Dell 16GB DDR4 2Rx8 SODIMM 2400MHz ECC Memory Module

Overview

The Dell SNPNVHFYC/16G is a 16 GB DDR4 ECC memory module designed for laptops and compact workstations that require reliable and accurate data processing. Operating at 2400 MHz with a low 1.2-volt power requirement, it balances fast data access with efficient energy use, making it suitable for mobile systems and space-constrained desktops. Its error-correcting code (ECC) capability helps prevent data corruption, which is critical for professional environments handling complex workloads.

Key features

• ECC support that detects and corrects single-bit memory errors to maintain system stability and data integrity
• Dual-rank design with x8 chip layout to enhance data throughput and improve performance in demanding applications
• Low voltage operation at 1.2 volts to reduce power consumption and heat generation, extending battery life in portable devices
• 260-pin SODIMM form factor that fits easily into compatible laptops and small workstations for straightforward upgrades
• Compatible with systems supporting DDR4 2400 MHz memory, enabling quick installation and automatic recognition

Key specs

• Memory capacity: 16 GB
• Memory type: DDR4 ECC unbuffered
• Speed: 2400 MHz (PC4-19200)
• Voltage: 1.2 V
• Form factor: 260-pin SODIMM
• Rank: Dual-rank
• Chip layout: x8

Compatibility and installation

This memory module is designed for ECC-capable laptops and compact workstations that support DDR4 2400 MHz memory. Installation involves seating the 260-pin SODIMM into the appropriate slot, after which the system automatically detects the increased memory capacity. This upgrade can improve system responsiveness and reduce load times for applications, making it a practical choice for users looking to extend the life of their existing hardware without replacing the entire system.

Ideal uses and environments

The Dell SNPNVHFYC/16G is well suited to professionals who require dependable memory performance for tasks such as virtual machine hosting, large data analysis, and complex design rendering. Its ECC functionality makes it a strong option for engineers, researchers, and IT administrators who cannot afford data errors or system instability. It fits well in environments where maintaining data accuracy and system uptime is essential.