Memory for workstation Fujitsu CELSIUS M720 power
32GB memory for Fujitsu CELSIUS M720 power . The memory has 240 Pin DIMM and works with a voltage of 1,35 volt. This memory suits perfectly to your Fujitsu CELSIUS workstation.Information on memory configuration
The following technical specifications should be considered in advance:
- RDIMM memory modules können nicht zusammen with ECC memoryn gemischt betrieben werden.
- Falls eine memory extension with den bereits vorhandenen RAM-memoryn vorgenommen werden soll, muss geprüft werden, welche memorytechnologie (RDIMM / ECC) vorhanden ist.
- Memory slots without a processor may not be used.
- A higher memory clock of the memory module automatically adapts to the memory clock specified by the system. This can be the case especially with larger capacities.
- The low voltage memories with 1.35V are clocked with 1.5V when mixed with 1.5V memories via the fallback option in the memory.
- Each CPU has 4 memory channels with 3 memory slots each.
Do you have any questions concerning this product?
overRAMing - maximize your RAM
more about the overRAMing project
Computer memory - info
Memory size | 32GB |
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Memory technology | DDR3 |
Memory speed | 1600MHz |
JEDEC standard | PC3L-12800R |
Rank | 4Rx4 (4DRx4 DDP) |
Type | RDIMM (ECC Registered) |
Number of Pin | 240 Pin DIMM |
Voltage | 1,35 volt |
Specials | DDP |
Device - Specifications
Order info
Item number | SP471418 |
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Brand | |
EAN | 4067488349256 |
Condition | New |
Memory warranty | 5 years warranty |
Compatibility | 100% compatible with Fujitsu CELSIUS M720 power |
Money-back guarantee | Yes, 100% |
FAQ - Frequently asked questions about Fujitsu CELSIUS M720 power
- improved production processes in the memory technology enable higher memory capacities
- new BIOS-Version support higher memory capacities
- the information of the Fujitsu datasheet concerning the maximum RAM amount for the CELSIUS M720 power is not up to date.
- we tested and verified the higher memory limit in our overRAMing project.
Please find further information to the overRAMing project here: overRAMing - maximize your RAM.
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