M0VW4 Dell 8GB RAM 2400mhz DDR4 SDRAM 288-Pin

Dell M0VW4 8GB 2400MHz RAM

The Dell M0VW4 8GB 2400MHz DDR4 SDRAM 288-Pin RAM is a high-performance memory module designed to enhance computing speed and efficiency. Built with advanced DDR4 technology, it ensures reliable multitasking and smooth system operations.

General Information

• Manufacturer: Dell
• Part Number: M0VW4
• Product Type: Memory Module

Technical Specifications

Storage Capacity

• 8GB RAM for seamless multitasking

Memory Technology

• DDR4 SDRAM for faster data transfer

Module Details

• 1 x 8GB module
• Speed: 2400MHz DDR4-2400 / PC4-19200
• Data Integrity: Non-ECC

Performance Features

• Single Rank design
• Unbuffered architecture
• CAS Latency Timings: CL17

Physical Characteristics

Form Factor

• 288-pin UDIMM

Dimensions

• Height: 2.00 inches
• Depth: 7.00 inches

Weight

• Shipping Weight: 0.20 lb

Compatibility

Supported Dell Systems

Alienware Series

• Alienware Area-51 R2
• Alienware Aurora R6

Precision Workstations

• Precision T3620
• Precision T3420

Optiplex Models

• Optiplex 7040 MT
• Optiplex 7040 SFF
• Optiplex 3046 MT
• Optiplex 3050 MT
• Optiplex 3050 SFF
• Optiplex 5050 MT
• Optiplex 5050 SFF
• Optiplex 7050 MT
• Optiplex 7050 SFF

Other Compatible Systems

• PowerEdge T30
• XPS Tower (8920)
• Vostro 3268

Dell M0VW4 2400MHz 8GB PC4-19200 DDR4 RAM Overview

The Dell M0VW4 2400MHz PC4-19200 Non-ECC Unbuffered DDR4 SDRAM 8GB RAM 288-Pin module represents a highly reliable and performance-oriented memory option engineered for mainstream computing environments. This category is dedicated to exploring, understanding, and optimizing the capabilities of 8GB DDR4 modules designed for desktops requiring dependable speed, smooth multitasking and improved responsiveness. Within this category, users can learn how this memory type functions, how it enhances system efficiency, how it compares to other generations or capacities, and how its characteristics contribute to stable system performance in both home and professional computing tasks.

Position of the Dell M0VW4 8GB DDR4 Memory Technology

The Dell M0VW4 module belongs to the essential tier of DDR4 memory solutions that prioritize stability, compatibility and performance. DDR4 technology maintains a dominant position in current-day computing due to its balance between higher bandwidth, reduced voltage consumption, and improved data transmission efficiency compared to older DDR3 modules. This category emphasizes how 2400MHz memory modules align with mid-range and business-grade computing, delivering consistent performance without unnecessary overhead. The PC4-19200 bandwidth classification ensures fast data throughput, which is noticeable in various applications such as loading software, launching operating systems, switching between tasks and processing regular workloads.

Understanding the Non-ECC and Unbuffered Architecture

The Dell M0VW4 module is categorized as Non-ECC and Unbuffered, making it ideal for consumer desktops and general-purpose systems where affordability and efficiency matter most. Non-ECC memory is designed for environments that do not require error correction capabilities, resulting in lower latencies and faster data access times. Unbuffered memory further enhances responsiveness because it processes commands directly between the memory controller and the RAM chips. In this portion of the category, users learn why the Non-ECC structure fits personal computing, how unbuffered designs differ from registered modules, and how these characteristics translate to snappier application performance.

Performance Attributes of PC4-19200 2400MHz Memory

The PC4-19200 classification corresponds to a memory bandwidth capability of approximately 19.2GB/s, highlighting its ability to support streamlined processing flows in desktops running Windows, Linux or other modern operating systems. The 2400MHz frequency supports performance stability for a wide range of workloads such as office applications, entry-level content creation, multimedia streaming and light gaming. This section of the category describes how the frequency rate relates to overall computing performance, why 2400MHz remains relevant in both older and mid-generation systems, and how users can expect smoother multitasking when upgrading from lower-frequency modules.

Latency and Operational Efficiency

Latency characteristics are vital in memory performance, and the Dell M0VW4 module is engineered to minimize delays during data retrieval and storage. Within this category description, the concept of CAS latency is elaborated in relation to how quickly the system can access queued instructions. The balance between bandwidth and latency ensures that everyday tasks feel consistent and swift, especially when switching between multiple applications or handling browser-based workflows involving numerous tabs.

Power and Thermal Management Characteristics

DDR4 modules like the Dell M0VW4 typically operate at 1.2V, which is a substantial improvement over earlier memory generations. Reduced voltage contributes to better thermal management, lower system-wide power consumption and increased component longevity. This category section explains the importance of thermal efficiency, how it impacts long-term desktop performance, and why low-voltage memory is beneficial for compact and business machines where cooling limitations may exist.

