EVM Elite 16GB DDR4 Gaming Laptop RAM 3200 MHz | Intel XMP/AMD Ryzen Compatible | Aluminum Sleek Design Slim Form Factor – 10 Year Warranty (EE16G32LT)

Elevate your gaming experience with EVM Elite Gaming RAM. Boasting DDR4 memory and a rapid 3200 MHz frequency, this RAM is engineered for top-notch performance. Enjoy hassle-free installation with plug and play functionality, compatible with Intel XMP and AMD Ryzen for versatile gaming setups. Our optimized heat dissipation technology eliminates overheating issues, complemented by a stylish aluminum heatsink and thermal sticker for enhanced durability and stable performance during intense gaming sessions. With a sleek design and slim form factor, EVM Elite Gaming RAM not only enhances system performance but also adds sophistication to your gaming setup. Take control of your gaming experience with seamless multitasking, faster load times, and superior responsiveness. Backed by a 10-year warranty, upgrade your laptop with confidence. EVM Elite Gaming RAM – where performance meets style.
High-Performance Experience: Elevate gaming with DDR4 memory and a rapid 3200 MHz frequency for seamless, top-tier performance.
Effortless Installation: Enjoy hassle-free setup with plug and play functionality, letting you focus on gaming instead of troubleshooting.
Efficient Heat Management: Bid farewell to overheating concerns with optimized heat dissipation technology, ensuring stable performance even during intense gaming sessions.
Universal Compatibility: Designed for both Intel XMP and AMD Ryzen compatibility, our Elite Gaming RAM offers versatility for various gaming setups. Take charge of your gaming experience with seamless multitasking, faster load times, and superior responsiveness. Benefit from long-term confidence with a 10-year warranty, ensuring the longevity of your Elite Gaming RAM.
Sleek Design and Durability: Enhance your gaming setup with a stylish aluminum heatsink, adding both durability and sophistication to your laptop. The included thermal sticker contributes to stable performance under demanding conditions.