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Bone Conduction

There are already plenty of ways of taking hands-free phone calls, although most of those involve wearing some sort of earpiece. Not everyone enjoys having something continuously stuck in their ear, however, plus such devices lessen the user's ability to hear other sounds through that ear. Buhel's SG05 SoundGlasses take a different approach. They relay sound to the user via bone conduction, leaving their ears open to hear the world around them. Read More
Nearly 3 years ago, we told you about a system from the UK's Porter & Davies that helped drummers feel the low end thunder they were kicking out by shaking the very stool they sat on. Now the company has extended the technology to other members of the band with the launch of the KT Platform Tactile Monitor, which is said to transmit sound to the player by kinetic transfer, promising that you will "literally feel it in your bones." Read More
Though headphones that use bone conduction technology to transmit sounds through the cheek bones to the inner ear are not exactly new, a trip to the personal audio section of your local electronics store will confirm that they haven't really jumped into the mainstream. Having taken Maxell's Vibrabone earphones and the Cynaps hat for test drives, we can see why the technology might not appeal to folks who love the full fat sonic experience which cans that throw sounds down your ear canal can deliver. The UK's Damson Audio is looking to change that with the development of the stylish Bluetooth-enabled Headbones, which the company says are going to shake up the headphone market. Read More

There are many people who find a little music helps them drift off to sleep at night. Conversely, there are many people who don't. The Dreampad from Integrated Listening could be just the thing for couples with a foot in each camp. Read More

Walk into any electronics store and you'll see a wide variety of headphones. From tiny earbuds to high-end cans, they come in all shapes and sizes. They all have one thing in common though: they deliver sound directly to your ears. "Duh," right? But bone conduction goes in another direction: it skips the outer ear and takes the scenic route into your inner ear. Let's take a look at an accessory that plays your skull like an instrument, Max Virtual's Cynaps bone conduction hat. Read More
The OrCam is a small camera linked to a very powerful wearable computer. It sees what you see and through your finger-pointing understands what information you seek, relaying auditory feedback through a bone conduction earpiece. Using an intuitive user interface, the device can read text, recognize faces, identify objects and places, locate bus numbers and even monitor traffic lights. Read More
Finis has significantly upgraded its SwiMP3 underwater audio player with the release of the new US$160 Neptune. Like the SwiMP3, which has been on the market for five years, the Neptune waterproof player uses bone conduction to deliver sound to the inner ear. Drawing on its experience, the company has redesigned almost all components for the new model, including the bone conduction speakers, and added greater memory, an OLED display and improved file transfer compatibility with iTunes. Read More
They may look somewhat bulky and a bit like someone wandered out of an avant garde theater, but a pair of concept pieces developed by students and the Royal College of Arts in London allow wearers to fine tune their senses of sight and hearing. Called “Eidos,” from the Greek for "form," "essence," "type," or "species," the system uses sensors and computer processing to select sensory input and alter it for applications in sport, the arts and medicine. Read More
A USPTO patent application suggests that Mountain View is planning to use bone conduction audio with its Project Glass headset. The patent describes how the tech might work with the headset and includes a number of images seen in previous Glass filings. Read More
There may soon be help for people who have been rendered functionally deaf by problems of the middle ear. Researchers from Sweden’s Chalmers University of Technology have developed an implant that bypasses the defective middle ear, transmitting sounds to the inner ear by sending vibrations right through the skull bone. Read More
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