0M1R1H Dell 64GB PC3-10600 Ecc Registered DDR3 SDRAM 240-Pin Ram

Dell 0M1R1H 64GB 1333MHz RAM

The Dell 0M1R1H 64GB 1333MHz PC3-10600 ECC Registered DDR3 240-Pin RAM is a high-performance memory solution designed for enterprise-grade servers. This module ensures reliability, speed, and efficiency for demanding workloads.

General Information

• Brand: Dell
• Model Number: 0M1R1H
• Category: Memory Module

Technical Specifications

Capacity and Technology

• Total Storage: 64GB
• Memory Type: DDR3 SDRAM
• Configuration: 8 x 8GB modules

Performance Details

• Speed: 1333MHz DDR3-1333 / PC3-10600
• Error Correction: ECC (Error-Correcting Code)
• Features: Dual Rank, Registered
• Latency: CL9

Platform Compatibility

• Supported Systems: Dell PowerEdge servers

Physical Characteristics

Form Factor

• Design: 240-Pin DIMM

Dimensions and Weight

• Height: 2.00 inches
• Depth: 7.00 inches
• Weight: 0.20 lb

Compatibility

Server Models

• Optimized For: Dell PowerEdge R710

Dell 0M1R1H 64GB 1333MHz PC3-10600 ECC RAM Overview

The Dell 0M1R1H 64GB 1333MHz PC3-10600 ECC Registered DDR3 SDRAM 240-Pin RAM belongs to a specialized category of enterprise-grade memory modules designed to deliver reliable, stable and high-capacity performance for demanding server infrastructures. Positioned within the broader class of DDR3 ECC Registered memory, this module supports mission-critical workloads where data accuracy, system uptime and consistent throughput are essential. As organizations continue to operate large databases, virtualization environments and heavy multitasking applications, the need for dependable server memory such as this becomes increasingly crucial. The category’s primary focus revolves around enhanced error correction, elevated module density and compatibility with enterprise platforms that require long-duration stability and predictable behavior under load.

Framework of DDR3 ECC Registered Memory

DDR3 ECC Registered RAM is engineered to provide significant enhancements over general desktop memory, particularly within systems that must prevent data corruption and sustain 24/7 operation. The Dell 0M1R1H 64GB module exemplifies the advantages of ECC Registered technology through its ability to detect and correct minor data inconsistencies before they impact operations. With a 1333MHz memory speed and PC3-10600 bandwidth rating, it offers balanced performance tailored for enterprise-grade reliability rather than sheer consumer-level speed. Its 240-pin layout ensures a secure physical interface, and the registered chipset design reduces electrical strain on the memory controller, enabling higher memory capacities within compatible server platforms.

Stability and Performance Characteristics

The stability profile of this memory category is primarily tied to ECC functionality, which automatically scans and rectifies common data errors created during high-intensity processing. This capability minimizes the risk of system crashes or corrupted calculations, allowing servers to maintain operational integrity even under heavy workloads. Performance consistency is further supported by the registered buffering, which organizes and manages memory signals in a structured way, allowing the system to handle more memory modules without overwhelming the controller. The 1333MHz frequency provides a dependable balance of speed and power efficiency, making the Dell 0M1R1H module suitable for applications where reliability is more critical than extreme data rates.

Compatibility Considerations

The Dell 0M1R1H 64GB ECC Registered DDR3 SDRAM is tailored for enterprise server systems that support DDR3 RDIMM architecture. This category does not align with consumer-grade desktops or laptops due to its registered design and ECC capability, which require advanced onboard memory controllers found only in professional-grade systems. When integrating this memory module, administrators must ensure the server supports high-capacity RDIMMs and accommodates 64GB densities per module. Its design makes it ideal for high-performance servers from Dell and other brands that adhere to DDR3 RDIMM standards, enabling seamless deployment in varied data center infrastructures.

Enterprise Use Cases and Application Areas

The needs of modern enterprises extend across several high-demand computing environments, all of which rely heavily on stable and expansive server memory. Within virtualization platforms, large memory banks are essential to allocate resources across multiple virtual machines without performance degradation. Database servers benefit from the module’s 64GB capacity by maintaining large data tables, in-memory processing caches and real-time analytics workloads. High-performance computing clusters further depend on the reliability provided by ECC Registered RAM, ensuring calculations remain accurate across distributed computational tasks. Additionally, cloud service providers and storage servers require dependable memory to preserve data accuracy and avoid service interruptions.

Virtualization and Multi-Instance Systems

Virtualized environments often demand high-density memory configurations because each virtual machine requires dedicated memory allocation. The Dell 0M1R1H 64GB module allows administrators to achieve a more efficient distribution of resources across numerous virtual instances. The ECC Registered architecture ensures that even when memory contention is high, system stability remains intact. As organizations continue migrating toward virtual resource pools, the need for scalable DDR3 RDIMM memory remains essential for smooth and predictable operations.

