ESP_Sprite wrote: ↑

Mon Mar 18, 2024 2:45 am

I'm the guy who hands out the PIDs there. If you make any number (>=1) of devices you give away or sell or whatever, as long as you're willing to answer the questions in the readme of that repo, you'll get a PID.

Understood!!
Thanks

Not sure if I can bother them for a very low quantity product, that's why I was asking if the serial number could be a solution

Yeah, I already mention that link in my original post, do you mean to write to Espressif to create a new PID?

Hello there, I'm making a destokp app that look into an specific usb in order to autoconnect to it. This is what I can get from the app when I search for com ports path: 'COM8', manufacturer: 'Microsoft', serialNumber: '1234-567890', pnpId: 'USB\\VID_DEAD&PID_BEEF&MI_00\\6&302FB22&0&0000', locationI...

I've been looking forward to updating this thread for some time, I finally upgraded my rig to a 13900k and Samsung 990 pro, I've gone from 47 secs to 2 secs to compile, and 88 secs to 6 secs at full compile with sketches much larger than the initial test

4 damn secs... I would kill for that

Anyway seems like arduino in linux it's a lot faster than windows as this video shows , sadly in my case, installing Linux is not an option and still asking if this can be solved with better hardware

Hi all, With my (stock) i7 3770, 16 GB and Samsung ssd 980 pro takes 47 seconds to compile and 88 seconds to recompile (changes board settings) I'm thinking of buying an i9 or whatever to speed this up I compile almost hundreds of times a day and for me it's a pain in the ass!! I wonder if you guys ...

Tbh I don't understand what exactly you're trying to measure. Is it between the red dots in your above image? The logic low duration between pulses (I based the above on this)? The logic high duration of the second pulse? I want to timestamp the "exact" moment where the signal switch from HIGH to L...

It will only be >100uA while it's running, but you'd normally only start the ULP periodically (eg. every 20ms) and a typical ULP program has a very short execution time, so the average current will be much lower. For example, if you know the signal will be high for at least 15ms, the ULP might only...

Thanks for the hint, I did not know about that.

After research, seems that ULP will need 0.1mA ,if I am not wrong then it is too much energy for my purpose.