Micron MTC20F2085S1RC64BD1R 32GB 6400MHz PC5-51200 DDR5 SDRAM Memory Module.

Micron 32GB DDR5 RAM

The Micron 32GB DDR5 Registered DIMM sets a high benchmark for server-grade memory modules, offering superior performance, speed, and data reliability for enterprise systems. Ideal for demanding applications, this RAM module ensures a responsive computing environment.

Manufacturer Details

• Brand: Micron
• Part Number: MTC20F2085S1RC64BD1R
• Module Layout: 1x32GB configuration

Advanced Technical Specifications

• High-capacity memory module: 32GB in a single stick configuration
• Memory format: DDR5 SDRAM – optimized for next-gen server platforms
• Rated speed: 6400MT/s (PC5-51200) for rapid data throughput
• Registered ECC (RDIMM) architecture for robust error correction
• Voltage efficiency: Operates at just 1.1V for lower power consumption
• Latency configuration: CL52 ensures balanced performance timing
• Module type: Dual Rank x8 design supports high stability

Reliable Performance in Mission

Micron’s registered ECC memory is crafted for professional-grade reliability. With built-in error-correction and a registered signal architecture, the MTC20F2085S1RC64BD1R module reduces system crashes and maintains data integrity under heavy loads.

Key Benefits for IT Professionals and Server Admins

• Boosts server processing capabilities with faster bus speeds
• Reduces latency and increases multitasking efficiency
• Improves data integrity using ECC (Error-Correcting Code) support
• Enhances stability in dual-rank, x8-configured setups
• Minimizes power usage with efficient 1.1V operation

Compatibility and Scalability

This 288-pin RDIMM is engineered for compatibility with a broad array of enterprise-class motherboards and server systems supporting DDR5 memory architecture. Perfect for expanding server memory capacity while maintaining system integrity.

Use Cases for Micron MTC20F2085S1RC64BD1R

• High-performance data centers requiring top-tier memory speeds
• Virtualization and cloud computing environments
• Enterprise servers handling extensive transactional databases
• Advanced AI, ML, and real-time analytics workloads

Product Highlights

• DDR5 SDRAM with blazing 6400MT/s performance
• Registered RDIMM ensures excellent stability
• Error Correction Code safeguards against data corruption
• Dual Rank 2Rx8 design for optimal server workload support
• Ideal for next-gen server deployments and upgrades

Micron 32 GB DDR5 6400 MT/s RDIMM

Step into next‑generation server memory performance with Micron’s MTC20F2085S1RC64BD1R—an advanced registered DDR5 SDRAM solution engineered for enterprise reliability and blazing speed. This 32 GB memory module, rated at 6400 MT/s (PC5‑51200), combines dual‑rank architecture, error‑correcting code (ECC), and low‑voltage efficiency (1.1 V), offering an ideal balance of throughput, stability, and energy savings. It is perfectly suited for data centers, virtualization workloads, mission‑critical servers, and high‑density compute environments..

Optimized Performance for Enterprise Workloads

High‑performance applications—from large‑scale virtualization clusters to real‑time data analytics—demand fast, dependable memory. Micron’s DDR5 module meets these demands by combining fast throughput with ECC error suppression. The dual‑rank design enhances memory interleaving, while the registered buffer lightens signal loading on the memory controller, enabling reliable multi‑DIMM scalability in heavy‑use server farms.

Cruising at 6400 MHz Harnessing DDR5 Advantages

• DDR5 memory modules deliver significantly higher throughput over DDR4, propelling faster data transfer and reduced latency.
• 6400 MT/s bandwidth scales server responsiveness, supporting high‑density workloads like AI model training and in‑memory computing.
• CL52 latency is balanced to ensure swift command execution without compromising data coordination.

Energy Efficiency Matters

Lower operating voltage not only diminishes power consumption but also reduces heat output—key for servers housed in temperature‑sensitive environments like compact racks or high‑density clusters. The Micron DDR5 module’s 1.1 V design improves energy profile without sacrificing speed or stability.

Scalability and Compatibility

This 288‑pin registered DIMM aligns with a wide range of modern enterprise server motherboards that support DDR5 memory. Whether adding single modules or upgrading full memory banks, the dual‑rank RDIMM format ensures compatibility, high capacity growth, and optimal memory channel utilization.

Ideal Use Scenarios for Micron MTC20F2085S1RC64BD1R

• High‑density virtualization clusters and hyper‑converged infrastructures.
• Database servers managing heavy transactional volumes.
• Compute servers running AI, machine learning inference, or data analytics workloads in real time.
• Enterprise clouds where server uptime, data integrity, and fast I/O are non‑negotiable.

Technical Gains and Infrastructure Outcomes

Deploying Micron’s 32 GB DDR5 6400 MT/s ECC RDIMM yields tangible improvements in data‑center environments: heightened memory bandwidth, reduced bit‑error events, seamless scaling of memory per channel, improved thermals, and lower energy costs. Collectively, these benefits directly support enhanced server reliability, performance at scale, and cost‑effective operations over time.

Comparative Advantages in DDR5 Generations

• Compared to DDR4: DDR5 delivers double the bandwidth and superior power management.
• Dual‑rank config spreads memory command execution across two ranks—improving data interleaving and latency management.
• E­­fficient buffer/register design allows system architects to populate more DIMMs per channel without compromising signal integrity.

Bullet‑Point Key Benefits

• Massive 32 GB per module, enabling high memory density per server.
• DDR5 architecture with 6400 MT/s throughput—future‑ready memory performance.
• ECC and registered buffering for enterprise‑grade stability and error resilience.
• Low‑voltage operation (1.1 V) conserves energy and controls heat.
• Dual‑rank build supports enhanced parallelism and capacity scaling.
• Plug‑and‑play replacement for DDR5‑compatible server motherboards.

Implementation and Best Practices

• Always consult your server system’s memory support matrix to confirm compatibility.
• For optimal performance, install modules in matched pairs or quads per memory channel.
• Keep firmware and BIOS updated to ensure controller support for 6400 MT/s speeds.
• Ensure proper cooling and airflow in the server chassis to manage operational heat.