If you’re a Chirp user a programming software to manage ham radios, then most probably you are used to running Chirp without hiccups on Ubuntu’s previous version by just following the PPA installation from the link above, and then you decided to upgrade to Ubuntu 20.04 Focal Fossa and suddenly your Chirp doesn’t work anymore. Well here’s the solution suggested repository install was from @Ken Slimmer (WA0SBU).
1. First you still need to follow the original instruction in installing the repository
sudo apt-add-repository ppa:dansmith/chirp-snapshots
sudo apt-get update
sudo apt-get install chirp-daily
2. Edit the “/etc/apt/sources.list.d/dansmith-ubuntu-chirp-snapsots-focal.list” and point it to “xenial”
3. Run the commands sudo apt-get update and sudo apt-get install chirp-daily, this will run you into dependencies error.
5. Once done run the command again sudo apt-get install chirp-daily, and Chirp will install without problem.
Important: Don’t forget to add yourself to the dial out user if your cable doesn’t connect sudo usermod -aG dialout username (replace username with your own)
You can now find Chirp under the Accessories link on your Ubuntu 20.04
Click on it and the program will run without problem.
Take note: If you keep getting this error: “Could not configure port:(5, ‘Input/output error’) —S after following the procedure above, and you are using USB based programming cable scroll down on the port list selection menu at the bottom and find “/dev/ttyUSB0” (the correct selection for a USB based programming cable). Then it should work fine.
I’m updating the content of this page as we continue to discover variants of Versa radio available in the Philippines radio market. We just wish that the technical support of the company selling the radio would be more helpful to us its consumers in obtaining software support for easy management of such radios.
We are featuring two of the local brands Versa’s popular radio model Versa Alerto and Versa Hero – for civic and amateur radio operator in the Philippines with loyal following due to number of queries we received regarding the radio’s programming software. The programming software is not readily available on Versa’s website but due to necessity my friend DV7FJB (Bon Go) researched the source of the radio and found it to be coming from OEM manufacturer Quansheng from China.
Another radio software was requested from this page through the comment section by an amateur radio operator, Efren-DW5BPE asking for the software of Versa Duo to manage his radio. We continue to monitor this page for request of software however it may or may not be available immediately as we usually don’t have direct access to such equipment right away. As a courtesy to the amateur radio users of these radios we published the details here as soon as we discover the OEM equivalent in the market- as usual my friend DVF7FJB (Bon Go) have provided us the programming software to the radio and the OEM version equivalent on the market.
List updated to include Versa P800 aka QUANSHENG TG-6A software courtesty of DV7FJB (Bon Go)
He initially sought the help of Versa through their facebook page and asked them about the radio programming software, he needs to program some units in his possession however the tech support was unable to provide him the software.
So with a little bit of reverse and engineering and looking for clues about the board and hardware manufacturer and trying different version of the software from Quansheng, he decoded the riddle and asked me to share the information he gathered from this adventure in the spirit of Amateur Radio.
Versa P800 aka QUANSHENG TG-6A
UHF 70cm Radio
Frequency Range: UHF 400~470Mhz
Output Power: Power output: ≥4/2/1W
Type of Modulation: 16K F3E and 11K F3E
Receiver Sensitivity: Sensitivity: -122dBm (12dB SINAD)
Antenna stacking calculator for long yagi’s, all you need to know is the -3db beamwidth for stacking similar antenna. Read the information on the program screen on how to use it. Download it here or click the image below:Antenna Stacking Calculator
Recovery firmware for China radio’s, make sure to back up your radio image before using any of the firmware available here, so that in case of data corruption you can restore your radio from previous state.
CHIRP is a free, open-source tool for programming your amateur radio. It supports a large number of manufacturers and models, as well as provides a way to interface with multiple data sources and formats.
If you are on Windows then using it will not be an issue specially if you have an FTDI chip programmer, for users of Prolific chip then it would be another story, since I have a Prolific chip on my programming cable I have an issue on using it on Windows. Using the Prolific chip on Windows 7 upwards to Windows 10 will cause you a lot of issues that need constant attention in order for the programming cable to work.
Since I have a dual boot machine running CentOS 6.9 and Windows 10. I decided to install and use Chirp on Linux. Chirp can be installed on Linux and Mac OS without much difficulty specially if you are using the latest Linux distribution like Ubunto and Fedora, as for me I am using CentOS 6.9 a Redhat clone distribution of Linux mainly for development purposes. So I am stuck with the default install of Python which is required to run Chirp successfully.
Following the installation instruction from Chirp website http://chirp.danplanet.com/projects/chirp/wiki/Home will not let you install Chirp on CentOS 6.9. What is needed is the Python serial access library (pyserial) to enable Chirp to use the Prolific usb chip on the programming cable. If you have the latest version of Python then installing pyserial is just a matter in invoking the install command on your Linux distribution.
Invoking the command: yum install chirp on latest Linux distribution will install Chirp without issues including the installation of pyserial dependency. On CentOS it will cause the system to look for a higher version of Python which can’t be updated unless you risk the stability of your system. So in this case a work around is needed.
I look around for the pyserial and manage to obtain an old pyserial library suitable to the version of CentOS running my system I uploaded this on my Google drive for future use just in case I need to do this again in the future, it can be downloaded from this link: https://drive.google.com/open?id=0B09fSUA0v5hRcU5YTXV6NngwalU
The pyserial package is a tar.gz type archive so you need first go to the directory where it has been downloaded in the terminal.
Next give the following set of commands:
Extract the Archive
tar -zxvf pyserial-2.6.tar.gz
Go the pyserial directory
Build the package
python setup.py build
Install the package
sudo python setup.py install
Now the package is ready to be use and installed.
Make sure that your Linux username is also added to the dialout user group issue this command if Chirp can’t connect on your radio.
sudo usermod -aG dialout username (replace username with your own)
Once done you are ready to use the latest distribution that can be downloaded on the Chirp homepage extract the files go to the extract directory if you don’t want to install it and just issue the command
If it runs on your system then you may opt to install it permanently by invoking these commands
sudo python setup.py install
To quote Chirp instruction.
“When finished, you should be able to run “chirpw” from anywhere on your system, and (with luck) you’ll also have an item in your distribution’s applications menu.” -source Chirp danplanet.com
Which is exactly what happened on my install. So I successfully run Chirp on CentOS 6.9 and managed to work with my Baofeng UV-5RE radio.