SNPW403YC/64G Dell 64GB RAM 2933MHz DDR4 ECC Registered 288-Pin

Highlights of Dell SNPW403YC/64G 64GB DDR4 2933MHz Memory

The Dell SNPW403YC/64G 64GB DDR4 ECC Registered memory module is a high-performance server-grade RAM solution designed for enterprise computing environments. Engineered with DDR4 SDRAM technology, it delivers reliable speed, superior stability, and enhanced data integrity for mission-critical workloads.

General Information

• Manufacturer: Dell
• Part Number: SNPW403YC/64G
• Product Type: DDR4 Memory Module
• Sub Type: 2933MHz PC4-23400 SDRAM

Technical Specifications

• Capacity: 64GB
• Memory Technology: DDR4 SDRAM
• Module Configuration: 1 x 64GB
• Bus Speed: 2933MHz (DDR4 / PC4-23400)
• CAS Latency: CL21
• Rank: 2Rx4

Reliability & Signal Processing

• Error Correction: ECC (Error Correcting Code)
• Architecture: Registered RDIMM for stable signal handling
• Design: Buffered memory for enterprise workloads

Physical Characteristics

• Form Factor: 288-pin RDIMM
• Dimensions: 1.00" Height × 6.75" Depth
• Shipping Weight: 0.20 lb

Compatibility

Dell PowerEdge Server

• PowerEdge R640
• PowerEdge R740
• PowerEdge R740xd
• PowerEdge R840
• PowerEdge R940
• PowerEdge C6420
• PowerEdge C4140
• PowerEdge T640
• PowerEdge FC640
• PowerEdge M640
• PowerEdge M640 VRTX
• PowerEdge MX740c
• PowerEdge MX840c

Dell Precision Workstation

• Precision 7820 Tower
• Precision 7920 Tower

Overview of Dell SNPW403YC/64G 64GB DDR4 2933MHz Memory

Dell SNPW403YC/64G 64GB DDR4 2933MHz PC4-23400 SDRAM ECC Registered 288-Pin Memory Module is engineered for enterprise-class computing environments where stability, reliability, and sustained performance are essential requirements for uninterrupted operations. This high-capacity memory module is designed to support modern data center workloads, virtualization infrastructures, cloud-based deployments, and mission-critical enterprise applications that demand consistent memory performance under continuous heavy load conditions. With a combination of ECC error correction, registered signal buffering, and DDR4 architecture optimized for server workloads, it ensures that organizations can achieve scalable performance while maintaining data integrity and system reliability across long-term usage cycles.

Enterprise DDR4 Architecture Built for Stability and Consistency

The DDR4 architecture used in this Dell memory module is optimized specifically for server environments where predictable performance and system stability are more important than peak consumer-oriented speed. Operating at 2933MHz, it delivers balanced bandwidth that supports enterprise workloads requiring continuous data processing without fluctuations in system responsiveness. This architecture improves internal efficiency by reducing power consumption and enhancing signal integrity across memory channels, making it highly suitable for data centers that operate 24/7 with minimal tolerance for downtime or performance inconsistencies.

Advanced Memory Channel Optimization

Advanced memory channel optimization enables this module to communicate efficiently with CPU memory controllers, ensuring that data transfers occur smoothly across multiple workloads running simultaneously in enterprise environments. This reduces memory bottlenecks that often occur in high-density computing systems and ensures that applications such as virtualization platforms, cloud infrastructure services, and enterprise databases maintain consistent performance even during peak usage periods. The optimized channel architecture enhances system efficiency by ensuring stable bandwidth distribution across all active processes.

Stable Data Flow Under Continuous Processing Demands

Stable data flow is a critical requirement for enterprise servers that handle continuous workloads without interruption, and this memory module ensures that data movement between memory and processor remains consistent under all operating conditions. It minimizes latency spikes and ensures predictable system behavior, which is essential for applications requiring real-time responsiveness such as financial trading systems, analytics platforms, and mission-critical enterprise applications that depend on uninterrupted data processing accuracy.

