What is Open-Ear Bone Conduction?
Open-ear bone conduction technology functions by bypassing the traditional route of sound transmission through the outer and middle ear and instead delivers sound vibrations directly to the inner ear through the cheekbones.
Transducers placed near the temples or cheekbones convert audio signals into subtle vibrations, which are then transmitted through the bones of the skull to the cochlea, the organ responsible for hearing. This innovative method allows users to perceive sound without obstructing the ear canal, leaving their ears open to their surrounding environment and can be beneficial and effective on those with hearing loss.
Whether used for music, calls, or other audio content, open-ear bone conduction technology offers a comfortable and safe listening experience.
We continue to…
Enhance and modernize our bone conduction and amplification technology to provide you with the most advanced and efficient hearing solution available. By experiencing sound at its peak quality, we aim to positively transform the lives of those with hearing impairments.
How does the Amplification Mode work?
Amplification in headsets functions through a complex interplay of electrical components designed to enhance the audio signal before it reaches the user's ears. At its core, amplification involves increasing the strength or power of an audio signal, ensuring that it's robust enough to drive the headset's speakers effectively. This process typically begins with a small electrical current, generated by the device or an external source, which passes through an amplifier circuit. Within this circuit, the electrical signal encounters various components such as transistors, capacitors, and resistors, which manipulate and amplify the signal according to predetermined specifications. Once amplified, the signal is then sent to the headset's speakers, where it is converted back into sound waves audible to the user. The goal of amplification is to deliver clear, accurate audio reproduction with sufficient volume and fidelity, enriching the user's listening experience across various media and applications.