SNPP2MYXC/64G Dell 64GB DDR4 SDRAM 3200MHZ PC4-25600 Cl24 Ecc Reg 288-Pin Ram

Dell SNPP2MYXC/64G 64GB DDR4 ECC Registered RDIMM

The Dell SNPP2MYXC/64G 64GB DDR4 3200MHz PC4-25600 CL24 ECC Registered Dual Rank x4 SDRAM is a high-capacity memory module designed for enterprise servers and professional workstations. With advanced error correction, registered buffering, and dual-rank architecture, it ensures stability, speed, and efficiency for mission-critical workloads.

General Information

• Manufacturer: Dell
• Part Number: SNPP2MYXC/64G
• Product Name: Memory Upgrade 64GB - 2Rx4 DDR4 RDIMM 3200MHz

Technical Specifications

Memory Details

• Capacity: 64GB
• Technology: DDR4 SDRAM
• Modules: 1 x 64GB
• Bus Speed: 3200MHz DDR4-25600 / PC4-3200
• Data Integrity: ECC (Error-Correcting Code)
• Signal Processing: Registered
• CAS Latency: CL24
• Rank Features: 2Rx4 (Dual Rank x4)

Physical Characteristics

• Form Factor: 288-pin RDIMM
• Dimensions: 1.00" (Height) x 6.75" (Depth)
• Weight: 0.20 lb

Compatibility

Dell PowerEdge Servers

• PowerEdge C4140 / C6420 / C6520 / C6525
• PowerEdge FC640
• PowerEdge M640
• PowerEdge MX740c / MX750c / MX840c
• PowerEdge R440 / R450 / R540 / R550
• PowerEdge R640 / R650 / R650xs
• PowerEdge R6515 / R6525
• PowerEdge R740 / R740xd / R740xd2
• PowerEdge R750 / R750xa / R750xs
• PowerEdge R7515 / R7525
• PowerEdge R840 / R940 / R940xa
• PowerEdge T440 / T550 / T640
• PowerEdge XR11 / XR12 / XR2

Dell Precision Workstations

• Precision 5820 Tower
• Precision 7820 Tower
• Precision R7920
• Precision T5820XL Tower
• Precision T7920XL Tower

Dell SNPP2MYXC/64G 64GB 3200MHz DDR4 RAM Overview

The Dell SNPP2MYXC/64G 64GB 3200MHz PC4-25600 CL24 ECC Registered DDR4 SDRAM 288-Pin RAM belongs to a high-performance category of enterprise-grade server memory modules designed to enhance reliability, scalability, and processing efficiency in data-intensive computing environments. This memory module is engineered for modern servers and enterprise systems that require stable performance under demanding workloads such as virtualization, cloud infrastructure, large database operations, analytics platforms, and mission-critical enterprise applications. By combining high capacity with advanced error correction technology and optimized memory architecture, the module provides the stability and responsiveness required for modern IT infrastructures.

Enterprise-Class Memory Architecture for Modern Servers

Enterprise servers demand memory modules that deliver consistent throughput, reduced latency, and improved error management. The Dell SNPP2MYXC/64G module is built on DDR4 technology, which represents a significant improvement over previous memory generations. DDR4 architecture offers increased bandwidth, lower power consumption, and improved signal integrity, making it a preferred memory standard for data centers and enterprise systems.

Operating at a speed of 3200MHz, this module provides a PC4-25600 data rate that allows servers to handle large workloads efficiently. Memory bandwidth plays a crucial role in system performance because processors rely on RAM to store and access active data quickly. With higher memory bandwidth, applications experience faster response times, and servers can support more concurrent users and services without performance degradation.

Importance of High-Capacity Server Memory

A 64GB memory capacity significantly expands the ability of a server to run multiple workloads simultaneously. Enterprise environments frequently require large memory pools to accommodate applications such as database management systems, virtualization platforms, and big data processing frameworks. With higher memory capacity, servers can allocate sufficient resources to virtual machines, applications, and system processes.

This capacity level also allows IT administrators to consolidate workloads onto fewer physical machines, which reduces hardware costs, energy consumption, and data center footprint. The 64GB capacity offered by the Dell SNPP2MYXC/64G module enables businesses to build scalable computing environments that can grow with evolving technological demands.

PC4-25600 Data Transfer Rate

The PC4-25600 designation indicates that the memory module delivers a maximum theoretical bandwidth of 25.6GB per second. High memory bandwidth is essential for processors performing complex operations such as data analytics, artificial intelligence workloads, and virtualization tasks. The increased transfer rate ensures faster communication between the processor and memory subsystem.

