MTC20F104XS1RC64BB1R Micron 48GB DDR5-6400MHz PC5-51200 CL52 RDIMM Memory Module

Product Overview of the Micron 48GB DDR5 PC5-51200 Memory

The Micron MTC20F104XS1RC64BB1R is a high-capacity 48GB DDR5-6400MHz RDIMM server memory module engineered for enterprise-grade computing. With ECC error correction, registered signal processing, and blazing-fast speeds, this module ensures reliability, scalability, and efficiency for mission-critical workloads.

General Information

• Brand: Micron
• Part Number: MTC20F104XS1RC64BB1R
• Product Type: 48GB DDR5-6400MHz PC5-51200 RAM

Technical Specifications

• Memory Size: 48GB
• Memory Technology: DDR5 SDRAM
• Die Density: 24GB

Performance Attributes

• Memory Standard: DDR5-6400 / PC5-51200
• Memory Speed: 6400 MHz
• CAS Latency: CL52 (52-52-52)
• Rank Organization: 1Rx4
• Voltage: 1.1V (12V External)

Reliability Features

• Error Checking: ECC (Error-Correcting Code)
• Signal Processing: Registered

The Micron MTC20F104XS1RC64BB1R 48GB DDR5-6400MHz RAM

The Micron MTC20F104XS1RC64BB1R 48GB DDR5-6400MHz PC5-51200 CL52 ECC 288-Pin RDIMM Server Memory Module is engineered to support advanced enterprise workloads, virtualization environments, cloud computing infrastructures, and data-intensive server applications. Designed with next-generation DDR5 architecture, this registered DIMM delivers exceptional bandwidth, optimized latency control, improved power efficiency, and superior memory stability for modern server platforms.

As enterprise computing environments continue to evolve, organizations require memory solutions capable of handling massive datasets, real-time processing operations, artificial intelligence workloads, and scalable virtualization deployments. This DDR5 RDIMM server memory module offers a balanced combination of high-density capacity, ECC protection, and enterprise-grade reliability to meet the demanding needs of contemporary IT infrastructures.

Micron has established itself as a trusted manufacturer of server memory technologies for hyperscale data centers, enterprise storage systems, virtualization clusters, and mission-critical business servers. The MTC20F104XS1RC64BB1R model integrates advanced DDR5 innovations that significantly improve data throughput while reducing operational bottlenecks associated with previous-generation memory architectures.

DDR5-6400MHz Speed Enhancements for Enterprise Servers

The DDR5-6400MHz operating frequency dramatically improves memory bandwidth compared to earlier DDR4 server memory standards. Higher transfer rates enable servers to process larger datasets more efficiently while improving response times for virtualization, database management, analytics, and cloud-hosted applications.

With PC5-51200 performance classification, this memory module supports demanding enterprise workloads that require continuous data movement between processors and memory subsystems. Faster memory access reduces computational delays and improves multi-core CPU utilization across modern server platforms.

Organizations deploying advanced virtualization infrastructures benefit from the increased throughput capabilities offered by DDR5 technology. Multiple virtual machines can simultaneously access memory resources with improved efficiency, reducing latency issues and supporting better workload balancing within enterprise environments.

48GB Capacity Optimization for Balanced Server

The 48GB memory capacity provides an ideal balance between scalability and cost efficiency for many enterprise deployments. This configuration is suitable for virtualization servers, database systems, high-performance computing environments, and cloud infrastructure applications requiring substantial memory resources without excessive overprovisioning.

Unlike lower-capacity memory modules that may limit scalability, 48GB RDIMM configurations provide additional flexibility when designing balanced server architectures. System administrators can optimize server memory populations according to workload requirements while maintaining efficient performance characteristics.

High-capacity DDR5 memory configurations are increasingly essential for modern business applications, including enterprise resource planning systems, virtualization hypervisors, machine learning environments, and distributed computing frameworks. The 48GB capacity helps organizations accommodate growing data requirements while maintaining stable server performance.

ECC Registered DIMM Technology and Enterprise Reliability

Error Correction Code functionality plays a critical role in enterprise server environments where data integrity is essential. ECC memory automatically detects and corrects common memory errors before they affect system operations, reducing the likelihood of crashes, corrupted datasets, and unexpected downtime.

The ECC capability integrated into the Micron DDR5 RDIMM module is particularly valuable for mission-critical workloads such as financial processing systems, healthcare databases, virtualization clusters, and enterprise storage infrastructures. Memory errors that might otherwise compromise operational stability are identified and corrected in real time.

Organizations relying on uninterrupted application availability benefit significantly from ECC memory protection. Server administrators can maintain higher levels of operational reliability while minimizing risks associated with memory-related system instability.

Registered DIMM Architecture Benefits

Registered DIMM technology enhances memory stability in enterprise-class servers by reducing electrical load on the memory controller. RDIMM architecture allows servers to support larger memory capacities while maintaining signal integrity across populated memory channels.

Large-scale server deployments frequently require extensive memory populations to support virtualization, analytics, and cloud computing applications. Registered DIMM technology enables higher-density configurations without sacrificing operational reliability or performance consistency.

The 288-pin RDIMM design complies with modern enterprise server standards and ensures compatibility with supported DDR5-enabled server motherboards and workstation platforms. The registered memory architecture improves scalability while supporting multi-module deployments across advanced server configurations.

Enterprise Stability Under Heavy Workloads

Enterprise servers often operate continuously under heavy computational loads. Memory stability becomes increasingly important in environments supporting virtualization hosts, database clusters, and high-availability infrastructures. DDR5 RDIMM technology helps maintain consistent performance during sustained workloads.

High-density virtualization environments place significant pressure on memory subsystems due to concurrent virtual machine operations. Registered DIMM architecture helps optimize electrical signaling and supports improved stability across complex server infrastructures.

