Am I an ant? Yes.
But, am I spicy? Also yes.
The IP is dynamic, but for my self-hosted services that require a static IP I make use of a WireGuard tunnel between my raspberry pi and a virtual private server. The VPS has a static IP, so my domains point at the VPS and then the VPS re-routes the packets via the wireguard tunnel. In a wire guard tunnel only the server needs a static IP, so the VPS can route packets to the client even if the client’s ip is dynamic.
Also in the Netherlands and I have recently extended this concept to my home internet. Since 25 Mbps download / 10 Mbps upload is enough for my use, I no longer have an internet subscription and I make use of $25 LycaMobile unlimited data sim cards for home internet using a sim router. The IMEI of the router can be easily modified, which is also a plus.
Sounds exhausting 😅
I have a habbit of searching my own name a few times a week and sorting by new, to check if my name appears somewhere. It makes sense to me, but I would be self-conscious about it if someone asked me why tf I am looking myself up so often as if I’m famous
Yeah, it is written funny. But what it means is that the Linux kernel already comes pre-packaged with the drivers necessary to communicate using the protocol used by this device (UART or USB). These Linux drivers (and by extension Raspbian) are natively capable of interfacing via the GPIO pins or via the USB connectors. It is not true that the device is “driver free” as you always need a driver for this, what they meant is that it is not necessary to install any additional drivers for Linux. So “free from installation” I suppose.
Windows does not come pre-packaged with these drivers, so you need to install them if you want to interface with the device via USB. The chip that the board uses for the UART -> USB conversion is the CP2102. This chip is a common chip used in some ESP32 boards, and I think it would work fine with the standard CP210x driver. But on their site they do provide a specific driver for free (SIMCOM_Windows_USB_Drivers_V1.0.2.exe)
The board finally arrived and it is indeed the SIM7600G-H, which is the global version.
I tried it on my raspberry pi 5 and struggled a bit because there was a change to the UART interface between the PI 4 and PI 5 and the documentation on this board describes the PI 4. But, after some fiddling around I figured out the correct setting and got it to work. The main difference is that the “UART0” needs to be explicitly turned on because the default debugging UART now uses the UART10 interface that is somewhere else on the board.
I agree, it looks like a nice board!
But… after ordering it I noticed that while the pictures in the website show the “SIM7600G-H” chip - which supports global GSM and LTE bands - the text description specifies that the chip included in the kit is the “SIM7600CE-T”, which supports the Chinese bands. I am not sure I will get the correct version now 😅 But there are other “SIM7600G-H” modules and USB dongles available out there, and from what I have found this chip is a nice option for GSM/LTE projects.
I pull the lever and invoke Zeno’s paradox to ensure the trolley’s position remains < 1 for eternity.
La lechuga del diablo.