Raspberry Pi is now a public company(techcrunch.com)
techcrunch.com
Raspberry Pi is now a public company
https://techcrunch.com/2024/06/11/raspberry-pi-is-now-a-public-company-as-its-shares-pops-after-ipo-pricing/
238 comments
The Raspberry Pi Foundation put out a statement[1] on the IPO and how it relates to the mission.
In 30 words,
instead of receiving a share of the company’s profits each year, we will convert some of our shareholding into an endowment that we will use to fund our educational programmes.
While it remains to be seen how the IPO will affect future Raspberry Pi products, it's hard for me to argue against the Foundation diversifying its investments, especially in light of growing competition from cheap clones.
[1] https://www.raspberrypi.org/blog/what-would-an-ipo-mean-for-...
In 30 words,
instead of receiving a share of the company’s profits each year, we will convert some of our shareholding into an endowment that we will use to fund our educational programmes.
While it remains to be seen how the IPO will affect future Raspberry Pi products, it's hard for me to argue against the Foundation diversifying its investments, especially in light of growing competition from cheap clones.
[1] https://www.raspberrypi.org/blog/what-would-an-ipo-mean-for-...
The foundation still owns the vast majority of the company
And the worth of that stake is now directly tied to stock performance.
wait! The foundation sells Pis? What does the for-profit company do?
Hell, where did the foundation get its money before?
Hell, where did the foundation get its money before?
So if the foundation makes decisions that drive stock up in the short term, they make themselves richer?
Definitely won't be abused /s
Definitely won't be abused /s
Maybe, but I think part of the fear behind the IPO is that some bully type investor like Icahn will do a takeover/weigh-in and mess it up, towards a profit driven enterprise.
With major ownership held by someone else, this becomes less likely.
With major ownership held by someone else, this becomes less likely.
If you need a simple home server or lab setup, second-hand 1L pc's (tinyminimicro) is a much better value-for-money.
I've a ton of Pi4s and one Pi5, but the ease of use, the simplicity of 1L pc's is - for the stated applications - a no-brainer to me.
I've a ton of Pi4s and one Pi5, but the ease of use, the simplicity of 1L pc's is - for the stated applications - a no-brainer to me.
> second-hand 1L pc's (tinyminimicro) is a much better value-for-money.
For initial purchase they certainly offer much better bang-for-buck compared to the Pi4 & Pi5, but do you have any useful links to information about relative power consumption when mostly idle?
I currently have a Pi400 (back when I bought that the Pi proper was out of stock everywhere except the scalpers charging >£150/unit for even the low RAM versions, but I found a decent deal on a Pi400 kit) running as a router/firewall with a few other small bits & bobs in containers. I keep considering replacing it with a small PC like that – my main concern being running a core bit of the home network off an SSD, though also having a bit more performance (both IO and CPU) might at times be useful too, and the Pi400 I'd like to reuse somewhere it is visible for “this is what home PCs used to be like when I were a lad” nostalgia reasons. The reasons I haven't so far (other than momentum: the 400 is sat there working quietly needing no interaction aside from the occasional update and paranoia checks of the config/log/other backups) are possible greater electricity use, and great noise if the mini-PC is not entirely passively cooled.
For initial purchase they certainly offer much better bang-for-buck compared to the Pi4 & Pi5, but do you have any useful links to information about relative power consumption when mostly idle?
I currently have a Pi400 (back when I bought that the Pi proper was out of stock everywhere except the scalpers charging >£150/unit for even the low RAM versions, but I found a decent deal on a Pi400 kit) running as a router/firewall with a few other small bits & bobs in containers. I keep considering replacing it with a small PC like that – my main concern being running a core bit of the home network off an SSD, though also having a bit more performance (both IO and CPU) might at times be useful too, and the Pi400 I'd like to reuse somewhere it is visible for “this is what home PCs used to be like when I were a lad” nostalgia reasons. The reasons I haven't so far (other than momentum: the 400 is sat there working quietly needing no interaction aside from the occasional update and paranoia checks of the config/log/other backups) are possible greater electricity use, and great noise if the mini-PC is not entirely passively cooled.
Intel i5-6500 with 16GB does 7 watt idle.
So just the CPU at idle pulling more than twice the Pi, about the same as a Pi4 running a CPU stress-test, depending on what figures you take.
I had a look around and there are many values out there, just under 3W idle and about 7W spinning the CPU seem like reasonable values (to get better data I might have to try properly testing mine – I've got an overly fancy USB3 cable that displays the power passing through, so I could do that at some point, at least approximately).
Figures for mini PCs obviously vary by model, but also you see a lot of different figures for the same model (some of the difference could be due to differences in storage power draw, some don't say if they have an SSD or traditional disk, and some could be differences in ambient heat affecting draw for cooling? age may also have an effect on the efficiency of fan motors) but between 9W and 15W (mostly below 12) at idle feels like a reasonable guess based on those quick searches. This is lower than I was expecting. The official rating for an Optiplex 3070 (picking a random model from the popular ones) is “up to 1.2W” which is far lower than people have measured in their own tests so I'll not be trusting official values.
Of course the PiZero or similar would draw less than anything else I've already mentioned, though to be a router I'd need to add at least some NICs to that, some extra storage (given one of my concerns is running the router off an SD card), and would lose some CPU resource (the Zero 2 is roughly equivalent to a Pi3 there?) and a goodly chunk of RAM.
I had a look around and there are many values out there, just under 3W idle and about 7W spinning the CPU seem like reasonable values (to get better data I might have to try properly testing mine – I've got an overly fancy USB3 cable that displays the power passing through, so I could do that at some point, at least approximately).
Figures for mini PCs obviously vary by model, but also you see a lot of different figures for the same model (some of the difference could be due to differences in storage power draw, some don't say if they have an SSD or traditional disk, and some could be differences in ambient heat affecting draw for cooling? age may also have an effect on the efficiency of fan motors) but between 9W and 15W (mostly below 12) at idle feels like a reasonable guess based on those quick searches. This is lower than I was expecting. The official rating for an Optiplex 3070 (picking a random model from the popular ones) is “up to 1.2W” which is far lower than people have measured in their own tests so I'll not be trusting official values.
Of course the PiZero or similar would draw less than anything else I've already mentioned, though to be a router I'd need to add at least some NICs to that, some extra storage (given one of my concerns is running the router off an SD card), and would lose some CPU resource (the Zero 2 is roughly equivalent to a Pi3 there?) and a goodly chunk of RAM.
Or if you don't mind the larger size and you just need a home server, you can get a used NUC.
I used a super cheap HP Pavilion laptop that was unbearably slow with Windows, but works great as a Mint server.
Then two used/refurbished Dell Optiplex's, great deals!
Then two used/refurbished Dell Optiplex's, great deals!
Do you blow away the OS and install Linux on them?
Curious because for me the affordability of a hobbyist PC is offset by the cost of Windows.
Curious because for me the affordability of a hobbyist PC is offset by the cost of Windows.
Yes they run linux just fine.
Cost of windows?
Why not just use the windows trial. Or buy a license key.
Windows license keys are absolutely everywhere. Maybe check the bios from some old laptops you own?
At my university we have this massive ewaste bin full of old pcs stickered with probably valid license keys.
Though you might be better off sticking with Linux anyway.
Why not just use the windows trial. Or buy a license key.
Windows license keys are absolutely everywhere. Maybe check the bios from some old laptops you own?
At my university we have this massive ewaste bin full of old pcs stickered with probably valid license keys.
Though you might be better off sticking with Linux anyway.
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I’m happy to buy whatever satisfies my requirements. But I do anticipate the enshittification will begin.
Waiting for the next company to fill the not-yet-enshittified gap.
I dumped them after they fought against competition by selling very limited stocks of the Zero at very low prices, possibly at a loss. They released just enough of them so that someone somewhere could always tell that they were the cheapest board available, but in fact they were pretty much unobtanium everywhere, except of course in "friendly" sites and forums where every post about the shortage was immediately replied with "I could buy one at XYZ...", where xyz inevitably turned out to be a shop with none in stock. This happened much before Covid19 and chips shortage hit the market, in fact competition had cheap alternatives in stock and I could buy some NanoPi and OrangePi, but the RPi had much better press. I'm considering to make an exception for the Pico for being a really interesting product, but my last Linux RPi has been the 4 and I don't plan to go further.