This performance advantage allows enterprise servers to handle larger datasets and execute more instructions simultaneously. Applications that require constant memory access, including real-time analytics platforms and high-traffic web services, benefit greatly from this high-speed memory architecture.

DDR4 SDRAM Technology Advantages

DDR4 SDRAM technology introduced numerous improvements over previous memory standards such as DDR3. These enhancements focus on performance optimization, energy efficiency, and reliability. The Dell SNPP2MYXC/64G memory module utilizes DDR4 architecture to deliver superior performance in enterprise computing environments.

Improved Memory Bandwidth

DDR4 modules operate at significantly higher frequencies than earlier memory technologies. With a clock speed of 3200MHz, this RAM module provides faster data transfer between the CPU and memory. Higher bandwidth results in improved application performance, faster processing of complex workloads, and smoother multitasking capabilities within server environments.

Lower Power Consumption

Energy efficiency is an important consideration for modern data centers. DDR4 memory operates at a reduced voltage compared to previous generations. Lower power consumption contributes to reduced heat generation and improved thermal efficiency within server systems. Data centers deploying multiple servers benefit from lower electricity costs and improved cooling efficiency.

Enhanced Signal Integrity

DDR4 technology includes improvements in signal integrity that allow memory modules to operate at higher speeds without compromising reliability. Advanced memory architecture and optimized circuit design reduce signal noise and maintain stable data transmission. These improvements ensure that enterprise servers can operate continuously without memory-related disruptions.

Error Correcting Code (ECC) Memory Reliability

One of the most important features of the Dell SNPP2MYXC/64G RAM module is Error Correcting Code (ECC) technology. ECC memory is designed to detect and correct memory errors automatically, preventing data corruption and improving system reliability. Enterprise systems that run mission-critical applications require memory modules capable of maintaining data accuracy at all times.

Detection and Correction of Memory Errors

ECC memory includes additional circuitry that continuously monitors data stored in memory cells. When a single-bit error occurs, ECC algorithms identify the incorrect data and correct it automatically before the processor accesses it. This error correction process occurs instantly and without interruption to system operations.

Without ECC technology, memory errors could lead to system crashes, corrupted files, or application failures. ECC memory ensures stable system performance and protects sensitive data from unexpected corruption.

Benefits for Mission-Critical Workloads

Enterprise workloads such as financial transactions, healthcare systems, scientific computing, and enterprise resource planning rely heavily on accurate data processing. ECC memory ensures that these workloads maintain data integrity even when minor memory errors occur. By correcting errors automatically, ECC memory prevents system downtime and maintains operational continuity.

Registered DIMM (RDIMM) Design

The Dell SNPP2MYXC/64G module is classified as a Registered DIMM (RDIMM). Registered memory modules include a register component that buffers memory signals between the memory controller and RAM modules. This design improves system stability when multiple memory modules are installed within a server.

Signal Stabilization

In large server systems with multiple memory modules, electrical signal integrity becomes increasingly important. RDIMM modules include a register chip that stabilizes control signals before they reach memory chips. This signal buffering reduces electrical load on the memory controller and ensures consistent performance even when large amounts of RAM are installed.

Improved Memory Scalability

Servers designed for enterprise use often require large memory configurations to support demanding workloads. RDIMM technology allows servers to support higher memory capacities compared to unbuffered memory modules. This scalability enables businesses to expand system memory without compromising reliability or stability.

CAS Latency CL24 Performance Characteristics

CAS latency refers to the delay between a memory controller requesting data and the memory module delivering that data. The Dell SNPP2MYXC/64G RAM operates with a CAS latency of CL24, which is optimized for enterprise server workloads that prioritize reliability and consistent performance.

Latency values are carefully balanced with clock speed to achieve optimal performance. With a 3200MHz frequency and CL24 latency rating, the memory module ensures efficient data retrieval while maintaining stable operation in multi-module server configurations.

288-Pin DIMM Form Factor

The Dell SNPP2MYXC/64G memory module features a standard 288-pin DIMM form factor used by DDR4 server memory. This form factor ensures compatibility with modern enterprise servers that support DDR4 RDIMM modules. The standardized design allows seamless integration into server motherboards without requiring specialized hardware modifications.

The 288-pin design provides dedicated electrical connections for data transfer, command signals, and power management. These connections enable high-speed communication between the processor and memory subsystem, supporting demanding enterprise workloads.

Performance Benefits for Data Center Environments

Data centers rely on high-performance memory modules to support virtualization platforms, cloud computing services, and high-volume application processing. The Dell SNPP2MYXC/64G RAM module delivers the capacity and performance required to maintain efficient server operations.

