#Fsq fldigi install#
#Fsq fldigi driver#
#Fsq fldigi software#

WSJTX – All of the FT and JT protocols and WSPR.

Works with many weather systems and can output multiple ways including APRS.

weewx – Open source weather web page generator.

QSSTV – An SSTV application for decoding SSTV pictures.

#Fsq fldigi software#

PYQSO – Contact Logging Software written in Python.

JS8CALL – Keyboard to Keyboard (Chat) using the JS8 weak signal mode.

HamPi Display – Displays Statistics and information on MAWCG designed Raspberry Pi HAT.

It is used by many different software packages.

HamLib – Radio control (CAT) for many different radios.

HamClock – An open source version of HamClock that shows lots of information about Conditions.

#Fsq fldigi driver#

GPS – Driver to read GPS devices that are USB or on a HAT including the MAWCG designed Raspberry Pi HAT.GPREDICT – Satellite pass prediction software.FLAMP – File Amateur Multicast Protocol.FLDIGI – Digital Mode software that can communicate on many digital modes like PSK(32, 64, etc), CW, FSQ, Contestia, Olivia, RTTY, WEFAX and many more.FieldDayLogger – A log program designed just for field day.It is a unique mode for fldigi users in that it is a line by line transmission rather than character by character. Darkice – Darkice send audio streams to streaming sites like . FSQ, Fast Simple QSO, is an Incremental-Frequency-Keyed mode using an offset differential modulation scheme similar to DominoEX, and Thor.CONKY – A desktop widget designed by MAWCG that provides real-time details about the system and ham radio.Chirp – Programs a large variety of radios.BlueDV – Digital Voice software that can communicate via D-Star, DMR and fusion using an AMBE 3K USB dongle.AX25 – Driver that allows the Raspi OS to communicate via AX25 protocol.

APRX – Digipeater software mainly focussed on digipeating APRS.

The list of applications is continually growing.

#Fsq fldigi install#

Once the install is done, a quick reboot and all of the applications are ready to be used. One you make your selection and answer a couple of questions like your callsign, Ham-pi does all of the hard work of installing the applications. With a simple copy and paste from a website to the Raspberry Pi connected to the Internet, a menu driven installation allows you to pick from a large list of ham radio applications for the Raspberry Pi. Unless you are a raspberry Pi aficionado or a unix junkie installing some of the applications can be difficult to install and configure. There is a ton of great ham radio software available for the Raspberry Pi for everything from HF digital modes to Packet and Winlink. How do I get a ham radio (amateur radio) license?.Ham Radio Unlimited Youtube Channel Toggle sub-menu.Digital-Tracker (formerly D-Star Tracker).Hopefully you can join us and see this magical mode in action.

So if you see that you can't transmit then adjust your squelch setting.Īny questions let us know. If you receive unscquelched signals, the box is green, you will not be able to transmit. Set the slider to be above the noise which is about 1/3 up. It will either change from no color to yellow, no signal, or green, signal. On the lower right of Fldigi click the SQL box to turn it on. Remember to Save and Close to save your settings.įinally, the most important settings is your digital squelch. For testing enter something like you're favorite radio activity. Also, in the QTC box, enter a message that is automatically sent with the Message retrieve command. The trigger commands need to match the case of the callsign that is sent. In Fldigi click Configure, Config Dialog, Modem, FSQ. Here are some configuration settings to check. Clicking the MON button will open a monitor window which you can resize to see both Fldigi and the monitor window or if you have 2 screens you can drag the monitor window to the 2nd screen so you can monitor all messages. Under the white window everyone should click FSQ-ON and ACTIVE to participate in the FSQ session. If you direct a message to a valid callsign only that station will receive your message. The name allcall will appear as a valid callsign and if you use allcall the information that you send will appear on everyones window. There is an algorithm that will determine valid amateur radio callsigns. On the right side you will see an added white box where the received stations will appear. You will notice a change in the Fldigi main window. If stations have trouble then we will have to slow it down. We will try to use the fastest mode, FSQ 6. So here are some things to set before you can use this mode, following the link that Greg gave us. After you take checkins I would like to demonstrate some of these capabilities. It's a magical mode that allows stations to chat with each other and the ability to send trigger commands to send messages, files and images. Looking forward to seeing how this mode works on the repeater.