Database Processing and In-Memory Workloads

Modern relational and NoSQL databases frequently store portions of data in memory to accelerate access and processing times. The large capacity of this DDR3 ECC Registered module facilitates smoother transitions between queries, faster response times and enhanced throughput for heavy read and write operations. Its error-correction technology prevents data corruption that could compromise the accuracy of financial records, customer data or analytical computations. This consistency is vital when handling sensitive or mission-critical datasets, making the module an ideal fit for professional database servers.

Design Structure and Component

The engineering behind ECC Registered DDR3 modules like the Dell 0M1R1H centers on component durability, thermal efficiency and strict electrical tolerances. Each module is designed with server-grade chips that operate within tightly controlled parameters. The registered buffer chip manages signal traffic, ensuring the motherboard’s memory controller is not overloaded by high-capacity configurations. Combined with robust heat management and optimized PCB architecture, the module operates efficiently even during extended uptime cycles. This category is built for systems running nonstop, such as data centers and cloud-hosting environments, where sustained performance is mandatory.

Memory Architecture Features

The 64GB density is achieved using industry-standard DRAM chips configured for ECC functionality. The 240-pin connector serves as the physical interface ensuring proper alignment and power distribution. The PC3-10600 rating reflects the maximum theoretical bandwidth, allowing data transfers to maintain steady and predictable rates under load. ECC circuitry provides an added layer of protection against single-bit errors, preventing small inconsistencies from escalating into faults that could disrupt services or compromise stored information.

Thermal Reliability and Durability

Enterprise memory must withstand continuous operation at elevated temperatures. The Dell 0M1R1H module’s architecture ensures effective heat dispersion to maintain stability and prevent performance throttling. High-quality capacitors and resistors contribute to long-term durability, enabling the module to function reliably throughout extended duty cycles. This design approach minimizes downtime and reduces the need for frequent maintenance or replacement.

Category Benefits for Business Operations

The broader category of Dell ECC Registered DDR3 server memory provides organizations with several operational advantages. These memory modules enhance overall system efficiency by reducing error rates and enabling stable high-capacity memory configurations. Their compatibility with enterprise servers ensures that businesses can scale their infrastructure without sacrificing dependability. Furthermore, the balance between speed and power consumption makes DDR3 PC3-10600 modules a cost-effective solution for organizations optimizing both performance and operating expenses.

Operational Efficiency Improvements

Memory stability directly influences server uptime, and ECC Registered modules significantly reduce the risk of unexpected shutdowns or application failures. This consistency enhances productivity, especially in environments where systems must remain available without interruption. The 64GB capacity of the Dell 0M1R1H module supports more simultaneous operations, allowing organizations to handle increased workloads while maintaining responsive system behavior.

Cost-Effective Legacy Server Enhancement

Even as newer generations of memory become more prevalent, DDR3 ECC Registered modules continue to serve a vital role in maintaining and upgrading existing server infrastructures. For businesses that operate established platforms, using this category of memory helps maximize the lifespan of legacy systems without the cost of a complete hardware overhaul. The Dell 0M1R1H module offers a reliable way to expand memory capacity, improve workload management and enhance overall system stability within older yet still valuable servers.

Scalability

The ability of ECC Registered DDR3 memory to scale within large server environments is one of its defining strengths. For organizations anticipating growth, the Dell 0M1R1H 64GB module provides a solution that supports expanding data requirements, increasing virtualization density and improving resource allocation. As systems scale, maintaining operational integrity and data accuracy becomes paramount, and the ECC functionalities of the module ensure compatibility with these goals.

Support for High-Capacity Server Arrays

Large server arrays require memory solutions capable of sustaining heavy parallel processes without compromising system response times. With its 64GB capacity and registered design, this DDR3 module enables administrators to efficiently configure extensive memory banks across multi-socket servers. Such scalability is beneficial for data centers managing cloud applications, web hosting platforms and software environments serving thousands of concurrent users.

Future-Ready Usage within DDR3 Ecosystems

Although technology continues to advance, many enterprise systems still depend on DDR3 memory due to their proven stability and strong compatibility with various server architectures. The Dell 0M1R1H module fits seamlessly into this ecosystem, offering dependable long-term service for organizations that continue to leverage DDR3 platforms. Its technical consistency and reliable performance ensure it remains a valuable asset even as businesses gradually move toward newer hardware generations.

Reliability Standards and Data Protection

Reliability is a defining element of ECC Registered memory, and this category is engineered specifically for environments where data accuracy and system stability are critical. The error-correction mechanism embedded in the Dell 0M1R1H module actively monitors memory operations to prevent corrupted data from propagating through applications or storage systems. This proactive approach to data protection is essential for industries handling sensitive financial records, confidential user information or real-time processing tasks that demand precise results.

Error Management and Data Integrity

By identifying and correcting single-bit memory errors, ECC technology prevents minor issues from escalating into system-wide failures. This capability forms the foundation for maintaining data integrity across long-duration computational tasks. The registered buffering further contributes to consistent performance by regulating signal flow, reducing the likelihood of electrical interference or instability in high-density configurations.