https://wiki.postmarketos.org/wiki/Zhihe_series_LTE_dongles_...
https://github.com/OpenStick/OpenStick
So yeah if you looking for hardware platform for weird homelab projects that's can be it.
https://wiki.postmarketos.org/wiki/Zhihe_series_LTE_dongles_...
https://github.com/OpenStick/OpenStick
So yeah if you looking for hardware platform for weird homelab projects that's can be it.
https://www.theregister.com/2022/12/09/rpi_maker_in_residenc...
If the current models were any cheaper, that might happen again. It is one of those places where the infamous “what the market will bare” works against us: unless you are buying in bulk you have the choice between paying more or having no availability at all.
People are willing to pay more the rPi units because of the support¹ and reliability². I know I am, last time I wanted a small unit like that I went straight for an rPi without even looking at the other options that might have been cheaper.
--------
[1] official + community
[2] While not perfect in that regard, no supplier is, and the Pis do seem to do better than others in that regard, especially when compared to anything noticable less expensive.
the poor availability was because they didnt make enough. they blame supply chain issues around covid. in the time they were complaining that it wasnt their fault, competitors like the esp32 started appearing and taking market share. i was totally put off the rpi because of that saga. its no longer a good deal, there are better options in either direction (more microcontrollery or more power)
I mean, yeah, that is obvious. But for early products, especially when the level of demand is greater than expectations as it was for both the early Pi and PiZero variants, it is sometimes impractical to ramp up production and supply chains fast enough. If they had made a pile more before release and demand hadn't been that high they would have gone bust with a load of stock in warehouses.
> they blame supply chain issues around covid
You've got your timeline very compressed there. The first couple of Pi Zero variants (this thread started with “The original Raspberry Pi Zero was…”) and supply issues associated with them, were around quite a bit before the effects of C19 and the associated supply chain problems. The Pi Zero 2 was released during the time when the chip shortage and related problems were biting, but the previous version was released a couple of years before 2020 and the first version a couple of years before that.
On this note, anyone got a tut or links to where I can get an appropriate charge controller/BMS (UK) to do this?
Like the post's author, I've been collecting vape batteries for a while and would love to build a power bank or use them in some IoT projects.
https://hackaday.com/2022/08/03/hackable-20-modem-combines-l... (search for Alibaba/Aliexpress/Amazon)
Before stumbling on this link I actually found one that mentions a MSM8916 in the description (it even has a screen, sadly no RAM information):
The only couple issues I had getting a plain old Linux on it from the instructions was that it didn't like the image buddy prepared custom for his tutorial in [0]. The solution was to follow the source links in the article, and flash it with a "generic" image from the person I believe originally got Linux working on these types of devices. I can't overstate how good these instructions and discussions in the comments are. The other thing was the modem didn't work, but all that required was copying the files from the original modem partition on the device to /lib/firmware of the new Linux installation. Super straight forward.
Sadly the screen, while it did function with the stock firmware, doesn't work out of the box with the Linux I flashed to it. Digging around, I think I've determined it's a DSI display, with maybe some evidence of Linux showing its there, but the kernel I have wasn't compiled with any support to run it. I'm not knowledgeable at all in this space though so there's that.
It's a great device, all the same benefits of the dongles, but with a battery to boot. If only I knew how to get that screen to work.
Well hullo there, turns out that's my old mate, the Snapdragon 410! Quite an unexpected surprise!
And funnily in retrospect, my Moto G3 from 2015 (which I still occasionally use for whatsapp!) has the exact same processor, and turns out base android (7) is (un?)surprisingly efficient when you're not doing much! I totally believe you could get a lightweight linux distro going on; I'm more impressed by such an old (and mobile!) chipset still having some sort of vestigial support!
(Fun fact, iirc this was one of the first processors to get 64 bit support for android but motorola wasn't able to port it over in time for the launch. Hence it runs 32 bit android instead!)
And, that Snapdragon is 1.4 GHz, I think.
That's enough for a bare-bones WordPress installation.
My first laptop had a 100 MB had drive, 8 MB of RAM, and a 25 MHz processor, and I remember running a web server on it too, in addition to Windows 3.11 and word processors and other software. One of those dongles would have been godlike power back in those days.
I feel like somewhere along the way scripting got out of hand. Stuff like Wordpress is absurdly resource intensive.
a.) the world of electronics is moving too fast
b.) My lack of skills and time to build something really cool with something like this
A while ago i bought a licheerv nano (similar to luckfox pico or Milk-v duo) to build an open source iPod nano via usb-c audio Jack and the open source buildroot for the licheerv nano.
I did not find a suitable 2.4 inch or at least < 3"touch display that worked with the integrated MPI port.
With LVGL it should be doable to build a small portable audioplayer with acceptable features... But not for me :-)
Aliexpress has this as the best selling one though the chipset is not confirmed https://www.aliexpress.com/item/1005006924641101.html
Well I take my gamble, wait 2 weeks and see what I'll get
I got the one that’s white with a bit of red near/under the cap.
One other thing that took me a bit to figure out: after removing the cap, the entire back of the device slides off (kind of like a battery cover in a remote) and there is a spot to put a SIM card beneath. Supposedly this does GPS too but I haven’t figured out how yet.
EDIT: According to this post[1] above, this listing[2] should be the real thing, as the red variant does say SSID 4G-UFI-XX under the cap.
[1] https://wvthoog.nl/openstick/ [2] https://www.aliexpress.com/item/1005006860833351.html
On some of them you just load debug webpage and on others you might need to ground some pins.
As for the chip basically almost all USB+LTE+WIFI sticks on Chinese marketplaces using it. They all have slightly different way to get adb / edl and flash, but all seems somewhat open.
https://www.amazon.com/s?k=motorola+moto+g&qid=1757978993&rn...
$5.92 each for 500-2999 orders. What a time to be alive.
The one I was interested in would come in couples of aluminized vacuum sealed bags in a cardboard box, with 2k panels per each bags, laid out on plastic trays and stacked few up. The standard procedure to use these things is to wipe the bag surface to remove contaminants, leave it 24 hours at the factory to equalize temperature to avoid causing condensation, then tear it, and put it through production line before the panels degrade from absorbing too much moisture in the air.
I suppose you can forget about surplus parts or just buy 1/n of 2k parts at n/1 price premium from manufacturers with quote-unquote-nonfunctional parts, should you be contractually required to do so, but the point is, you can't easily produce just 1k of something in excess of 10 or so of prototypes built of no-guarantee spare parts.
Unless the total cost of gutting and reprogramming work exceeds that of fulfilling MOQ amounts of few thousands total(including customer warranty spares, media and storefront demo units, investors thank you specials, lottery prizes and all), it's going to make more sense to just buy and gut existing things, than producing just 1k units.
deadass this literally what they do in china, they just disassemble e-waste that don't get used and resell that oversees
I chatter with a friend who works for this and bey built everything bespoke (tracking, temperature (good health indicator), steering (yes you can tell cows where to go), etc). My first question was - did you use some android platform?