Before the pandemic, I picked them up for $5 regularly at our local friendly computer store. They even had 0w's for $5 as a gimmick (they were supposed to be $10) with purchase limit of 2 or 5 (can't remember). I'd just pick up a couple every time I went to that store. I've got a sandwich bag full of them now.
I think it was very much the supply chain snags of pandemic that made them get weird high prices everywhere.
I think it was very much the supply chain snags of pandemic that made them get weird high prices everywhere.
So your assertion is that Raspberry Pi was using a Zero as a loss leader AND that it was out of stock. And some how this was enough to stifle competing products? And the competing products you've cited all have "Pi" in the name because they only exist to fill the gaps that Raspberry Pi products don't fill. For example the NanoPi is a Zero competitor that differentiates itself by having Ethernet.
Raspberry Pi dominates the market because it was the first to enter it and provides a limited product catalog that has limited churn with comprehensive support and regular software releases. The same cannot be said for it's competition which historically offered horrible software support land quickly iterated on products meaning that support generally only existed for the very latest.
Raspberry Pi dominates the market because it was the first to enter it and provides a limited product catalog that has limited churn with comprehensive support and regular software releases. The same cannot be said for it's competition which historically offered horrible software support land quickly iterated on products meaning that support generally only existed for the very latest.
So they sold all the available stock they had as soon as they got it, at a reasonable price… and that made you dump them?
> So they sold all the available stock they had as soon as they got it, at a reasonable price… and that made you dump them?
Well, yes, of course?
Why burn billable hours on a design I can send to production?
Well, yes, of course?
Why burn billable hours on a design I can send to production?
I know it's an anecdote, but I found out about them bundling the Zero with a Raspberry Pi magazine here in the UK few days after it launched, and I was able to pop down to my local tesco and grab a copy(and it wasn't the last one either). Since then I bought a dozen more for various projects around the house and it's never been a problem, Pimoroni or the Pi Hut always have some.
What you're describing sounds like ordinary supply chain difficulties, with no indication of any nefarious intention.
There area already some privacy concerns. New Sony chip is likely embedded for future devices to enable edge processing.
Metadata of some processing will start leaking to external cloud whether you want it or not.
https://www.engadget.com/sony-investment-will-put-ai-chips-i...
https://aitrios-promo.wpp.developer.sony.com/en/services/edg...
Metadata of some processing will start leaking to external cloud whether you want it or not.
https://www.engadget.com/sony-investment-will-put-ai-chips-i...
https://aitrios-promo.wpp.developer.sony.com/en/services/edg...
That’s not built in to the Pi, and is way too expensive. It will almost certainly be a HAT. Complaining about this shows ignorance.
I re-read your comment minus the last sentence and I like it better.
> That’s not built in to the Pi
Based on what? Even the linked article title says IN. Maybe they have different models, but based on all the wordings, it is very odd if it is HAT.
> Complaining about this shows ignorance.
If it is external HAT, then maybe. But until then, maybe not.
Edit: There seems to be AI kit available now, but it does not include this:
https://www.raspberrypi.com/documentation/accessories/ai-kit...
Based on what? Even the linked article title says IN. Maybe they have different models, but based on all the wordings, it is very odd if it is HAT.
> Complaining about this shows ignorance.
If it is external HAT, then maybe. But until then, maybe not.
Edit: There seems to be AI kit available now, but it does not include this:
https://www.raspberrypi.com/documentation/accessories/ai-kit...
The "IN" probably refers to in one of the camera modules, or some other module/HAT.
Raspberry Pis don't use any Sony chips on the SBC, Sony image sensors are on the camera modules, and since they're talking about imaging, this makes perfect sense.
Nothing about the Engadget article says to me it'll be on board the Raspberry Pi itself.
Raspberry Pis don't use any Sony chips on the SBC, Sony image sensors are on the camera modules, and since they're talking about imaging, this makes perfect sense.
Nothing about the Engadget article says to me it'll be on board the Raspberry Pi itself.
They're also producing an AI camera.
https://www.elektormagazine.com/news/raspberry-pi-monitor-te...
The original press releases don't say anything about incorporating it into the base Pi hardware and I don't think they would, given that it would add extra cost and most people don't need it.
https://www.elektormagazine.com/news/raspberry-pi-monitor-te...
The original press releases don't say anything about incorporating it into the base Pi hardware and I don't think they would, given that it would add extra cost and most people don't need it.
Yeah, AI camera integration might be actually the end result. This gives good assumption.
Add to that their patent of the PIO ports implementation, and I stopped being a fan.
You’re assuming that without a patent, the RP2040 wouldn’t immediately have counterfeits flooding the market without any hope of legal action. This has happened with the ATMegas, this has happened with the ESP32s, this has happened with the STM32s, it’s a valid concern. You’re also assuming there wouldn’t be legal-ish pseudo-compatible clones, like the GD32 clone series of the STM32.
> the RP2040 wouldn’t immediately have counterfeits flooding the market without any hope of legal action
That would be great. Here is the mission statement straight from raspberrypi.org:
> The Raspberry Pi Foundation is a UK-based charity with the mission to enable young people to realise their full potential through the power of computing and digital technologies.
Cheaper clones from China would aid that goal, but of course, it flies in the face of a fake non-profit company.
And if you are only interested in preventing counterfeits, just slap the trademarked Raspberry logo on there. No need to inhibit progress with patents.
That would be great. Here is the mission statement straight from raspberrypi.org:
> The Raspberry Pi Foundation is a UK-based charity with the mission to enable young people to realise their full potential through the power of computing and digital technologies.
Cheaper clones from China would aid that goal, but of course, it flies in the face of a fake non-profit company.
And if you are only interested in preventing counterfeits, just slap the trademarked Raspberry logo on there. No need to inhibit progress with patents.
No, it would be terrible, as technology development is not free. Chinese clones are the epitome of your “enshittification.” They drive prices up for the real product and invade the market with garbage.
This has most recently happened in the 3D printing world, with Prusa versus BambuLab. Who actually develops an open source slicer? Who allows 3rd-party firmware? Who contributes to the community? Who abides by open source licenses? Hint: It is not the Chinese company.
But at least that GPL-violating, closed-source printer was cheaper.
This has most recently happened in the 3D printing world, with Prusa versus BambuLab. Who actually develops an open source slicer? Who allows 3rd-party firmware? Who contributes to the community? Who abides by open source licenses? Hint: It is not the Chinese company.
But at least that GPL-violating, closed-source printer was cheaper.
> Chinese clones are the epitome of your “enshittification.” They drive prices up for the real product and invade the market with garbage.
The opposite, having no clones makes it easier for a group (like RaspberryPi) to enshittify.
Enshittification is where a group first obtains a large market share with cheap/free services and then pivots to squeeze as much out as possible. Having a competent clone is a strong preventative.
> This has most recently happened in the 3D printing world, with Prusa versus BambuLab. Who actually develops an open source slicer? Who allows 3rd-party firmware? Who contributes to the community? Who abides by open source licenses? Hint: It is not the Chinese company.
Bambu pisses me off too.
Unfortunately your parent is talking about patents, not open source vs closed source, or license violations.
> No, it would be terrible, as technology development is not free.
What about compatibility? Wouldn't it be good for competitors to be able to provide compatible PIO interfaces, so customers can churn from one SBC to another SBC without needing to rewrite their code?
The opposite, having no clones makes it easier for a group (like RaspberryPi) to enshittify.
Enshittification is where a group first obtains a large market share with cheap/free services and then pivots to squeeze as much out as possible. Having a competent clone is a strong preventative.
> This has most recently happened in the 3D printing world, with Prusa versus BambuLab. Who actually develops an open source slicer? Who allows 3rd-party firmware? Who contributes to the community? Who abides by open source licenses? Hint: It is not the Chinese company.
Bambu pisses me off too.
Unfortunately your parent is talking about patents, not open source vs closed source, or license violations.
> No, it would be terrible, as technology development is not free.
