Server memory module MICRON DDR5 16GB UDIMM ECC 5600 MHz CL46 1.1 V 288-pin

MICRON DDR5 16GB UDIMM ECC server memory module designed for 288‑pin motherboards. This 16 GB unbuffered DDR5 module supports ECC for error detection and correction, complies with JEDEC standards and operates at 5600 MHz with CAS latency CL46 at a supply voltage of 1.1 V. The module uses a 1Rx8 chips organisation and is intended for server installations where memory stability and data integrity are required. A three‑year warranty is provided.

Advantages

The module delivers high memory bandwidth with a 5600 MHz clock rate while maintaining low power consumption at 1.1 V. ECC support improves data integrity by detecting and correcting memory errors. The unbuffered (UDIMM) form factor fits standard 288‑pin server DIMM slots and JEDEC compliance ensures compatibility with systems that follow industry memory standards.

Suitable for

• Server systems requiring ECC memory for improved reliability
• Memory‑intensive applications such as virtualization and database workloads
• System upgrades where a 288‑pin DDR5 UDIMM is supported

Key specifications

• Memory type: DDR5
• Capacity: 16 GB
• Form factor: 288‑pin UDIMM
• ECC: Supported (error correcting code)
• Buffered type: Unbuffered (unregistered)
• Frequency: 5600 MHz
• CAS latency: CL46
• Voltage: 1.1 V
• Chip organisation: 1Rx8
• Standards compliance: JEDEC

How to use

Install the module into an appropriate 288‑pin DDR5 UDIMM slot on a server motherboard that supports DDR5 ECC unbuffered memory. Ensure the system is powered off and grounded before installation. After seating the module and securing the retention clips, power on the system and verify memory recognition in the firmware/BIOS or server management utility. For systems with multiple modules, consult the motherboard manual for supported channel population and pairing.

Usage recommendations

Use this MICRON DDR5 16GB UDIMM ECC module in servers and workstations that explicitly support DDR5 unbuffered ECC memory. For optimal error correction and performance, pair modules according to the motherboard vendor’s guidelines and keep firmware/BIOS up to date.