
Out of Stock
Lenovo 8 GB TruDDR4 3200 MHz ECC UDIMM | Server Memory, ThinkSystem
Lenovo
MPN: 4X77A77494
$239.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 8 GB DDR4 server memory
- 3,200 MHz memory speed
- ECC UDIMM architecture
- 1Rx8 module organization
- 1.2 V operating voltage
- Designed for Lenovo ThinkSystem servers
- Unbuffered DIMM form factor
- Improve server responsiveness with 8 GB capacity for targeted ThinkSystem memory expansion
Keep critical workloads moving with memory built for Lenovo ThinkSystem platforms. This 8 GB TruDDR4 ECC UDIMM is rated at 3,200 MHz and uses a 1Rx8 organization with 1.2 V operation, giving administrators a straightforward option for capacity expansion in supported servers.
For infrastructure teams, the value is in consistency. ECC support helps protect data integrity during sustained server operation, while the UDIMM form factor fits the deployment profile expected in ThinkSystem systems. The module is designed for environments where predictable behavior matters more than consumer-grade flexibility, making it a practical choice for production servers, branch systems, and standardized fleet builds.
At 8 GB, this module is well suited to targeted upgrades, replacement inventory, and configurations that need to preserve slot efficiency while adding memory in measured increments. It is a clean fit for organizations that want Lenovo-qualified server memory rather than generic alternatives, especially when compatibility, serviceability, and long-term platform alignment matter.
Ideal For
- Add capacity to Lenovo ThinkSystem servers in production environments
- Replace failed memory modules in standardized server fleets
- Support branch office servers running mixed business workloads
- Expand memory in lab or staging systems that mirror production hardware
Why This Product
- 1ECC support for server-grade data integrity
- 23,200 MHz speed for responsive workloads
- 3Lenovo ThinkSystem compatibility focus
- 41.2 V operation for efficient power use