MEM-DR564L-036 Supermicro 64GB DDR5 PC5-51200 ECC Memory

Supermicro DDR5 Server Memory Modules

The MEM-DR564L-036 Supermicro 64GB DDR5 RDIMM Memory Module represents a significant advancement in server memory technology. Specifically engineered for enterprise environments, this 64GB memory module operates at a blazing 6400MHz speed, using the latest DDR5 SDRAM architecture to deliver performance enhancements far beyond that of DDR4 counterparts. Designed for high-performance computing, virtualization, and data-intensive workloads, it utilizes a 288-pin RDIMM interface and supports Error Correction Code (ECC) to ensure data integrity in mission-critical applications.

Memory Technology Breakdown: DDR5 vs DDR4

DDR5 SDRAM, or Double Data Rate 5 Synchronous Dynamic Random-Access Memory, introduces major improvements over DDR4. These enhancements include increased bandwidth, better power efficiency, and improved channel architecture. DDR5 modules, such as the MEM-DR564L-036, are equipped with an integrated Power Management IC (PMIC) and offer double the banks and burst length, which leads to superior performance in multitasking server environments.

DDR5 Key Innovations

• Higher Frequency: Operating at 6400MHz, the MEM-DR564L-036 delivers ultra-fast data processing speeds, ideal for modern data center applications.
• Lower Power Consumption: At 1.1V, this module consumes less power compared to DDR4, contributing to energy-efficient server operations.
• ECC Registered: The module supports ECC Registered technology, reducing the risk of data corruption in enterprise environments.
• Improved Bank Groups: DDR5 doubles the number of memory banks and includes a dual-channel DIMM structure for optimized memory access.

Compatibility with Server Platforms

Engineered for compatibility with Supermicro server systems and other enterprise-class platforms supporting DDR5 Registered DIMMs, the MEM-DR564L-036 is an excellent choice for modern workloads, including virtualization, databases, HPC (High-Performance Computing), and AI/ML training.

Supported Platforms

• Supermicro X13 motherboard series
• Intel Xeon Scalable Gen 4 (Sapphire Rapids) platforms
• AMD EPYC 9004 Genoa servers supporting DDR5 RDIMMs
• Enterprise rackmount and tower servers with DDR5 RDIMM slots

ECC Registered DIMMs: Importance in Enterprise Systems

ECC Registered DIMMs (RDIMMs) like the MEM-DR564L-036 offer crucial benefits over standard unbuffered memory in enterprise systems. These include:

• Error Correction: Detects and corrects single-bit errors automatically, enhancing data integrity.
• Stability: Reduces system crashes by minimizing memory-related errors.
• Scalability: Supports higher memory capacities, enabling large memory footprints in dual- or quad-socket servers.

Role in Virtualized and Cloud Environments

In virtualization platforms, memory isolation and reliability are critical. ECC RDIMMs maintain system uptime and help safeguard data across virtual machines. Their stability ensures optimal performance for cloud-hosted applications, containers, and microservices.

Thermal Management and Power Efficiency

The MEM-DR564L-036 is optimized for thermal performance and energy efficiency. The module’s 1.1V operational voltage and improved PMIC implementation contribute to reduced heat generation and energy consumption, which are vital in densely packed data center environments.

Thermal Features

• Integrated thermal sensors for dynamic temperature monitoring
• Reduced thermal footprint due to low-power design
• Improved airflow compatibility with Supermicro’s chassis design

Power Benefits

• Lower total cost of ownership (TCO) through decreased energy usage
• Supports green data center initiatives
• Improves efficiency of large-scale server deployments

Dual Rank x4 Configuration Explained

The MEM-DR564L-036’s dual rank x4 architecture allows for increased memory density while maintaining signal integrity and access performance. The "x4" refers to the 4-bit wide DRAM chip configuration, enabling more modules per channel, which is essential for maximizing memory scalability.

Dual Rank Benefits

• Higher capacity per DIMM
• Better performance under load via interleaving
• Improved bandwidth through efficient memory channel utilization

Use Cases for High-Capacity DDR5 Server Memory

Data Center & Enterprise Cloud

In large-scale data centers, the need for high-capacity, high-bandwidth memory is critical. The MEM-DR564L-036 supports:

• Real-time analytics and AI model training
• Multi-tenant virtualization hosting
• High-volume e-commerce processing

Scientific Computing & High-Performance Clusters

In HPC environments, memory bandwidth and stability are vital. This DDR5 RDIMM module delivers exceptional memory throughput necessary for:

• Genome sequencing
• Fluid dynamics simulations
• Financial risk modeling

Virtual Desktop Infrastructure (VDI)

VDI environments demand consistent memory performance and capacity. The MEM-DR564L-036 enables smoother performance when hosting hundreds of virtual desktops concurrently, each with isolated memory environments.

Compliance and Reliability

This memory module adheres to stringent enterprise compliance standards, ensuring it performs reliably under heavy workloads:

• JEDEC DDR5 standard compliance
• RoHS compliant
• Manufactured under ISO 9001 and ISO 14001 standards

Supermicro Memory Ecosystem Compatibility

As a product from Supermicro, this module is guaranteed to be compatible with a wide range of their server and workstation products. This includes systems configured for high-availability clustering, redundant architecture setups, and advanced RAID storage servers.

Cross-Compatibility

• Fully qualified with Supermicro X13 and future X14 series
• Works alongside other ECC RDIMMs in mixed-capacity configurations
• Tested for compatibility with leading enterprise OS platforms including VMware ESXi, Windows Server 2022, and RHEL 9

Enterprise-Class Performance Backed by Supermicro

The MEM-DR564L-036 combines cutting-edge DDR5 technology with Supermicro’s commitment to quality and performance. As enterprise demands continue to evolve toward real-time, always-on infrastructures, investing in high-grade memory like this module helps future-proof server infrastructure while ensuring maximum uptime, scalability, and processing capability.