Digital mode in Motorola format: Maximum 255 addresses14 or 27 speed settingsFunction keys F0 to F8 (F5 to F8 via second address)Programming: RegisterDigital mode in DCC format: 127 base addresses or 10,239 extended addresses14, 28 or 128 speed settingsFunction keys F0 to F28Programming: Configuration variables (direct programming on the programming track, DCC-compliant) or POM (Programming on Main = main track programming)Analogue modeDirect or alternating currentAutomatic analog detectionAdaptation to different engine types and locomotive types:Setting the load control parameters (KP, AI, KD)Gain factorDefinition of a linear speed characteristic (if necessary, bent) by setting the start-up, middle and highest speed In 27 / 28 gear drive mode: Individual assignment of a motor voltage to each of the drive positionsShunting gearReduction of the speed of all driving stages by approx. 50 %Switch to the marshaling mode with a function keyStart-up and braking delay: Can be set separatelySwitch on and off with a function keyAutomatic processesAutomatic braking when an asymmetric track voltage is applied (ABC process)Automatic shuttle (via ABC method)Speed-dependent switch-on and off. Application examples: Switching on and off of the high beam or the lighting of the driver's cab. Shunting function and the marshaling light for the same function key Automatic decouplingConstant braking distanceSwitch on and off of outputs through the switching inputs/s Automatic registration via DCC-A Function outputsAssignment of the functions to the outputs with function mapping according to RCN-227. Each function (F0 to F28, each separately for forward and reverse drive) can be assigned one or more outputs. In addition, there is the option of assigning the functions to a function other than OFF switch.Assignment of the outputs to the function keys: Freely selectableEffects of the function outputs: Direction-dependent switchingPatch light: When switching to marshaling mode, the marshaling locomotive signals are switched on and the signals for normal operation are switched off at the same time. Inverted switching: When set to on, the assigned output is switched off, when set to off.Flashing: By assigning the flashing function to 2 outputs and the function inverted switching to one of the two outputs, an alternating flashing is generated. The flashing frequency is set separately for each output.Kicking: The function outputs can be set to receive the full voltage for a maximum of approx. 12.5 seconds and then be switched off. Application example: For some types of electrical couplings, the full voltage is required for decoupling. To protect the clutches, the voltage must then be switched off. Dimming: To reduce the voltage at the output. Application example: The lamps of older vehicles intended for analog operation can be dimmed and then do not need to be replaced after the decoder is installed. Gradually dimming up and down: For the gradual increase or Reduction of the voltage at the output: Application example: Simulation of old oil or light bulbs.Fire simulationTriggering the functions: Press the function keys and/orAutomatically via the two switching inputs. The switching inputs are triggered via external contacts, for example via reed contacts or Hall sensors in combination with permanent magnets in the track. SoundSUSI interface corresponding to RCN-600 for connecting an external SUSI sound moduleReturn with RailcomRailCom-Sender according to RCN-217: Send the decoder addressTransmission of dynamic RailCom information: Reception statisticsReading out the CVSThis text is machine translated.