To whomever writes these headlines: please study up on the distinction between inventory and production.CEO: Raspberry Pi inventory to hit 1M units monthly, starting in July
Note that Amazon has never been an official reseller. Even back when supply was free, all Raspberry Pi models sold for $5-10 over retail on that site.Upton and company have abandoned their mission, which was to make an educational tool available at a price most people could afford. My school has had an order for 48 Pi 4 machines on backorder since July of 2020. And yet, people manage to acquire enough Pi 4s to be selling "kits" on Amazon for $155. The "kit" includes power supply, case, and a couple of heat sinks, so about $20 of extra stuff. And a profit more than twice the retail price of the Pi.
Upton and company have abandoned their mission, which was to make an educational tool available at a price most people could afford. My school has had an order for 48 Pi 4 machines on backorder since July of 2020. And yet, people manage to acquire enough Pi 4s to be selling "kits" on Amazon for $155. The "kit" includes power supply, case, and a couple of heat sinks, so about $20 of extra stuff. And a profit more than twice the retail price of the Pi.
I may have seen the B headline...Inventory, or production? I doubt they want a million units sitting in inventory.
Is that in addition to their factories in the UK? I remember one of the things they were most proud of was bringing that manufacturing in-house domestically. I remember Sony was originally one of the several producers making the first Pi boards back in 2012-ish.Raspberry Pi now has an 11-year manufacturing contract with Sony, and in a May interview with Jeff Geerling, Upton said that Sony now manufactures "every core Raspberry Pi product."
I have had “zero” issues buying the Rapsberry Pi Zero through pishop. Checking rpi locator shows it is a available in different parts of the world:As of this writing, the Zero, Zero 2 W, 3, and 3B+ are out of stock at Raspberry Pi's listed authorized resellers. The 4 is available, though, as is the 3A+. Of course, as much as stock has fluctuated over the past months, it's possible that it all changes by the time this article is published.
You did, but I grabbed a quote further up the stack.I may have seen the B headline...
Bullshit. Find me a comparably priced board with software support anything like the Pi's.At this point the Pi 4 is old and simply not up to par with the competition on every level.
Do point to a competing ARM-based SBC with fully functional and practically useable (ie. not just with some single vendor-specific, proprietary app, for example) HW-accelerated encoding and decoding pipeline, CSI- and DSI-interfaces -- including some actual cameras and displays that work with those -- and that run actually recent kernel.At this point the Pi 4 is old and simply not up to par with the competition on every level.
Bullshit. Find me a comparably priced board with software support anything like the Pi's.
IIRC, same journo as the HDD article "average age at death = life expectancy" debacle. So... don't bet on it.
To whomever writes these headlines: please study up on the distinction between inventory and production.
There's a Sony plant in South Wales.Is that in addition to their factories in the UK? I remember one of the things they were most proud of was bringing that manufacturing in-house domestically. I remember Sony was originally one of the several producers making the first Pi boards back in 2012-ish.
Upton admitted to neglecting maker demand when forced to choose between supplying businesses or individuals. That choice was "the single hardest decision I've had to make in my business career," Upton told Geerling in May.
I would gladly pay $45 for a Pi4. I bought a Pi3 "Kit" years ago for $45ish, came with overclocking heat-sinks, paste, power supply and a case. "Some assembly required"
The same kit today for a Pi4 2GB is $110 - and is Out of Stock.
But alas - seems they still have the I2C clock-stretch bug in them?! ugh.
They've long had special "compute module" versions that were on a daughterboard format for industrial prototyping and product development. It would have the Pi SoC and requisite bridge chips, but no other pre-installed I/O other than maybe flash storage. Usually these were sold in a DIMM-style format so prototypers could use off-the-shelf RAM slots to attach their own carrier boards with whatever gizmos they wanted to pair with the Pi SoC to develop their doodad....obviously i haven't been keeping up with the times because in my mind the raspberry pi is still a niche hobbyist product: what's the nature of industrial-scale applications driving 1MM/month demand?..
This seemed a bit curious to me, since that's the decade-old chip only used on the Raspberry Pi 1 / Zero / Zero W, and I would have thought the newer chips would be more relevant. But that was what he said:In hindsight, the exec would have stocked up on BCM2835 chips to help keep shelves full. But Raspberry Pi didn't and eventually fell behind on orders, and the perception of a shortage led to people stockpiling Pis, hurting availability more, according to the CEO.
while also mentioning "industrial demand" for the Pi Zero in particular. So it sounds like that wouldn't have kept shelves full for hobbyists wanting the higher-end Pis, but it would have helped the small businesses who designed products around the Pi Zero. Presumably stockpiling millions of the more expensive chips wouldn't have been affordable.if you allow me to rewind three years, more 2835 would have been great. This is the cheapest of the chips that we use in Raspberry Pi products. We could have afforded to stockpile one or two million of those, and obviously that would have sustained Zero in particular all the way through, and that would have been a nice thing.
That was also mentioned in the Geerling interview, and Eben's main points were:Time to do a risc-v board now.
They are sponsored by softbank or what ?
Didn't we have this exact argument on the last article? Who buys a Pi (or really any SBC) for AI or neural network training?At this point the Pi 4 is old and simply not up to par with the competition on every level.
More and more hobbyists and startups want to run small neural networks (to build their own 'assistant' etc), but the Pi doesn't have a NPU.
Bullshit. Find me a comparably priced board with software support anything like the Pi's.
I've been happily substituting used mini PCs off ebay. The only spec in the requirements you've listed that this doesn't meet is that it's x86 not ARM.Do point to a competing ARM-based SBC with fully functional and practically useable (ie. not just with some single vendor-specific, proprietary app, for example) HW-accelerated encoding and decoding pipeline, CSI- and DSI-interfaces -- including some actual cameras and displays that work with those -- and that run actually recent kernel.
No? Well, they're really not on-par, then, now are they?
Mini PCs as in SFF or what? If we're talking about typical SFFs aimed at offices, I'm not aware of any of them having any available CSI- or GPIO-interfaces, not to mention the form factor isn't anywhere similar to the RPi or the likes and thus that's an entirely apples-and-oranges comparison.I've been happily substituting used mini PCs off ebay. The only spec in the requirements you've listed that this doesn't meet is that it's x86 not ARM.