KZ S2 Hybrid True Wireless Earbuds
Dual Coil Dynamic Driver+Customized 30095 Balanced Armature
With an enhanced voice-coil design and a new polymer-polymer diaphragm membrane, our new dynamic driver is able to focus on delivering a more impactful sound with lower total harmonic distortion – ultimately, meaning a more high-resolution sound. Our new dynamic driver has been meticulously crossed over with our custom proprietary KZ 30095 ultra-high frequency balanced armature driver. Balanced armature drivers are renowned in the field of profession in-ear monitors due to their amazing speed and accuracy
AAC Support for HQ Audio
Built-in with the Realtek chip, the S2 true wireless earbuds support AAC to achieve HQ sound quality and seamless transmission. Not only has your music never sounded this good before, but now you can enjoy your movies and games with sync rivaling even wired earphones
CVC Noise Isolating Microphone
The CVC Noise Cancellation Technology, combined with the S2 silicon microphone work cohesively together to optimize your calls by drowning out background noise. You shouldn’t be the only one who gets to enjoy crystal clear audio
Bluetooth 5.0 Technology and High Performance Mode
With Bluetooth 5.0, pairing with any of your devices is quick and easy! Bluetooth 5.0 also allows connectivity distances of close to 1000ft (that’s 4x the range of previous generation!) and incredibly fast ISM band range. The combination of Bluetooth 5.0 and the special gaming mode – High Performance mode, offers a faster transmission speed of the sound signal. From now on, you can enjoy an ultra-low latency gaming experience with your best gaming partner KZ S2
Ultra-stable Connectivity
Embedded with the new Realtek 8763 Chipset and Bluetooth 5.0, the S2 offers increased bandwidth performance and an enhanced signal reception that results in an ultra-stable connection. Compared to other leading Bluetooth products on the market, our integration of the 8763 chip into the S2 results in significantly more stable sync even at further distances
