Specifications:

Brand: Beiduofen

Model: Q690WS

Berlin Ultimate Sound Quality, surpassing HiFi experience

Upgraded AI simultaneous translation

Multiple EQ sound effects options + customizable adjustments

Positioning and finding earphones feature

32-hour ultra-long battery life

Directional sound transmission technology

High-quality telecommunication with lower energy consumption and longer lifespan

ACS panoramic sound effect

Lightweight and comfortable design for immersive high-quality music listening

Stable and comfortable fit

2-way design for ergonomic engineering

AI drawing feature

09:41 screen display

13mm composite biological diaphragm for high sensitivity, low distortion, and powerful dynamics

Celebrity EQ tuning for excellent sound quality across various music genres

Personalized EQ tuning options

Lightweight and comfortable 6.8g body with ultra-thin curved surface design

Sweat-resistant and non-sticky

New Bluetooth 5.3 for smoother gaming mode

New 5.3 chip supporting low-latency gaming mode for synchronized audio and video response

Q69 Bluetooth earphones for faster and more stable transmission

0.006s response time for gaming advantage

Berlin Super Sensory Sound Effect with SSQVP acoustic technology

AI intelligent earphone sound field calibration for balanced dynamic sound quality

SSQVP Extreme digital sound enhancement

32 total battery life with charging case

Earphone location feature with long-distance Bluetooth positioning and close-range buzzing search

ENC call noise reduction for clear calls in noisy environments

IPX5 waterproof and splash-proof for sports and daily use

Bluetooth version: 5.3

Bluetooth range: ≥10m (unobstructed)

Earphone battery capacity: 50mAh for approximately 8 hours of continuous music playback

Earphone weight: Approximately 7g per side

Charging case weight: Approximately 43.5g

Charging case battery capacity: 300mAh for approximately 3 charges

Charging time: Approximately 2 hours at 5V---1A input

Note: The above specifications are based on tests conducted in our acoustic laboratory and may vary slightly due to actual usage conditions. Please refer to the actual product for accurate information.