- #ROCRAIL WITH JMRI HOW TO#
- #ROCRAIL WITH JMRI FULL VERSION#
- #ROCRAIL WITH JMRI UPDATE#
- #ROCRAIL WITH JMRI UPGRADE#
Web site designed and maintained by John Gymer, YouChoos. POM Read Back When Used With The Digikeijs DR5088RC. Zimo MSTAPG decoder test board - for MS large scale decoders (connections for MS950, MS955 and MS990, as well as wires, and Plux 12/16/22)ĭual speakers to support testing of dual-output decoders. RailCom Use Id tags on your JMRI, Rocrail, Etc, Panel To See What Loco Is In A Specific Block Great For Dispatchers And Hidden Staging Yards When Used With The Digikeijs DR5088RC. nextgen seems to be way better than the jmri solution however on the flip side rocrail is not the most stable using my setup as there are a lot of moving parts and the arduino. Will work with most decoders including MX. at this point im not sure if ill use rocrail or JMRI both currently have their pitfalls and neither are easily allowing me to stream audio to multiple different outputs. Zimo MSTAPK decoder test board - for MS small scale decoders (connections for 21pin, 8pin, 6pin, wires, Plux 12/16/22, Next18)
#ROCRAIL WITH JMRI FULL VERSION#
Zimo MXTAPV decoder test board - full version (connections for MTC 21pin, 8pin, 6pin, wires, Plux 12/16/22, Next18 + large scale)
#ROCRAIL WITH JMRI UPDATE#
This is the device required if you want to update firmware on Zimo decoders, or load you own sound projects to Zimo sound decoders. Supplied WITHOUT a power supply (suggest 16V DC 1A or more) Zimo MXULF-A programmer, controller and decoder updater. SPROG Nano USB/DCC computer interface (connect to your existing DCC booster, no additional PSU required)
![rocrail with jmri rocrail with jmri](https://www.z21.eu/media/Susy_Kwc_TextImage_ImageEnlarge_Component/53-2503-1506-2519-image/dh-283-81a44c/e7681c5f/1546956863/windows.png)
SPROG 3 USB/DCC computer interface, with USB cable (needs PSU >= 15V 2A) SPROG II USB/DCC computer interface, with USB cable (needs PSU >= 15V/1.2A) SPROGs are compact, low-cost solutions for getting your computer connected to your track, ideal for programming CVs and testing, but SPROG3 can even be used for running larger layouts. Quick to start and simple to use - this is our recommended controller to go with your DR5000 command station. Roco Wifi Maus connects to Roco Z21 base station or DigiKeijs DR5000 (in Z21 mode). Works with Roco Z21 App and all well-known train controller software (RocRail, JMRI, iTrain etc). Software + DigiKeijs DR5000 command station inc 3.3A 18V PSU (good for OO and small O gauge layouts - add a booster for larger layouts)ĭigiKeijs DR5000-ADJ command station - most connectable DCC central station available including built-in LAN, USB and WiFi, with 3.3A 18V PSU (good for OO primarily, also ok for small O gauge - consider booster for larger layouts). Software + SPROG 3 + DigiKeijs 3.3A 18V PSU
#ROCRAIL WITH JMRI UPGRADE#
NOTE: Tweak and Drive software is in final stages of BETA - your purchase will entitle you to upgrade to further beta releases as well as the final launched edition (anticipated summer 2019). Single PC license, electronic download, key supplied after purchase.
#ROCRAIL WITH JMRI HOW TO#
In the following videotutorial, let’s learn together how to use the interface with two free softwares (JMRI and Rocrail) to handle Loconet sensors and throttles.PC Software to manage, tune and drive your decoders, with emphasis on Zimo sound decoders.
![rocrail with jmri rocrail with jmri](https://www.merg.org.uk/merg_resources/cbus/images/80A.jpg)
The interface PCB can also be ordered directly from PCBWay. The files required to build the interface and the Arduino firmware are available on Github. This interface, connected to an Arduino running the Locobuffer firmware, can support a “stand-alone Loconet” network.
![rocrail with jmri rocrail with jmri](https://www.jmri.org/help/en/html/apps/DecoderPro/images/BasicPaneY75.gif)
The result is the Loconet MASTER interface: Sometimes I also want to go beyond what JMRI or RocRail offer and have direct control on my layout with my own software, either running on Linux or Arduino. I took the “simple” Loconet interface used in the previous videos and added two features that normally a command station would do: provide power supply for the Loconet-T bus (12V) and terminate the bus. If all youre going to use is either JMRI or RocRail, you cant stop reading at that point. You need therefore a way to connect the Loconet bus directly to your computer.