Carevas F920 Stereo Headset Wireless 4.0 Hands-free Earphone Vibrating Alert Multi-connection Headphone Cable Retractable with Clip Black Compatible with 6S 6 6 Plus S6 S5 Note 4 HTC Tablet

This F920 headset uses high-quality BT 4.0 chip to offer you stereo sound effect. then you can enjoy wonderful music and clear communication. It uses BT 4.0 + EDR technology. the transmission rate is greatly improved. high efficient transmission. low consumption. With the BT function. you can operate on the headset to redial. to keep the call. or refuse to listen to. Its new peg design. can clip on clothes easily. when call needed. you can slowly pull the speaker from the position of headsets. This headset is really a good choice for listening music. watching movie. chatting online. etc.
 
Features:
This F920 uses renowned stereo BT CSR 4.0 chip to ensure high-fidelity sound quality and stable performance.
Noise-cancelling. noise-free environment to hearing loss caused by high .
Support vibration alert. you won’t miss any call while listening to music.
Allow you to power onoff. answer/ uprejectredial call. pause and play. vol+/-. /previous track.
Support multi-point connection. can connect two BT devices at the same time.
Great compatibility. compatible with 6S 6 6 Plus S6 S5 Note 5 HTC Tablet PC Laptop and other devices with BT function.
Long battery life. it offers you 6 hours of continuous playing time. 8 hours of talk time. and up to 5 days standby time.
Power-saving. it will shut down after 5 minutes of inactivity.
Build-in rechargeable li-battery. can be charged via USB cable.

Specification:
Model Number: F920
BT Name: F920
BT version: BT 4.0 + EDR
Transmission : 10mwithout obstruction)
Standby time: Approx. 5 days

• .
• Noise-cancelling. noise-free environment to hearing loss caused by high .
• Support vibration alert. you won’t miss any call while listening to music.
• Allow you to power onoff. answer/ uprejectredial call. pause and play. vol+/-. /previous track.
• Support multi-point connection. can connect two BT devices at the same time.