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    • CosmicTurtle0 [he/him]@lemmy.dbzer0.com
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      20 days ago

      Reverse engineering prohibitions are the dumbest things.

      Let’s say I do this. Arduino sues me. Okay. Now what? What money are they going to take?

      Hell, this would be a perfect time for everyone to form an LLC and purchase Arduinos as the LLC and then release your research under your corporate name as CC0. If your LLC has no revenue, you as an individual are legally protected.

      Arduino can try to put the genie back in the bottle but good luck.

      Better companies than Arduino have tried to prevent hardware reverse engineering and have failed. Apple being the biggest company I can think of that have tried to sue people for releasing schematics of their motherboards.

    • psud@aussie.zone
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      20 days ago

      It’s still legal in Australia, at least, we never got the anti-circumvention rule the US media companies got into the US trade agreements

      Or rather we did, but they have exceptions that cover just about every otherwise legal use case. I can legally decrypt media to play on my Linux machine, for example. I think the only thing we can’t legally do is circumvent controls to do copyright violation

  • IrateAnteater@sh.itjust.works
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    21 days ago

    Maybe it’s just what I’ve been noticing, but I feel like Arduino was already losing its share of the hobbyist market. The plethora of small, cheap esp32 devices have already been taking Arduino’s place.

      • SatyrSack@quokk.au
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        21 days ago

        Odd that the newer RP2350 has a lower clock speed, while being improved in most other respects. Is that why the RP2040 is still seemingly the community preference?

        Feature RP2040 RP2350
        Package QFN-56EP QFN-60EP or QFN-80EP
        CPU Cores 2 × ARM Cortex-M0+ 2 × ARM Cortex-M33 (w/FPU), 2 × Hazard3 RISC-V
        CPU Clock 200 MHz[5] 150 MHz
        SRAM 264 KB, 6 banks 520 KB, 10 banks
        Flash None None (RP2350), 2 MB (RP2354)
        OTP None 8 KB
        DMA 12 chan, 2 IRQ 16 chan, 4 IRQ
        PIO 2 (8 state machines) 3 (12 state machines)
        PWM 16 24
        ADC 4-chan 12-bit ADC 4-chan 12-bit (QFN-60EP), 8-chan 12-bit (QFN-80EP)
        DAC None None
        HSTX None One
        Engines ? RNG, SHA-256

        https://en.wikipedia.org/wiki/RP2350

        • thejml@sh.itjust.works
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          21 days ago

          Personally, I never really counted the RP2350 as a successor. It’s a different animal completely. A 2040 successor would be something like 4x cortex-m0’s or a faster clock with more ram or whatever, the 2350 has completed different capabilities and components and can live along side the 2040.

          I feel like the preferred one is the 2040 simply because it’s cheaper, and capable enough for the vast majority of use cases at this point.

          Edit: yes I know RPI called their board using the 2350 the pico 2, but the 2040 chip itself is used in more places than just the pico and not every one used the 2350 as a v2.

        • Tavi@lemmy.blahaj.zone
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          20 days ago

          Cheap. Also, a large part of the tinkering community never moves past soldering or perf board + lack of cheap 2354 boards. 2040 is already good enough for keebs and most projects. 2350 had eratta E9 published (gpio lockup) which killed its initial adoption rate for more advanced projects PicoLogicAnalyzer, protocol emulation, etc.

        • andioop
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          20 days ago

          Hey thanks! I was wondering what my alternatives were. Bought RPis, having remembered that name from a decade ago, and then read the posts here about how those are getting worse. Glad to see something that could take their place for my next project :) This is the kind of stuff I come to programming.dev for.

    • Valmond@lemmy.world
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      21 days ago

      I love the ESP32, was onboard with the ESP-8266 (might have the numbers wrong, it was the predecessor), but I thought the real difference between the ESP-32 and the Rpi was that the Rpi has an OS with a possible desktop even (and all that Libux has to offer basically), as the ESP is more of a uProcessor you program in C/C++?

      Edit: Plesse disregard, I mixed up the posts and posted one levet too high too…

      • Quetzalcutlass@lemmy.world
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        20 days ago

        The closest they’ve come so far is prioritizing industrial customers and compute modules for a while during a chip shortage, to my memory. Hopefully they stick to their roots in the hobbyist/educational sector.