High-Capacity 64GB Memory for Enterprise Scalability

The 64GB memory capacity of this module provides enterprise servers with the ability to handle large-scale workloads efficiently while maintaining system stability under high memory demand conditions. It supports multiple virtual machines, large database operations, and high-performance computing tasks simultaneously without exhausting system resources. This high-density memory configuration allows organizations to optimize server utilization and reduce infrastructure costs by consolidating workloads onto fewer physical machines while maintaining performance consistency.

Virtualization Workload Distribution

Efficient virtualization workload distribution ensures that multiple virtual machines operating on a single physical server receive adequate memory resources for stable and efficient performance. This module enables hypervisors to allocate memory dynamically based on workload demand, improving system utilization and reducing performance contention between virtual environments. It is particularly beneficial for enterprise virtualization platforms where resource allocation efficiency directly impacts operational performance and cost management strategies.

Enhanced Performance in Multi-Tenant Cloud Environments

Enhanced performance in multi-tenant cloud environments ensures that different users sharing the same physical infrastructure experience consistent and reliable performance regardless of workload intensity. This memory module helps cloud providers maintain service-level agreements by reducing latency fluctuations and ensuring fair memory distribution across tenants. It supports scalable cloud architectures where performance stability and resource fairness are critical for maintaining customer satisfaction and operational efficiency.

ECC Registered Memory for Data Integrity and System Protection

ECC Registered memory technology provides a critical layer of protection for enterprise systems by detecting and correcting memory errors in real time, preventing data corruption and unexpected system failures. This functionality is essential for environments where data accuracy and system reliability are non-negotiable requirements. By automatically correcting single-bit memory errors and monitoring system integrity continuously, ECC memory ensures that enterprise applications operate with maximum stability and minimal risk of data inconsistencies.

Real-Time Error Detection and Correction Mechanism

Real-time error detection and correction mechanisms continuously monitor memory operations and identify potential data inconsistencies before they can impact system performance. When errors are detected, they are corrected automatically without interrupting system processes, ensuring uninterrupted server operation. This capability significantly enhances system reliability in environments where even minor memory faults could result in operational disruptions or data integrity issues in mission-critical applications.

Critical Protection for Mission-Critical Enterprise Systems

Critical protection for mission-critical enterprise systems ensures that sensitive applications such as banking platforms, healthcare databases, government systems, and enterprise resource planning solutions operate with maximum reliability and data accuracy. This memory module plays a key role in maintaining system trust by preventing silent data corruption and ensuring that all processed information remains consistent and accurate across long operational cycles without downtime.

Registered DIMM Architecture for Improved System Scalability

Registered DIMM architecture enhances server scalability by introducing a buffering register between memory modules and the memory controller, reducing electrical load and improving signal integrity across multiple memory configurations. This allows servers to support higher memory densities while maintaining stable system performance, making RDIMM technology a standard requirement for enterprise-level computing environments that require flexible and scalable memory expansion capabilities.

Improved Electrical Load Management in Server Systems

Improved electrical load management ensures that memory signals are efficiently buffered before reaching the memory controller, reducing strain on system components and improving overall stability. This enables servers to operate with multiple high-capacity memory modules installed simultaneously without experiencing performance degradation or signal interference, making it ideal for large-scale enterprise deployments requiring consistent reliability under heavy computational workloads.

Flexible Infrastructure Expansion for Growing Enterprises

Flexible infrastructure expansion allows organizations to scale their server memory capacity gradually as workload demands increase without requiring complete system redesigns or hardware replacement. This supports long-term IT growth strategies by enabling incremental upgrades that maintain compatibility and system stability, ensuring that enterprise environments can adapt efficiently to evolving computational requirements over time.

