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Over on the EEVblog, that’s been apparently flying under our radar for a while. This is an ARM processor capable of running Linux. It’s hand-solderable in a TQFP package, has a built-in Mali GPU, support for a touch panel, and has support for 512MB of DDR3. If you do it right, this will get you into the territory of a BeagleBone or a Raspberry Pi Zero, on a board that’s whatever form factor you can imagine. Here’s the best part: you can get this part for $1 USD in large-ish quantities. A cursory glance at the usual online retailers tells me you can get this part in quantity one for under $3. This is interesting, to say the least.The chip in question, the Allwinner A13, is a 1GHz ARM Cortex-A8 processor.

While it’s not much, it is a chip that can run Linux in a hand-solderable package. There is no HDMI support, you’ll need to add some more chips (that are probably in a BGA package), but, hey, it’s only a dollar.If you’d like to prototype with this chip, the best options right now are, and from the same company. That SoM is an interesting bit of kit, allowing anyone to connect a power supply, load an SD card, and get this chip doing something.Currently, there aren’t really any good solutions for a cheap Linux system you can build at home, with hand-solderable chips. Yes, you could, but that’s the worst PC ever.

A better option is SoC, better known as ‘the BeagleBone on a Chip’. This is a BGA chip, but the layout isn’t too bad, and it can be assembled using a $12 toaster oven. The problem with this chip is the price; at quantity 1000, it’s a $25 chip. At quantity one, it’s a $40 chip.

NXP’s i.MX6 chips have great software support, but they’re $30 chips, and you’ll need some DDR to make it do something useful, and that doesn’t even touch the fiddlyness of a 600-ball packageWhile the Allwinner A13 beats all the other options on price and solderability, it should be noted that like all of these random Linux-capable SoCs, the software is a mess. There is a reason those ‘Raspberry Pi killers’ haven’t yet killed the Raspberry Pi, and it’s because the Allwinner chips don’t have documentation and let’s repeat that for emphasis: the software is a mess.Still, if you’re looking for a cheap chip you can solder at home, this one seems to be the only game in town. We’re really looking forward to seeing what you make with it!.Posted in, Tagged, Post navigation. The GPL fud on Allwinner is overblown. Allwinner buys IP from other vendors for use in their chips. Some of those vendors refuse to open source their drivers. The biggest offender of this is the NAND flash controlled used in their chips.

But this is easy to avoid, simply use eMMC chips. A similar situation occurs with the GPU, it is not Allwinner sitting on the Mali source code, it is ARM Inc.

Their VPU support is closed source, but it is a user space library so the GPL does not apply. The A13 is supported in Debian and mainline Linux.The ‘backdoor’ was some debug code that did not get turned off when it should have been.

That event occurred about five years ago. It wasn’t much of a backdoor since Allwinner also supplied the source code for it which is why everyone knew it was there. A simple checkbox in Kconfig turned it off.What Allwinner is guilty of is not participating in mainlining their own code. Personally I think the company is foolish for not participating. They are a billion dollar company and could easily participate if they chose to.

Instead the sunxi community does the work for them. You can buy BGA cell phone chips like that but the cheapest I have seen them is in the $45 range for the chip+DRAM combo. Cellphone combos are the only versions I have seen with a GPU included.I am currently working with the Allwinner V5.It is rumored that AW is going to release an integrated DRAM version of it, but that hasn’t happened yet.V5 does not have a GPU but it has an AI coprocessor. BGA chip.Elecrow is a cheap place to have PCBs made and to get your BGAs soldered on.Website is screwy so just get a human quote. You can get 5-10 boards made, have the BGAs soldered on, and get them shipped for under $200. There are cheaper options now. JLCPCB has become my go-to fab for anything over a couple square inches (where OSH Park still does well).

They’ll do qty. 10 of 100mmx100mm 4-layer for $32 plus about $20 shipping, and you’ll have them in a week or so. Keep the design under 50×50 and the $32 drops to $15. And they’ll ship the boards along with a parts order from LCSC, which is stupidly cheap for basic components if you’re willing to navigate the clunky site and frequently poor or nonexistent English (but not an authorized distributor for much of anything, so maybe don’t source the parts for your pacemakers from there). The Pi also has the advantage there’s tons of documentation on how to program for it, and tons of people know how to program for it, which in turn means there’s lots of help available when you get stuck. It’s easily available, often good enough, and doesn’t require any crazy toolsets or additional hardware beyond power and an SD card.

All that together means it gets to be the default option, despite some obvious faults.Same with Arduino. The AVR platform is getting left behind by the cheap ARM chips coming out, but we stick with it because we all know what to do with an ATmega328 board.I’m hoping RISC-V will eventually make a board that’s cheap enough to compete, and can start building a community as deep as the RPi. As far as my limited knowledge I know a few Snapdragon chips can handle the 8GB RAM as some high-end phones have that amount of RAM.However it’ll likely be a costly board and hardly any support: The literal opposite of the RasPi at the moment.Though it would be good if a manufacturer could cheaply make such boards with a DDR3 or 4 RAM card socket.Or.

A separate bank-select on this chip (I assume it has cache?) to act as a rudimentary PAE (Expect issues though). Technically a DIY PAE could map up TB’s of RAM:). I would also like to figure out how to do this. I’m guessing it would be atleast two steps. Use a progammer to load firmware like you do on a bare metal chip, then load linux from an SD card. But I’m not sure what that firmware would be.

Probably some kind of bios that’s already available somewhere.All the hardware connections needed would be another issue. But I think I could mostly figure that out from the datasheet.

Hopefully whatever bios it used would make it apparent what pins the SD card needs. The thing about this chip not having HDMI.I’ve seen a few tablet PCs (People chuck out) with this chip and HDMI.They do it by use of a support chip if I remember correctly.I’m guessing they use an asic with 2x frame-buffers and an i2c for virtual display settings?i.e. Makes the HDMI and internal one appear as one display.This I’ve tested and found the HDMI to drive the output at the same resolution as the (usually smashed screen when I find them) integrated screen.However this is still one hella capable chip.

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A bit off topic. “Over on the EEVblog, someone noticed an interesting chip that’s been apparently flying under our radar for a while. ” LOL This new chip is 6 years old the C.H.I.P the $29 computer which was sold for $9 plus $20 shipping back in 2016 was also made with A13.

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The price of original A13 chip when you buy from Allwinner directly is close to $3 as this is obsolete chip made on 40nm technology and cost of manufacture in obviously now small volumes is high. Sure you can find it on Taobao, Aliexpress etc for prices from $1 up to $3-4, the secret is that these are not new, but pulled from old tablets. Lot of companies in China recycle old electronics, and pull chips which they later sell at different prices (some close to the original Allwinner sale price and depend on how unexperienced the buyer is). These chips are always sold in bulk, with no original packing neither with lot, datacode etc marking on the package which to allow tracebility with Allwinner. Buying $1 A13 guarantee that these are not new and may or may not work depend on how this chips was abused during the use and during the re-cycling.