Business-critical applications require dependable memory performance to avoid operational interruptions. The Micron MTC20F104XS1RC64BB1R module is designed to deliver stable performance characteristics suitable for enterprise-grade deployments.

DDR5 Memory Architecture Data Processing

DDR5 technology introduces major architectural improvements over DDR4 memory platforms. Increased bank groups, improved burst lengths, enhanced channel efficiency, and higher operating frequencies contribute to significantly better overall memory throughput.

The DDR5 architecture used in this Micron RDIMM module enables faster communication between CPUs and memory subsystems. Enterprise servers handling artificial intelligence processing, virtualization workloads, and large-scale databases benefit from reduced memory bottlenecks and improved processing efficiency.

Enhanced memory bandwidth is especially important for multi-core processors commonly deployed in modern enterprise servers. High-performance CPUs require rapid access to memory resources in order to maximize computational performance and avoid idle processing cycles.

Power DDR5 RDIMM Modules

DDR5 server memory introduces integrated power management features that improve overall energy efficiency compared to earlier DDR generations. Improved voltage regulation helps reduce power consumption while supporting higher operating frequencies and enhanced system stability.

Data center operators increasingly prioritize energy-efficient hardware to minimize operational costs and thermal management requirements. DDR5 RDIMM technology contributes to lower power usage while delivering significantly improved performance characteristics.

Efficient thermal and power management also supports improved hardware longevity in enterprise environments where servers often operate continuously for extended periods. Reduced heat generation can contribute to better system reliability and optimized cooling infrastructure efficiency.

Enhanced Data Handling Capabilities

Modern enterprise applications generate massive amounts of structured and unstructured data that require rapid processing capabilities. DDR5 memory architecture improves the ability of servers to handle concurrent data streams, transactional workloads, and memory-intensive applications.

Artificial intelligence training environments, big data analytics platforms, and machine learning infrastructures benefit from improved memory responsiveness and higher bandwidth availability. Faster data movement helps reduce processing delays and improves overall computational efficiency.

The Micron DDR5-6400MHz RDIMM module is suitable for advanced computing environments that require scalable performance, low latency characteristics, and consistent operational reliability.

Enterprise Server Platforms

The Micron MTC20F104XS1RC64BB1R memory module is designed for compatibility with DDR5-enabled server motherboards and enterprise workstation platforms supporting RDIMM memory configurations. Compatibility with advanced server chipsets enables seamless integration into next-generation enterprise infrastructures.

Modern server platforms from leading manufacturers increasingly rely on DDR5 technology to support higher processing demands and larger memory capacities. Organizations upgrading from DDR4 systems can benefit from significant performance improvements by adopting DDR5 RDIMM solutions.

Before deployment, IT administrators should verify motherboard compatibility, supported memory frequencies, and RDIMM support requirements to ensure optimal system integration and performance stability.

Use Cases for DDR5 ECC RDIMM Memory

This 48GB DDR5 RDIMM module is well suited for virtualization servers, enterprise databases, cloud computing systems, high-performance computing platforms, and data analytics infrastructures. Organizations requiring reliable memory performance for demanding workloads can benefit from the enhanced capabilities of DDR5 technology.

Virtual desktop infrastructure deployments require stable memory performance to support multiple concurrent users and virtualized applications. High-capacity ECC RDIMM modules help ensure consistent system responsiveness within enterprise virtualization environments.

Database management systems frequently depend on large memory pools to accelerate query processing and transactional performance. DDR5 bandwidth improvements can contribute to faster database operations and reduced latency in data-intensive workloads.

Scalable Infrastructure Deployments

Scalability remains a critical consideration for enterprise IT planning. Memory solutions capable of supporting future growth help organizations extend hardware lifecycles and reduce infrastructure replacement costs.

The 48GB capacity configuration provides flexibility for incremental server upgrades and scalable memory expansion strategies. Organizations can optimize memory populations according to workload growth and evolving application requirements.

High-density DDR5 RDIMM configurations support larger virtualization environments and more demanding enterprise workloads while maintaining efficient performance and reliability characteristics.

Performance CL52

CAS latency represents the delay between a memory controller request and data availability. The CL52 specification associated with this DDR5-6400MHz RDIMM module is optimized for high-speed server environments requiring balanced latency and bandwidth performance.

Although DDR5 memory may feature higher numerical latency values compared to DDR4, significantly increased operating frequencies help offset these values and deliver improved real-world performance outcomes. Higher bandwidth enables faster overall data transfers despite increased latency figures.

Enterprise applications involving virtualization, analytics, and cloud services benefit from the optimized balance between bandwidth and latency provided by DDR5 RDIMM technology.

Continuous Operation in Mission-Critical Environments

Enterprise servers frequently operate around the clock to support business applications, cloud services, and data processing operations. Memory reliability becomes increasingly important in environments where downtime can result in significant operational disruption.

The Micron DDR5 ECC RDIMM module is engineered for continuous enterprise operation, supporting demanding workloads that require dependable performance over extended periods.

Mission-critical infrastructures such as financial services, healthcare systems, telecommunications networks, and enterprise cloud platforms benefit from stable server memory technologies designed for long-term reliability.

Benefits of Upgrading to DDR5 ECC RDIMM Server Memory

Virtualization platforms rely heavily on memory performance to support multiple concurrent virtual machines. DDR5-6400MHz RDIMM technology improves memory responsiveness and throughput, enabling more efficient virtualization resource allocation.

Higher memory bandwidth allows virtualization hosts to manage larger VM populations while maintaining consistent application performance. Businesses deploying cloud infrastructures and virtual desktop environments can achieve improved scalability and operational efficiency.

Advanced DDR5 memory technology also supports faster provisioning of virtual machines and more responsive multi-user environments.