UCS-ML-1X324RZ-A Cisco Memory for UCS B200 M3 Blade Server 32GB 1866mhz PC3-14900 ECC DDR3 LR-DIMM

Cisco UCS-ML-1X324RZ-A 32GB 1866MHz RAM DDR3 Overview

The Cisco UCS-ML-1X324RZ-A 32GB DDR3 memory module is designed to deliver exceptional reliability, performance, and scalability for enterprise-grade server environments. Built specifically for compatibility with the Cisco UCS B200 M3 Blade Server platform, this high-capacity memory module enables organizations to optimize virtualization workloads, database operations, and high-performance computing tasks. With advanced engineering and enterprise-level validation, this 32GB LRDIMM memory module ensures consistent server performance while maintaining the stability required for mission-critical IT infrastructure.

Modern data centers rely heavily on memory performance to process large datasets, run multiple virtual machines, and maintain application responsiveness. The Cisco UCS-ML-1X324RZ-A DDR3 SDRAM module operates at 1866MHz with PC3-14900 bandwidth, offering high-speed data transfer and improved processing efficiency. Its quad-rank architecture and Load Reduced DIMM technology help servers achieve higher memory density while maintaining stable electrical performance across complex server configurations.

High-Capacity 32GB DDR3 Server Memory Architecture

Enterprise servers demand memory modules that combine capacity, reliability, and speed. The Cisco UCS-ML-1X324RZ-A provides a single 32GB LRDIMM configuration, enabling system administrators to scale memory capacity efficiently without occupying excessive DIMM slots. By using a 1x32GB module configuration, organizations can design flexible memory expansion strategies while ensuring compatibility with high-density virtualization platforms and enterprise software environments.

DDR3 SDRAM technology continues to provide dependable performance in enterprise blade servers. With optimized signal integrity and enhanced data throughput, the Cisco UCS memory module enables faster communication between the processor and system memory. This improved efficiency contributes to faster application response times, smoother multitasking capabilities, and better resource allocation across server workloads.

Benefits of Load Reduced DIMM (LRDIMM) Technology

Load Reduced DIMM architecture plays a critical role in enabling large memory capacities within modern server infrastructures. The Cisco UCS-ML-1X324RZ-A utilizes LRDIMM technology to reduce electrical load on the server memory controller. By buffering the data signals between the memory chips and the system controller, LRDIMM modules allow servers to support significantly larger memory configurations without sacrificing performance.

This technology becomes particularly important in environments running memory-intensive workloads such as virtualization clusters, analytics platforms, and database management systems. By reducing the electrical burden on the memory bus, LRDIMM modules allow multiple high-capacity modules to operate simultaneously with improved stability. The result is a server environment capable of handling larger datasets, more virtual machines, and increased computational tasks.

1866MHz PC3-14900 Memory Speed for Enhanced Performance

The Cisco UCS-ML-1X324RZ-A operates at a memory speed of 1866MHz, delivering PC3-14900 bandwidth that significantly improves server data throughput. High memory speed plays a vital role in server environments where processors must rapidly access large datasets stored in system memory. Faster memory modules reduce latency and enable processors to complete tasks more efficiently.

This enhanced speed supports demanding workloads such as enterprise databases, cloud computing platforms, and virtual desktop infrastructure environments. By providing a higher memory bandwidth, the Cisco 32GB DDR3 module ensures that server processors can handle intensive data processing operations without bottlenecks. Organizations benefit from faster application execution, improved multitasking, and better overall system responsiveness.

Importance of Memory Bandwidth in Server Environments

Memory bandwidth determines how quickly data can move between the processor and the system memory. In enterprise computing environments, workloads frequently require rapid access to large volumes of information. High-bandwidth memory modules like the Cisco UCS-ML-1X324RZ-A enable servers to maintain efficient communication between components, ensuring that applications receive the data they need without delay.

Servers running complex applications such as big data analytics, enterprise resource planning systems, and large-scale virtualization platforms benefit greatly from higher bandwidth memory. Increased bandwidth allows the CPU to process information more quickly, which improves system performance and reduces processing time for large computational tasks.

Quad Rank Memory Design for Higher Density

The quad rank configuration of the Cisco UCS-ML-1X324RZ-A memory module enables higher memory density compared to standard dual-rank modules. Quad rank memory organizes the memory chips into four logical groups, allowing servers to store more data within a single module. This design is particularly valuable in blade servers where space and memory slot availability may be limited.

By using quad rank memory modules, organizations can achieve larger total memory capacities without requiring additional physical DIMM slots. This flexibility helps IT administrators design efficient server configurations that maximize performance while maintaining manageable hardware footprints. High-density memory modules are essential for organizations operating virtualized data centers or cloud infrastructure platforms.

Improved Scalability for Enterprise Data Centers

Scalability is a critical requirement for modern data centers. As workloads grow and applications demand more memory resources, servers must be able to expand their memory capacity without requiring significant hardware changes. The Cisco UCS-ML-1X324RZ-A supports scalable infrastructure by allowing administrators to increase system memory gradually while maintaining consistent performance.

High-density memory modules reduce the need for frequent hardware upgrades by enabling servers to support larger workloads within existing infrastructure. This scalability helps organizations manage costs effectively while ensuring that their IT environments remain capable of supporting future growth and technological advancements.

ECC Memory for Data Integrity and Reliability

Error-Correcting Code technology is an essential feature in enterprise server memory modules. The Cisco UCS-ML-1X324RZ-A includes ECC functionality that detects and corrects memory errors automatically during system operation. ECC memory helps prevent data corruption and system instability, which are critical concerns in mission-critical IT environments.

