UCS-ML-X32G2RS-H Cisco 32GB 2666MHz PC4-21300 Ecc Registered Lrdimm

Cisco UCS-ML-X32G2RS-H 32GB 2666MHz ECC RAM Overview

The Cisco UCS-ML-X32G2RS-H 32GB 2666MHz PC4-21300 ECC Registered LRDIMM memory module represents a high-performance memory solution designed for modern enterprise-grade server environments. Built for reliability, scalability, and exceptional throughput, this 288-pin DDR4 memory module is engineered to support demanding workloads in data centers, virtualization infrastructures, cloud computing platforms, and enterprise applications. Its combination of large capacity, error correction capabilities, and load-reduced architecture makes it an essential component for organizations seeking consistent server performance and dependable system stability.

With increasing data processing requirements across industries, enterprise servers must deliver consistent performance while maintaining reliability. The Cisco UCS-ML-X32G2RS-H memory module fulfills this need by providing 32GB of high-density memory running at 2666MHz with PC4-21300 bandwidth. This advanced configuration enables servers to handle heavy computational workloads, large database operations, virtualization clusters, and high-volume transaction processing. Its ECC Registered LRDIMM architecture ensures data integrity while supporting expanded memory capacity across multiple memory channels.

DDR4 PC4-21300 Memory Technology

The Cisco UCS-ML-X32G2RS-H module utilizes DDR4 memory technology, which delivers significant improvements over previous DDR3 standards in both speed and efficiency. DDR4 memory operates with enhanced signaling architecture, increased bandwidth, and improved power efficiency, enabling enterprise servers to process large data sets more efficiently. Running at 2666MHz, this module offers PC4-21300 bandwidth, providing fast data transfer rates that support high-performance computing workloads.

The PC4-21300 rating represents the peak transfer capability of the module, delivering up to 21.3GB per second of bandwidth. This performance level allows enterprise systems to efficiently manage complex workloads such as virtualization platforms, enterprise resource planning applications, artificial intelligence workloads, and database processing tasks. By increasing the speed of memory operations, server systems can reduce latency and improve application responsiveness across enterprise environments.

High-Speed Memory Architecture

The 2666MHz operating speed ensures that the module can rapidly process instructions and data requests within enterprise servers. High-frequency memory enables faster data communication between the CPU and system memory, reducing bottlenecks in data-intensive environments. When deployed in enterprise servers that support multi-channel memory architecture, this module helps maximize throughput and maintain balanced system performance.

High-speed memory modules like the Cisco UCS-ML-X32G2RS-H are especially valuable in environments where workloads require constant data access. Virtual machines, enterprise databases, real-time analytics systems, and large-scale applications all benefit from faster memory speeds, ensuring consistent performance even during peak usage periods.

Improved Data Transfer Efficiency

The PC4-21300 specification ensures that the module delivers optimized data transfer performance. DDR4 memory technology incorporates advanced prefetch mechanisms and improved bus architecture, which increases the amount of data transferred per clock cycle. This allows enterprise systems to process larger data volumes with greater efficiency, making it ideal for modern computing infrastructures.

32GB High-Capacity Memory for Enterprise Workloads

Capacity plays a critical role in enterprise server performance, particularly in environments that run multiple applications simultaneously. The Cisco UCS-ML-X32G2RS-H offers 32GB of memory capacity, providing ample resources for complex computing workloads. High-capacity memory modules allow servers to manage more applications, larger datasets, and higher transaction volumes without experiencing performance degradation.

In enterprise data centers, memory capacity directly impacts system efficiency. Servers equipped with higher memory capacity can run more virtual machines, process larger databases, and manage multiple workloads simultaneously. By deploying 32GB modules across multiple memory slots, organizations can scale their server memory to meet growing computational demands.

Optimized for Virtualization Platforms

Virtualization environments rely heavily on memory resources to maintain performance across multiple virtual machines. The Cisco UCS-ML-X32G2RS-H module enables servers to allocate sufficient memory to each virtual machine, ensuring stable performance across virtualization clusters. With higher memory capacity, servers can host more virtual machines while maintaining consistent processing efficiency.

Virtualized environments benefit from load-balanced memory configurations, where multiple memory modules operate simultaneously across memory channels. The 32GB capacity provides flexibility for administrators to configure high-capacity server environments that support cloud computing platforms and enterprise virtualization frameworks.

Enhanced Database Processing

Database-driven applications require significant memory resources to store active data sets, indexes, and temporary processing structures. The Cisco UCS-ML-X32G2RS-H module supports high-performance database environments by providing large memory pools that reduce reliance on disk-based storage operations. This results in faster query execution, improved transaction processing, and reduced application latency.

LRDIMM Architecture for Large Memory Configurations

The Cisco UCS-ML-X32G2RS-H utilizes Load-Reduced DIMM (LRDIMM) architecture, which is specifically designed to support high-capacity memory configurations in enterprise servers. LRDIMM technology reduces electrical load on the memory controller by using a memory buffer chip. This architecture allows servers to support more memory modules per channel without sacrificing stability or performance.

In traditional memory architectures, increasing the number of memory modules can introduce electrical loading challenges that affect system performance. LRDIMM technology addresses this issue by buffering data signals between the memory controller and the DRAM chips. This results in improved signal integrity and allows servers to achieve higher total memory capacities.

