HPE AMD EPYC 9004 (4th Gen) 9224 Tetracosa-core (24 Core) 2.50 GHz Processor Upgrade

Powering modern data centers with an upgrade-friendly design, the HPE AMD EPYC 9004 (4th Gen) 9224 delivers enterprise-grade performance for virtualization, databases, analytics, and AI workloads. Built for the Socket SP5 platform, this processor upgrade installs directly on the PCB without soldering, delivering a reliable path to higher throughput and uptime. The tetracosa-core design provides 24 physical cores (with multi-threading in many configurations) that enable seamless multitasking, fast context switching, and sustained throughput under demanding multi-user workloads. Designed for dense, 24/7 data-center environments, this upgrade is engineered to optimize reliability, manageability, and long-term performance in HP server deployments.

• Scale multi-threaded workloads with 24 cores — The 24-core architecture (tetracosa-core) enables robust parallel processing for virtualization, cloud-native applications, large databases, analytics pipelines, and real-time data processing. With up to 48 threads in typical configurations, this processor accelerates concurrent tasks, improves response times, and sustains higher aggregate throughput across multiple virtual machines and containers. Enterprise-grade reliability combined with dense core performance makes it an ideal choice for modern workloads that demand consistent multi-user efficiency.
• Upgrade with reliability and minimal downtime — The Socket SP5 upgrade path is designed to be installed directly onto the motherboard PCB without soldering, reducing complex field modifications and downtime. This translates to quicker deployments, easier maintenance, and improved uptime in high-availability environments. The design focuses on long-term reliability, stable firmware interfaces, and predictable performance as workloads scale over time.
• Data-center proficiency and scalability — Crafted for the demanding needs of data centers, this EPYC 9004-based upgrade excels in virtualization clusters, enterprise databases, analytics workloads, and AI inference tasks. It’s optimized to sustain heavy utilization, deliver steady throughput under multi-tenant conditions, and support evolving workloads as your infrastructure grows. The processor integrates smoothly with HP servers, ensuring dependable operation within mission-critical environments.
• Efficiency with enterprise-grade dependability — Balancing performance with energy efficiency, the 2.50 GHz base clock is paired with architectural efficiencies that help manage power draw while delivering strong throughput. In data-center deployments, this translates to reliable performance per watt, better thermal management, and lower total cost of ownership over the life of the server. Its enterprise-focused design emphasizes error detection, fault containment, and robust reliability for continuous operation.
• Future-ready security and features for HP infrastructure — This upgrade is built to support secure, scalable operation within HP environments, featuring firmware and hardware considerations that align with enterprise security and manageability. It enables efficient patching, firmware updates, and compatibility with HP management tools, helping IT teams maintain secure, up-to-date infrastructure while delivering predictable performance for evolving workloads.

Technical Details of HPE AMD EPYC 9004 (4th Gen) 9224

• Processor family — AMD EPYC 9004 (4th Gen)
• Core count — 24 cores (tetracosa-core)
• Base clock — 2.50 GHz
• Socket — Socket SP5
• Target workloads — Virtualization, data analytics, databases, and multi-user enterprise workloads in HP data-center environments

How to install HPE AMD EPYC 9004 (4th Gen) 9224

• Prepare the server: power down completely, unplug from power, and ground yourself to prevent static discharge. Confirm you are working on an HP system that supports the SP5 socket and has a BIOS version compatible with AMD EPYC 9004 processors.
• Verify compatibility: review HP hardware maintenance guides and the motherboard’s compatibility list to ensure the SP5 socket and firmware support the 9224 upgrade. Check for any required BIOS updates prior to installation.
• Access the CPU socket: remove the server cover, locate the processor socket area, and disconnect any cooling apparatus as needed. Adhere to the manufacturer’s safety and anti-static procedures.
• Install the new CPU: carefully align the EPYC 9004 9224 with the SP5 socket, insert it without forcing, and secure the socket latch or locking mechanism as specified by HP. Ensure the processor is seated evenly and oriented correctly to match socket keying.
• Apply cooling and reassemble: reattach the motherboard heatsink or cooling unit with appropriate thermal interface material if required, secure all mounting hardware, and reconnect power and peripheral cables. Boot the system and enter the BIOS to confirm CPU recognition.
• Update firmware and validate: perform the latest BIOS and microcode updates recommended by HP and AMD. Run validation tests and monitoring tools to verify CPU health, voltage stability, thermal margins, and basic system functionality before returning to production workloads.

Frequently asked questions

• Q: What is the AMD EPYC 9004 9224? A: It is a 24-core (tetracosa-core) 4th generation AMD EPYC server processor designed for high-density, enterprise-grade workloads. It is intended for HP data-center servers with a Socket SP5 upgrade path, enabling non-soldered, reliable processor upgrades on compatible systems.
• Q: Is this upgrade compatible with all HP servers? A: Compatibility depends on the motherboard’s SP5 socket support and a BIOS version that recognizes the EPYC 9004 family. Always verify with HP’s compatibility guides and ensure the firmware is up to date before attempting an upgrade.
• Q: Which workloads benefit most from this processor? A: Virtualization clusters, multi-tenant databases, real-time analytics, large-scale data processing, and cloud-native applications benefit from the high core count and multitasking capabilities of the 24-core EPYC 9004.
• Q: What is the typical impact on data-center efficiency? A: The upgrade aims to balance performance with reliability, improving throughput for concurrent tasks while maintaining efficiency appropriate for enterprise environments. This can support higher utilization and better overall capacity planning.
• Q: Where can I find exact specifications and warranty details? A: Exact specification sheets and warranty terms are provided by HP and the component’s vendor. Refer to official HP product pages, service agreements, and vendor documentation for the most up-to-date information.