Virtualization Platforms

Virtualization technologies allow multiple operating systems and applications to run simultaneously on a single physical server. Each virtual machine requires dedicated memory resources to operate efficiently. With a 64GB memory module, administrators can allocate sufficient memory to multiple virtual machines without compromising system performance.

Database Management Systems

Large databases require fast memory access to process queries, manage transactions, and maintain indexing operations. High-capacity memory modules improve database performance by allowing frequently accessed data to remain in memory instead of being retrieved from slower storage systems.

Cloud Infrastructure

Cloud computing environments rely heavily on scalable server infrastructure. High-capacity memory modules such as the Dell SNPP2MYXC/64G enable cloud service providers to deploy powerful servers capable of supporting numerous users and applications simultaneously.

Compatibility with Enterprise Dell Servers

The Dell SNPP2MYXC/64G RAM module is designed specifically for compatibility with Dell enterprise server platforms. Dell PowerEdge servers are engineered to work seamlessly with Dell-certified memory modules, ensuring optimal performance and stability.

Using manufacturer-approved memory modules reduces compatibility issues and ensures that system firmware and hardware components function correctly. Dell-validated memory modules undergo extensive testing to verify performance, reliability, and compatibility with supported server platforms.

Optimized Integration with Server Hardware

Dell enterprise memory modules are engineered to integrate perfectly with system architecture. This optimization ensures efficient communication between processors, memory controllers, and storage subsystems. The result is a stable computing environment capable of handling demanding workloads without performance bottlenecks.

Thermal Efficiency and Power Management

Server environments require memory modules capable of operating continuously under heavy workloads while maintaining safe operating temperatures. The Dell SNPP2MYXC/64G RAM module incorporates advanced power management and thermal design features that help maintain stable operating conditions.

Efficient Voltage Operation

DDR4 memory operates at a lower voltage than earlier memory generations, reducing overall energy consumption. Lower voltage levels help minimize heat generation and improve overall server efficiency. This energy efficiency contributes to reduced cooling requirements within data centers.

Heat Dissipation and Stability

Memory modules used in enterprise servers are designed to maintain stable temperatures during continuous operation. Efficient heat dissipation prevents thermal throttling and ensures consistent performance even during high workload conditions.

Scalability for Growing IT Infrastructure

Modern organizations require scalable IT infrastructure capable of adapting to increasing workloads and expanding business requirements. Memory modules with high capacity and advanced architecture play a vital role in building scalable server environments.

Memory Expansion Capabilities

Enterprise servers typically include multiple DIMM slots that allow administrators to install additional memory modules as system requirements grow. By installing 64GB modules, organizations can achieve large memory capacities with fewer DIMM slots occupied. This approach leaves room for future upgrades and expansion.

Future-Ready Server Performance

Deploying high-capacity memory modules ensures that servers remain capable of handling future workloads. As applications evolve and data volumes increase, systems equipped with sufficient memory can adapt without requiring immediate hardware replacement.

Applications Across Enterprise Industries

High-capacity DDR4 ECC Registered memory modules are widely used across numerous industries that require reliable and high-performance computing infrastructure. These modules support mission-critical applications that demand stable performance and consistent uptime.

Financial Services and Banking

Financial institutions rely on powerful server systems to process transactions, maintain secure databases, and run analytical models. Reliable ECC memory ensures that financial data remains accurate and secure during processing operations.

Healthcare and Medical Systems

Healthcare organizations use enterprise servers to manage patient records, medical imaging systems, and research databases. High-capacity memory allows these systems to process large datasets efficiently while maintaining strict reliability requirements.

Scientific Research and Data Analytics

Scientific computing applications require powerful hardware capable of processing massive datasets and complex simulations. Memory modules such as the Dell SNPP2MYXC/64G provide the performance and capacity necessary to support high-performance computing environments.

Server Memory Optimization Strategies

Optimizing server memory configuration is essential for achieving maximum performance from enterprise systems. Proper memory deployment ensures balanced resource allocation and improved system responsiveness.

Balanced Memory Channel Configuration

Modern server processors include multiple memory channels that allow parallel data transfer between memory modules and the CPU. Installing memory modules in balanced configurations enables processors to utilize full memory bandwidth, improving overall system performance.

Capacity Planning for Enterprise Workloads

Organizations must carefully evaluate memory requirements based on application workloads and expected system growth. Deploying high-capacity modules such as the Dell SNPP2MYXC/64G helps ensure that servers can handle demanding workloads without performance limitations.