Memory Buffer Technology

The integrated memory buffer plays a crucial role in load-reduced memory modules. It isolates the DRAM chips from the memory controller, minimizing electrical interference and enabling higher-density memory configurations. This buffering process ensures stable communication between the processor and memory modules, even when multiple DIMMs are installed.

Error Correcting Code for Data Integrity and Reliability

Data accuracy and reliability are critical requirements in enterprise computing environments. The Cisco UCS-ML-X32G2RS-H memory module includes Error Correcting Code (ECC) technology, which automatically detects and corrects single-bit memory errors during data processing. This feature ensures that data stored in memory remains accurate and protected against corruption.

ECC memory plays an essential role in enterprise servers that run mission-critical applications. In large-scale computing environments, even minor memory errors can lead to application crashes, data corruption, or system instability. ECC technology prevents these issues by identifying and correcting errors before they affect system operations.

Protection Against Memory Errors

The ECC functionality continuously monitors data stored within memory cells. If a single-bit error occurs, the ECC algorithm automatically corrects the issue without interrupting system operations. This proactive error correction ensures uninterrupted server performance and protects valuable business data.

Improved System Stability

Servers equipped with ECC memory modules experience greater system stability, particularly in environments with heavy workloads. Continuous data processing, long operating hours, and complex applications can increase the likelihood of memory errors. ECC technology minimizes these risks, allowing servers to operate reliably over extended periods.

288-Pin DIMM Design and Physical Specifications

The Cisco UCS-ML-X32G2RS-H memory module features a 288-pin DIMM form factor, which is the standard configuration for DDR4 server memory. This design ensures compatibility with modern server motherboards that support DDR4 registered memory modules. The 288-pin layout provides improved electrical connectivity and enhanced signal integrity compared to previous memory generations.

The physical construction of the module is designed to withstand the demanding conditions of enterprise data centers. High-quality components, precision manufacturing, and rigorous testing ensure reliable operation in environments where servers operate continuously under heavy workloads.

Optimized Electrical Performance

The 288-pin design allows the module to maintain stable electrical connections with the server motherboard. Improved pin layout and signal routing help reduce electromagnetic interference, ensuring accurate data transmission between the processor and memory modules.

Compatibility with Server Platforms

The module is designed to integrate seamlessly with compatible enterprise servers that support DDR4 LRDIMM memory. Its standardized form factor ensures straightforward installation and integration into server memory slots, enabling system administrators to expand memory capacity without complex configuration requirements.

Low Voltage Operation for Energy Efficiency

Power efficiency is an important consideration in modern data centers. The Cisco UCS-ML-X32G2RS-H operates at 1.2 volts, which is lower than previous DDR3 memory standards. Lower voltage operation reduces power consumption while maintaining high performance, contributing to overall energy efficiency in server environments.

Energy-efficient memory modules help data centers reduce operational costs by lowering electricity usage and minimizing heat generation. Reduced heat output also decreases the burden on cooling systems, which can significantly lower infrastructure costs in large-scale data center deployments.

Reduced Power Consumption

Operating at 1.2 volts allows the module to consume less power while maintaining high-speed performance. Lower power consumption becomes especially beneficial in large server clusters where hundreds or thousands of memory modules operate simultaneously.

Thermal Efficiency in Data Centers

Efficient thermal management is essential in enterprise computing environments. Memory modules that generate less heat contribute to improved airflow and cooling efficiency within server racks. This helps maintain optimal operating temperatures and prolongs the lifespan of server components.

Integration within Cisco Unified Computing System Environments

The Cisco UCS-ML-X32G2RS-H memory module is designed to operate seamlessly within Cisco Unified Computing System server platforms. Cisco UCS servers are widely used in enterprise data centers due to their integrated computing architecture, centralized management capabilities, and high-performance hardware components.

When installed in Cisco UCS servers, this memory module contributes to optimized system performance and reliability. It supports advanced computing workloads while maintaining compatibility with Cisco's unified infrastructure management tools.

Optimized Hardware Compatibility

Cisco UCS servers are engineered to work with certified hardware components that meet strict performance and reliability standards. The Cisco UCS-ML-X32G2RS-H memory module undergoes rigorous validation to ensure compatibility with supported server models and configurations.

Enterprise Applications That Benefit from High-Capacity Memory

The Cisco UCS-ML-X32G2RS-H memory module supports a wide range of enterprise applications that demand high-performance computing resources. Organizations operating large-scale digital infrastructures require reliable memory solutions capable of supporting complex workloads.

Cloud Computing Platforms

Cloud service providers rely on powerful server infrastructure to deliver scalable computing resources to users. High-capacity memory modules enable cloud servers to host numerous virtual machines and applications simultaneously while maintaining consistent performance levels.

Artificial Intelligence and Data Analytics

Modern data analytics and artificial intelligence workloads require large memory resources to process vast datasets. High-capacity memory modules help reduce reliance on slower storage systems by allowing active datasets to reside in memory, enabling faster analysis and real-time insights.

Enterprise Resource Planning Systems

ERP platforms process large volumes of transactional data and require stable, high-capacity memory environments. By providing reliable memory performance, the Cisco UCS-ML-X32G2RS-H module supports smooth operation of enterprise management systems that handle financial data, inventory management, and operational planning.