QNAP 16GB DDR4 3200 MHz PC4-25600 UDIMM Memory Module

Overview

The QNAP RAM-16GDR4K1-UD-3200 is a 16 GB DDR4 memory module designed to enhance the performance of compatible QNAP NAS enclosures. Operating at 3200 MHz and built to the PC4-25600 standard, it accelerates data transfer speeds, making demanding tasks like large file transfers, virtualization, and real-time backups more efficient. Its 288-pin UDIMM layout and non-ECC, unbuffered design provide a balance of low latency and stable operation suited for everyday server use.

Key features

• Memory module specifically engineered for QNAP NAS systems to ensure seamless integration and firmware recognition
• High-speed 3200 MHz operation that reduces wait times during data-intensive processes
• Non-ECC and unbuffered design that minimizes latency while maintaining system stability
• Supports improved caching and snapshot performance, which helps reduce reliance on slower disk access
• Simple installation process that requires only powering down the NAS and inserting the module into an available slot
• Ideal for small businesses, creative teams, and home lab users who need to support more simultaneous users or virtual machines

Key specs

• Memory capacity: 16 GB
• Memory type: DDR4 SDRAM
• Speed: 3200 MHz (PC4-25600)
• Form factor: 288-pin UDIMM
• Configuration: Non-ECC, unbuffered
• Compatibility: Verified for QNAP TS-855X and other supported NAS models

Installation and setup

Upgrading your QNAP NAS with this memory module is straightforward. Simply power down the device, open the chassis, and insert the module into an available memory slot. After securing the cover and powering the NAS back on, the system will automatically detect the new memory capacity and adjust settings accordingly. This upgrade allows you to handle heavier workloads without needing to replace your existing storage or processor.

Ideal uses and environments

This memory module fits well in environments where NAS performance is critical, such as small business networks with multiple users accessing shared folders, creative studios streaming high-resolution media, or home labs running multiple virtual machines and containers. Increasing physical memory capacity helps maintain smooth operation during peak usage and supports advanced NAS features like caching and snapshots for better responsiveness.