We would like to set up an ESX to run a dozen SolidWorks on virtual desktops. What configuration do you think is necessary for the minimum prerequisites and for the maximum.
We would also like to run 4 or 5 more style VMs (WSUS, MySQL...). For the moment we would start with 8 SolidWorks (CAD, Composer and Simulation) and 1 revit.
For the moment we see:
- A Xeon Gold 6126 @2.6ghz (turbo 3.3/3.7ghz)
- 196 GB RAM
- Nvidia Tesla M10 (8 GPU)
The cost is quite high so we would like to have feedback from those who have already tried the experience, which works well and with cheaper resources :)
I have the impression (if I understood correctly) that there is a kind of hiatus because the GPU must be in the individual workstation unless you work in the equivalent of the cloud mode.
I didn't understand that the current Solidworks licenses allow you to do this unless you use Dassault's cloud applications. Even when using PDM, the licenses and the CAD software itself remain on everyone's individual workstation and only the storage intelligence is on the server.
It is possible that I have not understood anything at all, so it will be an opportunity for me to put my neurons back in order ;-)
The licenses are floating and therefore allow them to be used on virtual desktops.
Our goal is to be able to use SolidWorks via RDP on entry-level machines (such as i3). In the end, this solution must be cheaper than 8 to 10 high-end laptops.
Indeed the Tesla M10 with 4Gpu but we would put 2 of them.
We went for an HP Prolian DL380 Gen10 with GOLD 6136 processor @3Ghz/3.7Ghz 12 cores, 128GB of RAM and a tesla M10, it costs us a nice 10000€ note but we are on recent hardware. That's without counting on the purchase of vSphere 6.5.
The advantage is that you can double the configuration if needed in 1 or 2 years for less than at present. We don't really know if it will work properly, will the Tesla M10 be able to support the needs of SolidWorks, we hope so because otherwise it will have to be much more expensive.
I will come back and tell you what it looks like when it is in place.