Intel Xeon MP Hexa-core X7460 2.66GHz Processor

IntelSKU: 2238760

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Sale price$3,177.89

Description

Intel Xeon MP Hexa-core X7460 2.66GHz Processor

Experience enterprise-grade processing with the Intel Xeon MP Hexa-core X7460 2.66GHz Processor, designed to power demanding data centers, virtualization workloads, and large-scale server consolidations. Built to deliver reliable performance under heavy multi-tasking, this processor belongs to the Xeon MP 7400 series, a family known for its robust scalability, advanced virtualization features, and proven reliability in multi-processor environments. The X7460 combines a six-core architecture with a steady 2.66GHz base clock to provide ample headroom for virtualization, database handling, enterprise applications, and batch processing, all while helping you optimize space, power, and budget in your server fleets.

The Xeon MP X7460 is engineered for enterprise servers that demand high uptime and strong throughput. Its architecture is optimized for multi-socket configurations, enabling large-scale server consolidation without sacrificing stability or performance. With a focus on reliability and expandability, this processor is well-suited for organizations running mission-critical workloads, virtualization platforms, and dense data-center deployments where every watt and every cycle counts. Whether you’re deploying virtual desktops, cloud-ready services, or heavy relational databases, the X7460 provides a dependable foundation for scalable growth.

  • High virtualization performance: The Xeon MP X7460 is built to handle multiple virtual machines and complex workloads with improved efficiency. It delivers robust thread management and responsive multitasking to keep virtualized environments smooth, even under peak demand, helping you maximize hardware utilization and reduce total cost of ownership.
  • Hexa-core power in a scalable enterprise platform: With six physical cores running at 2.66GHz, the X7460 offers solid performance for compute-heavy tasks while maintaining solid energy efficiency. Its design supports strong concurrency for enterprise applications, databases, and scalable server configurations across data centers.
  • Reliability for mission-critical workloads: Built for enterprise reliability, the Xeon MP family emphasizes fault tolerance and long-term stability. Expect robust error handling, memory protection, and platform features that promote uptime in 24/7 operations, even in dense server environments.
  • Scalability and large-scale server consolidation: The X7460 is part of a line engineered for large-scale deployments, where multiple CPUs work together to deliver sustained throughput. This translates into greater consolidation, fewer servers, simplified management, and stronger total performance across virtualized and traditional workloads.
  • Broad compatibility and ecosystem: Designed for enterprise motherboards and server ecosystems, the X7460 integrates with widely supported server platforms, virtualization stacks, and management tools. This compatibility helps accelerate deployment, streamline maintenance, and ensure dependable software support across your infrastructure.

Technical Details of Intel Xeon MP Hexa-core X7460 2.66GHz Processor

  • Processor family: Intel Xeon MP 7400 series
  • Cores: 6 (Hexa-core)
  • Base frequency: 2.66 GHz
  • Cache and memory topology: Optimized for enterprise workloads with substantial on-die cache to accelerate transactional and analytical tasks
  • Socket/compatibility: Designed for enterprise server motherboards capable of supporting Xeon MP processors in multi-processor configurations
  • Memory support: Compatible with server memory configurations that include ECC protection on supported platforms
  • Target workloads: Virtualization, database management, large-scale enterprise applications, and multi-user compute tasks

how to install Intel Xeon MP Hexa-core X7460 2.66GHz Processor

  • Power down the server, unplug all cables, and discharge any static electricity before handling components. Use an anti-static wrist strap to minimize the risk of damage to sensitive electronics.
  • Open the server chassis and locate the appropriate processor socket on the motherboard. Verify you have the correct motherboard and BIOS version supporting Xeon MP 7400 series processors.
  • Carefully remove the processor tray or socket cover, if present, and align the X7460 with the socket’s notches or keying features. Do not force the processor into place; align it precisely to the socket’s orientation to avoid bent pins or damaged contacts.
  • Gently seat the processor into the socket, ensuring it sits flush and evenly. Close the socket lever or retention mechanism according to the motherboard’s instructions to secure the processor.
  • Apply an appropriate thermal interface material (TIM) or ensure the heatsink ships with pre-applied thermal compound. Attach a compatible heatsink or cooling solution designed for Xeon MP processors, ensuring firm and even contact between the heatsink and the processor.
  • Reconnect fans and power, reseal the chassis, and power on the server. Enter the system BIOS or UEFI setup to confirm the processor is detected. Enable virtualization-related features if required by your virtualization platform (for example, VT-related settings, if applicable to the BIOS). Verify memory is recognized and configured correctly, and update firmware if needed for optimal stability.
  • Install or update your operating system and virtualization software. Run comprehensive hardware tests to confirm stability under load and validate that the processor operates within expected thermal and power envelopes.

Frequently asked questions

  • Q: Is the Intel Xeon MP X7460 compatible with modern servers?
    A: The X7460 is designed for enterprise server platforms that support Xeon MP processors in multi-processor configurations. Compatibility depends on the motherboard socket, BIOS support, and power/cooling capabilities of the server chassis. Always consult the motherboard’s CPU compatibility list and your data center’s hardware standards before upgrading.
  • Q: What workloads are best suited for the X7460?
    A: This processor excels in virtualization-heavy workloads, large-scale databases, enterprise applications, and multi-tenant environments that require reliable, scalable compute with solid memory support. It is well-suited for server consolidation projects where a balance of cores, speed, and reliability matters.
  • Q: Does this processor support hardware virtualization features?
    A: Yes. Xeon MP processors offer hardware-assisted virtualization features to improve virtualization performance and efficiency. Enabling these features in the BIOS/My BIOS settings can help optimize VM handling and overall server performance.
  • Q: What about memory compatibility and ECC support?
    A: Enterprise Xeon MP platforms typically support server-grade memory with ECC protection, which helps detect and correct errors on the fly. Ensure your memory modules are vetted for compatibility with your specific server board and Xeon MP configuration.
  • Q: How should I choose cooling for this processor?
    A: Enterprise servers housing Xeon MP processors require robust cooling solutions designed for multi-core CPUs. Use a heat sink or cooling system rated for Xeon MP workloads, monitor thermal sensors during initial deployment, and adjust fan profiles for consistent temperatures under load.
  • Q: Where can I find detailed specifications?
    A: Detailed specifications are available from official product datasheets and the motherboard vendor’s CPU support documentation. For precise figures such as cache size, exact TDP, and supported memory types, refer to the specifications section of your server platform documentation.
  • Q: Is this processor suitable for modern power-efficient builds?
    A: The Xeon MP X7460 is engineered for reliability and performance in enterprise servers, prioritizing throughput and expandability. While it delivers strong performance, it may not match the energy efficiency of newer generations designed explicitly for ultra-low-power environments. It remains an excellent choice for existing multi-server infrastructures needing proven stability and virtualization capabilities.

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