Wireless Earpieces
You may already be aware that Bluetooth headsets have improved dramatically in recent years. Noise-cancelling technology is a mass-market selling point, with products such as Aliph’s Jawbone and Motorola’s H12 showing how far we’ve come from the early days, when Bluetooth earpieces only worked in quiet offices. While these products do a fantastic job cancelling out certain background noises, they still struggle in windy environments. It seems the next step is bone conducting technology that uses your skeleton to relay sounds.
Bone conduction technology works by picking up vibrations caused by speech directly from your bones. In most cases, this involves your skull. It is also feasible to play sounds from a music source such as an MP3 player or mobile phone via your bones. Your ear picks up these sounds directly in a similar fashion to the way you hear your own voice. This means there is no need to place anything in your ear canal, which can prevent you from hearing external noise.
The Jawbone headset already uses bone-conducting technology, but combines it with a microphone to detect background noise and speech. It processes these sounds and filters out the background noise. It’s the microphone that creates the weak link. A true bone-conducting solution uses only the vibrations detected from the skull. Put simply, if the bone isn’t vibrating, you’re not speaking.
Bone-conducting technology is in its infancy, with few products commercially available or successful. Japan and Korea seem to be leading the way with a small selection of devices on the market. I think we’ll see a lot more of the technology, as it provides a clever way of playing music and talking on your mobile phone while maintaining awareness of your surroundings and cutting out background noise.
Source
Wireless Earpieces
OTHER RELATED INFORMATION
You may already be aware that Bluetooth headsets have improved dramatically in recent years. Noise-cancelling technology is a mass-market selling point, with products such as Aliph’s Jawbone and Motorola’s H12 showing how far we’ve come from the early days, when Bluetooth earpieces only worked in quiet offices. While these products do a fantastic job cancelling out certain background noises, they still struggle in windy environments. It seems the next step is bone conducting technology that uses your skeleton to relay sounds.
Bone conduction technology works by picking up vibrations caused by speech directly from your bones. In most cases, this involves your skull. It is also feasible to play sounds from a music source such as an MP3 player or mobile phone via your bones. Your ear picks up these sounds directly in a similar fashion to the way you hear your own voice. This means there is no need to place anything in your ear canal, which can prevent you from hearing external noise.
The Jawbone headset already uses bone-conducting technology, but combines it with a microphone to detect background noise and speech. It processes these sounds and filters out the background noise. It’s the microphone that creates the weak link. A true bone-conducting solution uses only the vibrations detected from the skull. Put simply, if the bone isn’t vibrating, you’re not speaking.
Bone-conducting technology is in its infancy, with few products commercially available or successful. Japan and Korea seem to be leading the way with a small selection of devices on the market. I think we’ll see a lot more of the technology, as it provides a clever way of playing music and talking on your mobile phone while maintaining awareness of your surroundings and cutting out background noise.
Source
Wireless Earpieces
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