AddOn 16GB DDR4-3200MHz SODIMM Memory Module for Lenovo Systems - Part 4X71F27330AA

AddOn Lenovo® 4X71F27330 Compatible JEDEC Standard 16GB DDR4-3200MHz Unbuffered Dual Rank x8 1.2V 260-pin CL15 SODIMM

Upgrade your Lenovo notebook's performance with the AddOn 16GB DDR4-3200MHz SODIMM Memory Module, designed to deliver faster data access and improved multitasking capabilities. This high-quality memory module is built to meet strict JEDEC standards, ensuring compatibility and reliability right out of the box. Whether you're editing high-resolution images, rendering 3D graphics, or gaming, this module provides the necessary speed and capacity to handle demanding applications with ease. Its unbuffered design and CL21 CAS latency offer dependable responsiveness, making it an excellent choice for power users seeking enhanced productivity. The 260-pin form factor and 6.5-inch length ensure seamless fit into compatible notebook devices, reducing electrical load on the memory controller for maximum efficiency. With a lifetime warranty, you can trust this memory upgrade to provide long-term performance and stability for your system.

Features:

• Allow convenient and fast access to the stored information your computer is actively using for maximum efficiency

• No matter how heavy and numerous the applications that you are using, 3200 MHz memory speed will run them smoothly

• Editing high-resolution pictures, rendering 3D graphics, and playing the latest games is effortless with 16 GB of memory that manages demanding tasks seamlessly

• DDR4 SDRAM interface synchronizes electrical and clock signals for an efficient data transfer rate

• Single 16GB module for enhanced memory reliability and productivity

• 260-pin configuration for faster, dependable performance and better data access

• CL21 CAS latency ensures reliable and fast response times for improved system performance

• Notebook device support for reliable and enhanced memory performance

• SODIMM form factor with 260-pin design and 16 GB capacity reduces electrical load, maximizing feasibility

• Unbuffered signal processing guarantees dependable programmability and system stability