What about compatibility? Wouldn't it be good for competitors to be able to provide compatible PIO interfaces, so customers can churn from one SBC to another SBC without needing to rewrite their code?
> Having a competent clone is a strong preventative.
This causes a similar problem: people don't buy from the innovator, who needs more money to carry on innovating. They buy from the clone, who mostly only copies the innovator.
This causes a similar problem: people don't buy from the innovator, who needs more money to carry on innovating. They buy from the clone, who mostly only copies the innovator.
But it was never Prusa's declared mission to get as many people into 3d printing as possible? So I don't see how this is relevant when comparing it to RPi's mission.
Well maybe the plan wasn't to become a martyr and die for charity. If they are providing value they should be able to thrive, not just survive.
> They drive prices up for the real product and invade the market with garbage.
that's not how supply and demand works...
that's not how supply and demand works...
[deleted]
Why would he assume that?
I assume that their mission being "accessibility of computing to all", and the org communicating so much on their mission focus, they would be in favor of cheap clones.
I assume that their mission being "accessibility of computing to all", and the org communicating so much on their mission focus, they would be in favor of cheap clones.
> I expect most will feel the same.
I expect most won't care or even notice. Company ownership is probably not that important to the average consumer. They care about great hardware support and a good "ecosystem" of accessories.
I expect most won't care or even notice. Company ownership is probably not that important to the average consumer. They care about great hardware support and a good "ecosystem" of accessories.
If the consumers were non tech people, I'd agree. But isn't this a product aimed at hackers and tinkerers?
I know the first thought that came to my mind was: damn, I'll have to find new hardware when my Pi dies.
I know the first thought that came to my mind was: damn, I'll have to find new hardware when my Pi dies.
> But isn't this a product aimed at hackers and tinkerers?
It was, but The appeal spread outside of that, which is why they are now going public and abandoning the precious niche mission and are instead aiming at mass market appeal.
It was, but The appeal spread outside of that, which is why they are now going public and abandoning the precious niche mission and are instead aiming at mass market appeal.
> isn't this a product aimed at hackers and tinkerers?
Who told you that?
Who told you that?
> We’re on a mission to put high-performance, low-cost, general-purpose computing platforms in the hands of enthusiasts and engineers all over the world. (https://www.raspberrypi.com/about/)
Maybe they got it from the marketing material?
Maybe they got it from the marketing material?
So what do we believe marketing materials now? Next up: Google is organising the world's information, NOT selling ads! Raspberry Pi used to be a platform for education first and foremost, but you don't get very far with this so they took on some funding to get ahead. Anti-VC whining is quite tangential to the product itself.
You asked who told them that. I'm speculating, but I thought the answer might be that Raspberry Pi told them that.
It's more about who hasn't talked to me about RPi ever: regular people.
Regardless, I posed it as a question exactly because I don't know.
Regardless, I posed it as a question exactly because I don't know.
They'll start noticing once the enshittification begins and expensive but hard to KPI-ify things like QC and documentation quality get optimized away.
So what are some good alternatives?
My impression is that the coming generation of chips are going to be completely integrated RiSCV chips with RAM integrated on one package. Akin to a microcontroller but that can run Linux.
Something like the SG2002
Ex: LicheeRV Nano
https://www.cnx-software.com/2024/02/08/licheerv-nano-low-co...
This is sufficient for "automation" hobby projects. You get the full Linux/OS creature comforts without the hassle of doing Arduino or Mircopython.
If you want a full desktop experience (or a project with video output) on a SBC it's probably easiest to go for a Intel SBC
RPi is getting squeezed from top and bottom price brackets
Something like the SG2002
Ex: LicheeRV Nano
https://www.cnx-software.com/2024/02/08/licheerv-nano-low-co...
This is sufficient for "automation" hobby projects. You get the full Linux/OS creature comforts without the hassle of doing Arduino or Mircopython.
If you want a full desktop experience (or a project with video output) on a SBC it's probably easiest to go for a Intel SBC
RPi is getting squeezed from top and bottom price brackets
Thanks for the licheerv nano link, this thing [1] looks awesome!
Display out, built in amp, and 1GHz riscv for $10 USD [2]. Incredible.
1. https://wiki.sipeed.com/hardware/en/lichee/RV_Nano/1_intro.h...
2. https://a.aliexpress.com/_mPnKu26
Display out, built in amp, and 1GHz riscv for $10 USD [2]. Incredible.
1. https://wiki.sipeed.com/hardware/en/lichee/RV_Nano/1_intro.h...
2. https://a.aliexpress.com/_mPnKu26
It's somewhat amusing a MIPI -> HDMI adapter [1] is more than the total cost of the SBC
https://a.aliexpress.com/_mtj0TmG
https://a.aliexpress.com/_mtj0TmG
> This is sufficient for "automation" hobby projects.
and so is a $2 ESPHome..
For actually working with hardware Arduino is much more convenient than whatever abomination you would write in Python.
For anything that needs video output you should use a cheap Android. Anything else is just wasting money.
and so is a $2 ESPHome..
For actually working with hardware Arduino is much more convenient than whatever abomination you would write in Python.
For anything that needs video output you should use a cheap Android. Anything else is just wasting money.
I got an intel SBC for something that required non-ARM and I remember the power raw being surprising after having been spoiled by so many raspberry ARMs.
My understanding that as of a couple of years ago most of the “clones” had various issues from pcb layout bugs causing ddram access issues, to poor documentation and poor Linux kernel support. Also availability was often a challenge. Getting a product that just works and is well supported by a community is worth a lot imo. Especially for hobbyist, less so if it’s one’s full time job, but then why are you using these things?
I've been looking into alternatives to the Zero 2W because I need something in the same form factor with more (processing) power; something closer to the Pi 3B+ or better.
My conclusion is that although there is some nice hardware out there on paper, the poor circuit designs and atrocious software support mean anything I can get that meets my requirements will be an absolute nightmare; and I'm a software engineer of 1.5-decades with an Electronic Engineering degree, so the bar is high for something to be too-much-effort.
Take the Radxa Zero 3W[0] for example; the WiFi doesn't work properly, GPU acceleration doesn't always work, the OS images are out of date and don't always boot, when it does there are power issues, thermal issues, performance issues. No Debian 12 expected until H2 this year, if lucky; Android OS images are Android 9 (we're on what Android 14-15 now?).
[0]https://forum.radxa.com/c/zero
My conclusion is that although there is some nice hardware out there on paper, the poor circuit designs and atrocious software support mean anything I can get that meets my requirements will be an absolute nightmare; and I'm a software engineer of 1.5-decades with an Electronic Engineering degree, so the bar is high for something to be too-much-effort.
Take the Radxa Zero 3W[0] for example; the WiFi doesn't work properly, GPU acceleration doesn't always work, the OS images are out of date and don't always boot, when it does there are power issues, thermal issues, performance issues. No Debian 12 expected until H2 this year, if lucky; Android OS images are Android 9 (we're on what Android 14-15 now?).
[0]https://forum.radxa.com/c/zero
This “a company is great until it goes public, then it is guaranteed to be crappy” mentality only displays a lack of understanding of how ownership structures work. It is more nuanced than what you are making out. An incredibly over-simplified view bred by the knowitall “fuck MBAs” attitude on HN lately.
An IPO is a cashout. It's almost always certain that there are many key players in the company who had stake that no longer do. This is not a "fuck MBAs" thing. It is much harder to keep a business aligned with its initial purpose (and even customer interests) when it is public.
Do they not have a fiduciary responsibility to their public shareholders now that they did not before?
If a random company with a very different mission (say, Intel) comes along and offers to purchase the company at a decent share price premium they pretty much have to take it, right?
If a random company with a very different mission (say, Intel) comes along and offers to purchase the company at a decent share price premium they pretty much have to take it, right?
If you are talking about a fiduciary duty to "maximise profits", no that doesn't exist.
I never get why people think this does exist. If it did, wouldn’t every company be obliged to get out of the business they’re in and start doing what would be most profitable right now? Obviously that would be absurd.
