Kingston 32GB DDR5 5600MT/s SODIMM Laptop Memory

Overview

The Kingston KCP556SD8-32 is a 32GB DDR5 5600MT/s SODIMM laptop memory module designed to enhance your laptop’s speed and multitasking capabilities. Operating at 5600MT/s with a 262-pin form factor, it fits laptops that support DDR5 memory and delivers smoother performance for demanding applications and multiple simultaneous tasks. Its low voltage of 1.1 volts helps maintain energy efficiency, contributing to longer battery life without sacrificing power.

This memory module is built to Kingston’s high-quality standards and comes with a lifetime warranty, making it a reliable choice for users who want to boost their laptop’s responsiveness. It suits professionals, students, and anyone working with memory-intensive software or juggling many open applications, such as large file editing, gaming, or extensive web browsing.

Key features

• 32GB capacity that supports enhanced multitasking and smoother workflow
• High-speed 5600MT/s operation to improve system responsiveness and reduce lag
• 262-pin SODIMM design ensures compatibility with DDR5 laptop memory slots
• Non-ECC, unbuffered memory tailored for standard laptop use without server features
• Low operating voltage of 1.1 volts for improved power efficiency and extended battery life
• Compact form factor that fits neatly inside most laptops without installation issues
• Backed by Kingston’s lifetime warranty for dependable long-term use

Key specs

• Memory type: DDR5 SODIMM
• Capacity: 32GB
• Speed: 5600MT/s
• Pin count: 262-pin
• Voltage: 1.1 volts
• Memory type: Non-ECC, unbuffered

Compatibility and usage

This memory module is compatible with laptops that support DDR5 SODIMM memory slots and require a 262-pin design. It is well suited for users who need to run multiple applications simultaneously or work with software that demands high memory capacity and speed. Whether you are upgrading a business laptop, a student’s device, or a gaming machine, this module provides a noticeable improvement in system performance and efficiency.