MTC20F104XS1RC64BR Micron 48GB DDR5-6400MHz PC5-51200 CL52 RDIMM RAM

Overview of Micron MTC20F104XS1RC64BR Memory Module

The Micron MTC20F104XS1RC64BR is a high-performance server memory module engineered for enterprise-grade systems. With advanced DDR5 technology, this module ensures reliability, speed, and efficiency for demanding workloads.

General Information

• Manufacturer: Micron
• Part Number: MTC20F104XS1RC64BR
• Product Type: Server Memory Module

Technical Specifications

• Memory Size: 48GB
• Memory Technology: DDR5 SDRAM
• Memory Standard: DDR5-6400 / PC5-51200

Performance Attributes

• Memory Speed: 6400 MHz
• CAS Latency: CL52 (52-52-52)
• Error Checking: ECC (Error-Correcting Code)
• Signal Processing: Registered
• Rank x Organization: 1Rx4
• Die Density: 24GB
• Voltage: 1.1V (12V External)

Form Factor

• Type: 288-Pin RDIMM

Dimensions

• Width: 177.8 mm (7.0 in)
• Depth: 54.7 mm (2.15 in)
• Height: 6.35 mm (0.25 in)

Micron MTC20F104XS1RC64BR 48GB DDR5-6400MHz RAM

The Micron MTC20F104XS1RC64BR 48GB DDR5-6400MHz PC5-51200 ECC 288-Pin RDIMM Server Memory Module is engineered to deliver enterprise-grade memory performance for modern server platforms, virtualization clusters, cloud infrastructures, high-density computing systems, and mission-critical data center operations. Designed with advanced DDR5 technology, this registered DIMM module provides significant improvements in bandwidth, efficiency, scalability, and reliability compared to previous-generation DDR4 server memory solutions.

Organizations deploying advanced workloads such as virtualization, artificial intelligence processing, machine learning algorithms, software-defined storage, large-scale databases, and analytics platforms require server memory that can maintain stability while delivering ultra-fast data transfer rates. The Micron 48GB DDR5 RDIMM module addresses these demands through high-frequency operation, ECC data protection, and optimized memory architecture suitable for enterprise servers.

Advanced DDR5 Memory Technology

DDR5 memory technology represents a major evolution in server memory design. The Micron MTC20F104XS1RC64BR module operates at 6400MHz, enabling substantially higher throughput than earlier DDR4 memory generations. Increased memory bandwidth allows processors to access data more efficiently, reducing latency bottlenecks in enterprise workloads.

DDR5 memory architecture introduces improved burst lengths, dual independent channels per DIMM, enhanced power management, and higher module capacities. These improvements help enterprise servers process more simultaneous operations while maintaining system responsiveness and scalability.

The PC5-51200 classification identifies this module as a high-bandwidth server memory component capable of delivering up to 51.2GB/s of theoretical transfer bandwidth. Such throughput is essential for modern processors with high core counts that require fast and continuous memory access.

48GB Capacity for Enterprise Workloads

The 48GB capacity configuration offers an excellent balance between memory density and deployment flexibility. This memory size is highly beneficial for enterprise servers supporting virtualization environments, memory-intensive applications, and multi-user processing systems.

Virtualized infrastructures often allocate dedicated memory resources to multiple virtual machines simultaneously. The 48GB RDIMM configuration allows administrators to optimize memory allocation strategies while maintaining operational efficiency across hypervisors and virtualized workloads.

Database environments also benefit from higher memory capacities because larger datasets can remain cached in memory instead of relying on slower storage systems. This improves application responsiveness and accelerates query processing in transactional and analytical workloads.

Optimized for High-Density Servers

Modern rack servers and blade systems require memory modules that maximize density without compromising thermal efficiency or electrical stability. The Micron DDR5 RDIMM module is specifically engineered to support dense server configurations with multiple populated DIMM slots.

High-density memory deployment is particularly important in data centers where physical rack space optimization directly impacts operational costs. By enabling larger memory capacities per server node, organizations can reduce infrastructure sprawl while improving compute efficiency.

Balanced Memory Expansion

The 48GB module size offers flexible memory scaling options for IT administrators. Instead of relying solely on lower-capacity DIMMs or extremely high-capacity premium modules, the 48GB configuration provides an efficient middle-ground for balanced server memory expansion.

Organizations can configure servers with optimized memory footprints suitable for virtualization hosts, database servers, cloud applications, and AI workloads while controlling infrastructure costs and maintaining future scalability.

ECC Reliability and Enterprise Data Integrity

Error Correcting Code technology is one of the most important features of enterprise-class server memory. The Micron MTC20F104XS1RC64BR module incorporates ECC functionality to detect and correct memory errors automatically during system operation.

In enterprise computing environments, data corruption caused by memory errors can lead to application crashes, database corruption, system instability, or unexpected downtime. ECC memory minimizes these risks by ensuring data integrity across critical workloads.

