Changes since v3.0.0
- UI: don't offer to update the WiFi connection when running in a VM
- UI: adjust temperature block colors for dark mode and fade them more slowly as the temperature information ages
- UI: allow the user to choose the temperature sensor that they have and specify the GPIO that it is connected to (for DHT11/22)
- core: allow the DHT22 to be used on OrangePi Zero3
- core: add support for TEMPer USB temperature sensors on all platforms
- hfdl/SDRplay: correct the acceptable gain values
- vdl2: allow specifying frequencies as list of space separated MHz values
- acars/vdl2: changes to sample rates used and therefore frequency spread supported
- acars: support biastee with RTLSDR
- acars/vdl2: use librtlsdr instead of soapy for RTLSDR support
- core: restrict temperature sensor support to feeder image mode only (so not in app mode) and install dependencies if missing
- core: improve temperature sensor support with full support on the Raspberry Pi 5 and some support for the DHT11 and experimental support for the BME280
- UI: improve styling and consistency of system management and hotspot UI
- core: add WiFi scanning to system management (similar to hotspot functionality)
Note
Based on the available usage information, I have significantly reduced the number of images provided here. If there's one that you need for a different SBC which is supported either by Armbian or DietPi, please post a request on the Zulip server
Warning
Images can take more than 5 minutes before the web interface is available. Please be patient.
Note
Currently the Odroid image and the default LePotato images do NOT support WiFi. For the default Raspberry Pi image (but not the new Raspbian image for LePotato), WiFi can be configured with the Pi Imager when you write the image to SD-card, DietPi based images do support WiFi, but they require editing two files on the DOS partition included with the image BEFORE the first boot. Please look at the adsb.im FAQ for details.
Alternatively, if there is no network connection detected, all WiFi enabled images will create a hotspot named adsb.im-feeder. You can then connect to that hotspot and set up SSID/password of the access point you want the feeder to connect to.
For Raspberry Pis there are multiple images available. For most users the Raspbian based adsb-im-raspberrypi64-pi-2-3-4-5-v....img.xz is likely the best choice, but there are also two DietPi based images available for those who prefer that.