A system, comprising: a device chassis of a device, the device chassis comprising a back panel, panel; an acoustic radiating panel attached to the device chassis, the acoustic radiating panel and back panel defining a space in a first direction between the acoustic radiating panel and back panel having a first dimension; a moving magnet actuator positioned in the space and mechanically coupled to the acoustic radiating panel, the moving magnet actuator comprising an element having a surface extending in second direction perpendicular to the first direction, and a thickness in the first direction smaller than the first dimension of the space, the moving magnet actuator being configured to vibrate the element in the first direction during operating of the device; and characterized in that the system further comprises: a haptic conduction interface attached to the back panel; and an electronic control module coupled to the moving magnet actuator and programmed to: in a haptic operational mode, activate the moving magnet actuator with a haptic signal having a voltage that displaces the element in the first direction an amount sufficient to cause the surface to contact the haptic conduction interface attached to the back panel of the device chassis, the haptic signal having an amplitude and frequency sufficient to generate a haptic response in the device chassis; and in an acoustic operational mode, activate the moving magnet actuator with an acoustic signal to vibrate the element to generate an acoustic response from the acoustic radiating panel. a device chassis of a device, the device chassis comprising a back panel, panel; an acoustic radiating panel attached to the device chassis, the acoustic radiating panel and back panel defining a space in a first direction between the acoustic radiating panel and back panel having a first dimension; a moving magnet actuator positioned in the space and mechanically coupled to the acoustic radiating panel, the moving magnet actuator comprising an element having a surface extending in second direction perpendicular to the first direction, and a thickness in the first direction smaller than the first dimension of the space, the moving magnet actuator being configured to vibrate the element in the first direction during operating of the device; and characterized in that the system further comprises: a haptic conduction interface attached to the back panel; and an electronic control module coupled to the moving magnet actuator and programmed to: in a haptic operational mode, activate the moving magnet actuator with a haptic signal having a voltage that displaces the element in the first direction an amount sufficient to cause the surface to contact the haptic conduction interface attached to the back panel of the device chassis, the haptic signal having an amplitude and frequency sufficient to generate a haptic response in the device chassis; and in an acoustic operational mode, activate the moving magnet actuator with an acoustic signal to vibrate the element to generate an acoustic response from the acoustic radiating panel. a haptic conduction interface attached to the back panel; and an electronic control module coupled to the moving magnet actuator and programmed to: in a haptic operational mode, activate the moving magnet actuator with a haptic signal having a voltage that displaces the element in the first direction an amount sufficient to cause the surface to contact the haptic conduction interface attached to the back panel of the device chassis, the haptic signal having an amplitude and frequency sufficient to generate a haptic response in the device chassis; and in an acoustic operational mode, activate the moving magnet actuator with an acoustic signal to vibrate the element to generate an acoustic response from the acoustic radiating panel. in a haptic operational mode, activate the moving magnet actuator with a haptic signal having a voltage that displaces the element in the first direction an amount sufficient to cause the surface to contact the haptic conduction interface attached to the back panel of the device chassis, the haptic signal having an amplitude and frequency sufficient to generate a haptic response in the device chassis; and in an acoustic operational mode, activate the moving magnet actuator with an acoustic signal to vibrate the element to generate an acoustic response from the acoustic radiating panel.