- Joined
- Jan 28, 2018
I had an bluetooth one by logitech. It was basically packed into a cloth and was waterproof (except the USB port for charging) It's fairly recent too so I think they're still selling it. It had great reviews but the cloth kinda just disintegrated while storing it, I didn't even use it much. They just don't build things to last anymore.
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One tech trend that really annoyed me for a while and is still going strong is this mini ARM computer stuff. People acting like making an LED blink from a computer is new and hot stuff, makes them an engineer and somehow needs some multi-core, multi-GB monster that runs a full fledged OS and an unthinkable stack of software weighting in at several hundred MB. It's even worse that "professionals" who do embedded systems started using these things for unspeakable crimes of over-engineering. (guest-starring "the cloud" because the device has an network adapter and of course) Don't get me wrong, I like these systems where a good and fully-fledged computer is needed because of their size and electricity footprint and I'd love to use one as a desktop one day but man, to do some easy toggle-stuff logic? It might be cheap and all but it seems nuts and introduces complexity, reliability problems and attack surfaces into systems that really don't need them. Especially annoying also that the people working with these literally can't think of better ways anymore (=things that don't involve python)
I've been putting together a Z180 system (the Z180 is the younger, mid 80s brother of the Z80 with QoL improvements and more speed) for fun. There are communities around that sort of stuff that sprung up with the ease and low price of modern PCB manufacturing. I've slightly changed a design I found online in favor of more stuff I need integrated on the mainboard as opposed to the ready made designs you can buy, like an RTC the Pi doesn't have. It will run CP/M. (the unsuccessful DOS probably nobody here is old enough to remember) The BASIC interepreter I already have running on it is 8kb big (a real feature-complete heavyweight) and it can also do CamelForth and the 512 kb of SRAM (together with the ROM a size I can comfortably address with the Z180, also my electronics supplier has these for like 3 bucks a piece) is more than plenty to write as big programs as you need for automation. I make LEDs blink with that all day without any reliability problems, software updates breaking shit, or cloud. Power draw is 60-100 mA at +5V, which is 0.3-0.5W. This isn't even modern technology. (although the Z180 CPU on my particular board prototype was made in 2015 and with that is amusingly newer than the PC I'm typing this on) I was thinking about designing a simple graphics card (really a hardware VT-100 emulator) for it, and maybe run some simple text processing like WordStar. This is all way more fun than buying some kit on adafruit and calling yourself an electrical engineer and also really simple if you read the right books, don't even need to be an old fart like me. Also the Pi sucks and doesn't make you a "Maker".
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One tech trend that really annoyed me for a while and is still going strong is this mini ARM computer stuff. People acting like making an LED blink from a computer is new and hot stuff, makes them an engineer and somehow needs some multi-core, multi-GB monster that runs a full fledged OS and an unthinkable stack of software weighting in at several hundred MB. It's even worse that "professionals" who do embedded systems started using these things for unspeakable crimes of over-engineering. (guest-starring "the cloud" because the device has an network adapter and of course) Don't get me wrong, I like these systems where a good and fully-fledged computer is needed because of their size and electricity footprint and I'd love to use one as a desktop one day but man, to do some easy toggle-stuff logic? It might be cheap and all but it seems nuts and introduces complexity, reliability problems and attack surfaces into systems that really don't need them. Especially annoying also that the people working with these literally can't think of better ways anymore (=things that don't involve python)
I've been putting together a Z180 system (the Z180 is the younger, mid 80s brother of the Z80 with QoL improvements and more speed) for fun. There are communities around that sort of stuff that sprung up with the ease and low price of modern PCB manufacturing. I've slightly changed a design I found online in favor of more stuff I need integrated on the mainboard as opposed to the ready made designs you can buy, like an RTC the Pi doesn't have. It will run CP/M. (the unsuccessful DOS probably nobody here is old enough to remember) The BASIC interepreter I already have running on it is 8kb big (a real feature-complete heavyweight) and it can also do CamelForth and the 512 kb of SRAM (together with the ROM a size I can comfortably address with the Z180, also my electronics supplier has these for like 3 bucks a piece) is more than plenty to write as big programs as you need for automation. I make LEDs blink with that all day without any reliability problems, software updates breaking shit, or cloud. Power draw is 60-100 mA at +5V, which is 0.3-0.5W. This isn't even modern technology. (although the Z180 CPU on my particular board prototype was made in 2015 and with that is amusingly newer than the PC I'm typing this on) I was thinking about designing a simple graphics card (really a hardware VT-100 emulator) for it, and maybe run some simple text processing like WordStar. This is all way more fun than buying some kit on adafruit and calling yourself an electrical engineer and also really simple if you read the right books, don't even need to be an old fart like me. Also the Pi sucks and doesn't make you a "Maker".