The item MS16384LEN505 is a memory upgrade for the IBM/Lenovo o Flex System x240 M5 Compute Node, which comes with 8 GB of RAM from the factory. The IBM/Lenovo o Flex System x240 M5 Compute Node can be upgraded to a maximum of 1.5 TB of RAM. For maximum memory expansion, the device has 24 slots.
Some manufacturer specifications regarding maximum memory expansion may be outdated and could differ from our information. Why? Because technology is advancing rapidly, or the revisions from memory manufacturers change so quickly that they struggle to keep up with certification, and older models may not be revalidated at all.
This is where Memorysolution steps in with extensive testing and guarantees you continuous availability of upgrades, far beyond the manufacturers' production cycles. Our qualified memory module for the IBM/Lenovo o Flex System x240 M5 Compute Node operates flawlessly even under full load and fully complies with the manufacturer's specifications.
Faster, better through memory upgrades—enhance your system: more power through more RAM! The item MS16384LEN505 for the IBM/Lenovo o Flex System x240 M5 Compute Node is optimally equipped with a maximum memory upgrade of 1.5 TB.
| Compatible brand | Lenovo | 
| Compatible model | Lenovo Flex System x240 M5 | 
| Memory configuration | 1 x 16GB | 
| Memory type | DDR4-RAM | 
| Storage clock frequency | 2400 MHz | 
| RAM buffer | Error Correcting Code | 
| Item number | 20866693 | 
| Manufacturer | Memorysolution | 
| Category | RAM Model-specific | 
| Manufacturer no. | MS16384LEN505 | 
| Release date | 13.5.2022 | 
| Colour | Green | 
| Exact colour description | Green | 
| Compatible brand | Lenovo | 
| Compatible model | Lenovo Flex System x240 M5 | 
| Memory configuration | 1 x 16GB | 
| Hardware application range | Server / Workstation | 
| Memory type | DDR4-RAM | 
| Storage clock frequency | 2400 MHz | 
| Storage capacity (RAM) per module | 8 GB | 
| Memory chip | DDR4-2400 | 
| Memory form factor | LR-DIMM | 
| RAM buffer | Error Correcting Code | 
| Voltage | 1.20 V | 
| Country of origin | China | 
| CO₂-Emission | |
| Climate contribution |