SNPWTHG4C/16G Dell 16GB DDR4 3200Mhz ECC Unbuffered Ram

Highlights of Dell SNPWTHG4C/16G 16GB DDR4 3200MHz Ram

The Dell SNPWTHG4C/16G 16GB DDR4 3200MHz memory module is a reliable and high-speed RAM upgrade designed for laptops, compact desktops, and mobile workstations. Built with DDR4 SDRAM technology, this module ensures smooth multitasking, improved system responsiveness, and efficient performance for everyday and professional use.

General Information

• Manufacturer: Dell
• Part Number: SNPWTHG4C/16G
• Product Type: DDR4 Memory Module
• Sub Type: 3200MHz PC4-25600

Technical Specifications

• Capacity: 16GB
• Technology: DDR4 SDRAM
• Configuration: 1 x 16GB
• Speed: 3200MHz (DDR4 / PC4-25600)
• CAS Latency: CL24
• Rank: 2Rx8

Signal Processing & Reliability

• Error Checking: Non-ECC
• Type: Unbuffered memory
• Design: Suitable for consumer and business laptops

Physical Characteristics

• Form Factor: 260-pin SO-DIMM

Compatibility

Compatible Dell Latitude & Business Laptops

• Latitude 5310, 5310 2-in-1
• Latitude 5410, 5411
• Latitude 5510, 5511
• Latitude 3410, 3510

Compatible Dell Inspiron & Vostro Systems

• Inspiron 14/15 3000, 5000, and 7000 Series
• Inspiron 5400, 5500, 7500, 7700 AIO models
• Vostro 3000 & 5000 Series laptops

Compatible Dell Gaming & XPS Systems

• G5 15 (5500, 5505)
• G7 15 (7500), G7 17 (7700)
• XPS 15 (9500)
• Alienware Area-51m R2

Compatible OptiPlex & Precision Systems

• OptiPlex 3080, 5080, 7080 Micro Form Factor
• OptiPlex 3280, 5480, 7480, 7780 All-in-One
• Precision 3240, 3550, 3551
• Precision 5550, 7550, 7750

Overview of Dell SNPWTHG4C/16G DDR4 PC4-25600 ECC Ram

Dell SNPWTHG4C/16G 16GB DDR4 3200MHz PC4-25600 CL24 ECC Unbuffered 260-Pin Memory Module is engineered to provide reliable performance, efficient data handling, and enhanced system stability for modern computing environments that require consistent memory responsiveness and long-term operational reliability. Designed with DDR4 technology and optimized for performance-oriented laptops, compact workstations, and enterprise-grade mobile systems, this module ensures smooth multitasking, improved processing speed, and dependable data integrity across various workloads while maintaining efficient power consumption and thermal stability.

DDR4 3200MHz Architecture for Balanced Performance and Stability

The DDR4 3200MHz architecture delivers a strong balance between speed and reliability, making it ideal for systems that require consistent performance without compromising stability under continuous workloads. This frequency ensures efficient communication between the processor and memory, allowing applications to access and process data quickly while maintaining low latency and stable system behavior even during intensive computing tasks.

Data Transfer for Everyday and Professional Workloads

Optimized data transfer efficiency ensures that the system can handle both everyday computing tasks and professional workloads with ease by enabling faster memory access and reducing delays in data processing which improves overall responsiveness and ensures smooth execution of applications across different usage scenarios.

Stable Throughput for Continuous Operation Environments

Stable throughput allows systems to maintain consistent performance levels during prolonged usage periods ensuring that applications continue to run smoothly without sudden slowdowns or interruptions even when handling multiple tasks simultaneously in professional or business environments.

16GB Capacity for Multitasking and Productivity

The 16GB capacity provides sufficient memory resources for multitasking environments allowing users to run multiple applications simultaneously without experiencing performance degradation or memory bottlenecks which enhances productivity and ensures a smooth computing experience across various workloads.

Resource Allocation Across Applications

Efficient resource allocation ensures that each application receives the necessary memory resources to operate effectively preventing performance conflicts and ensuring stable operation even when multiple programs are running concurrently in professional workflows or multitasking scenarios.

Improved Workflow Performance for Productivity Tasks

Improved workflow performance allows users to switch between applications seamlessly without delays ensuring efficient task management and enhanced productivity in environments that require continuous interaction with multiple software applications.

ECC Memory Technology for Data Integrity and Reliability

ECC memory technology provides an added layer of protection by detecting and correcting errors during memory operations ensuring that stored data remains accurate and preventing system instability caused by memory faults which is particularly important in environments where data accuracy and system reliability are critical.

