Abstract: Provided herein are systems and methods where an implantable microphone of an implantable hearing system is positioned at a location spaced from the surface of the patient's skull. More specifically, the microphone is mounted to soft tissue of the patient to at least partially isolate the microphone from skull-borne vibrations. Accordingly, by utilizing a soft tissue mount, the microphone may be made more sensitive to ambient sounds with reduced concern to amplification of non-ambient vibrations caused by skull-borne vibrations including, for example, transducer feedback, talking and/or chewing. The system will further include an auditory stimulation device that is located proximate to the skull of the patient and which is operative to stimulate an auditory component of the patient in accordance with an output signal generated by the microphone. A subcutaneously routed signal wire may extend between the implanted microphone and the auditory stimulation device.

Abstract: An improved apparatus and method is provided for supportably mounting an implantable hearing aid device to a patient's skull. The apparatus includes a support member adapted for supporting a hearing aid device and a plurality of mounting legs extending laterally from the support member in differing directions. A plurality of apertures are defined through each of the plurality of mounting legs, wherein an attachment device may be selectively inserted through each of one or more of the apertures for attachment of the apparatus to a patients skull. At least two of the apertures provided in each of the mounting legs may be disposed in a radially offset fashion relative to the support member and/or at different lateral distances relative to the support member. The provision of multiple mounting legs and apertures for interconnection provide enhanced mounting position flexibility, stability and overall ease of installation advantages.