Just as an interesting tidbit while we here are talking about UK companies it doesn't even exist in the US. The SCOTUS said so:
> While it is certainly true that a central objective of for-profit corporations is to make money, modern corporate law does not require for-profit corporations to pursue profit at the expense of everything else, and many do not do so.
https://www.law.cornell.edu/supremecourt/text/13-354
> While it is certainly true that a central objective of for-profit corporations is to make money, modern corporate law does not require for-profit corporations to pursue profit at the expense of everything else, and many do not do so.
https://www.law.cornell.edu/supremecourt/text/13-354
Doesn't necessarily work that way (shareholders can sell their shares still)...
... but it's how it's marketed to people so they believe it and follow Friedman's doctrine like gospel.
... but it's how it's marketed to people so they believe it and follow Friedman's doctrine like gospel.
Who does this marketing?
Everyone repeating the mantra about how caring for shareholder profits is the fiduciary duty of the corporation leadership, and how it's "a law".
At this point it's a self-propagating meme. I frequently encounter people, learned people, who act like it is a law or moral principle (in fact, corporations aren't even required to be for profit even when operating commercially, they are just an organizational structure). When questioned, nobody can cleanly point where they learnt it, but actual check shows that Friedman Doctrine[1] was never written into law.
[1] https://en.wikipedia.org/wiki/Friedman_doctrine
At this point it's a self-propagating meme. I frequently encounter people, learned people, who act like it is a law or moral principle (in fact, corporations aren't even required to be for profit even when operating commercially, they are just an organizational structure). When questioned, nobody can cleanly point where they learnt it, but actual check shows that Friedman Doctrine[1] was never written into law.
[1] https://en.wikipedia.org/wiki/Friedman_doctrine
Ah - I see. I don't think that's marketing; just a common misconception. But yes, I've seen that too. No idea if it's true or not. Presumably it changes depending on the country.
It's pretty much untrue everywhere.
That said, the misconception can be tracked down to one person in 1980... that sounds more like an idea that got marketed - whether by Friedman teaching in university in certain way, or his students continuing that, or people taking the idea from his paper and teaching that... or newspapers passing it further...
At some point you start to wonder cui bono?
That said, the misconception can be tracked down to one person in 1980... that sounds more like an idea that got marketed - whether by Friedman teaching in university in certain way, or his students continuing that, or people taking the idea from his paper and teaching that... or newspapers passing it further...
At some point you start to wonder cui bono?
Do you have examples of companies that improved on their mission and values after going public?
It may seem dramatic to worry about the future of Raspberry Pi now that it's public, but I personally have seen enough mission driven companies go public, and have observed what happens when profit becomes the primary goal. You'll have to forgive me for seeing this as the beginning of the end of a beloved hobbyist SBC company. I expect the next few generations to be just fine, but eventually shareholders will start to squeeze, and the "profit above all else" mentality infecting public companies will set in, and then the enshittification begins.
I'll be looking around at other SBCs, but I'm hapoy enough with my current RPi boards, just no longer confident I'll be happy with then in the future.
I'll be looking around at other SBCs, but I'm hapoy enough with my current RPi boards, just no longer confident I'll be happy with then in the future.
I can't think of a single company that went public that has improved rather than massively regressed. Could you name one of these unicorns?
Could you help me change my mindset with some good examples to the contrary?
> knowitall “fuck MBAs” attitude
I love HN, but this is insufferable behavior. I also believe it’s why, despite our screeching, we accomplish absolutely nothing. You can’t accomplish anything when you’ve burned all bridges and then yelled “screw you.”
I love HN, but this is insufferable behavior. I also believe it’s why, despite our screeching, we accomplish absolutely nothing. You can’t accomplish anything when you’ve burned all bridges and then yelled “screw you.”
Sorry, what was this goal that was supposed to be getting "accomplished"?
haunter(1)
google "enshitification"
nimbius(7)
I too worry about enshittification, but let's step back here. When you're talking about a price difference that can be made up in a few hours of work, the extra cost can be easily justified, because of the Raspberry Pi's secret sauce.
The secret sauce allowed me to search the web for guides on what I wanted to do and have a template to work from. Not having to spend potentially hours or days of my free time figuring out some obscure Linux issue or driver support problem made up for the extra cost of the board.
The secret sauce was always the documentation and software support, and if the cheap clones can master that, then the boys in England have a real problem, but that remains to be seen. A lot of that comes not from cost savings inherent to microcomputer technology, but because of the dedication of people who know how to communicate to software engineers and hobbyists.
My hope is that most of the price increases apply more to their industrial computing products than their hobbyist ones.
The secret sauce allowed me to search the web for guides on what I wanted to do and have a template to work from. Not having to spend potentially hours or days of my free time figuring out some obscure Linux issue or driver support problem made up for the extra cost of the board.
The secret sauce was always the documentation and software support, and if the cheap clones can master that, then the boys in England have a real problem, but that remains to be seen. A lot of that comes not from cost savings inherent to microcomputer technology, but because of the dedication of people who know how to communicate to software engineers and hobbyists.
My hope is that most of the price increases apply more to their industrial computing products than their hobbyist ones.
It sounds like you would be okay with a Pi clone though?
Like the OP, I have avoided the clones in the past because I wanted to reward the company that were "cause-driven" to do this. I too am less inclined now though.
Like the OP, I have avoided the clones in the past because I wanted to reward the company that were "cause-driven" to do this. I too am less inclined now though.
That depends. Is "clone" a synonym for "compatible"?
If so, sure.
My concern is, I don't want to spend any time whatsoever messing with stuff like driver or architecture issues. Needing a few repositories for Debian packages is okay, but pushing it. I'm not here to configure a system; I'm here to work on a project I find fun or useful.
Ideally I take the latest RaspberryOS and slap it in and it "just works".
If so, sure.
My concern is, I don't want to spend any time whatsoever messing with stuff like driver or architecture issues. Needing a few repositories for Debian packages is okay, but pushing it. I'm not here to configure a system; I'm here to work on a project I find fun or useful.
Ideally I take the latest RaspberryOS and slap it in and it "just works".
> I expect most will feel the same.
I buy Pis because of their support, stability and out of the box experience is far superior to other cheaper clones. I have tons of cards which are paperweights without Armbian or self-rolled distributions, and even them some are feature-capped because of kernel-dependent closed source modules or out-of-tree drivers.
I can still download and install a recent version of RaspberryPi OS to my Raspi 1, customize the image even before it touches the SD card, and remove the card and install to a more recent Pi, and continue working.
More importantly, I can upgrade OS from version to version (Armbian doesn't support this, and they say it explicitly for example).
OrangePi, Radxa and Asus failed on all these fronts. I still peek and poke OrangePi 5B's Debian image since I can't trust them blindly, but can't use its AI and video (rendering/encoding) accelerators without its official image.
Oh, and my OrangePi Zero always crashes within a day or two if I don't practically disable its frequency scaling capability via governor. Even a good cable and adapter which can run a Raspi 3/4 without any hiccups can't make this postage stamp sized thing happy and stable.
P.S.: For everyone who thinks RaspberryPi brand and hardware will be enshittified: I'm not saying that it won't happen. What I'm saying is, let's watch how this moat evaporates, and who passes (said moat) and replaces them on their hill.
I buy Pis because of their support, stability and out of the box experience is far superior to other cheaper clones. I have tons of cards which are paperweights without Armbian or self-rolled distributions, and even them some are feature-capped because of kernel-dependent closed source modules or out-of-tree drivers.
I can still download and install a recent version of RaspberryPi OS to my Raspi 1, customize the image even before it touches the SD card, and remove the card and install to a more recent Pi, and continue working.
More importantly, I can upgrade OS from version to version (Armbian doesn't support this, and they say it explicitly for example).
OrangePi, Radxa and Asus failed on all these fronts. I still peek and poke OrangePi 5B's Debian image since I can't trust them blindly, but can't use its AI and video (rendering/encoding) accelerators without its official image.
Oh, and my OrangePi Zero always crashes within a day or two if I don't practically disable its frequency scaling capability via governor. Even a good cable and adapter which can run a Raspi 3/4 without any hiccups can't make this postage stamp sized thing happy and stable.
P.S.: For everyone who thinks RaspberryPi brand and hardware will be enshittified: I'm not saying that it won't happen. What I'm saying is, let's watch how this moat evaporates, and who passes (said moat) and replaces them on their hill.
