Ryde Software

Introduction

Unusually for a BATC Project, the Ryde software has been released long before it has been finished. The early releases had very limited functionality but were so useful that it was decided that they should be released. New features are being released in updates about every 2 weeks. A full list of features that are intended to be added to the Ryde software can be found on the GitHub issues list: https://github.com/eclispe/rydeplayer/issues

Current Status

The main limitation of the current build is that it is not possible to make permanent changes (ie changes that survive a reboot) from the Remote Control menus. However, permanent changes can be made from the "SSH Console Menu".

The SSH Console Menu

To change the default settings, such as Remote Control Type, Start-up Preset, LNB LO Frequency, LNB Power or tuner input socket, you will need to use the ssh console menu using an external PC from a terminal application such as KiTTY .

1. Download KiTTY from: https://www.fosshub.com/KiTTY.html/kitty.exe

2. Using a network lead connect the RPi to the same network as your PC, insert the SD card and turn the RPi on.

3. Open KiTTY and enter “raspberrypi” (no quotes, no spaces) in the Host Name box and open a connection. The first time that you do this, you will get a security warning; accept it. At the logon prompt enter the default username of “pi” and the password “raspberry” (again no quotes). You will see the command prompt. At the command prompt, type menu and press enter. This will stop the receiver and bring up the ssh console menu:

4. In the menus press the up and down PC keyboard arrows to highlight the menu item that you require and then press enter. In some menus after highlighting the choice required you will need to press the space the space bar to select it (don’t forget this!). Then press Enter to make the changes and return to the main menu. You can restart the receiver from the console, or reboot to start normally.

Setting LNB Offsets on the Bands

Eight bands are defined for use. Within each band you can set the LNB offset if you are using an LNB, upconverter or downconverter. If you are receiving directly (for the bands 146 - 2.4 GHz) simply enter 0 for the offset. If you enter an LNB local oscollator frequency, you will then be asked to enter an "LO side". there are 3 options:

LOW:  Tuner Frequency = Signal Frequency - LO Frequency  (Such as a QO-100 LNB)
HIGH: Tuner Frequency = LO Frequency - Signal Frequency  (Such as a C-Band LNB)
SUM:  Tuner Frequency = LO Frequency + Signal Frequency  (Such as a 50 MHz or 70 MHz upconverter)

You can also set the tuner input (A or B) and the GPIO switching lines that are activated.