Motorola usb drivers moto g4 mod#
Motorola usb drivers moto g4 android#

The two FB pads with arrows are obviously for Up/Down buttons. I’ll have to see how a SIM is interfaced to a phone, but this sound suspiciously like the signals used by I2C, except for Reset.Ĭertainly not – in fact, SIM interfaces are more UART-like.

Motorola usb drivers moto g4 mod#

However, if it’s a flash chip and happens to use SPI, we could absolutely mod a microSD card slot on there, just that it’d be lower-speed, perhaps. I wonder what’s that for – I’ll have to wait until I can get one of your modems. That is not a TF socket footprint, it’s a footprint for a small DFN-8 chip – in fact, there’s two of these, as you’ve noticed. The bottom side shows where the missing TF socket should be, next to a reset button. Nicely done, thank you for writing your experience up and sharing it with us! some notes:

Motorola usb drivers moto g4 android#

Posted in Android Hacks, hardware, how-to, Tech Hacks Tagged 3g modem, lte modem, MSM8916, qualcomm, WiFi modem Post navigation Also, has started investigating the onboard components! Update: in the comments below, people have found a few links where you should be able to get one of these modems with the right CPU. Now, when SBCs are hard to procure, this could be a perfect fit for one of your next projects. We’ve been hacking at such sticks for over half a decade now, most of them OpenWRT-based, some as small as an SD card reader. If you like this modem and understandably want to procure a few, see if you can make sure you’ll get MSM8916 and not the MDM9600.ĭays of using WiFi routers to power our robots are long gone since the advent of Raspberry Pi, but we still remember them fondly, and we’re glad to see a router stick with the Pi Zero 2W oomph.

Judging by a popular mobile device reverse-engineering forum’s investigations (Russian, translated), looks like the earlier versions of this modem came with the way more limited MDM9600 SoC, not able to run Linux like the stick we’re interested in does. That is an LTE modem chip, and its functions are limited to performing USB 4G stick duty with some basic WiFi features. A friend of ours recently obtained a visually identical modem when we got news of this hack, she disassembled it for us – finding out that it was equipped with a far more limited CPU, the MDM9600. points out that you should buy the modem with the appropriate LTE bands for your country – and that’s not the only thing to watch out for. As points out, this is basically a mobile phone in a stick form factor, but without the display and the battery. You can even get them with a microSD slot for extra storage – or perhaps, even extra GPIOs? You’re not getting a soldering-friendly GPIO header, but it has a few LEDs and, apparently, a UART header, so it’s not all bad. You can stick this one into a powerbank or a wallwart and run it at a remote location, make it into a home automation hub, or perhaps, process some CPU-intensive tasks in a small footprint. For a bit over the price of a Zero 2W, you get a computer with a similar CPU (4-core 1GHz A53-based Qualcomm MSM8916), same amount of RAM, 4GB storage, WiFi – and an LTE modem. With this writeup in hand, we have unlocked a whole new SBC to use in our projects – at a surprisingly low price!Īt times when even the simplest Pi Zero is unobtainium (yet again!), this is a wonderful find. ’s writeup translates the ’s tutorial for us and makes a few more useful notes. This discovery hinges on a mountain of work by a Chinese hacker, who’s figured out this stick runs Android, hacked its bootloader, tweaked a Linux kernel for it and created a Debian distribution for the stick – calling this the OpenStick project. Tells us about a new hacker-friendly device – a $20 LTE modem stick with a quadcore CPU and WiFi, capable of running fully-featured Linux distributions.