@crispyoz said in STP files for boards:

docks are designed to be development tools so not sure why you'd need a case for these.

Thanks for the references. That case looks pretty cool.

I have a ton of development boards ranging from PowerPC, MIPS, RISC-V, ARM, and whatnot. I'm not designing a case for each one, but instead an enclosure that would allow me to "mount" them on a rack-mounted shelf. Given the expense of obtaining some of the boards, or the difficulty getting them (because they are no longer being produced, or there's a shortage due to supply chain issues, etc.), I'd rather have them in an area that's well ventilated. These boards are being used for development, including being part of a CI/CD process, testing, and such... which doesn't require me to have it on my desk or somewhere accessible -- storing them in a rack for those purposes is perfect. This includes the docks...

Hello,

I'm building enclosures for my Onion Omega devices and wondered if there are any stp files for the boards that I can import into Fusion 360

• Onion Omega2 Pro
• Onion Omega2 LTE
• Onion Omega2 Dash
• Power Dock 2

I also have some other expansions, like ethernet.

The STP files can make my life a tad easier. I saw some DXF files, but they ended up being rendered as 2D drawings, which doesn't help much with tolerances and clearances.

Thanks,
Werner

Hello,

I have a few Omega2 Pro SBCs (along with numerous other ARM, RISC-V, and x86 SBCs). It's on a 1U shelf in the server cabinet. It's a bit of a mess since ethernet and USB cables move the SBCs around.

I got some polycarbonate sheets, laid them out, and mounted them. Add some support for cable management, and things look a bit more reasonable. At least the boards stay put and don't move.

I'd like to do the same with my Omega2 boards. Is there a layout of the Omega2 Pro SBC board, along with Omega2 LTE and Omega2 Dash with measurements, including the size of the mounting holes, and how they are apart and from the edges, etc that I can use? This will reduce any errors that may result from manually measuring the boards. If the question doesn't make sense, assume I want to build a case for each of the boards and need to know how to mount them.

Thanks,
Werner