SoundVibe II bone conduction headphones

SoundVibe II is the improved successor model to the SoundVibe bone conduction headphones. The new model has improved BT connectivity, improved IPx6 splash protection, USB-C port and a low latency mode.

Bone sound refers to the transmission of sound via the skull and facial bones directly to the inner ear.

Unlike traditional headphones, bone conduction headphones use bone conduction to transmit sound directly to the inner ear. This allows for an open ear cup and good sound quality, which makes them particularly attractive for athletes or in noisy environments.

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Bone conduction headphones are ideal for therapy and training because noises and tones are perceived differently via bone conduction. Different tones and frequencies can cause different reactions.

Bone conduction headphones do not pose a direct health risk. Because they transmit sound via bone conduction, the eardrum is bypassed and the ear canal is put under less strain.

This type of sound transmission can even be beneficial for people who have trouble using traditional headphones or who suffer from certain hearing problems.

Of course, you can also make phone calls with the SoundVibe bone conduction headphones. At the touch of a button, you can accept incoming calls without having to interrupt your training or work.

The SAR value of the SoundVibe is less than 0.02 watts and therefore well below the valid limit. Current smartphones have values ​​between 0.8 and 1.5 watts.

SAR is the abbreviation for Specific Absorption Rate. The SAR value of a cell phone or tablet indicates the maximum transmission power the body can absorb when making calls with this device. The smaller this value is, the less the heating of the tissue by the radiation. The limit here is 2 watts per kilogram of body tissue.

The new SoundVibe II model has a low latency mode.

The old model SoundVibe does not have a low latency mode.