Raptgo Hook-X HBB, In-Ear Monitors: 14.2mm Open Planar Diaphragm, PZT Driver, 0.78 2pin Earphones IEM (Hook X)
IMPORTANT: Please Select HBB version or Standard version
【Custom Planar Diaphragm+PZT Driver, New concept New attempt】HOOK-X adopts a 14.2mm large size Planar Diaphragm Driver, which has an excellent sound performance in full frequency. Customized PZT drivers can give consideration to the compensation of full-range sound. The new attempt of this driver's combo makes HOOK-X have a grand sound field and a better sense of presence. The frequency response can be easily realized at 20Hz-40KHz.
【RAPTGO Customized Double-Sided 9-Layer PZT Driver】RAPTGO and PZT driver suppliers with military backgrounds jointly developed HOOK-X PZT full-frequency compensation. After a lot of acoustic shock simulation experiments to optimize the driving of PZT ceramics to a better state, it can compensate for the sound in the whole frequency. Through the dual compensation of sound and vibration, the whole frequency band of earphones is superior and the sound field is greatly improved.
【Fully Open Acoustic Design, Better Hearing&Wearing Experience】HOOK-X adopted a fully open acoustic design for the back cavity of earphone, which allows IEM have the same excellent airflow as open headphones, and at the same time, it can reduce the pressure of in-ear earphones on the ears and reduce hearing fatigue.
【Exquisite Workmanship Shows The Ultimate Craftsmanship】In order to ensure the consistency and reliability of sound, the acoustic cavity used high-precision 5-axis CNC to precisely machined. At the same time, a more complicated secondary anodizing process was adopted, giving a little more youthful and dynamic green for the elegant appearance of HOOK-X.
【Interchangeable Plug Wiring】HOOK-X comes with a 0.78 2pin OCC silver-plated coaxial shielded cable, which can reduce interference and ensures signal transmission stability. The standard 2.5mm/3.5mm/4.4mm plugs are compatible with mainstream portable systems on the market. You can switch between balanced output and single-ended output at will.