STRATEGIC SOURCING
SAMSUNG 2GB DDR3-1333 UDIMM 2RX8 1.5V
Out of Stock
SAMSUNG 2GB DDR3-1333 UDIMM M378B5673GB0-CH9 | Memory Module, Enterprise
STRATEGIC SOURCING
MPN: M378B5673GB0-CH9
$108.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 2 GB memory capacity
- DDR3 SDRAM technology
- 1333 MT/s data rate
- Unbuffered DIMM form factor
- 1.5 V operating voltage
- 2Rx8 rank and chip organization
- Samsung module platform
- Maintain legacy desktop compatibility with 2 GB capacity
Keep older business desktops in service with a 2 GB DDR3-1333 UDIMM designed for compatible legacy platforms. This Samsung module uses a 2Rx8 organization and 1.5 V operating voltage, making it a practical fit when the priority is exact specification matching rather than a platform upgrade.
For IT organizations managing repair stock or extending the life of stable endpoints, this module helps preserve uptime and reduce replacement spend. It is well suited to systems that run light productivity applications, kiosk-style workloads, or task-specific desktop roles where memory requirements are modest but compatibility is non-negotiable.
Choosing the correct DDR3 part matters in older fleets, especially when OEM validation and slot compatibility are part of the procurement decision. This module gives you a straightforward path to replace failed memory, standardize spares, and keep aging systems operating with the same electrical and mechanical profile expected by supported hardware.
Ideal For
- Replacing failed memory in older office desktops that require DDR3-1333 UDIMM
- Supporting low-demand endpoints used for email, documents, and line-of-business apps
- Maintaining spare parts inventory for legacy fleet repair programs
- Extending the life of systems that do not justify a full hardware refresh
Why This Product
- 1Lower capacity than 4 GB modules for minimal-memory systems
- 2DDR3-1333 speed fits older supported desktops
- 31.5 V UDIMM format supports standard desktop compatibility
- 42Rx8 organization helps match OEM memory requirements