A wireless communication device comprising: a first housing including a display and a control circuit; and a second housing rotatable relative to the first housing between an open position and a closed position, the second housing including a touch surface that is positioned substantially parallel to the display of the first housing when the second housing in the closed position and an audio output component (126, 226), the touch surface has at least semi-transparent properties so that the display of the first housing is viewable through the touch surface when the second housing is in the closed position, wherein the touch surface includes a mesh composed of a conductive material, the mesh for providing audio signals from the control circuit of the first housing to the audio output component (126, 226) of the second housing and input signals from activation points of the touch surface to the control circuit of the first housing, wherein: the touch surface includes pattern traces configured to receive input to generate input signals; at least a portion of the mesh defines the pattern traces for the touch surface activation points; and at least a portion of the mesh defines one or more pattern traces as a circuit (352a, 352b) for the audio output component, wherein the pattern traces for the touch sensitive activation points are isolated from the one or more pattern traces as a circuit (352a, 352b) for the audio output component. a first housing including a display and a control circuit; and a second housing rotatable relative to the first housing between an open position and a closed position, the second housing including a touch surface that is positioned substantially parallel to the display of the first housing when the second housing in the closed position and an audio output component (126, 226), the touch surface has at least semi-transparent properties so that the display of the first housing is viewable through the touch surface when the second housing is in the closed position, wherein the touch surface includes a mesh composed of a conductive material, the mesh for providing audio signals from the control circuit of the first housing to the audio output component (126, 226) of the second housing and input signals from activation points of the touch surface to the control circuit of the first housing, wherein: the touch surface includes pattern traces configured to receive input to generate input signals; at least a portion of the mesh defines the pattern traces for the touch surface activation points; and at least a portion of the mesh defines one or more pattern traces as a circuit (352a, 352b) for the audio output component, wherein the pattern traces for the touch sensitive activation points are isolated from the one or more pattern traces as a circuit (352a, 352b) for the audio output component. the touch surface includes pattern traces configured to receive input to generate input signals; at least a portion of the mesh defines the pattern traces for the touch surface activation points; and at least a portion of the mesh defines one or more pattern traces as a circuit (352a, 352b) for the audio output component, wherein the pattern traces for the touch sensitive activation points are isolated from the one or more pattern traces as a circuit (352a, 352b) for the audio output component.