Micron MTC20F2085S1RC64BD2R 32GB 6400MHz PC5-51200 DDR5 SDRAM Memory Module.

Enterprise-Grade DDR5 Server Memory: MTC20F2085S1RC64BD2R 32 GB Module

• Leading-edge DDR5 memory technology at 6400 MT/s (PC5‑51200) elevates data throughput for advanced server operations.
• 32 GB capacity per module—ideal for memory-dense configurations powering virtualization, AI workloads, and cloud services.
• Dual‑rank x8 architecture (2R×8) multiplies bandwidth and optimizes performance for data center environments.
• Built‑in ECC (Error‑Correcting Code) and Registered (RDIMM) design enhance system integrity and ensure sustained stability.

Technical Highlights of DDR5-6400 Server Memory

• Data rate of 6400 MT/s translates to rapid read/write cycles, reducing latency in memory-intensive applications.
• PC5‑51200 bandwidth delivers substantial throughput—key for database operations, virtualization, and in-memory analytics.
• Dual-rank layout (2R×8) leverages more memory chips simultaneously, improving parallel data handling and overall module throughput.

Advantages of Dual‑Rank Configuration

• Dual‑rank (2R) modules present more banks of memory internally, boosting effective memory bandwidth for multithreaded workloads.
• Servers benefit from improved data parallelism and better channel utilization—especially in virtualized or containerized environments.

Comparison: RDIMM vs. UDIMM in Enterprise Deployments

• Registered RDIMM (like MTC20F2085…): Equipped with a register that buffers control signals—essential for large-scale, reliable memory arrays.
• Unbuffered UDIMM: Direct signal path—simpler and cheaper but not suited for high‑density or multi‑module server configurations.
• Enterprises standardize on RDIMMs to achieve higher module counts per channel and enhanced uptime with ECC protection.

Optimizing Server Builds with Micron MTC20F2085…

Use Cases That Capitalize on This Module’s Strengths

• **Virtualization Hosts:** Dramatically increases VM density with reliable, high‑speed memory consolidation.
• **High‑Performance Computing (HPC):** Enables data‑intensive scientific models, simulations, and analytics with rapid memory access.
• **Database Servers & In‑Memory Engines:** The combined ECC, bandwidth, and low latency make this perfect for transactional, caching, and real‑time analytics tasks.
• **Cloud Infrastructure & Enterprise‑Grade Systems:** Scales efficiently and supports long uptime, ensuring consistent service delivery.

Keywords & Phrasing Included

• “Micron 32 GB DDR5 RDIMM”
• “6400 MT/s PC5‑51200 server memory”
• “ECC registered DDR5 module for servers”
• “Low‑voltage 1.1 V DDR5‑6400 memory”
• “Dual‑rank x8 memory module for enterprise systems”

Scalability, Performance, and Reliability in One Module

• Combines cutting‑edge DDR5 bandwidth, ECC fault tolerance, and registered architecture into a single scalable memory option.
• Suited for virtualization, HPC clusters, large‑scale cloud environments, and mission‑critical enterprise systems.
• Optimizes return on investment by combining capacity, speed, energy efficiency, and long-term reliability.

Extended Insights: Memory Module Selection Criteria

Vendor Compatibility & Memory Channel Topology

• Ensure your server’s CPU and motherboard support ECC Registered DDR5 memory—check platform specs (e.g., Intel Xeon, AMD EPYC with DDR5 support).
• Match memory populations across channels—install the same module type and capacity for balanced performance.

Future‑Proofing Memory Investments

• DDR5 adoption is increasing across server markets—investing in RDIMM modules like this ensures longevity and upgrade flexibility.
• Supports higher total memory capacity than DDR4, enabling readiness for future workloads without full hardware overhaul.

Regulatory Compliance

• Built to JEDEC standards—ensuring interoperability and regulatory alignment across hardware vendors.
• Reduced power and heat footprint support greener data center operations and lower cooling costs.