final ZE2000 - True Wireless Earbuds - Maximum 35 Hours Music Playback - IPX4 - aptX Adaptive - Touch Sensor - Support Lossless Music Format - Auto Pairing - Designed in Japan (Matte Black)

Final makes earbuds for audiophiles. And if that's you, then the ultra-low distortion on the ZE2000s might be what you've been waiting for. Basically, incredible clarity and textures richer than you probably ever thought possible on a true wireless bud. And because there's no wires and they're IPX4 splash-resistant, you can easily take these on drizzly commutes or along to the gym. Good to know - ZE2000 brings vocals and instruments to the forefront, whereas ZE3000 has a wide and natural soundscape-... - Manufacturers part number: FI-ZE2DPLTW

• EVERYDAY USE: By considering the daily usage needs of users, ZE2000 are equipped with convenient Touch Sensor media control, IPX4 lifestyle water resistance, Auto-pairing activated when case is opened and seamless single-ear audio playback.
• APTXADAPTIVE AND LOW LATENCY: In addition to SBC and AAC codecs, it also supports aptX, which offers high sound quality without interruption. Compatible with a wide range of iPhone and Android models, pairing is easy. Furthermore, it supports 48kHz/24bit wireless transmission with Qualcomm aptX Adaptive codec.
• BLUETOOTH 5.2 TECHNOLOGY: By featuring the latest Bluetooth 5.2 technology and various codecs (AAC, SBC, aptX, aptX Adaptive) support, ZE2000 delivers your personal music playlist at extreme connection stability, working seamlessly with iOS and Android devices.
• MAXIMUM COMFORT & STYLE: The earphones and charging cases are designed into shape to fit every ear for maximum comfort. Both the earbuds and the case are made of lightweight resin with a matte and smooth coating that prevents fingerprints and slips.
• F-CORE FOR WIRELESS: Equipped with a newly designed driver "f-Core for Wireless" that achieves ultra-low distortion. ZE2000 is equipped with newly developed "f-LINK damping mechanism" that optimizes the pressure in the acoustic space inside the housing of the earphone and enables an acoustic design equivalent to that of wired earphones without venting to the outside of the housing.