Part number 100-000001691 · also known as EPYC 9755 · SYNTHETIC:amd:amd-epyc-9755
Price: $6,298.60 USD
AMD 9755 — 128-core / 2.7GHz base / 4.1GHz Turbo / 500W / 5th Gen Turin / SP5
| cores | 128 |
|---|---|
| family | AMD EPYC |
| socket | SP5 |
| threads | 256 |
| cache mb | 512 |
| pcie gen | 5 |
| tdp watts | 500 |
| cpu family | EPYC |
| generation | 5th Gen Turin |
| pcie lanes | 128 |
| cache l3 mb | 512.0 |
| multi vendor | True |
| sourcing pns | ['SYNTHETIC:amd:amd-epyc-9755'] |
| max turbo ghz | 4.1 |
| base clock ghz | 2.7 |
| boost clock ghz | 4.1 |
| supported memory | ['DDR5'] |
| max mem speed mhz | 6000 |
| max memory speed mhz | 6000 |
Configure a complete server with live pricing
The PowerEdge R7725 server requires two processors, as it is designed for dual socket operation. Therefore, it is not possible to order it with just one CPU. [community thread]
The absence of the memory remap option in the BIOS/UEFI settings for the DL385 Gen10, which uses AMD EPYC processors, is normal as memory remapping is typically managed automatically by the processor architecture rather than being a configurable setting. For further details, consult the server's quick specifications. [community thread]
If your server's memory is operating at a lower frequency, it may be due to the presence of memory modules with different specifications. Ensure that all installed memory modules are of the same speed; if any module has a lower frequency, it will cause the entire system to operate at that lower speed. [community thread]
The DL385 Gen10 8LFF configuration is limited to 2 SFF cages due to design specifications. If you are encountering issues with the OCA tool, it may not be functioning correctly, as the system supports only 2 SFF rear drive boxes. [community thread]
The DL385 Gen10 server typically comes with a riser that has one full-length and two half-length slots. To accommodate two full-length GPUs, you may need to explore additional riser options or configurations, as the standard setup may not support this arrangement with a single CPU. [community thread]