Cisco 512GB Persistent Memory Module

CiscoSKU: 7432057

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Sale price$21,362.90

Description

Cisco 512GB Persistent Memory Module

The Cisco 512GB Persistent Memory Module is a premium server memory upgrade built for modern data centers that demand both expansive capacity and rapid access speeds. This 512GB module blends the speed of traditional memory with the durability of non-volatile storage, delivering a powerful advantage for memory-intensive workloads, real-time analytics, and mission-critical applications. Engineered to integrate seamlessly with Cisco server ecosystems, it enables a memory-centric approach to computing that reduces latency, accelerates application performance, and hardens data resilience across power interruptions. Whether you’re deploying large-scale virtualization, in-memory databases, AI-assisted workloads, or caching layers, this persistent memory module provides a robust, scalable foundation for sustained performance and reliability. With Cisco’s engineering rigor, you gain a trusted upgrade path that aligns with enterprise-grade requirements for uptime, data integrity, and efficient resource utilization.

  • High-capacity performance for demanding workloads: 512GB of persistent memory delivers ample headroom for in-memory databases, real-time analytics, large-scale virtualization, and data-intensive applications, enabling faster data access and improved throughput.
  • Non-volatile memory with persistent data retention: This module preserves critical data across power cycles, helping to reduce cold-start times and enabling faster recovery after outages while maintaining data integrity for sensitive workloads.
  • Server-grade reliability and integrity: Built for enterprise environments, the module features robust error detection and correction capabilities, ensuring dependable operation under heavy load and minimizing the risk of silent data corruption.
  • Seamless Cisco ecosystem integration: Optimized for Cisco server platforms and compatible memory architectures, it complements existing hardware investments and simplifies deployment within Cisco-based data-center infrastructures.
  • Versatile workloads and accelerated time-to-value: Ideal for databases, real-time analytics, AI inference pipelines, virtualization, and caching layers, delivering tangible performance gains with fewer bottlenecks and faster response times.

Technical Details of Cisco 512GB Persistent Memory Module

  • Capacity: 512 GB of persistent memory to support large-scale, memory-centric workloads.
  • Memory Type: Persistent memory (non-volatile), designed to retain data without continuous power.
  • Form Factor: Server memory module suitable for DIMM-style slots in Cisco server platforms.
  • Interface/Connectivity: PCIe-connected persistent memory module that interfaces with the server memory controller to deliver low-latency access and high bandwidth.
  • Data Persistence and Integrity: Built for crash-consistent writes and data retention across power loss, helping ensure reliable recovery and continuity for critical applications.
  • Error Detection and Correction: ECC-enabled design to safeguard against memory errors and maintain data integrity during intensive workloads.
  • Power and Thermal Design: Engineered for data-center efficiency with consideration for typical server chassis power and cooling profiles.
  • Compatibility: Optimized for Cisco server ecosystems and firmware, designed to work with Cisco hardware and software workflows to simplify deployment and management.

How to install Cisco 512GB Persistent Memory Module

Installing the Cisco 512GB Persistent Memory Module is straightforward in compatible Cisco server environments. Follow these general steps to ensure proper seating, detection, and configuration, while always consulting your server’s official maintenance guidelines and firmware requirements.

Before you begin, power down the server, unplug it from power sources, and discharge static electricity. Prepare a clean workspace and have an anti-static strap if available.

1) Open the server chassis and locate the memory slots that support persistent memory modules. Verify the slot type and slide rules in your server’s maintenance manual to confirm compatibility with DIMM-style modules.

2) Align the module with the slot notches and the notch orientation specified by Cisco for persistent memory modules. Gently but firmly insert the module straight into the slot, ensuring even contact across the connectors.

3) Apply even pressure until you hear or feel a secure click indicating the module is seated correctly. Do not twist or force the module, as improper seating can cause damage or misalignment.

4) Reassemble any components you removed and close the chassis. Reconnect power and boot the server. Enter the system BIOS/UEFI during startup to verify that the persistent memory module is detected by the firmware.

5) In the BIOS/UEFI, configure the memory mode as required by your workloads. Persistent memory can be used in various configurations, such as a memory tier or direct-access persistent storage, depending on your software stack and operating environment. Save settings and exit the BIOS/UEFI, then proceed to the operating system initialization.

6) Once the server boots, install or verify required drivers and firmware updates from Cisco or the platform vendor. Run a basic memory validation test to confirm that the module operates correctly under typical load conditions. Monitor for any firmware warnings or BIOS messages related to persistent memory and address them as needed.

7) If you deploy application software that benefits from persistent memory, configure the software to utilize the non-volatile memory tier. This may involve enabling specific persistent memory features in the operating system, setting policies for memory allocation, or using applications that support memory-first or app-direct usage patterns.

8) Establish a maintenance plan that includes firmware updates, memory health checks, and periodic performance assessments. Regularly review event logs, error counters, and thermal readings to maintain optimal performance and ensure long-term reliability of the Cisco persistent memory solution.

Note: Always follow your organization’s change management procedures when performing hardware upgrades. If you are unsure about compatibility with your server model or the recommended BIOS settings, consult Cisco support or your hardware vendor’s documentation for model-specific guidance. Proper installation and configuration are critical to achieving the expected performance and persistence benefits of the 512GB persistent memory module.

Frequently asked questions

  • Q: What is persistent memory, and how does it differ from traditional DRAM? A persistent memory is a non-volatile memory that retains data after power is removed, combining high-speed memory access with data persistence. Unlike conventional DRAM, which loses data when power is cut, persistent memory allows for faster recovery and helps simplify data preservation across outages while still delivering strong performance for active workloads.
  • Q: Is the Cisco 512GB Persistent Memory Module compatible with all Cisco servers? A: The module is designed to integrate with Cisco server platforms that support persistent memory technology and related firmware. Always verify compatibility with your specific Cisco server model, firmware version, and memory topology before purchase or installation.
  • Q: How does this module impact performance for databases and in-memory workloads? A: By providing a large, non-volatile memory tier close to the processor, persistent memory reduces data access latency, lowers I/O bottlenecks, and accelerates in-memory operations. This results in faster query responses, improved transaction throughput, and enhanced real-time analytics capabilities.
  • Q: What workloads benefit most from persistent memory? A: In-memory databases, real-time analytics, AI and ML inference pipelines, large-scale virtualization, caching layers, and applications requiring fast recovery after power loss typically see the greatest gains from persistent memory.
  • Q: How should I configure persistent memory in the BIOS/UEFI? A: Configuration depends on your workload and operating system. Common options include memory mode (where persistent memory acts as an extension of memory) and app-direct mode (where software explicitly manages persistent memory). Consult your server’s documentation and software guides to select the appropriate mode, then validate with a memory health check after enabling persistence.

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