Micron DDR5 48GB 5600MHz Registered DIMM 288-Pin Memory

Overview

The Micron MTC20F208XS1RC56BB1R is a 48GB DDR5 registered DIMM designed to deliver high-capacity memory performance for servers and workstations. Operating at 5600 MHz, it provides significantly increased bandwidth compared to DDR4 modules, making it well suited for demanding tasks such as virtualization, large-scale simulations, and high-resolution media editing. Its 288-pin design and JEDEC compliance ensure easy installation and reliable operation at rated speeds and latency.

Key features

• High-speed 5600 MHz operation that accelerates data processing and reduces system bottlenecks
• Registered DIMM architecture that enhances signal integrity and stability in multi-module configurations
• On-DIMM power management IC that lowers voltage noise and overall power consumption for improved efficiency
• JEDEC compliance for guaranteed compatibility and automatic configuration at rated speed and latency
• Large 48GB capacity to support memory-intensive applications and multitasking environments
• 288-pin layout designed for straightforward installation in compatible DDR5 server and workstation motherboards

Key specs

• Memory type: DDR5 registered DIMM
• Capacity: 48 GB
• Speed: 5600 MHz
• Latency: CL46
• Pin count: 288 pins
• Compliance: JEDEC standard

Connectivity and compatibility

This memory module fits into any motherboard supporting DDR5 registered DIMM sockets with a 288-pin configuration. Its JEDEC compliance ensures it will operate at the specified speed and latency without requiring manual BIOS adjustments, making it compatible with a wide range of modern server and workstation platforms designed for DDR5 memory.

Ideal uses and environments

The Micron 48GB DDR5 5600MHz registered DIMM is a strong choice for IT administrators expanding memory in virtualization clusters, engineers running complex simulations, and content creators working with ultra-high-resolution media. Its combination of high capacity and fast, stable performance helps maintain system responsiveness during sustained heavy workloads, fitting well in professional environments that demand reliable and scalable memory solutions.