Apparently the plot thickens with my sleep issues with my laptop based setup….
I knew modern standby was garbage… but apparently half the reason I’ve been tearing my hair out at preventing various things from waking the computer is…
All the accessible configurations, such as “allow this device to wake pc” and all the powercfg stuff…
ONLY effects “normal” sleep… it doesn’t change anything to do with modern standby… so there’s literally no way to change specifics…
Luckily I’ve been able to limit my interactions with mechanical engineers when doing my designs. I make sure before a job even starts that I clear with the client whether the mechanical or electrical aspects are a higher priority, and then just defer to that in any decision making moving forward. If the mechanical aspects are more important, I make sure to wait for one of their team members to finish the enclosure with STEP files and dimensional drawings and I base my design off of that (using my familiarity with “tolerances” on PCB fab).
If the electronics take priority, or they don’t have a mechanical person, or I’m doing a personal project, I either design based on the mounting holes for a particular Polycase, or I just make it as small as physically possible and include half mounting holes or notches along the edges.
I can’t trust a 3D printed PCB (even in resin) to actually be dimensionally accurate enough help me with “fitting”
I’ve been trying to get more involved in the mechanical side of things for a long while. Hence why I got some 3D printers…
True, how useful this is depends a lot on the tolerances required and how well your printer is calibrated. I’ve mostly used it to communicate ideas with mechanical engineers and as a sanity check. But when in doubt, a bit of extra clearance doesn’t hurt, in some cases at least. And I also like that it gives you a tangible object to play with.
However, I’m in the middle of South America so shipping to where I live can be slow…
I use like 1 roll of pla a year and overtime they tend to bubble and get worse. Do I really need to get a filament dryer thingy or can I get away with an oven or some diy solution?
Yep that’s likely humidity being absorbed,
You can usually dry it out with a filament dryer, dehydrator… some printers have a mode where you can turn on the heated bed and seal the spool with a Tupperware type lid
You got as use heat to get it back out, desiccant only prevents,
I want to care about network security, I really do
But the more I look into it, the more and more exhausting it appears
Like I kinda wanna get some external cameras for the house… but stuff either spies on you like eufy or requires a subscription(and probably spies on you still)
Or you have to build a whole thing from the ground up and air gap it etc
It uses Milk-V duo 256m (tiny low-power RISC-V sbc), HC-06 and usb pins on dupont header on the side, so it still can be used as a normal pm3 over bluetooth/usb.
I kinda forgot to include LF antenna tho (i removed it almost immediately when i bought pm3 cuz i have no use for it), and disassembling this thing is gonna be a HUGE pain, so i probably won’t do LF stuff in it, at least it is a very low priority for now.
Thanks a lot to @darthdomo for PinePhone Proxmark case thread, this project only happened because i stumbled on their thread some time ago.
The batteries last approx 6-12 months depending on usage.
Changing the batteries is not arduous at all, and its only a single phillips screw to access 4x aaa’s.
But this time around, I decided to change the power supply method.
I grabbed a usb powerbank.
A USB cable, and chopped the end off, split and stripped the ends.