370-BBRX Dell Memory Module 64GB DDR5 5600MT/S ECC Registered

Dell 370-BBRX 64GB DDR5 Server Memory 

The Dell 370-BBRX represents a significant advancement in server memory technology, delivering exceptional performance and reliability for enterprise-level computing environments. This specific memory module is engineered to meet the demanding requirements of modern data centers, cloud computing infrastructure, and high-performance server applications.

Key Specifications and Architecture

This memory module incorporates cutting-edge DDR5 technology with optimized specifications designed specifically for server environments where stability, performance, and data integrity are paramount.

Memory Capacity 

The Dell 370-BBRX features a substantial 64GB capacity in a single module configuration. This high-density memory design enables servers to achieve significant total memory capacities with fewer physical slots occupied, allowing for more efficient resource allocation and future expansion capabilities.

Single Module Architecture

Utilizing a 1x64GB configuration, this module provides maximum flexibility in memory population across server memory channels. The single module design ensures optimal performance when installed in compatible systems and allows for strategic memory deployment across server clusters.

Performance Characteristics

Operating at 5600MT/s (MegaTransfers per second), this memory module delivers substantial bandwidth improvements over previous generation DDR4 memory. The increased transfer rate enables faster data access and processing, which is critical for memory-intensive applications and virtualized environments.

Data Rate Advancements

The 5600MT/s data rate represents a significant performance uplift compared to earlier server memory technologies. This enhanced speed directly translates to improved application responsiveness, reduced latency for memory-bound operations, and better overall system throughput.

Advanced Memory Technology Features

Dell's 370-BBRX memory incorporates several sophisticated technologies that enhance performance, reliability, and power efficiency in server environments.

DDR5 Architectural Improvements

The transition to DDR5 architecture brings substantial improvements in memory subsystem design. Key enhancements include better signal integrity, improved power management, and advanced error detection capabilities that collectively contribute to superior server performance.

On-Die ECC Implementation

DDR5 technology incorporates on-die ECC (Error Correcting Code) that corrects bit errors within the memory chip itself before they can affect system operation. This additional layer of error protection works in conjunction with the module-level ECC to provide comprehensive data integrity.

Power Efficiency 

Operating at just 1.1 volts, this memory module demonstrates significant power efficiency improvements over previous generations. The reduced voltage requirement contributes to lower overall power consumption in data center environments, supporting sustainability initiatives and reducing operational costs.

PowerEdge Server Optimization

This memory module undergoes rigorous testing and validation specifically for Dell PowerEdge server platforms. The optimization ensures that the memory operates at peak performance while maintaining system stability and data integrity across various server workloads.

Supported Server Platforms

The 370-BBRX memory module is compatible with multiple generations of Dell PowerEdge servers that support DDR5 technology. Specific compatibility includes recent PowerEdge models designed for enterprise, cloud, and data center deployments.

System Integration Benefits

Integration of the 370-BBRX memory into PowerEdge servers provides several system-level benefits that enhance overall server performance and management capabilities.

Performance Scaling

When deployed in multi-module configurations, these memory modules enable linear performance scaling that matches increasing computational demands. The consistent performance characteristics ensure predictable system behavior under varying load conditions.

Enterprise-Grade Reliability Features

The Dell 370-BBRX incorporates multiple reliability-enhancing technologies that are essential for mission-critical server environments where system uptime and data integrity are non-negotiable requirements.

ECC Technology Implementation

Error Correcting Code technology is a fundamental feature of this memory module, providing automatic detection and correction of single-bit memory errors while detecting multi-bit errors.

Single Bit Error Correction

The ECC implementation can automatically correct single-bit errors that occur during memory operations without impacting system performance or requiring administrator intervention. This capability significantly improves system reliability and reduces unplanned downtime.

Multi-Bit Error Detection

For more severe multi-bit errors, the ECC technology provides robust detection capabilities that alert system administrators to potential memory issues before they can cause data corruption or system crashes.

Registered DIMM Architecture

The RDIMM (Registered Dual In-Line Memory Module) design incorporates memory buffers that improve signal integrity and enable support for higher memory capacities in server systems.

Signal Integrity Enhancement

Registered memory modules include buffers that reduce the electrical load on the memory controller, enabling support for more memory modules per channel while maintaining signal quality and system stability.

Memory Capacity Scaling

The RDIMM architecture allows servers to support significantly larger total memory capacities compared to unbuffered designs. This is particularly important for memory-intensive applications and large-scale virtualization deployments.

Performance Optimization Characteristics

The technical specifications of the Dell 370-BBRX memory module are carefully engineered to deliver optimal performance in server environments while maintaining compatibility and reliability.

CAS Latency Optimization

The CAS Latency 46 specification is optimized for the high-speed 5600MT/s operation while maintaining stability under demanding server workload conditions. This balance ensures consistent performance across varying operational scenarios.

Bandwidth Capabilities

The PC5-44800 designation indicates the module's peak theoretical bandwidth capabilities, which translate to real-world performance benefits in memory-intensive applications.

Real-World Performance Impact

The increased bandwidth directly benefits applications that are memory bandwidth-sensitive, including database operations, scientific computing, virtualization, and in-memory processing workloads.

Physical Design and Construction

The physical implementation of the Dell 370-BBRX memory module incorporates robust design elements that ensure long-term reliability and compatibility in server environments.

Module Form Factor

Utilizing the standard 288-pin RDIMM form factor, this memory module ensures mechanical compatibility with Dell PowerEdge server memory slots while providing the electrical characteristics required for DDR5 operation.

Application Scenarios and Use Cases

The Dell 370-BBRX 64GB DDR5 memory module is designed to excel in various server deployment scenarios, each with specific memory requirements and performance characteristics.

Virtualization Environments

In virtualized server deployments, high memory capacity and reliability are essential for supporting multiple virtual machines and ensuring consistent performance across diverse workloads.

Virtual Machine Density

The 64GB capacity per module enables higher virtual machine density per physical server, improving consolidation ratios and reducing total cost of ownership for virtualized infrastructure.