Lenovo 64GB DDR4 SDRAM Memory Module – Server-Grade LRDIMM 2400MHz

The Lenovo 64GB DDR4 SDRAM Memory Module is a high-performance upgrade designed to unlock the full potential of enterprise servers. Built for data centers, virtualization hosts, and memory-hungry applications, this 64 GB module delivers dependable capacity and speed to keep your critical workloads responsive under heavy load. Engineered with DDR4-2400 (PC4-19200) performance and a 1.20 V power envelope, it strikes an ideal balance between performance, efficiency, and reliability. If you’re scaling up your server infrastructure to support more virtual machines, larger databases, or data analytics tasks, this Lenovo memory module provides a straightforward, plug-and-play path to expanded memory bandwidth and greater overall system throughput. It is designed for server environments where stability, predictability, and long-term value matter most, and it’s tested for compatibility with Lenovo servers as well as other platforms that support DDR4 LRDIMM modules. By consolidating memory density into 64 GB per module, you reduce the number of sticks required, simplify memory topology, and improve manageability in dense server racks. The result is a scalable memory upgrade that helps you meet peak demand with confidence, while preserving power efficiency thanks to its 1.20 V specification. In short, Lenovo’s 64GB DDR4 SDRAM Memory Module is a reliable, scalable, and efficient solution for server memory expansion, designed to accelerate workloads and empower IT teams to deliver faster service delivery and higher user satisfaction.

• High capacity for demanding workloads: At 64 GB per module, this DDR4 memory upgrade enables larger virtualized environments, bigger databases, and memory-intensive applications, reducing the need for frequent hardware refresh and enabling smoother multitasking under load.
• Server-grade reliability with LRDIMM architecture: Load-Reduced DIMM (LRDIMM) technology provides robust error handling and improved memory density for data-center workloads, delivering consistent performance and high scalability in server deployments.
• DDR4-2400 speed with energy-conscious operation: Running at 2400 MHz (PC4-19200) and a modest 1.20 V, this module delivers solid memory bandwidth while helping to manage power and heat in always-on server environments.
• Easy integration with Lenovo and compatible systems: Designed to fit DDR4 LRDIMM-compatible servers, this module plugs into standard memory slots with straightforward installation, enabling a quick upgrade path without complex reconfiguration.
• Future-proofed scalability for growing workloads: The 64 GB density per module supports expanding workloads and consolidates memory in large-scale deployments, assisting with virtualization, analytics, and enterprise applications as your needs evolve.

Technical Details of Lenovo 64GB DDR4 SDRAM Memory Module

• Product: Lenovo 64GB DDR4 SDRAM Memory Module
• Memory Type: DDR4 SDRAM
• Form Factor: LRDIMM (Load-Reduced DIMM)
• Capacity: 64GB
• Speed: DDR4-2400 (PC4-19200)
• Voltage: 1.20V
• Intended Use: Server-grade memory upgrade
• Compatibility: DDR4-enabled servers with LRDIMM support; tested for Lenovo servers and other platforms that accept DDR4 LRDIMM modules
• Reliability: Registered memory architecture designed to improve scalability and stability in dense server environments

how to install Lenovo 64GB DDR4 SDRAM Memory Module

• Preparation: Power down your server, unplug all cables, and ground yourself to prevent static discharge. Open the server chassis following the manufacturer’s guidelines.
• Locate memory slots: Find the available DDR4 slots appropriate for LRDIMM modules. If upgrading, identify whether you will replace existing modules or mix with compatible ones according to your server’s memory topology.
• Align and insert: Hold the 64 GB DDR4 LRDIMM module with the notch aligned to the slot key. Carefully insert straight into the slot until it seats firmly and the latches click into place.
• Check seating and close: Ensure all modules are securely seated, reattach any cooling components if removed, reseal the chassis, and reconnect power and data cables.
• Power up and verify: Power on the server and enter the BIOS/UEFI or memory configuration utility to confirm the new memory is detected at the correct speed (DDR4-2400) and that the memory topology reflects the expected configuration.

Frequently asked questions

• What does DDR4-2400 mean? DDR4-2400 indicates the memory module runs at 2400 MT/s (million transfers per second), providing higher bandwidth than older DDR3 generations. This translates into improved data transfer rates and better overall system responsiveness for memory-intensive tasks.
• What is LRDIMM and why is it used in servers? LRDIMM stands for Load-Reduced DIMM. It is a registered memory technology that reduces the electrical load on the memory controller, allowing higher memory capacities per channel and improved stability in dense server environments. This makes it a popular choice for data centers and enterprise workloads requiring scalable memory.
• Is this module compatible with all servers? This module is designed for servers that support DDR4 memory and specifically DDR4 LRDIMM modules. Compatibility depends on your server’s motherboard or system memory controller. Always verify that your server model supports DDR4 LRDIMM modules and supports 64 GB per module before installation.
• Can I mix memory speeds or module types when upgrading? For best performance and stability, use memory modules that match the server’s supported specification (speed, type, and rank). Mixing different speeds or memory types can cause the system to run at the lowest common speed or may require reconfiguration. Consult your server’s memory topology guidelines when upgrading.
• Do I need to replace existing memory when adding this module? Not necessarily. If there are available DDR4 LRDIMM slots that are compatible, you can add the 64 GB module to expand capacity. It’s important to maintain compatibility with the server’s memory configuration and to avoid mixing modules that would prevent the system from recognizing all installed memory.