2933MHz Performance for Enterprise Workloads

The 2933MHz operating frequency of this DDR4 memory module provides an optimal balance between performance and stability for enterprise workloads that require consistent data processing capabilities without compromising system reliability. This frequency is widely adopted in server environments where long-term operational stability and predictable performance are prioritized over maximum speed, making it ideal for enterprise-grade infrastructure deployments.

Improved Application Response Time in Server Environments

Improved application response time ensures that enterprise software applications access memory data quickly and efficiently, reducing latency and enhancing overall system responsiveness. This improvement is particularly beneficial for database-driven applications, virtualization workloads, and cloud-based services that require fast memory access for optimal performance under heavy usage conditions.

Consistent Performance During Continuous Server Operation

Consistent performance during continuous server operation ensures that the memory module maintains stable performance levels even during extended periods of high workload activity. This reliability is essential for enterprise environments that operate 24/7, ensuring uninterrupted service delivery and minimizing the risk of performance degradation over time.

Improved System Responsiveness Under Heavy Load

this memory module is designed to maintain high responsiveness even during peak workloads, ensuring that servers continue operating efficiently under pressure whether handling multiple virtual machines, database queries, or cloud-based applications, the module ensures that memory access delays are minimized, resulting in faster execution times and smoother system behavior and this level of responsiveness is essential for enterprise environments where downtime or lag can significantly impact productivity and service quality.

Thermal Stability in Data Centers

Energy efficiency is a key advantage of DDR4 server memory, and this module is optimized to reduce power consumption while maintaining high performance levels in enterprise environments. Lower energy usage contributes to reduced operational costs in large-scale data centers while also minimizing heat generation, which improves system cooling efficiency and enhances overall hardware longevity. These characteristics make it ideal for organizations aiming to optimize infrastructure sustainability and reduce long-term operational expenses.

Optimized Power Consumption

Optimized power consumption ensures that the memory module operates efficiently within enterprise server environments without drawing excessive energy, helping organizations reduce electricity costs while maintaining consistent performance. This is particularly important in large data centers where hundreds or thousands of memory modules operate simultaneously, making energy efficiency a critical factor in operational planning and cost management.

Reduced Heat Output for Improved Hardware Longevity

Reduced heat output contributes to improved hardware longevity by minimizing thermal stress on server components, ensuring stable long-term operation under continuous workloads. This enhances system reliability and reduces the frequency of hardware failures, making it a valuable feature for enterprises focused on long-term infrastructure stability and maintenance cost reduction.

Dell Enterprise Server Ecosystem

This memory module is fully validated for compatibility with Dell enterprise server platforms, ensuring seamless integration into existing IT infrastructures without configuration issues or performance inconsistencies. It is designed to meet strict quality and performance standards required for Dell PowerEdge servers, making it a reliable choice for enterprise deployments that demand certified hardware compatibility and operational stability.

Strict Quality Validation for Enterprise Deployment

Strict quality validation ensures that each memory module undergoes extensive testing to confirm compatibility with enterprise server systems, reducing the risk of hardware conflicts or performance instability during deployment. This validation process guarantees that the module meets enterprise-grade reliability standards required for mission-critical IT environments.

Simplified System Integration Process

Simplified installation and system integration allow IT administrators to deploy this memory module quickly and efficiently within compatible server systems, reducing downtime during upgrades and ensuring smooth transitions in production environments. This improves operational efficiency and minimizes disruptions in enterprise IT workflows.

Future-Ready Memory Solution for Modern Data Centers

This DDR4 RDIMM memory module is designed to support evolving enterprise workloads, ensuring long-term usability in modern data center environments that require scalable, reliable, and high-performance memory solutions. It provides a strong foundation for virtualization, cloud computing, and enterprise application hosting while maintaining compatibility with existing infrastructure investments.

Emerging Enterprise Workloads

Support for emerging enterprise workloads ensures that the memory module remains relevant in evolving IT environments where new technologies such as AI-driven analytics, big data processing, and advanced virtualization continue to increase memory demands across enterprise systems.