Lenovo
LENOVO DCG SOURCING LENOVO 8GB DDR4-2666 RDIMM 2RX8REGISTERED ECC 2RX8 1.2V
Out of Stock
Lenovo SBB7A01184 8GB DDR4-2666 RDIMM Registered ECC | Server Memory
Lenovo
MPN: SBB7A01184
$118.96$126.04
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 8GB DDR4 SDRAM capacity
- 2666 MHz memory speed
- Registered ECC architecture
- RDIMM server memory
- 1.2V operating voltage
- 2Rx8 module organization
- Lenovo MPN SBB7A01184
- Increase server capacity with 8GB DDR4-2666 memory for compatible platforms
Keep production systems responsive without overcommitting budget or chassis power. This Lenovo 8GB DDR4-2666 RDIMM module is built for server environments that require registered memory with ECC protection and the higher bandwidth of DDR4. The 2666 MHz data rate supports efficient throughput for workloads that benefit from steady memory access, while the RDIMM design helps maintain signal integrity in populated systems.
At 1.2V, this module aligns with DDR4’s lower-voltage profile, which can help reduce power draw compared with older memory generations. That matters in dense deployments where thermal headroom and electrical efficiency influence long-term operating cost. The 8GB capacity is well suited to incremental expansion, replacement planning, and standardizing spare parts for compatible Lenovo platforms.
For infrastructure teams, the appeal is straightforward: a validated memory type, server-class error correction, and a practical capacity point for controlled upgrades. When the goal is to preserve uptime and avoid unnecessary platform churn, this module delivers a focused path forward.
Ideal For
- Expand memory in compatible Lenovo servers
- Replace failed DDR4 RDIMMs in production systems
- Standardize spare inventory for enterprise server fleets
- Support incremental refreshes in mixed workload environments
Why This Product
- 1DDR4-2666 speed for higher memory bandwidth
- 2Registered ECC for server-grade reliability
- 31.2V operation for lower-voltage DDR4 efficiency
- 4RDIMM design for stable performance in populated systems