Servers running financial applications, healthcare systems, and large-scale databases must maintain the highest levels of data accuracy and reliability. ECC memory ensures that even minor memory errors are detected and corrected before they impact application performance or compromise data integrity. This capability enhances system reliability and minimizes the risk of unexpected downtime.

Protection Against Memory Errors

Memory errors can occur due to electrical interference, hardware wear, or environmental conditions. While such errors are often rare, their impact can be significant in enterprise systems handling sensitive or mission-critical data. ECC technology addresses this issue by continuously monitoring memory operations and correcting single-bit errors automatically.

By integrating ECC capabilities into the memory module design, Cisco ensures that the UCS-ML-1X324RZ-A provides enterprise-level reliability for demanding computing environments. This protection mechanism helps maintain consistent system operation and reduces the risk of application failures caused by memory faults.

240-Pin DDR3 SDRAM Interface

The Cisco UCS-ML-1X324RZ-A memory module uses a 240-pin DIMM interface that is standard for DDR3 server memory modules. This interface ensures secure electrical connectivity between the memory module and the server motherboard. The precision design of the connector pins ensures reliable communication between the module and the system's memory controller.

Proper electrical connectivity is crucial for maintaining stable data transmission within high-performance server environments. The 240-pin design supports high-speed communication while minimizing signal interference. This design also ensures compatibility with enterprise blade servers that support DDR3 memory technology.

Efficient Data Transfer Through Optimized Pin Architecture

The pin architecture of DDR3 memory modules is engineered to handle large volumes of data while maintaining signal integrity. Each pin plays a specific role in managing data transfer, power delivery, and control signals between the server motherboard and the memory module. This optimized architecture allows servers to maintain consistent performance even during high workload conditions.

Cisco engineers design memory modules to meet strict enterprise standards, ensuring that each component performs reliably within demanding data center environments. The 240-pin interface contributes to efficient system communication and improved overall server stability.

1.50V Operating Voltage for Energy Efficiency

Energy efficiency is an important consideration in modern data centers where large numbers of servers operate continuously. The Cisco UCS-ML-1X324RZ-A memory module operates at 1.50 volts, providing a balance between performance and power consumption. Maintaining efficient voltage levels helps reduce overall energy usage while preserving the high-speed performance required by enterprise applications.

Lower power consumption contributes to reduced heat generation within server systems. Efficient thermal management is essential for maintaining reliable operation in high-density data center environments. By optimizing voltage levels, Cisco memory modules support stable operation while helping organizations manage energy costs effectively.

Impact on Data Center Power Management

Power efficiency directly affects operational costs and infrastructure sustainability within enterprise data centers. Memory modules that operate efficiently help reduce the total power demand of server systems. When deployed across multiple servers in a large infrastructure environment, these energy savings can significantly lower operational expenses.

Efficient memory modules also contribute to improved cooling performance. Lower heat generation reduces the burden on cooling systems, allowing data centers to maintain optimal temperature conditions while minimizing energy usage. This balance between performance and efficiency supports sustainable IT infrastructure strategies.

Compatibility with Cisco UCS B200 M3 Blade Servers

The Cisco UCS-ML-1X324RZ-A memory module is specifically designed and validated for use with Cisco UCS B200 M3 Blade Servers. Compatibility with this blade server platform ensures seamless integration and optimal performance within Cisco Unified Computing System environments. Cisco performs extensive testing to verify that its memory modules meet the strict performance and reliability standards required by enterprise hardware.

Blade servers are widely used in modern data centers because they offer high performance within a compact form factor. The Cisco UCS B200 M3 platform supports multiple memory modules, enabling organizations to create powerful computing environments capable of handling large workloads. Using certified Cisco memory modules ensures that the system operates at its full potential without compatibility concerns.

Optimized Performance in Blade Server Infrastructure

Blade server architectures require components that are optimized for compact and high-density computing environments. The Cisco UCS-ML-1X324RZ-A memory module is designed to deliver stable performance within these environments by maintaining consistent signal integrity and thermal efficiency.

Organizations deploying blade servers for virtualization, private cloud infrastructure, and enterprise applications benefit from memory modules that support high capacity and fast data transfer speeds. By integrating high-performance memory modules, blade servers can manage multiple workloads simultaneously while maintaining efficient system operation.

Enterprise Workload Optimization

Enterprise servers must support a wide range of workloads, including virtualization platforms, database servers, analytics applications, and high-performance computing environments. The Cisco UCS-ML-1X324RZ-A memory module provides the capacity and speed required to support these demanding workloads efficiently.

High-capacity memory enables servers to handle larger datasets and support more simultaneous applications. This capability improves resource utilization and ensures that servers can maintain consistent performance even during peak workload conditions. Organizations benefit from improved productivity, reduced application latency, and enhanced computing efficiency.

Virtualization and Cloud Infrastructure Support

Virtualization technologies rely heavily on system memory to allocate resources to virtual machines. The Cisco 32GB DDR3 memory module provides the capacity required to support multiple virtual machines running concurrently on a single server. This capability enables organizations to maximize server utilization while reducing hardware costs.

Cloud computing platforms also benefit from high-capacity memory modules that support dynamic resource allocation. By providing ample memory resources, the Cisco UCS-ML-1X324RZ-A enables cloud environments to deliver consistent performance to users and applications across distributed infrastructure systems.