Similarly my Orange Pi 4 (not the 4B or 4 LTS) no longer gets new images from Orange Pi themselves. Armbian's images had an issue with display out on the board for at least a year. I haven't checked if it's been fixed. And that's with a RK3399 which is basically mainlined in the Linux kernel.
Well, you can expect all of those superior things to start going to hell in about a year or two. The enshittification will begin.
If that happens, I won't buy them anymore. The boards don't have an expiration date, and I can roll my own distribution "if it comes to that". Have done that in a professional capacity back then, can do it again.
With a publicly traded company that's not an if but a when.
You're right, but I refuse to keep my mind busy with it. I'll look around when I need a new SBC for the task at hand, and if RaspberryPi has enshittified, I'll just pass.
So it's an if from my perspective, since I don't constantly watch them and ask "aretheyenshittifiedyet?".
So it's an if from my perspective, since I don't constantly watch them and ask "aretheyenshittifiedyet?".
Support and stability will go down, they will cut support roles to drive profitability and they will release multiple variants of the same board to saturate the market so hardware support will get dicier. They may even roll their own distro as a way to capture the market.
When a company lists they switch from being customer focused to being share-holder focused. They will do anything and everything to make number go up.
When a company lists they switch from being customer focused to being share-holder focused. They will do anything and everything to make number go up.
Let's watch as it happens, shall we? I'm not saying it won't happen, yet I don't feel gloomy and dark about it. If they fall, another will rise and fill the void.
The market is healthy from that standpoint, but let's watch as it happens and see what happens.
The market is healthy from that standpoint, but let's watch as it happens and see what happens.
I use the Pis because the ecosystem and documentation. I tried using clones but they're often horrible when it comes anything outside the direct hardware. Also they have a ton of competition. Jumping back to STM32 is pretty trivial if you use open toolchains.
> I am inclined to buy and promote cheap clones
Are you also inclined to support and develop kernel and OS level software for them? Because the lack of good support is why they remain woefully noncompetitive despite the lower price.
Are you also inclined to support and develop kernel and OS level software for them? Because the lack of good support is why they remain woefully noncompetitive despite the lower price.
https://libre.computer/ sells SBCs that run mainline linux and boot with UEFI, which is better than Pis could ever say.
And once they make one that isn't slower than a Pi 3 I might actually buy it. Their entire lineup is obsolete, they're selling 2GB models like it's 2018 while Orange and Rock Pi are moving onto 16 and 32GB.
The only Raspberry Pi models I regret buying are the sub-4GB versions, since you're always one step away from needing swap.
The only Raspberry Pi models I regret buying are the sub-4GB versions, since you're always one step away from needing swap.
I want to move to radxa and orange pi but the community & documentation are lacking, along with the sourcing from China.
As somebody with very little understanding of the business world: why would a seemingly successful organisation like this become a public company? What benefits are there?
Better access to external funding, for one.
It allows the company to raise money and existing shareholders to cash out or at least to turn their shares into liquid ones (that they can sell easily), with a "real" market value.
In this case, the article says that they've raised $200 million, which means they sold new shares as part of the IPO.
In this case, the article says that they've raised $200 million, which means they sold new shares as part of the IPO.
Either they want to start rapidly growing or it is exit plan for the founders.
But if they company is very profitable already, this should not be necessary. They could still grow with complete mission-oriented way.
But if they company is very profitable already, this should not be necessary. They could still grow with complete mission-oriented way.
I wonder what the impact would be to us (consumers) if there would be pressure from shareholders to increase profits. Will future Raspberry Pies be completely bare-bones unless you pay a hefty premium?
Funding is one reason but the real one a lot of times is you hit hard legal limits on how many people are on your cap table before it’s just easier to go public. Meaning if you want to keep giving equity to employees you are almost forced to go public.
Something people often miss in threads about this:
> Raspberry Pi Ltd, the public company, is the commercial subsidiary of the Raspberry Pi Foundation.
> Raspberry Pi Ltd, the public company, is the commercial subsidiary of the Raspberry Pi Foundation.
A nonprofit overseeing a for-profit arm, where have I seen this before?
(silently acknowledges that this is a rhetorical question rather than a brainstorming prompt)
The NFL used to be a non-profit with the teams paying tax on their profits. It's since changed.
Rolex? They take $10 of cheap metal, sell it for $10k, and use the profits to fund the charity.
Mozilla and OpenAI.
Novo Nordisk would be the biggest example I'm aware of
IKEA?
Same thought I had, though it seems more like a tax-dodge for IKEA: https://en.wikipedia.org/wiki/IKEA#Financial_information
TIL Ikea is technically non-profit.
That’s insane
That’s insane
Mozilla
BBC Studios / BBC America
Plenty of places -- it's not an especially rare model.
Yes it is common for a charity to own a business. The corporate profits are used to fund the education or social welfare mission.
I think it was a dig at OpenAI
Sounds like OpenAI
How much de facto control will they have left after selling all these shares though?
Because despite the a slight shift in political tone, making profits on HN is still hugely unpopular. Even if it is a for profit under a Non-profit Foundation.
This is high time for a group of individuals to bring a RISC-V SBC with a tweaked Linux distribution along with it to fill the gap and... later get to IPO.
RISC-V is still way too slow, and even then, there’s this stupid misunderstanding about RISC-V and open source.
RISC-V means only that the instruction set is open source.
It does NOT mean:
- There are open source drivers
- The chip design is open source
- The chip design is not patented
- The software is not patented
- The chip has no proprietary additional instructions
The NVIDIA firmware blob and drivers could run on RISC-V right now with no practical benefit to you. The ISA being open source does mean that open source CPU cores can exist, but no chip is required to use them.
RISC-V means only that the instruction set is open source.
It does NOT mean:
- There are open source drivers
- The chip design is open source
- The chip design is not patented
- The software is not patented
- The chip has no proprietary additional instructions
The NVIDIA firmware blob and drivers could run on RISC-V right now with no practical benefit to you. The ISA being open source does mean that open source CPU cores can exist, but no chip is required to use them.
> The NVIDIA firmware blob and drivers could run on RISC-V right now
They actually do... Nvidia GSP runs RISC-V: https://www.techpowerup.com/291088/nvidia-unlocks-gpu-system... which furthers prove your point
They actually do... Nvidia GSP runs RISC-V: https://www.techpowerup.com/291088/nvidia-unlocks-gpu-system... which furthers prove your point
Being an open ISA is still hugely important though, and a big improvement over the status quo. Don't let perfect be the enemy of good.
The ISA is arguably the most important thing to have open, and the hardest to get open since it is the thing that requires the most coordination between so many disparate and disinterested entities.
Today we celebrate an open ISA, tomorrow, being enabled by the open ISA, we'll be able to celebrate the next iteration of open, until at some point we get fully open.
The ISA is arguably the most important thing to have open, and the hardest to get open since it is the thing that requires the most coordination between so many disparate and disinterested entities.
Today we celebrate an open ISA, tomorrow, being enabled by the open ISA, we'll be able to celebrate the next iteration of open, until at some point we get fully open.
The Raspberry Pi used a broadcomm CPU... are you telling me that's open hardware?
Is there any SOC chip that is totally open with no proprietary features??
Is there any SOC chip that is totally open with no proprietary features??
Yeah, that's the whole point. Have your own CPU cores. As for slow, Rasberry Pi class of machines are not meant to compete with Intel/AMD server grade. That's for enthusiasts (with even if 40nm process) and has to be cheap.
All drivers are not needed, nobody is expecting to do triple 5k displays at 120FPS. Basic WLAN, Ethernet, Bluetooth and basic display capabilities around HD even at 30FPS are good enough for that market.
As for open source, you as a computer architect, can't even make your own SoC that is on x86 or ARM without paying royalties and spending lots of money upfront.
Not so with RISC-V so I guess you'll see lot more RISC-V in future.
This time - 20204 is the 1999 of RISC-V if you want to borrow a precedent from Linux's rise as defacto OS on server side.
All drivers are not needed, nobody is expecting to do triple 5k displays at 120FPS. Basic WLAN, Ethernet, Bluetooth and basic display capabilities around HD even at 30FPS are good enough for that market.
