The SkyTing-1090 project details how to repurpose an Illy coffee tin into a high-performance, active-cooled Faraday cage and ground plane for an ADSB receiver. The design uses internal baffles and ventilation mesh to house components like the Orange Pi Zero 2W while maintaining efficient airflow and RF shielding.
* Employs stainless steel mesh to block noise at 1 GHz.
* Requires specific SMA bulkhead adapters for connectivity.
* Uses a "gravity fit" acrylic baffle design.
* Employs stainless steel mesh to block noise at 1 GHz.
* Requires specific SMA bulkhead adapters for connectivity.
* Uses a "gravity fit" acrylic baffle design.
>"Orange Pi is an open source single-board card computer, a new generation of arm64 development board, which can run operating systems such as Android TV 12, Ubuntu and Debian. The Orange Pi Zero 2w development board uses the Allwinner H618 system-on-chip, and can optionally have 1GB or 1.5GB or 2GB or 4GB LPDDR4 memory."
This page provides download options and build information for the Orange Pi Zero2W board using Armbian. It features a Debian Minimal variant based on Debian 13 trixie with kernel version 6.18.26. Users can download the image directly or via torrent, and instructions are included for building the image from source using the Armbian framework.
Main topics:
- Available software variants and distributions
- Kernel version information
- Download links and file sizes
- Instructions for manual builds from source
Main topics:
- Available software variants and distributions
- Kernel version information
- Download links and file sizes
- Instructions for manual builds from source
This guide provides instructions and scripts for the automatic installation of wiedehopf's readsb decoder on ADS-B receiving systems. It covers features such as easy gain and location adjustments, automatic reconfiguration of fr24feed or rbfeeder to work with the standalone decoder, and the removal of conflicting decoders.
An ADS-B decoder described as a swiss knife for decoding aircraft data. This project is a fork of Mictronics' readsb and supports various Software Defined Radio devices such as RTL-SDR, HackRF, Bladerf, and PlutoSDR. It offers robust networking options including Beast/SBS protocols and JSON output, making it an ideal backend for global flight tracking systems like tar1090.
Main topics:
ADS-B decoding via SDR hardware
Extensive network connectivity support (Beast, SBS, JSON)
Integration with mapping tools like tar1090
Support for multiple SDR device types
Main topics:
ADS-B decoding via SDR hardware
Extensive network connectivity support (Beast, SBS, JSON)
Integration with mapping tools like tar1090
Support for multiple SDR device types
