KTH-PL556D4-64G Kingston 64GB DDR5 5600MT/s PC5-44800 2Rx4 ECC RDIMM Smart Memory Kit

Kingston KTH-PL556D4-64G DDR5 RDIMM Memory Overview

The Kingston KTH-PL556D4-64G 64GB DDR5 5600MT/s PC5-44800 2Rx4 ECC Registered SDRAM RDIMM represents the cutting edge of server memory technology, designed to deliver unmatched performance, reliability, and efficiency for enterprise-level computing environments. As part of Kingston's Smart Memory solutions, this module ensures maximum compatibility and system stability across a wide range of server platforms, enabling organizations to optimize workloads while minimizing latency and power consumption. Built to exacting standards, this RDIMM memory module incorporates advanced error correction code (ECC) functionality to detect and correct memory errors, providing mission-critical reliability for high-performance servers.

Effectiveness Characteristics and Specifications

DDR5 Architecture and High Bandwidth

This Kingston DDR5 RDIMM operates at a remarkable 5600MT/s, providing significantly higher bandwidth compared to its DDR4 predecessors. The PC5-44800 rating ensures rapid data transfer speeds, allowing servers to handle intensive applications such as virtualization, database management, and cloud computing with ease. With a 64GB capacity per module, data-intensive workloads can be processed more efficiently, reducing bottlenecks and improving overall system responsiveness. The 2Rx4 organization optimizes memory channels and improves signal integrity, which is essential for high-density memory configurations.

ECC Registered Memory for Enhanced Reliability

Equipped with ECC (Error Correction Code) technology, this Kingston module continuously monitors and corrects single-bit memory errors, preventing system crashes and data corruption. ECC Registered SDRAM stabilizes the memory subsystem by buffering and managing data, particularly in servers that require high uptime and consistent performance. This technology ensures that mission-critical applications operate smoothly without interruption, making the KTH-PL556D4-64G an ideal choice for enterprise-grade server environments.

Memory Density and Channel Optimization

The 64GB density per DIMM offers significant advantages in scaling server memory capacity. Large-scale memory installations benefit from reduced physical footprint while maintaining high performance. Paired with the DDR5 architecture, the increased memory density allows for more effective utilization of system resources. Dual-rank 2Rx4 configuration facilitates optimal communication between the memory controller and the modules, ensuring stable data transfer and reducing the likelihood of signal degradation, even under heavy computational loads.

Power Efficiency and Thermal Management

DDR5 RDIMMs, including the Kingston KTH-PL556D4-64G, operate at lower voltages compared to previous DDR4 modules, achieving higher energy efficiency and reducing heat generation. The reduced operating voltage not only lowers server power consumption but also enhances thermal stability, which is critical for data center environments where multiple modules operate in close proximity. Kingston's engineering emphasizes both performance and sustainable energy usage, making these modules a preferred choice for organizations seeking to optimize total cost of ownership (TCO) while maintaining exceptional performance.

Compatibility and System Integration

Kingston Smart Memory modules undergo rigorous validation and testing to ensure compatibility with a wide range of server platforms, including major brands and configurations. This meticulous validation process guarantees that the KTH-PL556D4-64G integrates seamlessly into existing infrastructures, eliminating potential issues related to memory recognition, timing, or stability. These modules support standard server memory management protocols, allowing IT administrators to deploy memory upgrades without extensive reconfiguration or downtime.

Support for Advanced Server Features

Designed for enterprise-level applications, these RDIMMs fully support advanced server features such as Intel's Extended Memory Buffer and AMD's similar memory enhancement technologies. These features optimize memory utilization, reduce latency, and facilitate high-performance computing tasks such as virtualization, large database operations, and real-time analytics. By leveraging Kingston's ECC and registered technology, servers maintain data integrity even under intensive workloads, which is crucial for environments requiring 24/7 operation and maximum uptime.

