Application download links for each operating system are available below in the Assets section.
WARNING: this is a beta release meaning that it is feature-complete and it may contain bugs. This version includes a new NBFM decoder squelch capability that affect backward compatibility of your playlist with previous versions. The VERY FIRST THING you should do is create a copy of your playlist: How To Copy Your Playist
WARNING: if you use Version 0.5.0 Beta 1 (or later) and create playlists with NBFM Squelch Control channels, these are not backward compatible with earlier versions and you risk corrupting your playlist. Use separate playlists for your NBFM Squelch channels if you plan to use previous versions of sdrtrunk.
1. Features:
- Bug fixes only
2. Requirements:
- Windows x86 (64-bit)
- Linux x86/aarch64 (64-bit)
- OSX x86/aarch64 (64-bit)
Note: JMBE library must be manually downloaded/built for OSX aarch64 due to OSX sandboxing of downloaded code.
Note: Linux for arm-32 is NOT currently supported
3. Optional Requirements
JMBE version 1.0.9+ is required for decoding APCO25 Phase 1/2 and DMR digital audio on Linux and OSX aarch64.
Starting with Version 0.5.0 Alpha 2, you no longer have to install Java and compile the JMBE library. sdrtrunk now has integrated support for creating the JMBE library.
Legacy instructions for compiling the JMBE library are located at: https://github.com/DSheirer/sdrtrunk/wiki/JMBE
4. User Manual
Playlist Editor User Manual Version 0.5.0
User Manual Version 0.3.0 and 0.4.0
5. Support
Please post user support questions or report issues/errors to:
- Discord: https://discord.gg/HJQaKYE
- Google Groups: https://groups.google.com/forum/#!forum/sdrtrunk
6. Enhancements/Fixes
#1335 Use embedded JDK19 runtime and update 3rd party libraries.
#1336 Spectral Display - channel overlay color changes should have translucency
#1338 Logging should use date in addition to time & remove event log creation logging
#1340 Threading issue could produce IDLE channels after period of time, requiring app restart, due to indeterminant tuner frequency changes