correct HPE Platinum/Gold power supply options and enabling power capping where necessary to maintain SLAs and avoid unplanned brownouts.

Storage and NVMe considerations

For I/O heavy workloads, pairing the 6134 with NVMe storage accelerates local database and caching layers. Category entries guide buyers through supported NVMe drive types, layout options in the XL1x0r chassis, and RAID controller compatibility. When using NVMe, ensure the motherboard firmware allows booting from NVMe and that drive cooling is adequate in high-density configurations.

Scaling within the ProLiant family

The 874290-B21 HPE ProLiant XL1x0r Gen10 series supports a variety of CPU SKUs and upgrade pathways. This category outlines upgrade scenarios from lower clocked or lower core count models to the Xeon-Gold 6134, explains the impact on heatsink, firmware, and memory configurations, and provides best practices for performing live migrations or rolling upgrades in clustered environments.

Hybrid and cloud integration considerations

For organizations adopting hybrid cloud architectures, the category provides guidance on workload placement: which services to keep on-premises with the Xeon-Gold 6134 and which to shift to cloud instances. This helps organizations optimize cost versus performance, leverage on-premises latency, and maintain control over sensitive data.

Hardware-level offered by the platform

The 874290-B21 Intel Xeon-Gold series and HPE Gen10 platforms include hardware enhancements for security, such as cryptographic acceleration, secure boot paths, and manageability features that can be locked down. This category highlights how to enable platform security options in the firmware and how to use iLO security controls to audit access and maintain compliance standards.

Procurement guidance and total cost of ownership (TCO)

Buying considerations for enterprises

When evaluating the HPE 874290-B21/Intel Xeon-Gold 6134 category for procurement, organizations should consider up-front component cost, integration labor, power and cooling expenses, and expected lifecycle replacement. The category includes downloadable checklists to estimate TCO, recommended vendor bundling that can reduce integration time, and examples of common procurement bundles for virtualization hosts and database servers.

How to use documentation effectively

Use the HPE Compatibility Matrix to confirm specific combinations of CPU, memory, and storage. Search Service Pack for ProLiant (SPP) release notes for fixed issues that may affect your workload, and consult the installation guide for torque specs and retention plate orientation when installing CPUs and heat sinks.

Related product clusters and subcategories

Heatsinks and thermal kits

Subcategory pages list compatible heatsinks, thermal interface materials, and airflow kits. Each entry indicates compatibility with the HPE ProLiant XL1x0r Gen10 variants and includes mounting instructions and Airflow/CFM guidance to maintain optimal CPU temperature under full load.

HPE-certified memory kits

Memory subcategories offer registered ECC DIMMs in capacities and speeds validated with the platform. These kits are tested to ensure stability under sustained load and are grouped by use-case: high capacity for in-memory databases, lower latency modules for performance-sensitive tiers, and mixed-rank kits for cost-optimized deployments.

Service packs, firmware bundles, and iLO tools

This cluster consolidates the latest SPP downloads, firmware bundles, and iLO utilities that administrators need to keep the ProLiant environment secure and performant. It also lists validated update orders and rollback recommendations to avoid bricking systems during maintenance.

How to use these assets

Downloadable assets are designed to be used by procurement and infrastructure teams during RFP creation, datacenter capacity planning, or as annexes to change management documents. Each file includes version dates and revision notes to ensure traceability.

Regulatory, compliance, and sustainability notes

RoHS, energy labels, and datacenter compliance

Products in this category adhere to international directives such as RoHS. The pages include energy labeling details (where applicable) and guidance on recycling or end-of-life disposal of server components, including CPUs and heat sinks. Sustainability information helps organizations align procurement with corporate carbon reduction goals.

End-of-life and upgrade advisories

When HPE or Intel announces EOL (end-of-life) or EOSL (end-of-service-life) for processors or platforms, this category flags those notices and offers migration pathways to newer SKUs or supported architectures. This ensures organizations are not left with unsupported hardware in critical environments.

Descriptive section or separate included

The HPE 874290-B21 ProLiant XL1x0r Gen10 Intel Xeon-Gold 6134 category provides a central resource for selecting, validating, and operating enterprise servers built around the 3.2GHz 8-core 130W processor. It collates technical specifications, compatibility guidance, thermal and power planning assistance, procurement bundles, firmware and management resources, and supporting documentation to reduce procurement risk and accelerate deployments. The structured subsections and downloadable assets are optimized to help both technical and purchasing stakeholders confidently plan and execute server rollouts that meet performance, reliability, and total cost of ownership objectives.