HMCT14MEERA144N Hynix 256GB DDR5-4800Mhz Pc5-38400 Memory.

Hynix HMCT14MEERA144N DDR5-4800MHz Memory 

The Hynix HMCT14MEERA144N is a high-performance memory module designed for enterprise servers and data-intensive applications. With an impressive 256GB storage capacity and advanced DDR5 technology, it ensures reliable and efficient system performance.

Brand and Product Identity

• Manufacturer: Hynix
• Model Number: HMCT14MEERA144N
• Category: Server Memory Module

Technical Specifications

• Memory Capacity: 256GB per module
• Memory Type: DDR5 SDRAM
• Number of Modules: 1x256GB
• Data Transfer Speed: 4800MHz (DDR5-4800 / PC5-38400)
• Error Checking: ECC (Error-Correcting Code)
• Signal Type: Registered (RDIMM)
• CAS Latency: CL40
• Rank Configuration: 8Rx4

Hynix HMCT14MEERA144N DDR5 Memory Module Overview

The Hynix HMCT14MEERA144N 256GB DDR5-4800Mhz PC5-38400 ECC Registered CL40 288-pin 8Rx4 RDIMM memory module represents the cutting edge of server memory technology. Designed for high-performance computing environments, this memory module provides unmatched reliability, speed, and capacity. Built with DDR5 technology, it offers improved bandwidth and efficiency over its DDR4 predecessors, enabling faster data transfer and reduced latency in enterprise-level servers and data centers.

Advanced DDR5 Architecture

The DDR5-4800Mhz architecture of the Hynix HMCT14MEERA144N module ensures superior performance in demanding applications. This memory module utilizes an optimized 8Rx4 rank design, which enhances parallel data processing capabilities. The higher frequency of 4800MHz allows for increased throughput, making it ideal for virtualization, large-scale databases, and high-performance computing workloads. Additionally, the DDR5 architecture introduces features such as Decision Feedback Equalization (DFE) and on-die ECC, further enhancing signal integrity and reducing errors during operation.

ECC Registered Technology for Maximum Reliability

One of the key advantages of this module is its Error-Correcting Code (ECC) Registered functionality. ECC memory is essential for mission-critical server operations, as it automatically detects and corrects single-bit errors that could otherwise lead to system crashes or data corruption. The registered (RDIMM) configuration stabilizes the memory signal, particularly in high-capacity server configurations. This combination of ECC and register technology ensures maximum reliability, making it a preferred choice for enterprise servers that require continuous uptime and fault tolerance.

Optimized Performance for Enterprise Workloads

The Hynix HMCT14MEERA144N module excels in environments that demand intensive memory usage. Its 256GB capacity allows for massive data storage and processing capabilities, enabling servers to handle more virtual machines and applications simultaneously. The high bandwidth of PC5-38400 ensures smooth and efficient data flow, minimizing bottlenecks and improving overall system responsiveness. This makes it particularly suitable for data centers, cloud computing platforms, and large-scale analytics operations where performance and stability are critical.

Compatibility and Integration

Designed for 288-pin DDR5 RDIMM slots, the HMCT14MEERA144N module is fully compatible with the latest enterprise server platforms from leading manufacturers. Its standardized form factor ensures seamless integration with server motherboards, while the advanced thermal management features maintain stable performance under heavy loads. System administrators benefit from its plug-and-play functionality, enabling easy installation and configuration within existing infrastructure without requiring complex setup procedures.

High-Capacity RDIMM Solutions

The 256GB capacity of the Hynix HMCT14MEERA144N RDIMM memory module provides the flexibility needed for expanding server memory without compromising performance. High-capacity RDIMMs allow enterprises to scale their computing resources efficiently, supporting larger virtual machine deployments, in-memory databases, and intensive computational tasks. The large memory footprint reduces the need for frequent data swapping between memory and storage, leading to faster response times and improved application performance.

Advanced Latency and Timing Features

With a CL40 latency specification, the HMCT14MEERA144N module achieves an optimal balance between speed and reliability. DDR5 technology introduces finer timing control and improved command scheduling, which reduces memory access delays and enhances multi-threaded processing efficiency. These features are crucial for workloads that require rapid data retrieval and high transaction rates, including financial modeling, scientific simulations, and large-scale virtualized environments.

Enterprise-Grade Reliability and Endurance

Hynix DDR5 RDIMM modules are designed for 24/7 operation in mission-critical environments. The combination of ECC, register technology, and on-die error correction ensures long-term stability and reduces the likelihood of system interruptions. The modules are rigorously tested for endurance, voltage tolerance, and thermal performance, providing confidence to IT administrators that their memory infrastructure can withstand the most demanding operational scenarios.

Data Center Optimization and Scalability

Deploying Hynix HMCT14MEERA144N memory modules in a data center environment allows for seamless scaling of memory resources. Large-scale deployments benefit from the uniform performance characteristics of DDR5 memory, which minimizes latency discrepancies and ensures consistent throughput across all nodes. This uniformity is essential for high-performance computing clusters, virtualized cloud platforms, and enterprise resource planning systems that demand predictable and stable memory performance at scale.

Enhanced Signal Integrity and Reliability Features

The module incorporates advanced signal integrity technologies, including on-die termination and improved power management. These enhancements reduce signal degradation and electromagnetic interference, critical factors in densely populated server boards. The improved reliability translates into fewer memory errors, lower downtime, and more consistent performance for enterprise applications that rely heavily on memory-intensive operations.

Server Optimization and Configuration

Optimizing servers with Hynix DDR5 RDIMM modules involves careful planning to maximize performance and stability. System architects should consider memory channel configurations, rank interleaving, and overall memory population to achieve balanced throughput. DDR5 technology also introduces independent channel architectures that enable higher efficiency and reduced latency, particularly in multi-socket server platforms. These design considerations ensure that the full potential of the Hynix HMCT14MEERA144N module is realized in enterprise deployments.

Future-Proof Memory Technology

Investing in DDR5 memory like the HMCT14MEERA144N provides a future-proof solution for data centers and enterprise servers. As applications and workloads continue to evolve, the need for higher bandwidth and larger memory capacities grows. DDR5’s enhanced architecture, higher frequency support, and improved power efficiency ensure that servers remain capable of handling next-generation workloads without immediate hardware upgrades. This longevity reduces total cost of ownership and supports sustainable IT infrastructure planning.

Integration with High-Performance Platforms

The module’s compatibility with enterprise-grade server motherboards ensures seamless integration with high-performance platforms. IT teams benefit from Hynix’s standardized memory testing and validation processes, which guarantee consistent performance across different server configurations. This integration simplifies deployment in heterogeneous environments, where multiple generations of servers and processors coexist, while maintaining uniform performance and reliability standards.

Thermal Design Considerations

The thermal characteristics of DDR5 RDIMM modules like the HMCT14MEERA144N are critical in densely packed server racks. Its low operating voltage and efficient thermal dissipation reduce the risk of overheating and improve long-term reliability. Proper airflow management and heat sink integration in server chassis complement the module’s design, ensuring stable operation under high-load conditions. These considerations are essential for maintaining performance consistency in enterprise environments where uptime is paramount.