Ok, starting a new thread cuz the last one is old. Since my 286 CPU appears to be dead, I figured while I wait on my next order of 80C286 chips from eBay I thought I'd work on the 386EX board.

Here's where we're at, with the board stripped of components and headers soldered on.

#retrocomputing #arduino

M5Stack LLM with M5StickC

https://peertube.otakufarms.com/videos/watch/3430627a-ab0e-4dcb-b47b-04ef9f735c60

"The irony of storing EEPROM writer-counts in EEPROM memory."

CN: Harsh words about #vibecoding and #ai because C++ can do pretty nasty things:

#Arduino Boards have this thing called EEPROM memory, which is limited - we're talking around 100,000 write cycles before it just gives up. And if you're storing a counter with your actual data, that's basically halving the amount of memory-writes you can play with. Now, I know some AI models (*cough*, certain open, or not open, or seemingly open, ... large language models, *cough*) might be trying to store a value and its counter in EEPROM every half second or so: Your memory will be toast in about 7 hours of runtime, and anything that relies on EEPROM will just... stop working. Not exactly the most ideal situation, right?

If you need to rely on AI generated code, please try to review and compare it with another AI (model). I can recommend Codestral by Mistral, (test it here: https://chat.mistral.ai/) or take a look at this list: https://github.com/openbestof/awesome-ai . In VS Code (Copilot) Claude is decent in spotting errors.

A good start for #prompting to spot issues is "create a list of how this code works and give me a side-by-side with best practices". "explain this code step by step and give me hints how to improve it". However, it's important to approach *ANY* AI with a healthy dose of skepticism and their outputs should not be taken as gospel truth.

Image: Deep Histories; an Gen-AI model trained on ao. Austrian 'Heimatfilm'

Дизайн в электронике — кому он нужен? Тем более если это Ардуино, пусть и русская…

Так говорили многие, и даже те ребята инженеры, которые занимались схемотехникой... Зачем двигать детали, усложнять схемотехнику ради красивой картинки?

https://habr.com/ru/articles/920090/

#ардуино #elbear #arduino #элрон #mik32 амур

#OpenSLS: #OpenSource #Arduino-controlled selective #laser #sintering of nylon & #biocompatible #polycaprolactone (PCL):

-potential to produce PCL scaffolds useful for cell studies

Paper: https://doi.org/10.1371/journal.pone.0147399
Web: https://andreasbastian.com/opensls
GitHub: https://github.com/MillerLabFTW/OpenSLS
#DIYbio #lab #3Dprinting #SLS #instruments

Дизайн в электронике — кому он нужен? Тем более если это Ардуино, пусть и русская…

Так говорили многие, и даже те ребята инженеры, которые занимались схемотехникой... Зачем двигать детали, усложнять схемотехнику ради красивой картинки?

https://habr.com/ru/articles/920090/

#ардуино #elbear #arduino #элрон #mik32 амур