A sound and vibration reproduction arrangement comprising a signal processing assembly, a padding, and a sound and vibration reproduction apparatus comprising a sound and vibration reproduction assembly arranged inside the padding and comprising an actuator arranged to vibrate a board in accordance with an output signal such that vibration induced via the board is perceivable as vibration at an outer surface of the padding and as an audible sound radiated through the outer surface of the padding, wherein the signal processing assembly comprises: a signal processing portion arranged to derive first and second frequency bands of the output signal via amplifying, respectively, the first and second frequency bands of an input signal; and a control portion for controlling derivation of the output signal in the signal processing portion for rendering by the sound and vibration reproduction apparatus, wherein the control portion is arranged to separately control respective amplifications for derivation of the output signal in the first frequency band and in the second frequency band, where the first frequency band represents tactile frequencies and the second frequency band represents audible frequencies, the control portion arranged to determine a first amplification for the first frequency band in dependence of a user-selected second amplification for the second frequency band via a predefined mapping function that is non-linear at least in one of the following ways: a difference in respective magnitudes of the second and first amplifications is different at different values of the second amplification, and/or a ratio between the second and first amplifications is different at different values of the second amplification, and wherein the predefined mapping function defines an amplification applicable to the first frequency band as a function of the amplification selected for the second frequency band in view of a reference masking spectrum that represents a predefined sound reproduction spectrum that models a transmission path from the sound and vibration reproduction apparatus to body and ears of a user positioned in an assumed listening position. a signal processing portion arranged to derive first and second frequency bands of the output signal via amplifying, respectively, the first and second frequency bands of an input signal; and a control portion for controlling derivation of the output signal in the signal processing portion for rendering by the sound and vibration reproduction apparatus, wherein the control portion is arranged to separately control respective amplifications for derivation of the output signal in the first frequency band and in the second frequency band, where the first frequency band represents tactile frequencies and the second frequency band represents audible frequencies, the control portion arranged to determine a first amplification for the first frequency band in dependence of a user-selected second amplification for the second frequency band via a predefined mapping function that is non-linear at least in one of the following ways: a difference in respective magnitudes of the second and first amplifications is different at different values of the second amplification, and/or a ratio between the second and first amplifications is different at different values of the second amplification, and wherein the predefined mapping function defines an amplification applicable to the first frequency band as a function of the amplification selected for the second frequency band in view of a reference masking spectrum that represents a predefined sound reproduction spectrum that models a transmission path from the sound and vibration reproduction apparatus to body and ears of a user positioned in an assumed listening position.