TRUTHEAR, founded in 2022, is a high-tech company headquartered in Shenzhen, dedicated to the research, development, production and sale of audio products. These specialize in the creation of high-performance in-ear monitors (IEMs) to provide music lovers, audio professionals and artists with authentic, precise audio experiences.
Truthear's Gate earphones offer unbeatable value for money. They feature a dynamic driver with a carbon and liquid crystal polymer diaphragm and polyurethane suspension to deliver textured bass and extended highs. Despite their low price, these earphones comply with HRTF specifications and deliver a balanced sound with a natural timbre.
Truthear's Gate earphones offer unbeatable value for money. They feature a dynamic driver with a carbon and liquid crystal polymer diaphragm and polyurethane suspension to deliver textured bass and extended highs. Despite their low price, these earphones comply with HRTF specifications and deliver a balanced sound with a natural timbre.
Truthear's Hexa are high-performance in-ear earphones combining a dynamic driver and three balanced armature drivers with a hybrid structure for very natural bass and midrange sound reproduction, and treble reproduction that varies greatly according to the type of eartip used: clear and natural when used with silicone eartips, and softer and more delicate...
Truthear's Nova are high-performance in-ear earphones featuring a total of 5 drivers and a waveguide structure made using DLP 3D printing, to deliver sound with a wide frequency response and a smooth, natural timbre.
With the Zero, Truthear has teamed up with Crinacle, renowned for its expertise in IEM, to offer in-ear earphones based on two dynamic drivers with liquid-crystal polymer diaphragms to deliver rigorously accurate sound reproduction according to HRTF characteristics.
With the Zero RED, Truthear has once again teamed up with Crinacle, renowned for its expertise in IEM, to offer a new version of the fruit of their previous collaboration. These in-ear earphones retain the dynamic dual-driver structure of their predecessors, but improve on it to offer an even lower level of distortion. Furthermore, the frequency response...