Cisco AMD EPYC 7001 7351P Hexadeca-core (16 Core) 2.40 GHz Processor Upgrade

The Cisco AMD EPYC 7001 7351P Hexadeca-core (16 Core) 2.40 GHz Processor Upgrade is engineered to elevate your data center’s performance, reliability, and scalability. Built for enterprise-grade workloads, virtualization, and data-intensive applications, this upgrade brings the power of AMD’s EPYC architecture to Cisco infrastructure, delivering exceptional multi-threaded throughput, responsive virtualization, and robust security. Whether you’re consolidating workloads, accelerating databases, or enabling seamless cloud-native operations, this 16-core, 2.40 GHz processor is designed to handle demanding tasks with precision and efficiency. It’s a strategic upgrade for organizations seeking to maximize server utilization, reduce latency, and improve overall application performance while maintaining Cisco-grade reliability and compatibility. With enhanced core density and parallel processing capability, you’ll experience smoother analytics, faster virtualization, and improved handling of peak workloads across virtual machines, containers, and mission-critical services.

• Outstanding multi-threaded performance for virtualization and analytics: With 16 physical cores and hyper-threading support, this EPYC processor delivers high-throughput performance across densely virtualized environments. Expect faster VM boot times, better live migration, and more consistent performance under mixed workloads. Ideal for data centers running virtualization platforms, large databases, and enterprise applications that demand sustained, parallel processing power without sacrificing latency or responsiveness.
• Scalable, data-center optimized architecture: Designed to shine in multi-socket Cisco servers, this upgrade leverages high core density and broad I/O capabilities to maximize memory bandwidth and throughput. It supports multi-channel memory configurations and I/O-intensive workloads, ensuring large-scale consolidation, tiered storage, and highly parallel workloads run smoothly. This scalability translates into improved service levels and the ability to grow with your evolving business needs.
• Enterprise-grade security and reliability: Engineered for data centers, the AMD EPYC family emphasizes security features and reliability suitable for enterprise deployments. Expect features focused on data protection, virtualization security, and robust fault resistance, enabling secure, uninterrupted operation for critical workloads. This translates to stronger protection for sensitive data and resilient performance under continuous load, reducing risk in 24/7 environments.
• Efficient power and thermal design for dense deployments: The processor is built to balance performance with efficiency, helping to manage power usage and thermal output in crowded rack environments. This translates to cooler operation, lower total cost of ownership, and the ability to deploy more cores per server without compromising uptime or efficiency. In high-density data centers, efficiency directly affects cooling costs and energy consumption, and this upgrade supports those objectives.
• Seamless Cisco integration and upgrade path: Specifically packaged to optimize Cisco UCS and related Cisco server ecosystems, this upgrade offers a straightforward path to improved performance without a complete platform replacement. It’s designed for plug-and-play compatibility within Cisco-supported configurations, allowing you to unlock new levels of performance while preserving your existing infrastructure investment and management workflows.

Technical Details of Cisco AMD EPYC 7001 7351P

• Processor family: AMD EPYC 7001
• Model: 7351P
• Core count: 16 cores
• Base frequency: 2.40 GHz
• Turbo frequency: Not specified
• Socket type: Not specified
• L1/L2/L3 cache: Not specified
• Memory support: Not specified
• Thermal Design Power (TDP): Not specified
• Integrated features: Enterprise-grade virtualization and security focused capabilities

how to install Cisco AMD EPYC 7001 7351P

Installing an AMD EPYC processor upgrade in a Cisco server should be performed by qualified personnel following Cisco hardware maintenance guidelines. Before starting, ensure you have access to the server’s maintenance manual and the latest firmware and BIOS updates. General installation steps include powering down the system, disconnecting power and any peripherals, and grounding yourself to prevent static discharge. Remove the server cover to access the CPU socket, clearly identify the existing processor, and verify compatibility with the Cisco platform and socket type. Carefully release the CPU retention mechanism, align the notches with the socket, and seat the new EPYC 7351P processor without applying lateral force. Apply an appropriate amount of thermal interface material (if required by the cooling solution), reseat the heatsink or cooling block, and reassemble the server. After reseating the cover, reconnect power and peripherals, then perform post-installation checks in the BIOS/UEFI to confirm CPU recognition, memory interleaving, and core-to-core stability. Finally, update firmware and BIOS to the latest version and run validation workloads to confirm stability under expected production conditions. For precise steps, refer to Cisco’s documented upgrade procedure for your server model, as exact socket specifications, mounting hardware, and thermal requirements vary by chassis and generation.

Frequently asked questions

• Is this processor compatible with Cisco UCS servers? Yes. The AMD EPYC 7001 7351P is designed to be used as an upgrade in supported Cisco server configurations. Always verify model, socket compatibility, and firmware requirements in Cisco’s official documentation for your specific chassis and generation before purchasing.
• What workloads benefit most from the 16-core, 2.40 GHz configuration? Workloads that benefit include virtualization platforms (VMware, Hyper-V, etc.), large relational and NoSQL databases, analytics, in-memory processing, and other data-intensive applications that require strong multi-threaded performance and scalable throughput. The 16-core design provides substantial parallel processing headroom for mixed workloads common in enterprise data centers.
• Does this upgrade support ECC memory and data integrity features? AMD EPYC processors generally support ECC memory to enhance reliability in data-center deployments. For exact support matrices and configuration guidance, consult Cisco’s hardware compatibility and memory guidelines for your server model.
• What security features are available with EPYC 7001 processors? The EPYC family emphasizes security and data protection for enterprise environments, including protective features and encryption capabilities designed to safeguard sensitive workloads. Check the latest security documentation from AMD and Cisco for feature-level details and firmware integration.
• How do I determine if I should upgrade? If your current Cisco server is handling virtualization, database, or analytics workloads with rising latency, or if you’re consolidating workloads and seeking better performance per watt, upgrading to a 16-core EPYC 7351P can substantially improve throughput, density, and efficiency. Always assess compatibility, warranty implications, and firmware support before purchase.
• Where can I find more technical specifications? Technical specifications are typically provided by the vendor or distributor. Since exact socket type, memory configurations, and TDP can vary by Cisco model and firmware, refer to Cisco’s product compatibility guides and the official AMD EPYC 7001 specification sheets for comprehensive details.