Imation 32GB DDR5 SODIMM Memory Module, 5600MHz Laptop RAM - IM32GDR5SV03D32RD-SC

Imation 32 GB DDR5‑5600 SODIMM — High‑Capacity Laptop Memory Module

 Description

Upgrade your laptop or compact system with the Imation 32 GB DDR5 5600 MHz SO‑DIMM (model IM32GDR5SV03D32RD‑SC). Built for demanding workloads, this high‑capacity memory module delivers ample headroom for multitasking, content creation, virtualization, and future applications.

High‑Speed DDR5 for Next‑Gen Performance

This module is rated at 5600 MT/s, offering a major performance uplift over DDR4 or slower DDR5 memory. It enables smoother performance in heavy tasks such as video editing, large dataset processing, development environments, and memory‑intensive applications.

Efficient & Intelligent Design

DDR5 modules commonly operate at 1.1 V (lower than previous generations), reducing power draw and heat especially in mobile environments. In addition, DDR5 includes on‑die ECC that helps detect and correct bit errors internally, enhancing reliability under load. (This is a standard DDR5 feature across many modules.)

Laptop‑Optimized SODIMM Form Factor

This is a SO‑DIMM (small outline DIMM) module, designed for laptop or compact motherboard slots. It is non‑ECC, unbuffered, and broadly compatible with DDR5‑capable systems.

Real‑World Benefits & Use Cases

• Major multitasking boost: Run multiple heavy apps, virtual machines, or browser tabs without swapping

• Creative workflows: Edit video, render 3D models, process large files with more breathing room

• Gaming & responsiveness: Helps reduce stutter and latency in RAM‑sensitive titles

• Future‑proof capacity: 32 GB gives you longevity as software demands grow

Compatibility & Installation Tips

• Ensure your system (laptop or motherboard) supports DDR5 SODIMM at 5600 MT/s

• Enable XMP/EXPO profile in BIOS/UEFI to let the memory run at its full rated speed (if your system defaults to a lower speed)

• If mixing memory modules, match speed, timings, and voltage as closely as possible

• After installation, run memory stress tests (e.g. MemTest86) to verify stability