Lenovo
LENOVO DCG SERVER OPTIONS THINKSYSTEM 32GB TRUDDR5 4800MH Z 1RX4 9X4 RDIMM
Out of Stock
Lenovo 32 GB TruDDR5 4800 MHz RDIMM | ThinkSystem Server Memory
Lenovo
MPN: 4X77A77483
$859.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 32 GB DDR5 RDIMM capacity
- 4,800 MHz memory speed
- 1Rx4 rank configuration
- ECC memory support
- Registered DIMM design
- Lenovo TruDDR5 server memory
- 288-pin DIMM form factor
- Increase server capacity with 32 GB of DDR5 memory for demanding workloads
Expand server memory where it has the most impact: active workloads, denser virtual machines, and faster response under load. Lenovo TruDDR5 32 GB RDIMM 4X77A77483 is built for ThinkSystem platforms that need stable capacity at 4,800 MHz without compromising reliability.
This module uses a 1Rx4 registerd DIMM architecture and ECC protection to help maintain data integrity in memory-intensive environments. For infrastructure teams, that means a better fit for production servers than generic desktop memory or lower-grade modules that can introduce instability. DDR5 bandwidth also helps keep modern processors fed as application demand rises.
Choose this module when you need to scale memory in a controlled, platform-aligned way. It is designed for Lenovo server environments where qualification, compatibility, and predictable behavior matter more than raw headline specs. For procurement teams, it supports a cleaner standardization path across ThinkSystem deployments; for architects, it provides a straightforward way to increase capacity while preserving server reliability.
Ideal For
- Memory expansion for Lenovo ThinkSystem virtualization hosts
- Capacity upgrades for database and analytics servers
- Standardized RAM deployment across enterprise rack servers
- Replacement module for qualified Lenovo server memory slots
Why This Product
- 1Server-qualified RDIMM versus desktop UDIMM
- 2ECC protection for production reliability
- 3DDR5-4800 bandwidth for modern workloads
- 4Lenovo platform alignment for lower compatibility risk