As for open source, you as a computer architect, can't even make your own SoC that is on x86 or ARM without paying royalties and spending lots of money upfront.
Not so with RISC-V so I guess you'll see lot more RISC-V in future.
This time - 20204 is the 1999 of RISC-V if you want to borrow a precedent from Linux's rise as defacto OS on server side.
I'll make the logo
As much as I love rasps (think I’ve got a dozen or so) I struggle to see their moat.
They certainly have an edge on ecosystem and software polish but it’s pretty slim.
I’ve got a mixed k8s cluster - half rasps half orange pi…and I’m having more issues on the rasp side.
They certainly have an edge on ecosystem and software polish but it’s pretty slim.
I’ve got a mixed k8s cluster - half rasps half orange pi…and I’m having more issues on the rasp side.
Name recognition? You know exactly what you get, which isn't necessarily true for the bajilion clones out there. You know that if you buy an rPi, you can buy a replacement tomorrow and it will work the same. In a world where I can't even rebuy a laptop of the same make and model a few months later that's quite the advantage.
There are a hundred outfits out of Shenzen doing what they do, but Raspberry Pi's move a lot of units because they have backwards compatibility, good support and that has fostered a healthy ecosystem over the years. If even a single Chinese outfit got the memo, they'd be out of business quickly - but they don't.
I don't understand why customer support is so hard to get right for these Chinese companies. The pervasive mindset seems to be beating others on price is enough. For the maker market Pi's are aiming for, it really isn't.
I don't understand why customer support is so hard to get right for these Chinese companies. The pervasive mindset seems to be beating others on price is enough. For the maker market Pi's are aiming for, it really isn't.
For the likes of us there isn’t really much of a moat but RPi puts a lot of effort into accessibility for beginners. Look at orangepi.org:
“We offer one-stop customized service based on open source products to shorten the path from technology to application”
vs raspberrypi.org:
“Empowering young people to use computing technologies to shape the world”
The underlying tech is very similar but the marketing and community aims are very different. If RPi can capture a solid chunk of the education market they’ll be able to dine out on that, and it doesn’t seem like OPi is equipped to do the same.
“We offer one-stop customized service based on open source products to shorten the path from technology to application”
vs raspberrypi.org:
“Empowering young people to use computing technologies to shape the world”
The underlying tech is very similar but the marketing and community aims are very different. If RPi can capture a solid chunk of the education market they’ll be able to dine out on that, and it doesn’t seem like OPi is equipped to do the same.
First impression when visiting orangepi.org with Firefox: "Hmm. We’re having trouble finding that site."
They don't have TLS enabled. Doesn't exactly promise much on the software side of the board either.
They don't have TLS enabled. Doesn't exactly promise much on the software side of the board either.
Geerlingguy did a video on this topic: https://www.youtube.com/watch?v=GKGtRrElu30
Raspberry's moat largely comes to support and compatibility. They've fostered such an ecosystem around their SBCs that they're usually the safer choice if you want to build something with any expectation of long term stability.
Now that they're public, there's no guarantee that they'll maintain this commitment. They may feel pressure to sacrifice long term success for short term profitability. We'll have to see how this plays out.
Raspberry's moat largely comes to support and compatibility. They've fostered such an ecosystem around their SBCs that they're usually the safer choice if you want to build something with any expectation of long term stability.
Now that they're public, there's no guarantee that they'll maintain this commitment. They may feel pressure to sacrifice long term success for short term profitability. We'll have to see how this plays out.
Community, branding, hardware compat and software support.
Like nvidia.
Like nvidia.
What is the reason they are going public? Are they trying to raise money for new products/services that are otherwise not possible? If yes, do we have an idea what kind of products/services?
Intel N100 already is a better option for many user cases of Raspberry Pi.
I agree. I upgraded from pi 4 to N100 with 16GB RAM and 512NVMe SSD for about $145. And it included a case and power adapter.
I love that certain people get to buy and sell it before the public can. It’s just a fairer way of doing it.
"Step aside Tommy, let the _MEN_ handle this."
But yeah, kinda wack.
But yeah, kinda wack.
yep, the stock market is truly an example of fair and ethical policies.
I never quite got the appeal of Rpi's. When I needed a silent low power home server box 10 years ago I went with Intel Atom x86 based board which supported virtualization and had expandable memory. When I needed a small low power box for and observer node this year I bought a Dell Wyse 3040 for 40€, also x86. If I wanted a general purpose PC I'd still go with a NuC or Minisforum these days.
Do any of the alternatives you've listed expose GPIO pins ?
It's marketing. For someone like me with little familiarity of the mini computer and microcontroller world, I know about raspberry pi and arduino. I know there are many others out there with likely better value and quality, but the perception of accessibility to a newbie drops off of a cliff.
I’m guessing that 40 Euro price isn’t MSRP but some discount on a used one?
Yes, but there seems to be a pretty reliable supply of used thin clients. I have no idea who still buys new thin clients, but whoever it is must replace them regularly.
[deleted]
For a lot of stuff it just comes down to convenience, there's community projects that are primarily distributed as raspi sd card images (home assistant and octoprint come to mind).
arduino is the other name in this space + has been making interesting moves; their industrial / PLC offering has gotten very serious in the last few years and they are ahead of pi on the cloud front (though open question whether either of them will do well in cloud; their customers are too savvy + nimble for a lock-in play)
arduino is approaching the business bottom up (tiny well-known chips), pi top-down (it's just linux with some GPIO pins)
also have competitors at the margin like nvidia (who could legit own 'iot edge AI' if that ever even matters) + waveshare, the off-brand pi manufacturer who remarkably has way more pi-compatible devices than actual pi
excited for IPO if it means the #1 linux board finally supports suspend-to-ram
arduino is approaching the business bottom up (tiny well-known chips), pi top-down (it's just linux with some GPIO pins)
also have competitors at the margin like nvidia (who could legit own 'iot edge AI' if that ever even matters) + waveshare, the off-brand pi manufacturer who remarkably has way more pi-compatible devices than actual pi
excited for IPO if it means the #1 linux board finally supports suspend-to-ram
public company = money milking machine.
so long, and thanks for all the pies.
This model has been a mixed success for Mozilla and OpenAI.
The TechCrunch article is speaking only of it like any other commercial investment opportunity.
Where's a good writeup of charity/non-profit mission concerns about this commercial subsidiary?
(Example from early on in Raspberry Pi history: There were concerns about pragmatic compromises of open source or libre software principles that the RasPi made, so that they could use the closed-software Broadcom SoC, presumably to deliver an otherwise good education-oriented SBC at a price point that made it accessible and got uptake.)
The TechCrunch article is speaking only of it like any other commercial investment opportunity.
Where's a good writeup of charity/non-profit mission concerns about this commercial subsidiary?
(Example from early on in Raspberry Pi history: There were concerns about pragmatic compromises of open source or libre software principles that the RasPi made, so that they could use the closed-software Broadcom SoC, presumably to deliver an otherwise good education-oriented SBC at a price point that made it accessible and got uptake.)
