Feature:
1. LED Power Digital Display: LED digital accurately and clearly display the remaining power of the charging compartment, and the power of the left and right earphones is also clearly displayed, allowing for free control of time.
2. Long Endurance: With a low-power chip and a large capacity lithium battery, it can be used continuously for 5 hours when fully charged, and can last for 20 hours when paired with a charging box, allowing you to fully enjoy the fun of music and games.
3. Bluetooth-compatible 5.3: The new generation Bluetooth-compatible 5.3 main control chip significantly improves its anti-interference ability in complex environments, with lower power consumption, faster transmission, and more stable connections.
4. Comfortable to Wear: In ear Bluetooth-compatible earphones, silicone earcaps are comfortable to wear. Open the earphone case and take it out to automatically pair, providing an indescribable listening experience.
5. Satisfaction Guarantee: We strive to provide each customer with the highest standard of customer service to ensure you have a pleasant shopping experience. If you have any issues, inquiries or need assistance, please feel free to contact us directly.
Specification:
Product model: CY-T2
Colors: black, white, pink, green, blue (optional)
Bluetooth-compatible: Bluetooth-compatible V5.3, high-definition binaural call
Product horn: 8mm composite film horn
Product chip: Jerry 6983D
Standby time: 60 days+
Working time: 5 hours, the charging box can charge the headphones 3 times.
Charging time: approximately 45 minutes
Communication distance: obstacle free 15 meters
Headphone battery capacity: 30mAh
Charging box battery capacity: 300mAh
Charging interface: Type-C
Gross weight: 135g
Charging box size: about 43 * 28 * 50mm/1.69 * 1.10 * 1.96inch
Packaging size: about 122 * 103 * 45mm/4.80 * 4.05 * 1.77inch
Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.