Compatibility and System Integration

Compatibility plays a major role in memory selection, and the Dell M0VW4 module is engineered to integrate seamlessly with a wide range of Dell desktops and third-party systems that support 2400MHz DDR4 memory. This part of the category overview highlights how the 288-pin layout ensures proper motherboard connectivity, how users can verify supported memory capacities and frequencies, and why matching module specifications with motherboard requirements is essential for stable performance. This ensures that the memory upgrade process is both straightforward and beneficial to system functionality.

Integration with Dell Desktop and Workstation Platforms

The Dell M0VW4 module is optimized for several Dell OptiPlex, Inspiron and Precision models that utilize DDR4 memory infrastructure. This section explains the benefits of using manufacturer-validated modules, such as improved BIOS compatibility and fewer issues with system stability. Users seeking a reliable upgrade path for aging systems gain insight into how the module revitalizes performance, extends system life and improves responsiveness across various everyday applications.

Cross-Platform and Third-Party Compatibility Considerations

Beyond Dell-specific systems, this memory module adheres to JEDEC DDR4 standards, enabling it to function in a wide variety of desktops from multiple brands as long as the system supports Non-ECC Unbuffered DDR4 memory at 2400MHz. This category portion discusses motherboard chipset compatibility, dual-channel support advantages and why standardization ensures smooth installation. It also explores how balanced RAM configurations improve overall system output, especially for users running memory-intensive applications.

Physical 288-Pin Design Attributes

The 288-pin interface is the foundation of DDR4 memory modules, offering improved electrical contact stability over previous generations. This section highlights how pin count directly influences data transfer pathways, how module design affects speed and reliability and why the structural improvements in the 288-pin DDR4 format contribute to more dependable long-term performance.

Use-Case Scenarios

This category explores how everyday users, professionals and enthusiasts benefit from upgrading or utilizing the Dell M0VW4 RAM module. Its 8GB capacity is well-suited for mainstream computing tasks that require a balance between cost efficiency and operational speed. This includes running office applications smoothly, browsing with multiple tabs, editing documents, watching HD content and handling light creative workloads such as image editing or basic video processing. System builders looking for stability without excessive cost considerations find this module particularly appealing.

Enhanced Multitasking and Application Responsiveness

Modern desktops often run numerous background tasks and services. The Dell M0VW4 memory module helps maintain responsiveness by allowing the operating system to process instructions more efficiently. This part of the category content explains how sufficient memory capacity reduces delays, enhances workflow productivity and improves operating system fluidity. It also covers the importance of available RAM for software loading times, application switching and overall desktop behavior.

Performance in Media and Everyday Productivity

For users engaged in daily productivity tasks, this memory module provides consistently reliable performance. Whether composing reports, creating presentations, streaming content or participating in virtual meetings, the 2400MHz speed ensures seamless interaction with software tools. This category section describes how the stability of DDR4 modules contributes to fewer system interruptions, smoother video playback and more efficient multitasking.

Entry-Level Creative Workloads

Image editing, graphic design and beginner-level multimedia production benefit from stable memory conditions. The Dell M0VW4 module ensures that such tasks can be executed without system hangs or delays. This description highlights how the bandwidth and responsiveness of DDR4 technology enhance basic creative workflows, making it easier for users to manipulate files or coordinate multiple applications simultaneously.

Light Gaming and Entertainment Optimizations

Although not designed for high-performance gaming rigs, the module still supports light to moderate gaming experiences where memory capacity and stable performance are essential. This portion of the category description discusses how games that rely heavily on RAM buffers, background resource allocation and loading processes can run more consistently with a reliable DDR4 8GB module.

Thermal Stability and Component Longevity

Thermal stability is one of the most important aspects of memory design, and DDR4 modules are known for their efficient heat distribution. This part of the category content explains how efficient thermal behavior reduces the risk of system slowdowns, enhances system reliability and allows users to maintain performance levels even during heavy workloads.

System Stability Under Constant Operation

The Dell M0VW4 module is crafted for long-term system uptime, ensuring stable operation in both professional and home environments. This section highlights how dependable RAM reduces the likelihood of crashes, freezes or slowdowns during intensive tasks. The consistent performance level of DDR4 memory ensures that users experience a more reliable and predictable system response.

Future-Proofing and Upgrade Path Considerations

Even though DDR4 memory has been succeeded by DDR5 in certain high-performance systems, DDR4 remains the dominant standard in mainstream desktops due to its affordability, stability and ongoing support. This category description highlights how the Dell M0VW4 module provides a cost-effective upgrade path, especially for users seeking to extend system life without transitioning to entirely new platforms. Continuing support from motherboard manufacturers ensures long-term viability for DDR4-based systems.

Scalability and Further Memory Expansion

While an 8GB module serves many household and office needs, this category explains how installing additional modules or upgrading to dual-channel memory configurations can significantly enhance system throughput. Understanding the benefits of balanced RAM capacity helps users plan future upgrades and ensures that the system remains capable of handling evolving software requirements.

Long-Term Value of DDR4 Technology

This final portion of the category body discusses how DDR4 still holds a crucial place in the modern computing ecosystem. Widespread availability, stable performance and broad compatibility ensure long-term support for systems equipped with modules like the Dell M0VW4. As software applications continue to optimize for DDR4 platforms, users benefit from a mature and dependable technology stack that remains relevant for years to come.