Sadly Mozilla is essentially a company that survives on a Google handed, given by the big G to reduce any risk of anti-trust.
for context: just upgraded to pi 5 after owning the original for over 11 years and still in service!
i get that for most people reading this, rpi has been about a cheap computing platform to run containers at home. personally, i thought all that was a byproduct of a larger goal of making computing accessible.
however, past five years seems to me that the foundation is side-stepped for commercial ambitions. i think that rp2040 is an excellent platform and evolution of promoting tinkering. every other design decisions no longer seem aligned with the goal of accessibility. till this day, unless you live in cambridge or near a micro center, getting one is still down to trusting resellers.
before the design would go out of the way for compatibility (see composite video), and the only things that would stand out was stuff like hardware codec licensing. now, there are so many weird decisions, like micro-hdmi and needing a specific power supply and cooling to use the latest pi optimally (i had an issue with usb boot out of the box while using a standard 18w charger).
whether you put it all down to inflation, getting started from scratch with rpi might still be remotely in the ballpark of buying a toy if you go for several year old models. when i bought my first pi, i was too scared to try its gpio pins because of the fear of bricking it. now with the new one and the official case that hides them away, you can forget tinkering with that.
now it seems that rpi is now more aligned to our audience than tinkerers. now with the "AI kit", and other decisions, it is hard to believe that the foundation and its original goals are going to be a major focus going forward.
i get that for most people reading this, rpi has been about a cheap computing platform to run containers at home. personally, i thought all that was a byproduct of a larger goal of making computing accessible.
however, past five years seems to me that the foundation is side-stepped for commercial ambitions. i think that rp2040 is an excellent platform and evolution of promoting tinkering. every other design decisions no longer seem aligned with the goal of accessibility. till this day, unless you live in cambridge or near a micro center, getting one is still down to trusting resellers.
before the design would go out of the way for compatibility (see composite video), and the only things that would stand out was stuff like hardware codec licensing. now, there are so many weird decisions, like micro-hdmi and needing a specific power supply and cooling to use the latest pi optimally (i had an issue with usb boot out of the box while using a standard 18w charger).
whether you put it all down to inflation, getting started from scratch with rpi might still be remotely in the ballpark of buying a toy if you go for several year old models. when i bought my first pi, i was too scared to try its gpio pins because of the fear of bricking it. now with the new one and the official case that hides them away, you can forget tinkering with that.
now it seems that rpi is now more aligned to our audience than tinkerers. now with the "AI kit", and other decisions, it is hard to believe that the foundation and its original goals are going to be a major focus going forward.
The words “public company” often carry a negative tone but ownership rules are complicated. It doesn’t mean much until you know the specifics. For example a non-tech example of a publicly owned corporation that people might not think of is the Green Bay Packers.
https://www.profootballnetwork.com/who-owns-the-green-bay-pa...
https://www.profootballnetwork.com/who-owns-the-green-bay-pa...
Another tech example of a charitable foundation funded by for-profit subsidiaries (both wholly-owned and publicly traded) is the Carl Zeiss Foundation[1].
[1] https://www.carl-zeiss-stiftung.de/en/
[1] https://www.carl-zeiss-stiftung.de/en/
Hope they can keep their focus on simplicity, usability and developer experience now that they're beholden to the whims of their shareholders.
When the first Raspberry Pis came out I was in love. It was incredible, a full (headless) computer that was small and cheap. I played with it for a while but never had a great long-term use case for it. I bought pretty much every Pi up to the 4, always trying to find a place it could occupy in my life but never really managed to find a good use.
I ran Home Assistant on a 3 then later on 4 (with a super nice case, NVME hat+stick, etc) but HA was not super stable. I, wrongly, blamed it on the HA software for a long time then I bought a Beelink mini computer and moved HA to it and I have literally not thought about HA since, it's worked flawlessly.
Maybe I had bad luck, maybe I happened to get 6 (I had multiple of certain Pis) defective boards but they always felt "unstable" to me. They might run fine for months then randomly need to be rebooted. I'm sure some of you will say "I've had a Raspberry Pi 1 running constantly since I bought it and it's rock solid", good for you, that was not my experience.
During COVID (maybe before as well) it came out that the company was prioritizing bulk sales over sales to individuals (or rather sales to companies that resold to individuals) which soured me. This news just further confirms my belief that the company and product I loved is dead and probably has been for some time. It was nice while it lasted.
I ran Home Assistant on a 3 then later on 4 (with a super nice case, NVME hat+stick, etc) but HA was not super stable. I, wrongly, blamed it on the HA software for a long time then I bought a Beelink mini computer and moved HA to it and I have literally not thought about HA since, it's worked flawlessly.
Maybe I had bad luck, maybe I happened to get 6 (I had multiple of certain Pis) defective boards but they always felt "unstable" to me. They might run fine for months then randomly need to be rebooted. I'm sure some of you will say "I've had a Raspberry Pi 1 running constantly since I bought it and it's rock solid", good for you, that was not my experience.
During COVID (maybe before as well) it came out that the company was prioritizing bulk sales over sales to individuals (or rather sales to companies that resold to individuals) which soured me. This news just further confirms my belief that the company and product I loved is dead and probably has been for some time. It was nice while it lasted.
I think they were trying to stop resellers price gouging during the chip shortage crisis. On ebay you could buy Pis for well over what they were available for on first-party sites (just like PlayStation 5s!).
As a counterpoint, they let me buy Pis as an individual, but I had to send in a picture of myself with a dated piece of paper like a Reddit AMA to prove I was legit.
FWIW there are Pi alternatives without the branding, but usually for the super low price point mini-PCs you are after you need to go to China to firms like Beelink...
As a counterpoint, they let me buy Pis as an individual, but I had to send in a picture of myself with a dated piece of paper like a Reddit AMA to prove I was legit.
FWIW there are Pi alternatives without the branding, but usually for the super low price point mini-PCs you are after you need to go to China to firms like Beelink...
They could have just raised the prices for individual customers themselves instead of creating a massive opportunity to price gouge.
Prioritizing bulk orders sounds like they just didn't want to be the front-end.
Prioritizing bulk orders sounds like they just didn't want to be the front-end.
> Maybe I had bad luck, maybe I happened to get 6 (I had multiple of certain Pis) defective boards but they always felt "unstable" to me.
I've never had bad boards but I've had similar experiences like this, it's always turned out to be a power supply issue, or a counterfit sd card. Can't say I know what your experience will be but those are the places I'd look at first before the board.
> During COVID (maybe before as well) it came out that the company was prioritizing bulk sales over sales to individuals (or rather sales to companies that resold to individuals) which soured me.
If you go watch some of the interviews on this, it was a combination of things:
1) Supply chain issues, like everything during COVID, they couldn't keep up manufacturing capacity.
2) They weren't favoring resellers, but were favoring "industrial" or "commercial" (whatever you want to call them) customers because of pre-existing contracts that they had to fulfill or it'd kill them since they'd have to pay fines or deal with contract disputes. Since it was more guaranteed revenue it also helped them keep the lights on without just shutting down at the time too.
Still didn't feel great either at the time, but I'd say that the way you put it reads as mis-charactarising what happened as being a purely profit motivate thing.
I've never had bad boards but I've had similar experiences like this, it's always turned out to be a power supply issue, or a counterfit sd card. Can't say I know what your experience will be but those are the places I'd look at first before the board.
> During COVID (maybe before as well) it came out that the company was prioritizing bulk sales over sales to individuals (or rather sales to companies that resold to individuals) which soured me.
If you go watch some of the interviews on this, it was a combination of things:
1) Supply chain issues, like everything during COVID, they couldn't keep up manufacturing capacity.
2) They weren't favoring resellers, but were favoring "industrial" or "commercial" (whatever you want to call them) customers because of pre-existing contracts that they had to fulfill or it'd kill them since they'd have to pay fines or deal with contract disputes. Since it was more guaranteed revenue it also helped them keep the lights on without just shutting down at the time too.
Still didn't feel great either at the time, but I'd say that the way you put it reads as mis-charactarising what happened as being a purely profit motivate thing.
Sounds like problems with the sdcard, and that really is a problem. If your OS is not read-only (which isn't a simple or practical setup) it'll eventually wear out from constant logging and die. That might be part of the instability you saw.
So far the solution for long term stability is either that or to get a USB/PCIe NVMe instead. eMMC would be a good solution which is why nearly every single other SBC manufacturer supports it, but of course the Pi foundation stubbornly refuses to touch it because...?
Maybe just to annoy us.
So far the solution for long term stability is either that or to get a USB/PCIe NVMe instead. eMMC would be a good solution which is why nearly every single other SBC manufacturer supports it, but of course the Pi foundation stubbornly refuses to touch it because...?
Maybe just to annoy us.
I thought so as well, that's why my latest RPi setup used this case [0] with this [2] expansion board. I still had instability. I didn't cheap out on the SD cards I bought either. I threw lots of money at a "cheap" board to try to improve reliability but just never got there.
[0] https://www.amazon.com/gp/product/B07WP8WC3V/
[1] https://www.amazon.com/gp/product/B08MHYWJCP
[0] https://www.amazon.com/gp/product/B07WP8WC3V/
[1] https://www.amazon.com/gp/product/B08MHYWJCP
I cannot find the stock ticker symbol. I am aware that they are not publicly traded yet, but the ticker should be known already, right?
