QNAP 4GB DIMM DDR3 1600 MHz Memory Module

Overview

The QNAP RAM-4GDR3EC-LD-1600 is a 4GB DDR3 ECC memory module designed to enhance the performance and reliability of compatible QNAP servers. Operating at 1600 MHz with a 240-pin DIMM format, it provides a stable and efficient memory upgrade that supports error correction to maintain data integrity. This module is ideal for enterprise environments where consistent uptime and accurate data processing are essential.

Key features

• Error-correcting code (ECC) technology that automatically detects and corrects memory errors to prevent data corruption and system crashes.
• 240-pin long-DIMM design tailored for seamless integration with specific QNAP server models.
• Stable 1600 MHz clock speed that supports smooth multitasking and improved server responsiveness under heavy workloads.
• Simple, functional design without heat spreaders or LEDs, ensuring compatibility and reliability within QNAP’s server lineup.
• Optimized for enterprise storage systems, helping maintain consistent performance during demanding applications.

Key specs

• Memory capacity: 4 GB
• Memory type: DDR3 ECC
• Speed: 1600 MHz
• Form factor: 240-pin DIMM
• ECC support: Yes

Connectivity and compatibility

This memory module is specifically compatible with QNAP server models including the TS-ECx79U-RP, TS-ECx80U-RP, and related SAS-RP variants. It provides a straightforward upgrade path for users looking to expand memory capacity without compatibility concerns. Its design ensures it fits securely and functions reliably within these systems, supporting enterprise-level storage and server applications.

Ideal uses and environments

The RAM-4GDR3EC-LD-1600 is well suited for small to medium business servers and larger enterprise storage solutions that require dependable memory performance. It supports environments where data accuracy and system stability are critical, such as file servers, virtualization hosts, and database management systems. This module helps maintain smooth operation during intensive multitasking and continuous server workloads.