Crucial Pro - DDR5 - Modul - 48 GB - DIMM 288-PIN Low Profile

Crucial Pro DDR5 48 GB 5600 MHz is a single-module DDR5 memory designed for modern PCs and workstations that require high bandwidth and low-latency operation. With a 48 GB capacity, 5600 MHz clock speed and Micron engineering, this module delivers reliable performance for demanding applications and multitasking while using a low-profile heat spreader for better thermal management and compatibility with smaller cases.

Advantages

The module provides significantly higher bandwidth than DDR4, enabling improved frame rates in games and faster data handling for creative and professional workloads. It supports Intel® XMP 3.0 and AMD EXPO™ on the same module for straightforward recovery of rated memory speeds in UEFI/BIOS, and the integrated low-profile heat spreader dissipates heat without increasing module height. Micron manufacturing and component-level testing ensure consistent quality and reliability.

Suitable for

• Gaming PCs that need higher frame rates and stable memory performance
• Content creation and multimedia editing with heavy multitasking
• Professional applications and workstations requiring large memory capacity

Key specifications

• Capacity: 48 GB (single module)
• Type: DDR5
• Clock speed: 5600 MHz
• CAS latency: 46
• Voltage: 1.1 V
• MPN: CP48G56C46U5
• EAN: 0649528937896

How to use

Install the Crucial Pro DDR5 module into an available DDR5 DIMM slot on a compatible motherboard following the motherboard manufacturer’s instructions. If desired, enable Intel® XMP 3.0 or AMD EXPO™ in UEFI/BIOS to run the module at its rated speed of 5600 MHz; otherwise the system will use default JEDEC settings. Ensure the system is powered off and grounded before installation and confirm BIOS compatibility and any required BIOS updates for DDR5 support.

Recommendations

For best results, pair the 48 GB module with a compatible CPU and motherboard that support DDR5 at 5600 MHz and enable XMP/EXPO if you need rated performance; avoid manual overclocking and latency tuning to maintain stability and component longevity.