Since the construction shares similarities with planar magnetic drivers, electrostatic headphones also require powerful ...

After that, you have various driver types, including dynamic, planar magnetic, electrostatic, MEMS drivers, and balanced armature drivers. As someone who's been big into headphones for a very long ...

American headphone brand Audeze is probably best known for its use of planar magnetic driver technology, but it’s also one of ...

At $2,495, the Grado Signature HP100 SE are the company's new flagship open-back headphone that are hand-assembled in ...

Opinions expressed by Forbes Contributors are their own. Technology journalist specializing in audio, computing and Apple Macs. Romanian headphone brand Meze Audio has revealed its new Empyrean II ...

Electrostatic loudspeakers work by the attraction and repulsion of a thin conductive film in an electric field rather than the magnetic attraction and repulsion you’ll find in a moving-coil ...

This is planar technology ... that has a magnetic flux density of 1.8T, making the driver of HW600 relatively easy to move with an impedance of 30Ω, making the headphones ideal to use with ...

Most headphones and speakers use electromagnetic force to drive speaker coils. Electrostatic speakers use electrostatic force to modulate a diaphragm. Mylar is used as the diaphragm in these ...

There aren't many headphones that started life in hospital, but then Audeze's CRBN2 electrostatic headphones ... was originally designed for use in magnetic resonance imaging (MRI), and that ...

Magnetic force can overcome gravity. That’s why this magnet can hover in mid-air. Electrostatic force also attracts and repels objects. Rubbing the balloon on another surface creates a small ...