A system for fitting a cochlea implant that has a plurality of stimulation electrodes configured to emit stimulation pulses, said system comprising a fitting device and a cochlear implant communicatively connected to said fitting device, wherein said cochlear implant comprises an electrode lead with a plurality of stimulation electrodes forming an electrode array, a stimulation unit to generate stimulation pulses to be emitted via individual stimulation electrodes in controlled manner with an adjustable stimulation intensity and a sound processing unit for generating a stimulation intensity control signal for each electrode depending on frequency ranges assigned to each individual electrode and a respective signal strength of an input signal in a respective frequency range, wherein said fitting device comprises a graphical display and a user interface providing input means, said fitting device being configured to: communicate data to and/or from said cochlear implant, said data representing, for each stimulation electrode of the cochlear implant, parameter values defining a frequency range and parameter values defining at least two stimulation intensity levels, including a maximum comfortable stimulation intensity level and a minimum threshold level (T-level) for each individual stimulation electrode of the cochlear implant, where the minimum intensity level denotes the minimum intensity where the user will notice a sound sensation caused by the stimulation pulses, and the maximum intensity level denotes the maximum stimulation that can be applied without causing discomfort with the user, display on said display, for each electrode, a graphic representation of said parameter values that define a stimulation intensity range and a frequency range in a two dimensional matrix wherein one dimension is assigned to frequency whereas the other dimension is assigned to stimulation intensity, wherein the stimulation intensity ranges and the frequency ranges of all electrodes are displayed simultaneously, read out said input means and altering said parameter values in response to user inputs and update said graphic representation accordingly, and the graphic representation is generated in a live mode, wherein the graphical representation indicates momentary the stimulation intensity range in real time and frequency contents of a sound being presented to the patient, and to automatically adapt further parameter values in response to one of the user inputs that causes a manipulation of one parameter value, resulting in smooth parameter adjustments of neighbouring parameters. communicate data to and/or from said cochlear implant, said data representing, for each stimulation electrode of the cochlear implant, parameter values defining a frequency range and parameter values defining at least two stimulation intensity levels, including a maximum comfortable stimulation intensity level and a minimum threshold level (T-level) for each individual stimulation electrode of the cochlear implant, where the minimum intensity level denotes the minimum intensity where the user will notice a sound sensation caused by the stimulation pulses, and the maximum intensity level denotes the maximum stimulation that can be applied without causing discomfort with the user, display on said display, for each electrode, a graphic representation of said parameter values that define a stimulation intensity range and a frequency range in a two dimensional matrix wherein one dimension is assigned to frequency whereas the other dimension is assigned to stimulation intensity, wherein the stimulation intensity ranges and the frequency ranges of all electrodes are displayed simultaneously, read out said input means and altering said parameter values in response to user inputs and update said graphic representation accordingly, and the graphic representation is generated in a live mode, wherein the graphical representation indicates momentary the stimulation intensity range in real time and frequency contents of a sound being presented to the patient, and to automatically adapt further parameter values in response to one of the user inputs that causes a manipulation of one parameter value, resulting in smooth parameter adjustments of neighbouring parameters.