Dell 4GB DDR3 DIMM 240-pin 1600 MHz PC3-12800 Memory Module

Overview

The Dell A5681560 is a 4 GB DDR3 DIMM memory module designed specifically for Dell PowerEdge servers. Operating at 1600 MHz with PC3-12800 bandwidth, it provides reliable and efficient memory performance for demanding server environments. This module supports registered ECC technology, which helps detect and correct memory errors to maintain system stability during critical workloads.

Its 240-pin form factor fits standard server slots, making installation straightforward. Compatible with models like the PowerEdge R620 and R720, this memory module is ideal for expanding capacity, improving response times, and extending the life of existing server hardware.

Key features

• Registered ECC memory that actively detects and corrects errors to prevent system crashes and data corruption
• Dual-rank design that distributes data efficiently across memory banks, reducing latency during multi-threaded operations
• High-speed 1600 MHz operation ensures smooth data throughput for virtual machines, databases, and analytics tasks
• Easy installation with a standard 240-pin DIMM format compatible with selected Dell PowerEdge servers
• Original Dell part that maintains hardware warranty and aligns with Dell’s support and validation standards

Key specs

• Memory capacity: 4 GB
• Memory type: DDR3 SDRAM
• Speed: 1600 MHz
• Bandwidth: PC3-12800
• Form factor: 240-pin DIMM
• ECC type: Registered ECC
• Rank: Dual-rank

Compatibility and installation

This memory module is validated for use in Dell PowerEdge servers such as the R620 and R720, among other compatible models. Installation requires powering down the server, seating the module in an available DIMM slot, and rebooting. The server firmware automatically recognizes the module, eliminating the need for manual configuration and allowing for seamless capacity upgrades.

Who this memory module is for

This 4 GB Dell memory module suits IT professionals managing Dell PowerEdge servers who need to increase memory capacity without compromising system reliability. It works well for environments running multiple virtual machines, transactional applications, or data analytics, where maintaining low latency and error-free operation is critical. It also fits teams looking to extend the service life of their existing server hardware with validated, warranty-preserving components.