Hynix 96GB PC5-38400 DDR5 HMCGM4MEBRB175N 4800MHz 288-pin RDIMM RAM

HMCGM4MEBRB175N Hynix 96GB PC5-38400 4800MHz CL40 ECC 2Rx4 DDR5 SDRAM 288-Pin RDIMM Memory Module Overview

The HMCGM4MEBRB175N Hynix 96GB PC5-38400 4800MHz CL40 ECC 2Rx4 DDR5 SDRAM 288-pin RDIMM Memory Module is an advanced enterprise-grade memory solution engineered for mission-critical workloads. Designed with 96GB capacity, high-speed DDR5 4800MHz performance, and robust ECC error correction, it meets the demands of modern data centers, virtualization platforms, AI applications, and big data environments. With a 2Rx4 dual-rank configuration and RDIMM architecture, this module supports scalability, stability, and reliability, making it an ideal choice for businesses aiming to optimize server performance and ensure maximum uptime.

DDR5 4800MHz Speed with PC5-38400 Bandwidth

The DDR5 4800MHz speed delivers PC5-38400 bandwidth, translating into 38.4 GB/s per module of data transfer capacity. This ensures faster application responsiveness, improved transaction speeds, and efficient workload execution in data-heavy environments.

ECC Reliability for Mission-Critical Systems

Integrated Error-Correcting Code (ECC) technology safeguards against data corruption by automatically detecting and correcting single-bit memory errors. This ensures higher system stability, reliability, and data integrity—key requirements for financial systems, healthcare platforms, and enterprise servers running 24/7.

2Rx4 Dual-Rank Design

The 2Rx4 rank configuration balances memory efficiency and parallelism by allowing multiple ranks to operate simultaneously. This results in improved bandwidth utilization, reduced latency, and consistent high performance across enterprise workloads.

288-Pin RDIMM Architecture

As a Registered DIMM (RDIMM), the module includes a register buffer that reduces electrical load on the memory controller. This improves signal integrity, stability, and scalability when deploying large memory capacities in multi-channel server environments.

Advantages of DDR5 Technology in the HMCGM4MEBRB175N

Higher Bandwidth and Lower Latency

Compared to DDR4, DDR5 introduces significantly higher speeds and bandwidth. The 4800MHz frequency ensures seamless data transfer, reduced bottlenecks, and efficient execution of resource-intensive tasks such as cloud computing, AI, and high-performance computing.

Improved Power Efficiency

Operating at 1.1V, DDR5 memory consumes less energy while delivering greater performance. Integrated Power Management ICs (PMICs) allow precise regulation, minimizing energy waste and supporting eco-friendly data center operations.

On-Die ECC Integration

DDR5 introduces on-die ECC, which corrects errors within the DRAM chip itself before they affect system-level operations. This provides an additional layer of reliability alongside module-level ECC.

Scalable Memory Solutions

The 96GB HMCGM4MEBRB175N allows data centers to scale memory to multi-terabyte levels while maintaining lower DIMM counts. This reduces complexity, optimizes cooling, and lowers operational costs.

Enterprise Workload Applications

Big Data Analytics

Platforms like SAP HANA, Apache Hadoop, and Spark demand large memory pools for real-time analytics. With 96GB per module, enterprises can handle larger datasets in-memory, reducing query latency and ensuring rapid insights.

High-Performance Computing (HPC)

HPC applications in scientific modeling, engineering simulations, and research require robust performance. The 4800MHz DDR5 speed paired with ECC reliability ensures that compute-intensive workloads execute without errors or performance degradation.

Enterprise Databases

SQL, Oracle, and NoSQL databases experience reduced transaction latency and accelerated queries with large memory modules. The HMCGM4MEBRB175N enables in-memory database acceleration while maintaining consistent uptime.

Reliability and Data Integrity Features

Module-Level ECC Protection

ECC support ensures automatic detection and correction of memory errors, reducing downtime and preventing costly system crashes.

On-Die ECC at the Chip Level

Internal DDR5 ECC further improves reliability by addressing bit-level errors within the DRAM itself before they propagate to the wider system.

Thermal Sensors and Monitoring

Integrated thermal sensors allow real-time temperature monitoring. This ensures optimal performance, prevents overheating, and helps data centers fine-tune cooling strategies.

Stability via RDIMM Buffer

The register buffer reduces the load on the memory controller, ensuring reliable communication and stability in dense memory configurations.

Deployment and Compatibility Guidelines

System Compatibility

The HMCGM4MEBRB175N is designed exclusively for enterprise-class servers supporting DDR5 ECC RDIMMs. It is not compatible with consumer desktops or systems requiring unbuffered memory modules.

Benefits for Data Centers and Enterprises

Scalability

With 96GB per module, organizations can scale to multi-terabyte memory environments without requiring an excessive number of DIMMs.

Energy Efficiency

Low-voltage DDR5 modules reduce energy consumption and heat, cutting operational expenses and aligning with green IT goals.

Maximum Uptime

ECC and on-die ECC minimize memory-related failures, ensuring consistent system availability for mission-critical workloads.

Optimized Performance Across Workloads

From AI model training to virtualization clusters, the HMCGM4MEBRB175N provides balanced performance, scalability, and reliability.

Use Case Scenarios

Financial Transaction Processing

In financial services, reliability and low-latency performance are crucial. ECC and fast DDR5 speeds ensure secure and uninterrupted processing.

Healthcare Data Management

Medical imaging, patient data systems, and analytics platforms benefit from the high capacity and reliability offered by this module.

Government and Defense Systems

Mission-critical government systems rely on ECC memory modules like the HMCGM4MEBRB175N to maintain uninterrupted performance and data accuracy.