Qcy Ailybuds Pro+ ANC TWS Earbuds

The QCY AilyBuds Pro+ ANC TWS Earbuds are designed to provide a premium audio experience, combining advanced noise cancellation technology with high-resolution sound and user-friendly features.

Key Features:

1. Adaptive Active Noise Cancellation (ANC):
   • Reduces ambient noise by up to 28dB, allowing for an immersive listening experience.
   • Offers multiple ANC modes tailored for different environments, such as indoor, commuting, and outdoor settings.
2. Hi-Res Audio with LDAC Codec:
   • Certified for Hi-Res Audio Wireless and supports the LDAC audio codec with a sampling rate of up to 24-bit/96kHz, transmitting approximately 3.5 times more data than standard Bluetooth codecs.
3. Enhanced Call Clarity:
   • Features a six-microphone system with AI-based noise reduction algorithms to ensure clear and crisp voice calls by reducing background noise.
4. Long Battery Life:
   • Provides up to 5 hours of playback on a single charge with ANC off, and up to 4 hours with ANC on.
   • The charging case extends total usage time to 30 hours with ANC off and 23 hours with ANC on.
5. Bluetooth 5.3 Connectivity with Multipoint Connection:
   • Utilizes Bluetooth 5.3 technology to provide a stable and efficient wireless connection.
   • Supports multipoint connection, allowing pairing with two Bluetooth devices simultaneously and easy switching between them.
6. Low Latency Mode:
   • Offers an 80ms ultra-low latency mode, enhancing synchronization between audio and video, which is beneficial for gaming and video streaming.
7. Ergonomic and Lightweight Design:
   • Each earbud weighs approximately 4 grams and features a 50-degree semi-in-ear design, ensuring a comfortable and secure fit for extended periods.
8. Water Resistance:
   • Rated IPX5 for water resistance, making the earbuds suitable for workouts and outdoor activities by protecting against sweat and light rain.
9. User-Friendly Touch Controls:
   • Intuitive touch controls allow for easy management of music playback, calls, and mode switching, providing a seamless user experience.