Enterprise Applications and Use Cases

Virtualization and Cloud Computing

In virtualization scenarios, the Kingston KTH-PL556D4-64G offers substantial memory capacity to host multiple virtual machines efficiently. High-speed DDR5 memory ensures that virtual machines experience minimal latency while accessing system resources, improving overall responsiveness and user experience. Cloud computing environments benefit from the module's ECC capabilities, which prevent memory errors from propagating across virtualized infrastructures, thereby maintaining service reliability and data consistency for end-users.

High-Performance Computing (HPC)

High-performance computing applications demand fast and reliable memory to process complex calculations and simulations. The 5600MT/s transfer rate of the Kingston KTH-PL556D4-64G ensures that large datasets can be quickly read and written, facilitating high-throughput processing and accelerated computation. The module's registered and ECC features maintain system stability during extended computational cycles, preventing interruptions that could compromise results or system integrity.

Database Management and Analytics

Modern database systems require high-speed memory to manage large volumes of structured and unstructured data efficiently. Kingston DDR5 RDIMMs provide the necessary bandwidth and reliability for transactional databases, data warehouses, and analytics platforms. The enhanced memory density allows for larger in-memory datasets, which significantly improves query performance and reduces reliance on slower storage subsystems. Enterprises can thus achieve faster insights and support data-driven decision-making processes more effectively.

AI and Machine Learning Workloads

Artificial intelligence and machine learning algorithms depend heavily on memory bandwidth and capacity to process extensive datasets during training and inference. Kingston's 64GB DDR5 RDIMMs provide ample capacity to accommodate large models, while the high 5600MT/s transfer speeds ensure timely data access for efficient computation. ECC functionality safeguards against memory errors that could introduce inaccuracies in AI computations, maintaining the integrity and reliability of results across diverse AI workloads.

Data Center and Server Scalability

Scalable data center deployments benefit from the modular nature of RDIMMs. The Kingston KTH-PL556D4-64G supports high-density memory configurations, allowing IT teams to expand memory resources without significant re-architecture. Whether upgrading existing servers or designing new infrastructure, the combination of ECC, registered buffering, and DDR5 high-speed memory enables large-scale installations to achieve optimal performance while ensuring system reliability and data protection.

Advanced Technology Features

On-Die ECC and Improved Signal Integrity

DDR5 memory introduces on-die ECC, which provides additional protection within the memory chip itself. This feature complements traditional ECC and registered memory functions, ensuring that data corruption is minimized at every stage of storage and retrieval. On-die ECC improves signal integrity and reduces the likelihood of system errors in densely populated memory configurations, enhancing overall server reliability and uptime.

Enhanced Channel Architecture

The DDR5 standard divides memory modules into independent sub-channels, improving efficiency and reducing latency. The Kingston KTH-PL556D4-64G takes full advantage of this architecture, allowing servers to access data more quickly and manage multiple tasks simultaneously without performance degradation. This is particularly beneficial for workloads requiring parallel processing, as each sub-channel can operate independently, optimizing memory bandwidth and enhancing multi-threaded performance.

Adaptive Power Management

DDR5 memory modules incorporate adaptive power management features that dynamically adjust voltage and frequency based on workload requirements. Kingston's RDIMMs utilize this functionality to balance power efficiency with performance, reducing overall energy consumption while maintaining optimal data transfer speeds. This adaptive behavior is critical in modern data centers, where minimizing energy usage without compromising performance is essential for operational efficiency and sustainability.

Thermal Sensor Integration

Kingston DDR5 RDIMMs include integrated thermal sensors to monitor module temperatures in real time. These sensors allow server management systems to implement dynamic cooling strategies, preventing overheating and ensuring consistent operation under high workloads. By maintaining optimal temperature levels, these modules extend the lifespan of both memory components and server hardware, contributing to lower maintenance costs and higher system reliability.

