Axiom RAM1600DDR3L-8GBX2-AX 16GB DDR3L 1600MHz SO-DIMM RAM Module

16GB (2 x 8GB) DDR3L-1600 SO-DIMM 204-pin Unbuffered RAM Module Kit

The Axiom RAM1600DDR3L-8GBX2-AX is a high-capacity, dual-channel kit containing two 8GB DDR3L-1600MHz unbuffered SO-DIMM memory modules, for a total capacity of 16GB. This kit is an excellent and powerful upgrade for notebooks, small form-factor PCs, and compatible NAS devices that support a dual-channel memory configuration. The "L" in DDR3L signifies a low voltage of 1.35V, making it an energy-efficient choice for devices where power consumption and heat are important considerations, without compromising on performance.

As a trusted provider of compatible memory solutions, Axiom manufactures its products to meet or exceed OEM specifications. This non-ECC kit is a reliable and high-performance solution that provides a significant boost to system speed, making it ideal for professional users, content creators, and those who frequently engage in heavy multitasking. The 16GB total capacity ensures a smooth and responsive experience even with the most demanding applications.

Features :

This 16GB RAM kit offers a substantial performance increase, particularly in a dual-channel configuration. The two-module setup doubles the data path between the memory and the memory controller, leading to a noticeable improvement in overall system performance. The SO-DIMM form factor is designed for laptops and other compact devices, and the 1600MHz speed provides a fast and efficient way to handle large datasets. The low voltage operation helps in reducing power consumption and heat output, which is crucial for the battery life and longevity of mobile devices.

Advanced Options :

The Axiom RAM1600DDR3L-8GBX2-AX is an ideal choice for a comprehensive and high-impact memory upgrade. It allows you to maximize your system's potential by fully utilizing the dual-channel memory architecture. This makes the kit perfect for professionals and power users who need a responsive system for a variety of tasks, including virtualization, advanced photo and video editing, and running multiple resource-intensive applications simultaneously.