Lexar 16GB DDR5 5600MHz Laptop RAM (LD5S16G56C46ST-BGS)

Lexar DDR5 Laptop Memory

The Lexar 16GB DDR5 RAM provides high-bandwidth performance for modern mobile workstations and gaming laptops. This specific module operates at a native frequency of 5600MHz. This transfer rate significantly exceeds previous DDR4 standards. It utilizes the SODIMM 262-pin form factor for compatibility with latest-generation Intel and AMD mobile architectures. Users experience faster data processing during intensive multitasking. The hardware supports the increased demand of professional software applications. It facilitates smoother data handling for large-scale databases and virtualization tasks. This memory module ensures that high-performance CPUs are not bottlenecked by slow data retrieval speeds.

Key Features

• On-Die ECC Technology
  This component integrates Error Correction Code directly into the DRAM chip to improve overall data integrity.

• Advanced Power Management

  • Integrated Power Management Integrated Circuit (PMIC) regulates voltage locally.
  • Operating voltage of 1.1V reduces power consumption compared to older memory generations.

• Increased Bank Capacity
  The architecture doubles the bank groups from 4 to 8 to enhance overall system responsiveness.

• High-Speed Throughput
  A rated speed of 5600MT/s allows for rapid execution of memory-intensive professional workflows.

Specifications

What’s in the Box

• 1 x Lexar 16GB DDR5 5600MHz SODIMM Memory Module

• Installation Guide and Warranty Information

Why Choose Lexar DDR5 Memory

• Enhanced Bandwidth: Higher data rates allow for smoother professional workflows during video editing and 3D rendering.

• Energy Efficiency: Lower operating voltage extends battery life for mobile users while maintaining high performance.

• Next-Gen Architecture: Double the bank groups compared to DDR4 improves overall system efficiency and data access speeds.

• Reliable Stability: Rigorous testing ensures compatibility with leading laptop manufacturers and stability under heavy thermal loads.

• Scalable Performance: Adding this module allows systems to handle larger datasets without relying on slower swap file storage.