It has been almost impossible to buy R-PI for so long now.
The foundation say they are still manufacturing 400,000 a month - but where are they going?
Certainly not to many retailers.
Is it time to find alternatives, and walk away from R-PI?
It has been almost impossible to buy R-PI for so long now.
The foundation say they are still manufacturing 400,000 a month - but where are they going?
Certainly not to many retailers.
Is it time to find alternatives, and walk away from R-PI?
Perhaps - I've minimised my purchases of RPi simply because here, I watched it go from AU$38 to now AU$99+. While we do get more from each generation, the price has slowly crept up and it is a less appealing proposition because of it. The support is still great compared to their competitors, but there are now higher-performance options as well, not all ARM-based either!
I agree purchasing units that are not priced gouged is almost impossible.
The RPi provided a full computer with HDMI and USB ports at a revolutionary price. We need to be grateful that this pushed the price of hobby electronic modules down to consumer price points and proved that it was possible to create a successful product using this strategy. The door is now open to someone (including Raspberry) to take this business model to the next level.
Designing a decent computer module that costs between $20 and $50 is no longer hard to imagine. The next level is probably going to be all about the eco system - both hardware and especially software. Imagine a $25 pocket computer that loads self-configuring applications, dragged seamlessly from an app database. Plug and play peripherals. A software development environment that is simple enough to harness a massive number of users developing proper self-configuring apps automatically published in the app database.
It sounds like a smart phone without the display and that may be how it converges, but the key is an eco system that enables smart people, who are not programmers, to create polished hardware and software applications in their field of expertise.
There are millions of RPIs bought with this promise, but gathering dust because this missing link has not been bridged.
"Designing a decent computer module that costs between $20 and $50 is no longer hard to imagine. The next level is probably going to be all about the eco system - both hardware and especially software. Imagine a $25 pocket computer that loads self-configuring applications, dragged seamlessly from an app database. Plug and play peripherals. A software development environment that is simple enough to harness a massive number of users developing proper self-configuring apps automatically published in the app database.
It sounds like a smart phone without the display and that may be how it converges, but the key is an eco system that enables smart people, who are not programmers, to create polished hardware and software applications in their field of expertise."
That's so far from my vision of computing and learning about it !
To me it sound like one of Dante's Circles of Hell.
Layer upon layer of unkown code wasting billions of processor cycles while stealing your private information !
My ideal single board computer has a small FPGA on it - if you want a CPU then design your own
MK
This year I have had my first experiences with FPGAs, and I couldn't agree more with that dream. It's the same feeling as when I was given my first meccano as a child, I could build anything. Unfortunately, I did not have enough time and the meccano did not take me to the moon, but I had fun and learned. That's the same thing I look for as an electronics hobbyist.
My issue is with the foundation supplying units to big OEMs which use them in their products, but not supplying retailers - when the whole thing was supposed to be for the people! I do understand that there are supply chain issues - but come on, even big distributors which supported getting R-PI off the ground in the first place cannot get any stock.
Yeah I use a lot of FPGAs in my designs - or if you really want a good SoC look at the PSoC range from Cypress - combining a hard core ARM processor with FPGA style configurable logic. Want 12 UARTS? You got it. Want bespoke timers? You got it. Want PWM galore? You got it. PSoC would make a good basis for an MCU based dev kit. Although it won't run Linux ;-)
If you'd like a low cost flexible Linux platform - how about Onion's Omega 2S+ ?
Yeah there's no doubt the R-PI was revolutionary and kick started a whole generation of great things.
However at the moment the R-PI is a unicorn for most folks.
It sounds like a smart phone without the display and that may be how it converges, but the key is an eco system that enables smart people, who are not programmers, to create polished hardware and software applications in their field of expertise.
You may not be surprised to learn that in 'newer' communities that revolve around hardware modding, a staple, standard, typical answer is often:
"Why bother doing that when you can just use a smartphone? android phones are cheap, just use one of those"
Mostly gone are the days of encouraging you to customise and roll your own with electronic components.
Path of least resistance I suppose.
Reminds me of when I first was starting out in electronics and the ol' timers used to spurn the likes of the 555 timer as a waste of money and 'much better to do it with discrete components'.
Through the years I've seen this shift and the ol' timers spurn the microcontroller as a waste of time and money and 'much better to do it with a 555 timer'.
In later years, this has shifted again with microcontroller vs SBC and again with SBC vs smartphone...