Importance of ECC in Data Centers

Enterprise servers continuously process massive volumes of information across multiple applications and users. Even minor memory errors can have serious operational consequences in financial systems, healthcare environments, government infrastructure, and cloud computing platforms.

ECC server memory improves operational reliability by identifying and correcting single-bit memory errors before they impact applications or operating systems. This proactive correction mechanism significantly enhances long-term server stability.

Data centers operating around the clock require hardware components capable of maintaining consistent performance under continuous workload conditions. ECC memory modules are essential for ensuring uninterrupted business operations.

Reduced Downtime and Increased Stability

Unplanned downtime can be extremely costly for organizations relying on mission-critical applications. The Micron DDR5 ECC RDIMM module helps reduce the risk of memory-related system failures by improving overall server resilience.

Servers running enterprise resource planning software, virtualization platforms, web hosting environments, and transactional databases require dependable memory performance. ECC protection ensures higher uptime and reduced maintenance interruptions.

Enhanced Error Detection Mechanisms

DDR5 memory introduces advanced reliability features beyond traditional ECC capabilities. Enhanced on-die error correction and improved signaling integrity further strengthen data accuracy during high-speed memory operations.

These innovations contribute to improved enterprise workload consistency, especially in environments processing large datasets, real-time analytics, and parallel computing operations.

Registered DIMM Technology for Enterprise Servers

The Micron MTC20F104XS1RC64BR module utilizes RDIMM architecture, also known as registered DIMM technology. RDIMM memory incorporates a register between the memory controller and DRAM chips to reduce electrical load and improve signal integrity.

Registered DIMMs are specifically designed for enterprise servers requiring large memory capacities and multiple populated memory slots. RDIMM technology enhances overall system stability in demanding server environments.

Advantages of RDIMM Memory

RDIMM memory modules improve signal reliability by buffering control signals before they reach the memory chips. This design allows servers to support more memory modules simultaneously while maintaining stable performance.

Enterprise servers equipped with multiple processors and extensive DIMM populations benefit significantly from RDIMM technology because it reduces electrical stress on the memory controller.

High-capacity servers commonly used in virtualization clusters, cloud infrastructures, and enterprise databases depend on RDIMM memory to achieve maximum scalability.

Improved Scalability for Enterprise Infrastructure

Scalability is critical in modern IT environments. Businesses often expand server memory capacity over time as workloads increase. RDIMM architecture supports larger memory configurations compared to standard unbuffered DIMMs.

The Micron DDR5 RDIMM module enables organizations to deploy scalable server infrastructures capable of supporting future application growth and increasing data processing demands.

Support for Multi-Socket Servers

Multi-socket enterprise servers frequently require extensive memory populations to maximize processor performance. RDIMM technology is optimized for these environments, ensuring stable communication between processors and memory subsystems.

This capability is particularly valuable for cloud providers, enterprise virtualization clusters, and high-performance computing systems where large memory footprints are essential.

DDR5-6400MHz Performance Benefits

The 6400MHz operating frequency delivers exceptional memory bandwidth for modern server processors. High-frequency memory significantly improves application responsiveness and system throughput in enterprise workloads.

Applications such as AI inference engines, real-time analytics, virtualization platforms, and large-scale databases benefit directly from increased memory bandwidth.

Faster Data Transfer Rates

The PC5-51200 specification represents advanced memory throughput performance suitable for next-generation server platforms. Faster data transfer speeds reduce bottlenecks between processors and memory subsystems.

Servers handling high transaction volumes, concurrent virtual machines, or intensive compute workloads require fast memory communication to maintain operational efficiency.

Improved memory bandwidth also supports modern CPUs with increased core counts, ensuring processors remain supplied with sufficient data during parallel processing tasks.

Enhanced Virtualization Performance

Virtualized environments place substantial demands on server memory resources. Hypervisors must manage multiple operating systems and applications simultaneously, requiring high-capacity and high-speed memory solutions.

The Micron 48GB DDR5 RDIMM module enhances virtualization performance by enabling rapid memory access across multiple virtual machines. This contributes to improved VM density and better workload responsiveness.

Reduced Latency in Enterprise Applications

Low-latency memory access is critical for enterprise applications requiring rapid data retrieval and processing. Financial applications, analytics engines, and transactional databases rely heavily on memory responsiveness.

DDR5 memory technology improves latency efficiency through architectural enhancements and optimized data handling mechanisms.

CL52 Latency Characteristics

The CL52 CAS latency specification indicates the timing characteristics of the memory module during read operations. While DDR5 memory operates at significantly higher frequencies than DDR4, latency optimization remains important for maintaining balanced performance.

Micron designs its enterprise memory modules to deliver stable timing performance under demanding workload conditions. The combination of high bandwidth and optimized latency contributes to improved application efficiency.

Efficient Workload Handling

Balanced latency and throughput are essential for enterprise computing environments. Applications involving database indexing, virtualization management, scientific simulations, and AI processing benefit from optimized memory timing.

The Micron DDR5 RDIMM module delivers consistent responsiveness across multi-threaded workloads and enterprise software platforms.

