Pi-SPROG One and PiSPROG Nano are available as individual modules for those users who already own a suitable Raspberry Pi and are happy to configure their own system. Full instructions to create a suitable Linux image are provided.
We also supply fully configured and tested systems that will work "out of the box" for those users who do not have a Raspberry Pi or do not feel so confident in the setup process.
The Pi-SPROG One and Pi-SPROG Nano are currently supported by the popular
DecoderPro software for decoder programming and layout
We have created instructions for configuring the Raspberry Pi Operating systemInstructions to create Raspbian Jesse Linux image for Raspberry Pi 2 model B using a wired network connection.
Instructions to create Raspbian Jesse Linux image for Raspberry Pi 3 model B configured as wireless access point.
To help users in setting up their system we also sell pre-configured Raspbian images, including all of the software required, on SD Card
The Pi-SPROG One requires a regulated DC power supply of 12 - 18V. A current capacity of at least 2.5 Amp is recommended. Use of a lower capacity supply (e.g. for a low power dedicated programming setup) will require manual configuration of the Pi-SPROG One's current limit. A small amount of power is taken from the Raspberry Pi's 3.3V supply, through the GPIO connector. Using separate power supplies in this way guarantees that a problem with the DCC booster supply will not affect the normal operation of the Raspberry Pi.
The Pi-SPROG Nano takes a small amount of power from the Raspberry Pi's 3.3V supply, through the GPIO connector, and requires no external power supply.
In both cases the standard Raspberry Pi power supply should be sufficient, depending on what other peripherals are connecetd to the Raspberr Pi
Wireless DCC Command Station
Use the WiThrottle or EngineDriver App on your mobile 'phone or tablet to drive your trains. The Raspberry Pi 3 model B includes the WiFi adapter. A separate USB WiFi adapter is required with a Raspberry Pi 2 model B.
Add a touchscreen, HDMI monitor, mouse and keyboard to use on-screen panels to control the layout (with suitable hardware) or add extra on-screen throttles.
Alternatively, connect through the Raspberry Pi's wired network connection to a PC or laptop.
Standalone DCC Programmer
Use a Raspberry Pi with a touchscreen or HDMI monitor, mouse and keyboard to create a standalone programming track, based on DecoderPro, capable of programming virtually any DCC decoder.
Use the wired or wireless network connection to use a PC or laptop in place of the touchscreen or monitor.