Real-Time Error Detection and Correction Capability

Real-time error detection continuously monitors memory data and corrects single-bit errors automatically without interrupting system processes ensuring stable operation and minimizing the risk of data corruption or unexpected system failures during extended workloads.

Enhanced Stability for Critical Computing Tasks

Enhanced stability ensures that systems remain reliable during demanding tasks such as data processing content creation and professional workloads where even minor errors can affect output quality or system performance making ECC memory essential for maintaining consistency and reliability.

Unbuffered Memory Design for Low Latency Performance

Unbuffered DIMM design provides direct communication between memory and the memory controller reducing latency and enabling faster data access which improves system responsiveness and ensures efficient performance for applications that require quick memory operations.

Lower Latency for Faster Application Response

Lower latency allows applications to access memory quickly reducing delays in execution and improving overall system responsiveness which is especially beneficial for performance-sensitive tasks and real-time computing environments.

Improved Responsiveness for Daily and Professional Use

Improved responsiveness ensures smooth operation across everyday computing tasks and professional applications allowing users to experience faster system reactions and improved efficiency in handling workloads that demand quick data access.

260-Pin SO-DIMM Form Factor for Compact Systems

The 260-pin SO-DIMM form factor is specifically designed for compact systems such as laptops and small form factor workstations providing high-performance memory in a space-efficient design that supports modern portable computing environments without compromising performance or reliability.

Design for Portable Devices

Space-efficient design allows this memory module to fit seamlessly into compact systems ensuring compatibility with laptops and small workstations while maintaining high performance levels required for professional and everyday computing tasks.

Seamless Integration into Modern Laptop Architectures

Seamless integration ensures that the module works effectively within supported laptop systems providing reliable performance and easy upgrade options for users looking to enhance their system capabilities without complex installation procedures.

3200MHz Speed for Enhanced System Performance

The 3200MHz speed ensures faster data processing and improved system efficiency enabling applications to run smoothly and reducing delays in memory access which contributes to better overall performance in both personal and professional computing environments.

Faster Data Access for Improved Application Performance

Faster data access improves how quickly applications can retrieve and process information resulting in smoother execution and better responsiveness across various tasks including multitasking content creation and productivity workflows.

Multitasking Across Multiple Applications

Efficient multitasking ensures that multiple applications can run simultaneously without affecting system performance allowing users to work efficiently across different tasks without experiencing slowdowns or interruptions in workflow continuity.

Improved System Responsiveness Under Heavy Load

this memory module is designed to maintain high responsiveness even during peak workloads ensuring that systems continue operating efficiently under pressure whether handling multiple applications background processes or intensive computing tasks the module ensures that memory access delays are minimized resulting in faster execution times smoother system behavior and improved overall performance which is essential for maintaining productivity and system efficiency in demanding computing environments.

Thermal for Long-Term Use

DDR4 memory technology provides improved energy efficiency reducing power consumption while maintaining high performance levels which helps extend battery life in portable systems and reduces heat generation ensuring stable operation over long periods of continuous use.

Power Consumption for Efficient Operation

Optimized power consumption ensures that the memory module operates efficiently without excessive energy usage making it suitable for systems that require a balance between performance and power efficiency for sustained operation.

Reduced Heat Output for Stable System Temperatures

Reduced heat output helps maintain stable system temperatures improving hardware longevity and ensuring consistent performance without thermal-related issues that can affect system stability in high-performance computing environments.

Modern Laptop and Workstation Platforms

This memory module is designed to be compatible with modern laptop and workstation platforms that support DDR4 SO-DIMM memory ensuring reliable performance and seamless integration across various systems used in professional and everyday computing environments.

Reliable Integration Across Supported Systems

Reliable integration ensures that the memory module functions correctly within compatible systems reducing compatibility issues and ensuring stable performance across different hardware configurations used in modern computing devices.

Simple Upgrade Process for Performance Enhancement

Simple upgrade process allows users to enhance system memory capacity easily improving performance and extending the usability of existing systems without requiring complex installation procedures or hardware modifications.

Memory Solution for Evolving Workloads

This DDR4 memory module is designed to support evolving computing requirements ensuring long-term usability and consistent performance across modern applications and future workloads that demand reliable memory performance and efficient data processing capabilities.

Modern Software and Productivity Applications

Support for modern software ensures compatibility with current and future applications allowing users to run productivity tools development environments and professional software efficiently without performance limitations.

Long-Term Value and Reliable Performance

Long-term value ensures that this memory module remains a reliable investment providing stable performance over extended periods reducing the need for frequent upgrades and ensuring cost-effective system enhancement for users seeking dependable memory solutions.