Highlights from Edifier W860NB Reviews
- Active Noise Cancelling limits interference and maximizes performance
- Support NFC pairing and Qualcomm aptXTM audio decoding
- Upto 25 hours of playback
Active Noise Cancelling Headphones
Your Edifier W860NB Bluetooth Headphones decreases outside noise giving you a chance to make the most of your music. Noise cancelling headphones utilize an amplifier to listen to surrounding commotion emitts a recurrence that removes outside commotion.
Savvy Touch Controls
Control sound from a basic tap from your Edifier W860NB Bluetooth Headphones without using the connected device. Smart Touch controls on the earcup changes the volume and playback. Tap twice to pause and resume a single track. Swipe up and down for volume and swipe left and right to change tracks.
Included Clamshell Travel Case
Keep your Edifier W860NB Bluetooth Headphones safe as you travel. Tossing a couple of headphones into your exercise bag or travel case could conceivably harm your headphones which is the reason we incorporate a hard clamshell case.
Full Day Soundtrack
Run a whole day with your very own soundtrack with a battery life of 25 hours of ANC persistent playback and 45 hours of wireless only playback.
Quality Comfort for All Day Use
The 40 mm neodymium drivers are secured by an artificial leather accomplishing full day comfort. Wearing Edifier W860NB Bluetooth Headphones feels like your ears are secured by a cushion.
What Comes in the Box
- 1 X Edifier W860NB Active Noise Cancelling Bluetooth Headphones
- 1 X?? Clamshell Travel Case
- 1 X 3.5 mm Cable
- 1 X USB Charging Cable
- 1 X Quick Start Guide
One-Year Local Singapore Limited Hardware Warranty
- Frequency Response: 20 Hz???20 kH
- Bluetooth Version: Bluethooth V4.1
- Impedance: 32 Ohms
- Input Sensitivity: 100 dB
- Bluetooth Profile: HSP HFP A2DP AVRCP
- Connecting Distance: 10 m
- Battery Capacity: 1400 mAh rechargeable battery
- Working Time: 35 hours
- Standby Time: about 800 hours
- Charging Time: about 3 hours
- Charging Input: DC 5.0 V = 500 mA