The FAAEAL KZ AE01 Bluetooth Module with QDC/S/C Pin,Bluetooth 5.4 Wireless Ear Hook with Charging Case,AAC Decoding Upgrade Earphone Module for KZ Castor D-Fi ZSN PRO PR3 AS24 TANGZU WANER SG TRN Medusa are one of the most popular teams in all of the brand, and this is one of the most popular items in the team’s collection. The FAAEAL KZ AE01 Bluetooth Module with QDC/S/C Pin,Bluetooth 5.4 Wireless Ear Hook with Charging Case,AAC Decoding Upgrade Earphone Module for KZ Castor D-Fi ZSN PRO PR3 AS24 TANGZU WANER SG TRN Medusa are a team that’s made to be more than just sports, and they’re doing it with their gear.
Advanced Bluetooth Technology: Experience crystal-clear audio with the KZ AE01 Bluetooth Module, featuring the latest Bluetooth 5.4 technology for a stable connection and a remarkable around 15m wireless range, perfect for seamless music enjoyment and gaming.
Enhanced Sound Quality: Equipped with AAC High-Definition Decoding and Dual Microphone ENC Technology, this True Wireless Ear Hook provides superior sound clarity and noise cancellation, delivering an immersive audio experience in any environment.
The FAAEAL KZ AE01 Bluetooth Module with QDC/S/C Pin,Bluetooth 5.4 Wireless Ear Hook with Charging Case,AAC Decoding Upgrade Earphone Module for KZ Castor D-Fi ZSN PRO PR3 AS24 TANGZU WANER SG TRN Medusa are one of the most popular teams in all of the brand, and this is one of the most popular items in the team’s collection. The FAAEAL KZ AE01 Bluetooth Module with QDC/S/C Pin,Bluetooth 5.4 Wireless Ear Hook with Charging Case,AAC Decoding Upgrade Earphone Module for KZ Castor D-Fi ZSN PRO PR3 AS24 TANGZU WANER SG TRN Medusa are a team that’s made to be more than just sports, and they’re doing it with their gear.
Versatile Compatibility: The KZ AE01 Bluetooth Module With QDC/S/C Pin,it is compatible with a wide range of earphones including KZ Castor D-Fi ZSN PRO PR3 EDA AS24 EDXS TANGZU WANER SG TRN Medusa Conch ORCA and many others, making it the ideal earphone upgrade wire for both audiophiles and gamers alike.
Innovative Triple, Performance Modes:AE01 offers three performance modes: Gaming Mode, Standard Mode, and Bass Boost Mode. With a simple triple tap on the right earbud, you can switch between Gaming Mode and Standard Mode, ensuring a stable connection for seamless gaming experiences. A triple tapon the left earbud switches to Bass Boost Mode, enhancing low-frequency performance for a truly immersive bass experience.
Full Link Ultra-Low Latency Technology Brings You A Seamless Delay Experience:AE01 adopts a new generation of intelligent frequency modulation signal anti-interference technology, enhancing the signal’s penetration, Compared to the previous generation Bluetooth 5.3, the overall latency has been significantly reduced. this AE01 full link latency is much lower than the peer average, and the stability of the connection has been enhanced, Ensure that both in intense game battles and quiet moments of watching TV shows, the sound and graphics are presented synchronously, bringing you a smoother and more natural experience.
Advanced Chip Process, Low Power Consumption, Long-lasting Battery Life:Thanks to the advanced manufacturing process of the Bluetooth chip and the ultra-low power consumption of Bluetooth 5.4, a full charge provides up to 20 hours of continuous listening, allowing you to enjoy an uninterrupted auditory experience anytime, anywhere.
Dual-Microphone ENC(Environmental Noise Cancellation) Technology:ENC noise cancellation technology is a comprehensive and efficient solution for eliminating environmental noise. By utilizing two microphones positioned in different locations to detect external noise, it can accurately calculate the direction of the sound source during a call. This technology not only significantly reduces echo interference during calls but also effectively suppresses various surrounding noises. Compared to CVC noise cancellation technology, ENC noise cancellation technology demonstrates more significant advantages in noise reduction effectiveness, applicability, and compatibility.
