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> People were clearly willing to pay 100x more just for familiarity and the ecosystem This is obviously logical. If I know how to program in Python or JS but n

by KPGv2 7mo ago

> People were clearly willing to pay 100x more just for familiarity and the ecosystem This is obviously logical. If I know how to program in Python or JS but not C and am familiar with SSH, I can do something with a SBC in a few minutes. I get paid $200/hr. If I spent even one hour to learn what I need to deal with a microcontroller, the time cost is four times the cost of materials if I stick with what I know. How many small projects do I need to do in my free time before it's financially smart to learn a whole new technology?

telotortium 7mo ago
With LLMs, it's potentially a lot easier to use microcontrollers now, depending on how widely available the documentation is now.
j1elo 7mo ago
As if it would make sense that spending 2hrs relaxing on the beach or gardening your orchids would cost $400 to you. Money not made is not money spent. If you were doing a hobby project for learning, you were not going to be working during that time anyways, so your hourly rate doesn't matter.
rob74 7mo ago
Microcontrollers don't really make sense for hobbyists (unless their hobby is programming microcontrollers, of course). They only make sense when you think about deploying an application at scale, at which point the per-unit price becomes important. OTOH, if your hobby project goes viral and you want to profit from selling SBCs with it preinstalled, a cheaper SBC is a plus, but that's not very likely to happen...
extraduder_ire 7mo ago
Most of the "professional" microcontrollers have complicated flashing schemes, expensive bespoke IDEs, and limited language support. Treating a lot of that like a moat around their products. I find it remarkable that they haven't tried to make all of that easier. Any board with arduino support is easy to start using, with pared down c++, boards similar to the micro:bit support micropython and javascript as well as a few others, and a ton of modern development boards have UF2 support. UF2 is a step change in how easy it is to flash a binary onto a microcontroller. You hold down a button before connecting it to a USB port, and then it appears as a USB drive for you to drop a file onto, once it's done "copying" the board is flashed and will run your code as soon as it resets. If you want to gain familiarity with a board, you can drop a .uf2 file with a REPL on it and run code on the board a line at a time.

by KPGv2 7mo ago

telotortium 7mo ago

With LLMs, it's potentially a lot easier to use microcontrollers now, depending on how widely available the documentation is now.

j1elo 7mo ago

As if it would make sense that spending 2hrs relaxing on the beach or gardening your orchids would cost $400 to you. Money not made is not money spent. If you were doing a hobby project for learning, you were not going to be working during that time anyways, so your hourly rate doesn't matter.

rob74 7mo ago

Microcontrollers don't really make sense for hobbyists (unless their hobby is programming microcontrollers, of course). They only make sense when you think about deploying an application at scale, at which point the per-unit price becomes important. OTOH, if your hobby project goes viral and you want to profit from selling SBCs with it preinstalled, a cheaper SBC is a plus, but that's not very likely to happen...

extraduder_ire 7mo ago

Most of the "professional" microcontrollers have complicated flashing schemes, expensive bespoke IDEs, and limited language support. Treating a lot of that like a moat around their products. I find it remarkable that they haven't tried to make all of that easier. Any board with arduino support is easy to start using, with pared down c++, boards similar to the micro:bit support micropython and javascript as well as a few others, and a ton of modern development boards have UF2 support. UF2 is a step change in how easy it is to flash a binary onto a microcontroller. You hold down a button before connecting it to a USB port, and then it appears as a USB drive for you to drop a file onto, once it's done "copying" the board is flashed and will run your code as soon as it resets. If you want to gain familiarity with a board, you can drop a .uf2 file with a REPL on it and run code on the board a line at a time.