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Matrix DDR4 4GB RAM for Laptop - High-Speed 2666MHz, SO-DIMM Memory

Matrix DDR4 4GB RAM for Laptop - High-Speed 2666MHz, SO-DIMM Memory

Rs. 599.00
Rs. 2,999.00 Rs. 599.00
-80% OFF Sold out
Shipping calculated at checkout.

High-Speed Performance – 2666MHz for smooth multitasking and quick app launches.

Low Power Consumption – Operates at 1.2V to extend battery life without sacrificing performance.

Compact & Lightweight – Weighs only 8g, fits perfectly in space-constrained laptops.

Easy Installation – SO-DIMM form factor for quick and hassle-free upgrades.

Improved Productivity – Boosts system performance for faster workflows and file handling.

Made in India – Manufactured to international quality standards for durability.

Wide Compatibility – Compatible with various laptop models for easy upgrades.

Description

The Matrix DDR4 4GB RAM for Laptop is engineered to provide superior performance, efficiency, and compatibility. Offering lightning-fast speeds of 2666MHz, it enhances your laptop’s multitasking capabilities, gaming performance, and application load times. Whether you're working on productivity tasks, gaming, or running resource-heavy applications, this memory module ensures a seamless experience. It operates at a low 1.2V voltage, significantly improving energy efficiency and extending your laptop’s battery life while delivering top-notch performance.

Compact and lightweight, weighing only 8g and measuring 10x4.6x0.5 cm, this RAM module is perfectly suited for modern laptops with space constraints. Its SO-DIMM form factor guarantees easy installation in compatible laptops, allowing for a quick, hassle-free upgrade. Whether you need to improve your workflow, speed up file handling, or boost your system’s overall efficiency, the Matrix DDR4 4GB RAM is your go-to solution. Proudly manufactured in India to international quality standards, it promises long-lasting reliability and durability. This memory module is designed to be compatible with a wide range of laptops, making it an ideal upgrade for diverse systems.

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