Server Responsiveness Improvements

Server responsiveness directly impacts user experience, application performance, and operational productivity. Memory latency optimization helps reduce delays during application execution and data retrieval processes.

Organizations deploying latency-sensitive applications require memory modules capable of maintaining stable performance under sustained workload conditions.

288-Pin DIMM Form Factor Compatibility

The Micron MTC20F104XS1RC64BR utilizes the industry-standard 288-pin DIMM form factor designed for DDR5 server platforms. This standardized design ensures compatibility with enterprise motherboards supporting DDR5 RDIMM memory.

Server administrators must verify platform compatibility before deployment, ensuring the server chipset and processor support DDR5 RDIMM configurations and the 6400MHz operating specification.

Compatibility with Enterprise Platforms

Modern enterprise servers from leading manufacturers are increasingly adopting DDR5 memory architectures to support next-generation processors and advanced workloads.

The Micron DDR5 RDIMM module is suitable for integration into enterprise rack servers, blade systems, storage appliances, and high-performance computing nodes.

Optimized Thermal and Electrical Design

DDR5 server memory modules are engineered with improved power management and thermal efficiency. Efficient thermal design is essential in densely populated server environments where airflow and heat management are critical.

The Micron 48GB RDIMM module supports stable operation within enterprise thermal parameters, contributing to reliable long-term system performance.

Enterprise Cooling Efficiency

Data centers require efficient cooling strategies to maintain hardware reliability and minimize operational costs. Memory modules with optimized thermal characteristics help improve overall server cooling efficiency.

Reduced thermal stress also contributes to improved component longevity and consistent server operation.

Applications for Micron DDR5 Server Memory

The Micron MTC20F104XS1RC64BR memory module is suitable for a wide variety of enterprise and data center applications. Its combination of capacity, speed, ECC protection, and RDIMM architecture makes it ideal for mission-critical deployments.

Cloud Computing Infrastructure

Cloud service providers require scalable memory solutions capable of supporting large numbers of virtualized workloads. DDR5 RDIMM memory enhances cloud server efficiency by enabling higher VM density and faster workload processing.

Cloud environments benefit from increased memory bandwidth, especially when supporting containerized applications, distributed computing frameworks, and multi-tenant services.

Artificial Intelligence and Machine Learning

AI and machine learning workloads require extensive memory bandwidth to process large datasets and complex algorithms. High-speed DDR5 memory improves training performance, inference responsiveness, and data throughput.

The Micron 48GB module supports AI servers handling neural network processing, predictive analytics, and data-intensive computations.

Database Servers

Enterprise database systems rely heavily on memory performance for caching, indexing, and transactional processing. Large memory capacities reduce storage access latency and improve database responsiveness.

The DDR5-6400MHz specification enables rapid data movement within database environments, supporting faster query execution and analytics performance.

Real-Time Analytics Platforms

Organizations utilizing real-time analytics applications require memory systems capable of processing continuous data streams efficiently. Fast server memory enhances data analysis responsiveness and supports timely business insights.

High-bandwidth DDR5 memory is particularly beneficial for big data environments and enterprise intelligence platforms.

Energy Efficiency and Power Management

DDR5 memory technology introduces improved power efficiency compared to earlier memory generations. Advanced voltage regulation and optimized power management contribute to reduced energy consumption in enterprise servers.

Data centers continuously seek ways to improve energy efficiency while maintaining high-performance computing capabilities. Efficient memory modules help lower operational costs and reduce thermal output.

Integrated Power Management Features

DDR5 memory incorporates on-module power management integrated circuits that improve voltage regulation and power delivery efficiency. These enhancements contribute to stable memory operation and improved energy utilization.

Efficient power management is especially important in hyperscale data centers where even small efficiency gains can produce substantial operational savings.

Reduced Data Center Operating Costs

Lower power consumption contributes directly to reduced electricity costs and cooling requirements. Organizations deploying large-scale server infrastructures benefit from energy-efficient memory technologies.

The Micron DDR5 RDIMM module helps support sustainable data center initiatives while maintaining enterprise-grade performance capabilities.

Micron Enterprise Memory Quality and Reliability

Micron is widely recognized for manufacturing high-quality memory solutions for enterprise, industrial, and data center environments. The MTC20F104XS1RC64BR module is engineered to meet strict reliability and performance standards.

Enterprise memory components must undergo extensive validation to ensure compatibility, stability, and durability under continuous operational conditions.

Enterprise-Class Manufacturing Standards

Micron server memory modules are developed using advanced manufacturing processes and quality assurance procedures. Rigorous testing helps ensure reliable operation across diverse enterprise platforms.

Data centers depend on memory components capable of supporting continuous workloads without compromising data integrity or system stability.

Validated Enterprise Compatibility

Server memory compatibility is essential for stable operation. Micron enterprise memory products are validated for use with modern server architectures supporting DDR5 RDIMM configurations.

Properly validated memory modules help ensure predictable system performance and simplified deployment processes.