Crucial Pro DDR5 64GB Kit - Black - 6000MHz

Introducing the Crucial Pro DDR5 64GB Kit - a high-performance memory upgrade designed for discerning PC enthusiasts. This cutting-edge kit is set to redefine your computing experience. With a robust internal memory capacity of 64 GB and a lightning-fast clock speed of 6000 MHz, your system will handle even the most demanding applications with ease.

The Crucial Pro DDR5 memory features an unregistered (unbuffered) configuration, making it perfect for performance-oriented builds. Its 2 x 32 GB memory layout is designed specifically for compatibility with modern motherboards, ensuring a seamless integration into your existing setup.

This exceptional memory operates at a CAC latency of 40, offering quick response times for multitasking and gaming. With a 1.35 V voltage, it balances performance and power efficiency, making it a prudent choice for any gaming rig or professional workstation.

Equipped with Intel Extreme Memory Profile (XMP) 3.0, this memory kit allows for easy overclocking while maintaining stability. Designed with a heatsink cooling type, it ensures optimal thermal management, minimizing the risks of overheating during intense usage scenarios.

Whether you're into hardcore gaming, 3D rendering, or data processing, the Crucial Pro DDR5 kit delivers enhanced speeds and capabilities that elevate your entire computing experience:

• Enhanced Multitasking: With 64 GB, you can run multiple applications simultaneously without any slowdown.
• Accelerated Gaming: The high clock speed ensures a smooth gameplay experience, even during resource-intensive sessions.
• Future-Proof Your Setup: Upgrading to DDR5 technology positions your PC for future advancements in software and games.
• Efficient Overclocking: Thanks to XMP 3.0, users can push performance limits with ease.
• Ideal for Professionals: Perfect for content creators and users engaged in heavy data analytics.

Elevate your PC's performance with the Crucial Pro DDR5 64GB Kit - the backbone of a powerful and efficient computing system.