        • Fiery@lemmy.dbzer0.com
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          20 days ago

          To be fair, if most of your funding (source needed) comes from industrial customers, not supplying them is a good way to lose their patronage.

          So even if it sucked for hobbyists at that moment, keeping a big player like RbP viable for the long term might not be too bad of a tradeoff.

      • Tavi@lemmy.blahaj.zone
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        20 days ago

        ST looming in the background, NXP desperately trying to smash their own kneecaps with a hammer and failing. ESP getting hit with a lightning bolt every time they try to read documentation they printed out but not when its digital…

    • ByteOnBikes@discuss.online
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      21 days ago

      I stay away from all the micro tech drama and I feel like two years ago, that community was bitching that raspberry pi sold out and everyone should switch to arduino.

      I don’t have a side. I just pick whatever is easiest to make a emulation station.

      • BlameTheAntifa@lemmy.world
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        21 days ago

        RbP created a publicly traded company for their hardware, which is almost-wholly-held by Raspberry Pi Foundation, which is a charity.

        That sort of thing ought not be allowed, ever. It’s similar to the path Arduino took to get here. There are still other competitors, but for the time being I’m happy enough with RbPi’s dirt-cheap microcontrollers. Their mini-PCs are a different story. We’re already seeing enshittification and price gouging there. It’s just a matter of time.

        • Professorozone@lemmy.world
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          20 days ago

          Yeah, I remember when the prices were high for a raspberry pi, I think it was $45, I went on Newegg and found a full size motherboard for $50. I mean, if you are looking for small that’s no good, but if cheap was all you were going for at that time, the pi wasn’t that great.

    • cmnybo@discuss.tchncs.de
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      20 days ago

      You can also use the Arduino hardware without their IDE or libraries. You just need avr-gcc, avr-libc and a makefile. The AVR microcontrollers are very easy to program. The Arduino libraries really just get in the way once you need to do anything with timers.

        • infinitesunrise@slrpnk.net
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          20 days ago

          the Arduino IDE in C++

          That’s actually pretty cool, but aren’t the majority of Arduino projects written in Arduino (Java superset)? At least all of mine are, as that is how I was originally taught to program it.

          edit - Please don’t downvote people for seeking information. There was nothing disingenuous or underhanded about my comment, you’re either downvoting because you dislike people asking questions or don’t like something personal about my experience, which harms this community directly and also make the site feel unnecessarily hostile. This isn’t reddit.

          • Captain Aggravated@sh.itjust.works
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            20 days ago

            TL;DR: The Arduino language is C++ with an automatically included library, but it’s descended from a Java project with an automatically included library.

            Processing is a graphics and art based graphics library/IDE that uses the Java programming language. It basically includes some classes and methods by default on top of Java that makes programming graphics and even simple games a bit more straightforward.

            Processing’s IDE was forked by the Wiring project for the purposes of microcontroller hardware programming. Because the Java Virtual Machine is a bit much to ask a 16MHz 8-bit AVR to run, they switched the language to C++ which compiles straight to machine code that runs on the bare metal. Again, it’s just C++ with a library included, under the hood it uses gcc to compile and avrdude to program the chip. I believe the IDE itself is still written in Java.

            Arduino took Wiring and painted it teal. They’ve extended it quite a bit since then but in the early days Arduino was really a hardware project. They’ve since added support for non-AVR boards to the Arduino IDE, including ARM-Cortex and ESP32 based boards.

            Raspberry Pi offers C and C++ SDKs and a MicroPython interpreter for the Pico series. Someone contributed support for RP2040 based boards to the Arduino IDE; I don’t believe that was done officially by either RPi or Arduino.

    • Croquette@sh.itjust.works
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      20 days ago

      You can get an arduino clone for a lot cheaper than you can get an rpi clone.

      Sometimes, you just need something very simple and a cheap arduino is the right choice.

      Arduino is also a lot more user friendly for newcomers.

      It’s a shame that Qualcomm will be the end of it.

  • monkeyman512@lemmy.world
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    19 days ago

    I remember watching a video where they talked about the changes. Apparently most of the language people are really upset about applies specificly to their website and forums. I can’t find the video, probably because I am sick and have barely slept in the last 4 days. I miss sleep … and not coughing.

    Edit: changed “can” to “can’t”