Add to this lack of CUDA support, which is what pretty much all CAD runs on. Apple’s Metal may be interesting, but that doesn’t matter if the apps don’t port to it.
It’ll be especially interesting to see how AI plays out. If NVIDIA ends up winning (they’re currently way ahead), it’ll be the same issue as with engineering, but in more disciplines.
The other area I meant to mention related to engineering is external device control.
Things like specialized controllers for things like CNC, many of which won’t even run on NT-based systems, and still have to run Windows 9x to have the DOS-level hardware control.
Do you know if they work at all on Linux? Just wondering what the path forward there is.
And yeah, we had an old Windows system with our pick and place machine because it really needed that specific version of Windows. I’m sure the same is true for all kinds of specialized hardware chugging along to this day in factories near you!
CUDA and AI stuff is very much Linux focused. They run better and faster on Linux, and the industry puts their efforts into Linux. CNC and 3D printing software is mostly equal between Linux and Windows.
The one thing Linux lacks in this area is CAD support from the big players. FreeCAD and OpenCAD exist, and they work very well, but they do miss a lot of the polish the proprietary software has. There are proprietary CAD solutions for Linux, but they’re more industry specific and not general purpose like AutoCAD.
Add to this lack of CUDA support, which is what pretty much all CAD runs on. Apple’s Metal may be interesting, but that doesn’t matter if the apps don’t port to it.
It’ll be especially interesting to see how AI plays out. If NVIDIA ends up winning (they’re currently way ahead), it’ll be the same issue as with engineering, but in more disciplines.
Oh, yea!
The other area I meant to mention related to engineering is external device control.
Things like specialized controllers for things like CNC, many of which won’t even run on NT-based systems, and still have to run Windows 9x to have the DOS-level hardware control.
Do you know if they work at all on Linux? Just wondering what the path forward there is.
And yeah, we had an old Windows system with our pick and place machine because it really needed that specific version of Windows. I’m sure the same is true for all kinds of specialized hardware chugging along to this day in factories near you!
CUDA and AI stuff is very much Linux focused. They run better and faster on Linux, and the industry puts their efforts into Linux. CNC and 3D printing software is mostly equal between Linux and Windows.
The one thing Linux lacks in this area is CAD support from the big players. FreeCAD and OpenCAD exist, and they work very well, but they do miss a lot of the polish the proprietary software has. There are proprietary CAD solutions for Linux, but they’re more industry specific and not general purpose like AutoCAD.