Checking out the ESU Lokprogrammer to change ESU decoder settings and sounds.
If you are running on DCC (or selectric) and don’t care for sound models, you probably just use your command station to program your locomotive decoders (the infamous “Configuration Variables” or CVs). I got my first sound model 2 years ago, and liked it so much that I started converting some of my rolling stock into sound enabled models.
Though some decoders come with sounds preloaded for a specific engine, I prefer flexibility. After extensive online searches, I opted for ESU sound decoders. This is a review of the “Loksound Programmer”, the device that allows programming ESU decoders, including loading and editing all the sounds you like…how about a little Mozart for your EMU?
The Lokprogrammer (art. 53451 from ESU) comes in a ESU typical enclosure, about 8*10cm large.
It is delivered with a power adapter, a serial to USB adapter cable, and the LokProgrammer software on CD: all you need to get started even if you don’t have a DCC command station…except of course locomotive decoders!
The ESU Lokprogrammer installed next to my command station.Power provided by a standard 16V model railroad power supply.The Serial to USB adapter is a “Digitus” FTDI-based adapter bought separately to replace the failing original cable.
A note about the Serial/USB adapter: Previous models (including mine) came with a Serial to USB adapter that used an old digital chip. This cable is incompatible with recent Windows versions, and in my case (Windows XP virtualized on an Apple computer) as well. The old cable will appear to work, but you will always get transfer errors with the decoder. ESU now ships the Programmer with a new adapter with an “FTDI” chip. You can also buy this kind of adapter online easily for less than 20€ / $, but always make sure it is “FTDI” based.”
The device is easy to connect:
Switch to go to “programming mode” on my layout.
With those switches, linked to a 80cm long track section, I can easily set the section to be either:
After installing the USB drivers for the serial adapter, and the Lokprogrammer software, we can connect the Programmer to our computer.
The current Software version at the time of writing this is 4.3.2. ESU releases updates very regularly (I would say about every 2-3 months), and the Software warns you if an update is available. Also, the software will prompt you to install the latest “ESU Template Pack”, which contains numerous standard sounds you can use. I strongly advise installing this, it will be extremely useful to add predefined sounds.
You have 3 options to create a new decoder project:
New project in LokProgrammer
The LokProgrammer configuration interface
The LokProgrammer software (available in English and German) is very powerful, just as the ESU decoders themselves. You’ll be able to configure every single parameter directly on your computer, from the decoder address to advanced CV editing. The interface is well made, but it takes a bit of time to get accustomed to it, and find standard settings sometimes hidden after advanced ones. Overall however, the LokProgrammer is designed for people who want “more” from their decoders, so it is normal to find it a bit overwhelming at first.
When you are done with editing, you can save the project, and with a simple button press, you can send the changes to the locomotive/decoder on the track:
Buttons for reading/sending the configuration from the decoder.
This process will last only a few seconds, and the LokProgrammer will also seamlessly update your decoder Firmware if it is not up to date (providing some improvements and minor bug fixes).
I won’t cover the programming of sounds in details in this review. Suffice to say it is very powerful, but quite complicated – this is why I always use a “locomotive template” from ESU, instead of starting from scratch.
You are of course free to import any sound you like (.wav format), but playing a sound involves just a bit more that importing a file. A locomotive decoder is equipped with advanced function that allows sounds to be played only when requested, in some conditions, or in sync with the locomotive movements.
What does that mean? It means once you have imported your .wav sound, you will need to use the “soundslot editor” to explain in which conditions this sound should be played: in other terms, create a “sound container”. Below is a simple example of a sound container that does the following:
Example basic sound (bilingual announcement)
One thing to note, however, is that ESU does not provide details about how to program sounds in the manual. You’ll get info as to how to map existing sounds to different functions, but not how to create sounds of your own. The Sound template pack, however, includes many pre-configured sounds that you can add to a project without a single bit of programming; they range from coupling noises to station announcements in many languages.
Once you’re done, just press the “load sound” buttons, and all will be transferred to the locomotive. This can be pretty long (in my case on average 10 minutes), but is well worth the wait !
You don’t need to move the locomotive to a standard track for testing purposes. The Lokprogrammer and its software has an integrated test mode, where you can run the locomotive and all functions directly on the programming track. This is a big time saver.
The ESU LokProgrammer is a very powerful device. At about 149€, it will only be of interest for people owning many ESU decoders and willing to play with sound editing. Its function however are pretty limitless, and the accompanying LokProgrammer software – although complex – is astonishingly easy to use after a small adaptation period. The only regret is the lack of guidance on how to program 100% custom sounds. A caveat that shouldn’t be too much of a problem for those of us accustomed to trial and error!
I always try to be fair and square when giving grades, see the details about the evaluation criteria here !
Reminder: I am a hobbyist and these articles only represent my personal views. I am not receiving any compensation, in any form, from the brands or stores mentioned here. The product names, marketing names, and brands mentioned here are the property of their respective owners.
SPROG 2 (DCC decoders programming via computer)
Fiddle yard: first tests
Brawa Ludmilla with Next18 and sound
Uhlenbrock MARCo (Railcom/Loconet)
It’s to to start again with the model train layout!
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