Crucial Pro 16GB 5600MHz CL46 DDR5 RAM

The Crucial Pro 16GB 5600MHz CL46 DDR5 RAM is designed to deliver high-speed performance, enhanced multitasking capability, and dependable system stability for modern desktop platforms. Developed for creators, gamers  and performance-focused users, it improves data handling efficiency and ensures smooth responsiveness during demanding workloads and everyday computing tasks.

Operating at 5600MHz, this DDR5 memory module enables faster communication between the processor and memory, helping reduce bottlenecks and improving overall system fluidity. With optimized CL46 latency, it maintains a balance between speed and reliability, making it suitable for high-performance computing environments and future-ready builds.

Key Features
5600MHz High-Speed DDR5 Performance
Running at 5600MHz, this module delivers rapid data throughput, improving application responsiveness and system performance. The increased frequency benefits multitasking, gaming, creative software, and other memory-intensive operations.

16GB Capacity
With 16GB of memory, this module provides sufficient headroom for handling multiple applications at once. It supports smoother workflows and consistent performance during demanding tasks.

CL46 Latency
The CL46 timing is optimized to deliver stable and predictable performance. It ensures efficient data access while maintaining system reliability under heavy workloads.

Advanced DDR5 Architecture
DDR5 technology offers improved bandwidth and higher efficiency compared to earlier memory generations. This allows systems to process larger volumes of data more effectively while maintaining stability.

Optimized Power Efficiency
Operating at approximately 1.1V, DDR5 memory is designed for refined power management. This helps control electrical usage and maintain balanced thermal conditions within the system.

Reliable Build Quality
Manufactured with premium-grade components and strict quality standards, this module ensures dependable long-term performance and consistent system stability.

Technical Specification