Description
MT9LSDT872AG-10EC7 - Micron 64MB 100MHz PC100 ECC Unbuffered CL2 168-Pin UDIMM 3.3V Rank Memory Module
The MICRON MT9LSDT872AG-10EC7 is a 64 MB PC100 Unbuffered UDIMM bring about for mission server settings requiring uncompromising stability. Featuring Non-ECC error correction and Unbuffered signal technology this 3.3 V DC memory module delivers improved data integrity for old initiative systems. The Single-rank 168-pin design confirms compatibility with server platforms while operating at well-organized CL2 latency. Built to meet severe RoHS eco-friendly standards this MICRON memory solution provides IT professionals with a trusted eco-conscious option for extending the service life of PowerEdge, ProLiant and System x servers in data center and initiative applications.
Key Features
- Unbuffered Non-ECC - Improved signal integrity
- Server Reliability - fast process capabilities
- Low Power Consumption – 3.3 V DC process
- System Support - Ideal for DDR2-era servers
- Eco-Conscious - Compliant with global standards
Compatible Systems
The MICRON MT9LSDT872AG-10EC7 64 MB DDR2 Non-ECC FB- UDIMM is specifically designed for initiative servers including Dell PowerEdge 1950/2950 series, HP ProLiant DL380 G5/G6 models and IBM System x3650 servers. This Unbuffered Non-ECC memory module provides reliable performance for old data center equipment that requires DDR2 memory with advanced error correction capabilities.
Why Choose This Memory?
The MICRON MT9LSDT872AG-10EC7 delivers initiative grade reliability for server settings through its Unbuffered Non-ECC design confirming maximum data truth in old systems. As a genuine MICRON module, it guarantees compatibility with Dell, HP and IBM server platforms while meeting severe RoHS eco-friendly standards. The Single rank architecture improves memory efficiency while 3.3 V DC operation reduces power consumption in placements. Ideal for IT experts maintaining critical set-up this memory provides a cost effective, maintainable solution to extend server lifetime without compromising performance. Its CL2 latency confirms responsive process for important business applications backed by MICRON reputation for quality and reliability in data center environments.
