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site/
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# BPQ
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## Raspberry Pi
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### Install Key
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**Do this once, only.**
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## Set Up Repo
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Our very own Hibby MM0RFN, also a Debian maintainer, has kindly packaged and is maintaining various Linux packet radio software, among them LinBPQ.
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If you have not already done so, set up the repo [as shown here](../repo.md).
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To start using his repo, you need tell your machine to trust the repo:
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## Install
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```
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wget -q https://online-amateur-radio-club-m0ouk.github.io/oarc-packages/hibby.key
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sudo mv hibby.key /etc/apt/trusted.gpg.d/hibby.asc
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```
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### Set up Repo
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Then you need to add the repo for your OS:
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```
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# Ubuntu 22.04 LTS amd64
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages jammy main" >> /etc/apt/sources.list'
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# Raspberry Pi OS 12 - 'Bookworm'
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages bookworm main" >> /etc/apt/sources.list'
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# Raspberry Pi OS 11 - 'Bullseye'
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages bullseye main" >> /etc/apt/sources.list'
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# Debian 13 amd64
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages testing main" >> /etc/apt/sources.list'
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# Debian 12 amd64
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages bookworm main" >> /etc/apt/sources.list'
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```
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### Install
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After following the above steps, to install LinBPQ, run the below commands:
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To install LinBPQ from the repo, run the below commands:
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```
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sudo apt update
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sudo apt install linbpq
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```
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### Configure
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## Configure
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```
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sudo mv /usr/share/doc/linbpq/examples/bpq32.cfg /etc/bpq32.cfg
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# Linux Native Stack
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The linux native stack is highly configurable and can be easily installed on all Debian distros.
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## Install
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To get a basic node setup, the minimum viable software is:
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`apt install libax25 ax25-tools ax25-apps uronode`
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### BBS
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To set up a BBS install fbb
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`apt install fbb`
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## Basic Config
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We shall set up a single AX.25 port to receive calls and display Uronode to calling stations.
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### ax25 ports
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Set up your ax25 ports in `/etc/ax25/axports`
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The following example is for a NinoTNC:
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```
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# /etc/ax25/axports
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#
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# The format of this file is:
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#
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# name callsign speed paclen window description
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#
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uhf UR0CAL-10 57600 255 2 UHF 9600bd
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```
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Modify the callsign to your own or your station's call.
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This has to be attached as to the modem, in effect telling the computer to
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listen to the modem's output. Run the below as root:
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`kissattach /dev/ttyACM0 uhf`
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### ax25d
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ax25d (ax25 daemon) listens to incoming data and directs calling stations to the application you want them to use.
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It can present different applications based on any combination of the callsign calling you, the callsign and SSID the calling station is calling and the port they are calling to.
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ax25d is controlled by `/etc/ax25/ax25d.conf`
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```
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# /etc/ax25/ax25d.conf
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#
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# ax25d Configuration File.
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#
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# AX.25 Ports begin with a '['.
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#
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[UR0CAL-10 via uhf]
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NOCALL * * * * * * L
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default * * * * * * - root /usr/sbin/uronode uronode
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```
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Note the callsign, SSID and port are aligned with the axport in this example. Similar to axports, modify UR0CAL to our own callsign or your station's callsign.
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ax25d is started by running the below as root:
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`ax25d`
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Stations should be able to call uronode on your system using AX.25.
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# Yaesu FT-7900
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The FT-7900 is an 2m & 70cm radio manufactured by Yaesu from 2010 to the present day.
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## Bands
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| Band | Power | Modulation |
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| ---- | ----- | ---------- |
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| 2m | 0 - 50W | FM |
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| 70cm | 0 - 40W | FM |
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## Interface
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Yaesu Mini DIN
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## Settings
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## Known Examples
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| Location | Band | Modem | Mode |
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| -------- | ---- | ----- | ---- |
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| GB7HIB VHF Port | 2m | [NinoTNC](../modems/ninotnc.md) | 1200bd IL2P |
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# Yaesu FT-891
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The FT-891 is an HF & 6m radio manufactured by Yaesu from 2016 to the present day.