Reliability, Availability, and Serviceability (RAS) Features

RAS features are crucial for enterprise-grade memory modules, and Kingston's KTH-PL556D4-64G excels in this domain. The combination of ECC, registered buffering, on-die ECC, and thermal monitoring ensures maximum reliability and reduces the risk of system downtime. Additionally, the modules are designed for easy serviceability, allowing IT personnel to replace or upgrade memory without disrupting critical operations. These features make the Kingston RDIMM an excellent choice for data centers, cloud providers, and high-performance computing environments that demand uninterrupted service.

Kingston Smart Memory and System Compatibility

Rigorous Validation for Server Platforms

Kingston Smart Memory undergoes extensive validation on major server platforms to guarantee compatibility and performance. The KTH-PL556D4-64G is tested against a variety of BIOS and firmware versions, ensuring seamless integration with different server models. This validation process reduces deployment risk, minimizes system errors, and ensures that the memory module operates at its full potential from the moment it is installed.

Support for Advanced Management Protocols

Enterprise memory management protocols such as Serial Presence Detect (SPD) and Advanced Configuration and Power Interface (ACPI) are fully supported by Kingston DDR5 RDIMMs. These protocols allow system administrators to monitor memory performance, temperature, and voltage parameters in real time, facilitating proactive management and troubleshooting. By leveraging these advanced features, organizations can achieve higher operational efficiency and prevent potential system failures before they occur.

Optimized Firmware and BIOS Integration

Kingston collaborates with server manufacturers to optimize firmware and BIOS settings for each module, ensuring that performance characteristics such as timing, frequency, and voltage are accurately recognized and utilized. This integration ensures that servers benefit from the full capabilities of the KTH-PL556D4-64G, delivering consistent high-speed memory performance across a wide range of workloads and operational scenarios.

Future-Proofing Data Center Infrastructure

The adoption of DDR5 technology provides a future-proof foundation for expanding data center memory capacity. Kingston's 64GB RDIMMs offer high-density configurations that enable organizations to scale server resources without frequent hardware replacement. By investing in DDR5 memory, IT departments can meet growing computational demands, support advanced workloads, and maintain competitive advantage while minimizing long-term infrastructure costs.

High Capacity, High Performance, and Unmatched Reliability

The Kingston KTH-PL556D4-64G 64GB DDR5 5600MT/s PC5-44800 2Rx4 ECC Registered SDRAM RDIMM Smart Memory module embodies the convergence of high capacity, exceptional performance, and enterprise-grade reliability. Its advanced DDR5 architecture, ECC and registered buffering capabilities, thermal management, and rigorous platform validation make it an ideal choice for mission-critical applications. Whether deployed in virtualization environments, cloud computing platforms, high-performance computing clusters, or large-scale data centers, this memory module provides the stability, speed, and scalability required to meet the demands of modern enterprise computing.

Strategic Value for IT Infrastructure

By incorporating Kingston DDR5 RDIMMs, organizations gain a strategic advantage in managing data-intensive workloads, reducing latency, and ensuring system stability. The KTH-PL556D4-64G offers both immediate performance benefits and long-term scalability, providing a cost-effective solution for enterprises looking to optimize IT infrastructure. Its combination of high capacity, fast data transfer rates, and ECC-enabled reliability ensures that servers operate efficiently, securely, and reliably in demanding operational environments.

Integration into High-Density Server Configurations

Kingston's high-density DDR5 modules facilitate the creation of memory-rich server configurations, maximizing performance while minimizing physical space requirements. Data centers can benefit from the modular design, which allows easy expansion and maintenance while maintaining consistent operational stability. The integration of ECC, on-die error correction, and thermal sensors further enhances reliability and serviceability, enabling IT teams to maintain high uptime and operational efficiency.

Optimized for Emerging Enterprise Workloads

As enterprise workloads continue to evolve, memory requirements are becoming more complex and demanding. Kingston KTH-PL556D4-64G RDIMMs are engineered to support emerging technologies, including AI acceleration, real-time analytics, virtualization, and large-scale database management. By leveraging advanced DDR5 features, organizations can ensure that their memory infrastructure keeps pace with growing performance demands while maintaining reliability and cost efficiency.