Instead of traditional audio transmission methods, bone conduction headphones NZ use vibrations transmitted through bones to stimulate the inner ear. To understand how bone conduction works, we must first understand what happens when sound waves strike our bodies. When sound strikes our bodies, it changes the air pressure around our ears, causing the eardrum to vibrate.
These vibrations travel through the middle ear, vibrating the jaw, skull, and neck bones. The vibration reaches the inner ear and stimulates the cochlea, causing the hairs inside to move. The movement of these hairs generates nerve impulses that travel to the brain and cause hearing sensations.
What Is the Function of Bone Conduction Headphones?
The bone conduction headphones NZ transmit audio signals to the inner ear. A small microphone sits between the device’s two speakers. The user places their head firmly over the speaker closest to them (the right if they are right-handed) and holds it there. The sound moves to the opposite side of the device as the user moves their head left and right.
The microphone on the bone conduction headphones near me detects sound vibrations and sends them to the amplifier, which amplifies the signal before sending it to the transducer. The transducer converts the electrical signal into mechanical vibrations transmitted to the skull and neck bones.
The Advantages of Using Bone Conduction Headphones
There are numerous advantages to using bone conduction headphones NZ over traditional headphones. Bone conduction headphones do not cause eardrum damage because bone conduction headphones do they work by transferring vibrations to the skull rather than the eardrums.
Furthermore, because the transducers are located on the sides of the skull, they do not restrict blood flow to the brain and do not muffle the sound. The only disadvantage of using bone-conduction headphones is that they cannot be worn while sleeping.
Best bone conduction headphones
Here are some best bone conduction headphones in NZ listed below with their specialty.
1. The Bose QC35 II
The Bose QC35 II are wireless noise-canceling headphones that provide excellent sound quality and comfort while listening to music or watching videos. Its built-in audio processor cancels out ambient sounds around you using advanced digital signal processing (DSP) technology, making it ideal for use in noisy environments.
2. MDR7506E from Sony
Sony’s MDR7506E delivers exceptional performance for its size. These lightweight over-ear headphones have 40mm neodymium drivers, a frequency response of 50Hz – 20kHz, and a comfortable memory foam ear pad. You’ll enjoy deep, rich bass and clear mids and highs.
3. Sennheiser HD 495
Sennheiser’s HD 495 Bluetooth wireless headphones provide excellent sound quality and premium features such as a microphone, voice control, and NFC pairing. They’re also water-resistant and have long battery life.
4. Wireless Beats Solo 2
The Beats Solo 2 Wireless headphones are small and stylish, producing excellent sound thanks to their 50mm titanium driver and dual passive radiators. Their wireless design makes them portable, and their battery can last up to 30 hours between charges.
5. Fidelio X2 by Philips
These wireless bone conduction headphones NZ combine high-quality audio with a stylish design. They have 40mm ceramic drivers and a soft leather headband for maximum comfort. They’re also water resistant, thanks to their IPX8 rating, so you can listen to your favorite tunes outside without getting wet.
AfterShokz bone conduction headphones
The sound of the After Shokz Bone Conducting Headphones is produced by Fusion Audio Inc., a subsidiary of Fusion Media Group, using the patented Fusion Audio TM technology. The Fusion Audio technology eliminates the need for headphones by converting sounds into bone-conducted headphones with NZ vibrations that travel through the bone structure.
Based on this discovery, the company was able to create After Shokz, its first generation of headphones. Since then, the company has received numerous awards and accolades, including recognition as a Top Company in New Zealand.
Bone conduction headphones near me
To purchase bone conduction headphones in NZ you must first locate a retailer who sells them. It would be best to look for retailers who sell these headphones online or in person. These headphones are available in a variety of stores.
Do bone conduction headphones do they work?
Instead of air pressure changes, bone conduction headphones NZ in vibrations transmitted directly to the inner ear via bones in your skull. These headphones have microphones embedded in the ear cups to pick up sound waves. When these sounds strike the bone in your skull, the vibration travels directly to your inner ear.
Of course, choose high-quality ones if you buy a set of BCHDs. Make sure to get one that fits comfortably and provides good sound quality. One thing that I recommend is making sure that you wear them often enough until they get used to being on your head. Also, try avoiding things that may cause your ears to pop.
Bone conduction headphones problems
The most serious issue with these headphones is that they make a lot of noise when worn. The frequency range of the headphones is designed explicitly for hearing frequencies ranging from 500hz to 4kHz (the average human hearing range). The music’s frequencies, particularly bass sounds, fall outside this range. According to a Duke University study, wearing these headphones reduced people’s hearing accuracy by 10%.
As a result of this research, many audiologists recommend that bone-conduction headphones be used only in situations where complete silence is required. Another issue with these headphones is that the way the sound waves are transmitted causes ringing in the ears. The sound waves begin vibrating the bones inside your skull as soon as the headphones touch your head.
This has the same effect as rubbing a bell against a rope. The vibration will ring in your ears if it is strong enough. Even if you aren’t listening to anything, simply having them on may cause this issue.
Numerous types of headphones are available, some of which are even wireless. Most of these types operate on the same principle as bone conduction headphones, but their transmission medium is air or water. The headphones must be capable of isolating the sound in a vacuum.
Air-conduction headphones perform best in environments with low ambient noise and high humidity levels. Water conduction headphones perform best in environments with high ambient noise and low humidity.