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## Bands
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| Band | Power | Modulation |
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| ---- | ----- | ---------- |
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| HF | 0 - 100W | SSB |
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| 6m | 0 - 100W | SSB, FM |
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## Interface
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Yaesu Mini DIN
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## Settings
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## Known Examples
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| Location | Band | Modem | Mode |
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| -------- | ---- | ----- | ---- |
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| GB7HIB HF Port | 40m | [NinoTNC](../modems/ninotnc.md) | 300bd IL2P |
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# GM340
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The Motorola GM340 can be configured as VHF or UHF at the factory and supports deviation suitable for 1200bd and 9600bd
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The Motorola GM340 is a commercial radio. It can be configured as VHF or UHF at the factory and supports deviation suitable for 1200bd and 9600bd.
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## Prior Example
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## Bands
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| Band | Power | Modulation |
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| ---- | ----- | ---------- |
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| UHF | 25W | FM |
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## Interface
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## Settings
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## Known Example
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MM0RFN is using a GM340 as the 9600bd/UHF port on GB7HIB.
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General programming advice from [BI7JTA](https://www.bi7jta.org/wiki/index.php?title=Main_Page#GM340.2FGM350.2FGM360) was followed, including connector definition.
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## Power
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To change output power, open GM340 > Per Radio > RF with a double click and vary high/low power modes
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## RF Channel Properties
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To change frequency, open GM340 > per Channel > double click a channel and assign new frequency, spacing and power level (defined in Power section)
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## Known good Beginner Radios
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| Radio |
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| ----- |
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| [GM340](gm340.md) |
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| Manufacturer | Radio | Band |
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| ------------ | ----- | ---- |
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| Motorola | [GM340](gm340.md) | UHF |
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| Yaesu | [FT-7900](ft-7900.md) | VHF / UHF |
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## VHF/UHF Radios
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| Manufacturer | Radio | Band |
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| ------------ | ----- | ---- |
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| Motorola | [GM340](gm340.md) | UHF |
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| Yaesu | [FT-7900](ft-7900.md) | VHF / UHF |
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## HF Radios
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| Manufacturer | Radio |
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| ------------ | ----- |
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| Yaesu | [FT-891](ft-891.md) |
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# Hibby's Repo
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## Install Signing Key
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First, you need tell your machine to trust the signature I verify the packages with:
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```
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wget -q https://online-amateur-radio-club-m0ouk.github.io/oarc-packages/hibby.key
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sudo mv hibby.key /etc/apt/trusted.gpg.d/hibby.asc
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```
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You can trust this key - it is contained in [Debian](https://salsa.debian.org/debian-keyring/keyring/-/blob/master/debian-keyring-gpg/0x03A1FB7A1904771B?ref_type=heads) and signed as trusted by other developers in the project.
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## Set up Repo
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Then you need to add the repo for your OS:
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```
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# Ubuntu 22.04 LTS amd64
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages jammy main" >> /etc/apt/sources.list'
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# Raspberry Pi OS 12 - 'Bookworm'
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages bookworm main" >> /etc/apt/sources.list'
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# Raspberry Pi OS 11 - 'Bullseye'
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages bullseye main" >> /etc/apt/sources.list'
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# Debian 13 amd64
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages testing main" >> /etc/apt/sources.list'
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# Debian 12 amd64
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sudo sh -c 'echo "deb https://online-amateur-radio-club-m0ouk.github.io/oarc-packages bookworm main" >> /etc/apt/sources.list'
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```
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## Update
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Once the repo is setup, refresh your package lists and we're good to go:
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```
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sudo apt update
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```
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12
mkdocs.yml
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mkdocs.yml
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nav:
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- Home: "index.md"
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- About: "about.md"
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- Glossary: "glossary.md"
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- Radios:
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- "radios/index.md"
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- Modems:
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- Software Setup:
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- "software.md"
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- BPQ: "install/bpq.md"
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- Linux: "install/linux.md"
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- Node Configuration:
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- BPQ: "config/bpq.md"
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- Glossary: "glossary.md"
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theme: readthedocs
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- Misc:
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- Repo Setup: "repo.md"
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theme:
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name: readthedocs
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navigation_depth: 5
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collapse_navigation: False
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sticky_navigation: False
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highlightjs: True
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