M17 Project

 

***   This is something that I want to try   ***

M17 Project

M17 is a community of open source developers and radio enthusiasts.

M17 is currently developing a new digital radio protocol for data and voice, made by and for amateur radio operators.

Our protocol’s voice mode uses the free and open Codec 2 voice encoder. This means there are no patents, no royalties, and no licensing or legal barriers to scratch-building your own radio or modifying one you already own.

This freedom to build, understand, and innovate is core to amateur radio, but has been missing from the commercially available digital voice modes. This is part of why amateur radio digital voice modes have largely stagnated since the 1990s and we’re almost wholly dependent on commercial products that aren’t well designed for amateur radio users.

M17 is about unlocking the capabilities that amateur radio hardware should already have.

Here you will find people working on radio hardware designs that can be copied and built by anyone, software that anyone has the freedom to modify and share to suit their own needs, and other open systems that respect your freedom to tinker.

Come join the group! We’re making ham radio fun.

 

 

Watch this video on YOUTUBE

 

The M17 project is developing a new digital radio protocol for data and voice, made by and for amateur radio operators. https://m17project.org/

OpenRTX is a free and open source firmware for digital ham radios that is working to support M17 https://openrtx.org/

TYT MD-380 Modification instructions from OpenRTX: https://openrtx.org/#/md380_mods

This video will walk you through the modifications needed to use the M17 protocol support built into the OpenRTX firmware for the TYT MD-380 and similar radios.

Note that M17 as well as the OpenRTX project is still in development.

0:00 Intro
0:13 M17 Project
0:45 MD-380 Radio and OpenRTX
1:35 Tools you’ll need
2:30 Remove knobs and nuts
3:05 Back cover removal
3:39 Removing heatsink from case
4:32 Ribbon cable removal
5:20 Removing board from heatsink
7:25 Caps and diode removal
9:28 Resistor installation
13:00 Lower resistor removal and jumper wire
14:44 Removal of cap on RF side
15:19 Reassembly