S88N utilizes standard Ethernet (RJ45) cables and connectors. In addition, it is possible to buy PCBs and kits.
And everything is PIC based and include both source code and HEX files. On there are many other very exiting projects. But the Danish page proposes some simplifications that would make this possible to build with simple means and spending little money. The better solution seems to be coming along.Īlright, the described solution with it’s SMD components is overly complicated implementation with many components and options. And I am not sure that I can find a diagram either, som maybe buying a kit or a finished board is the only possibility.Īfter a lot of research, I found S88N. However, it does no seem possible to download HEX file or source code. Of course, there are also other LocoNet possibilities. And they now recommend placing all S88 modules right next to the command station. Not much more than 1 DKK per port.Īnd who says I cannot avoid noise problems, if I use proper shielded cables or just very short cables? Viessmann are now delivering S88 cables in lengths of only 15 cm with their S88 modules.
Paco has a proposal, that looks easy and cheap. If I by that am able to generate a HEX file, I could buy an Atmel microcontroller and Reichelts best USB thing to push the HEX file into the microcontroller and see if that gives me a cheap LocoNet feedback module.Īs an alternative, I could explore the possibilities for DIY S88 modules. LocoBOD can be investigated without any cost by downloading the source code, installing WinAVR and see if it compiles. LocoBOD can offer a totally different and lower pricetag. Maybe even 2 or 3 ports per block, so that the PC can “see” the difference between the different parts of a block: Approach, Brake and Stop. And I need many ports, when I start building the real layout. They cost more than 1000 DKK for 16 ports. I’m in doubt: Uhlenbrock feedback modules cost 350 DKK for 16 ports.