Overview The QNAP RAM-4GDR4A0-SO-3200 is a 4GB DDR4-3200 SODIMM memory module designed to enhance the performance of compatible QNAP NAS systems. Running at 3200 MHz, it provides the bandwidth needed for faster file sharing, improved snapshot speeds, and smoother operation of hosted applications. This module fits directly into the 260-pin memory slot of models like the TS-432X and TS-632X, making it a practical upgrade for both home users and IT administrators. Key features Single 4GB DDR4-3200 module that boosts data throughput for NAS workloads 260-pin SODIMM form factor ensures compatibility with QNAP NAS memory bays Validated for use with QNAP TS-432X, TS-632X, and other certified models to guarantee reliable operation Simple installation process requiring only a power down and module insertion for immediate performance improvement Supports smoother media indexing and more stable high-resolution streaming across multiple devices Enhances responsiveness for containerized applications, virtual machines, and database services Key specs Memory capacity: 4 GB Memory type: DDR4 Speed: 3200 MHz (PC4-25600) Form factor: 260-pin SODIMM Compatibility: QNAP TS-432X, TS-632X, and other certified NAS models Installation and setup Installing this memory module is straightforward and requires minimal downtime. Simply power off your NAS device, insert the module firmly into an available memory slot until it clicks into place, and then power the system back on. The NAS will automatically recognize the additional memory, allowing you to immediately benefit from improved performance without complex configuration. Ideal uses and environments This memory upgrade is well suited for users who run demanding NAS workloads such as hosting virtual machines, managing containers, or operating database services. It also benefits home users who stream high-resolution media to multiple devices or require faster media indexing. The module fits well in small to medium-sized office environments and home networks where enhanced responsiveness and multitasking capabilities are important.
