This is a C# application with a WPF interface designed to control an automatic antenna switch for radio operation.
Please note that interlock functionality & FIFO (First In First Out) management are not implemented yet.
- N1MM-Style UDP Support: Receives N1MM-style UDP datagrams for frequency, mode, and band information.
- Customizable Band to Port Mapping: Configure which bands are assigned to each antenna switch port, with the option to add descriptive labels.
- Configuration Storage: All settings and configurations are serialized and saved in JSON format for easy persistence.
- Band Status Indicators: The currently selected band is highlighted with a green button background and changes to red during transmission.
- Unsupported Bands: Bands that are not supported by your antenna switch (i.e., no connected antennas) are greyed out.
- Antenna Selection Memory: If multiple antennas support the same band, you can switch between them. The last selected antenna is saved and used the next time you select that band.
- TS-590SG Emulator: A basic TS-590SG emulator that accepts N1MM-style UDP datagrams and generates CAT responses. It is partially compatible with OmniRig.
- Supports KinKony KC868-A16: Relay / controller boards like the KC868-A16 is brilliant to drive an antenna switch, I opted to use UDP
- SO2R Interlock: Currently there is no Radio A -> radio B interlock functionality, if you have a 2x6 switch be careful.
- SO2R FIFO: First come first served, needs to be implemented.
- Generic interlocking: To avoid multiple relays becoming activated (this should be handled already but probably not fool proof).
- LZ2RR switch compatability: AntennaSwitch We already have an ugly implementation of this, could be ported to this project easily.
- Add other means of receiving band data: Maybe UDP isn't the best solution, could be possible to use MQTT as well as the KC868 supports it.
- Improve GUI/Theme: Nuff said.
- Custom band/ frequency definition: For other bands
Easily configure and select the appropriate ports for your antennas.