Raspberry Pi Holdings PLC (RPI.L)
LSE
Trading since yesterday.
Trading since yesterday.
[deleted]
I’m surprised it lasted this long. It was always kinda just a marketing gimmick for broadcom that got out of hand.
I can't find them on the FreeTrade app yet :-(
Retail trading starts on Friday morning.
How do people (retail) participate in IPOs in the UK?
Apply for an allocation via your broker. E.g.: https://www.hl.co.uk/shares/ipos-and-new-issues/raspberry-pi...
I’d be interested to hear your thesis, if you’re planning to invest. Substantially increased industrial use?
I own quite a few Pis (although mini PCs have largely replaced them in my homelab), but I’m not sure why we should be expecting major growth.
I own quite a few Pis (although mini PCs have largely replaced them in my homelab), but I’m not sure why we should be expecting major growth.
[deleted]
Goodbye quality
[deleted]
they have been... sold... out...
I think it's important to consider some of what Raspberry Pi's mission [1] and how they have kept and/or swayed from that.
Short version, the Foundation was established to support the education and development of skilled technologists (subtext: in the UK). It came from the observation that enrollment in Computer Science courses was dropping, and that the kind of accessibility and hack-ability of previous technologies was becoming less available to people with potential interests. Inspired by previous UK efforts like the BBC Micro (and other 8-bits), and other concurrent educational efforts, they decided their niche was going to be cheap, single board, all-in-one computers.
What I really respect from the RPI folks is that they've really tried to focus on building a viable UK-based technology company - as much as possible, without being zealots about it. That's their unstated mission, to revitalize the U.K.'s technical capacity:
- Based on an ARM processor, a British company
- Has tried to keep as much manufacturing as possible in the U.K. (Sony UK Technology Centre)
- Went public on the London Stock Exchange
All that being said, I feel that they've deviated a bit from this as their primary mission. During COVID when supply chains were messed up, Pi manufacturing and shipping was prioritized to large scale buyers, where the supply then seemed to end up in industrial use-cases instead of the hands of people learning. I've heard an argument, which I do think is valid, that getting a familiar tech stack into industry provides an on-ramp into jobs to the same people who had learned how to do technology on those same Pis. But there's now at least a 2 or 3 year gap where new people couldn't really onboard into the ecosystem because of availability and cost.
The second challenge is the Pi 5. I do think that expectations were simply too high here and the community was expecting basically a usable desktop with fast PCI lanes and gobs of memory for $35. What's delivered is amazing, but once you build it into a "desktop", you may as well have just bought a cheap intel desktop. And that I think is the real existential problem for the Foundation today.
If I were the Foundation, post Pi 5, I would be looking very seriously at alternative form factors as the future. The CM line and HAT concept has been very successful, the hackability of Pis have been amazing. Perhaps there are ways to make the concept even more modular, or more hackable. Maybe offer baseline RAM amounts soldered on, but upgradability with new modules? Make other wireless technologies a core part of the offering (HAM Radio/BTLE/4G/LTE/LoRA, etc.)? Tap more into the 3D printer space with readily available mounts and housings that provide sufficient cooling and airflow. Ready-to-go cluster computing variants, why not mini-Blade-likes using Compute Modules?
What ways can the core Pi technologies expand in order to serve their primary mission and expand the ways that people can learn about technologies?
Perhaps they're thinking the same thing and this is why they need to raise more money?
1 - https://static.raspberrypi.org/files/about/RaspberryPiFounda...
Short version, the Foundation was established to support the education and development of skilled technologists (subtext: in the UK). It came from the observation that enrollment in Computer Science courses was dropping, and that the kind of accessibility and hack-ability of previous technologies was becoming less available to people with potential interests. Inspired by previous UK efforts like the BBC Micro (and other 8-bits), and other concurrent educational efforts, they decided their niche was going to be cheap, single board, all-in-one computers.
What I really respect from the RPI folks is that they've really tried to focus on building a viable UK-based technology company - as much as possible, without being zealots about it. That's their unstated mission, to revitalize the U.K.'s technical capacity:
- Based on an ARM processor, a British company
- Has tried to keep as much manufacturing as possible in the U.K. (Sony UK Technology Centre)
- Went public on the London Stock Exchange
All that being said, I feel that they've deviated a bit from this as their primary mission. During COVID when supply chains were messed up, Pi manufacturing and shipping was prioritized to large scale buyers, where the supply then seemed to end up in industrial use-cases instead of the hands of people learning. I've heard an argument, which I do think is valid, that getting a familiar tech stack into industry provides an on-ramp into jobs to the same people who had learned how to do technology on those same Pis. But there's now at least a 2 or 3 year gap where new people couldn't really onboard into the ecosystem because of availability and cost.
The second challenge is the Pi 5. I do think that expectations were simply too high here and the community was expecting basically a usable desktop with fast PCI lanes and gobs of memory for $35. What's delivered is amazing, but once you build it into a "desktop", you may as well have just bought a cheap intel desktop. And that I think is the real existential problem for the Foundation today.
If I were the Foundation, post Pi 5, I would be looking very seriously at alternative form factors as the future. The CM line and HAT concept has been very successful, the hackability of Pis have been amazing. Perhaps there are ways to make the concept even more modular, or more hackable. Maybe offer baseline RAM amounts soldered on, but upgradability with new modules? Make other wireless technologies a core part of the offering (HAM Radio/BTLE/4G/LTE/LoRA, etc.)? Tap more into the 3D printer space with readily available mounts and housings that provide sufficient cooling and airflow. Ready-to-go cluster computing variants, why not mini-Blade-likes using Compute Modules?
What ways can the core Pi technologies expand in order to serve their primary mission and expand the ways that people can learn about technologies?
Perhaps they're thinking the same thing and this is why they need to raise more money?
1 - https://static.raspberrypi.org/files/about/RaspberryPiFounda...
Bye bye, Raspberry Pi.
Now they are just as the boards that predated them like the Beagle Board.
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hosteur(1)
And... this is... good? :-/
I can’t even get their product anywhere at a decent price, why should I invest in this company?
It doesn’t sound like you invest, then.
You’re describing a product with well known stock shortages that have, in floating, unlocked a bunch of capital which can among other things help them scale their production to meet demand.
That sounds like a good thing both as a shareholder and as a consumer.
You’re describing a product with well known stock shortages that have, in floating, unlocked a bunch of capital which can among other things help them scale their production to meet demand.
That sounds like a good thing both as a shareholder and as a consumer.
I am concerned that ultimately whatever supply chain and manufacturing improvements they see from raising this capital will benefit their commercial/industrial customers more than their non-profit/educational/enthusiast customers. I'm not asserting that will happen, but I'm concerned it will.
Where I am it has been next to impossible to order a non-kit model of Pi released within the past several years since at least mid-pandemic.
I started buying up SFF Lenovo boxes on eBay, which I've been somewhat happier with since I never used some of the Pi's standout features like GPIO.
Where I am it has been next to impossible to order a non-kit model of Pi released within the past several years since at least mid-pandemic.
I started buying up SFF Lenovo boxes on eBay, which I've been somewhat happier with since I never used some of the Pi's standout features like GPIO.
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How am I supposed to know if something is worth investing in if I can’t even use it? A pinky promise that maybe I’ll be able to get one someday isn't a good deal. I want to know what I am getting when I put my money in. Maybe if I was a VC and that’s what they were begging for my money for, but as a retail investor the value proposition is basically nothing.
The company markets itself as an educational tool, but 70% of its sales are industrial? Like I get “bringing low cost computers to everyone” feels and sounds good in press releases but when the business actually focuses on something different - that seems counterproductive to their stated goal - what am I supposed to take from that?
The company markets itself as an educational tool, but 70% of its sales are industrial? Like I get “bringing low cost computers to everyone” feels and sounds good in press releases but when the business actually focuses on something different - that seems counterproductive to their stated goal - what am I supposed to take from that?
Now that they are in stock-price-go-up mode, I am inclined to buy and promote cheap clones, and I expect most will feel the same.