Poly Voyager 4320 UC USB-C Headset

BLUETOOTH OFFICE HEADSET

• Escape your desk - up to 50 metres of cordless freedom

• The only headset, you need - at home and in the office

• Stay connected to all your devices

LESS CORD. LESS COST.

PROFESSIONAL AUDIO QUALITY IN A SIMPLE BLUETOOTH HEADSET

With the perfect wireless Bluetooth® headset for beginners, you're no longer tied to your desk.  Get to know the Voyager 4300 UC series. It gives you everything you need to stay connected and productive with all your devices, whether you're at home or in the office. With all-day comfort and Acoustic Fence technology with two microphones to block out background noise, even long calls are no problem. Phenomenal flexibility, connectivity and freedom? Yes, please!

LEAVE THE DESK

MOVE MORE AND LONGER

Mobile communication with a range of up to 50 metres, up to 24 hours of talk time - and all-day wearing comfort. This makes it easier to get through long conference calls.

NOBODY WANTS TO BE RESTRICTED

FULL FLEXIBILITY TO WORK THERE, WHERE IT'S NEEDED

The portable design and travel case make it easy to switch between home and office. You work in noisy environments?  No problem. The Acoustic Fence technology with two microphones eliminates background noise. And thanks to the easy-to-find mute button and dynamic mute warning, you're always in control.

CHOOSE YOUR OWN ADVENTURE

ONE HEADSET, MANY DEVICES

Connect to multiple devices in no time at all. PC/Mac, smartphone, landline phone (with office base, sold separately). No worries about battery life - if you need your headset beyond that, simply plug it in to use it as a corded headset.

YOU HAVE THE CHOICE

YOU DECIDE WHAT YOU LISTEN TO AND HOW YOU WEAR THE HEADSET

Want to listen to music or block out background noise? Then choose the Voyager 4320, the stereo version.  Would you rather have one ear free to listen to your surroundings? Then choose the Voyager 4310, the mono version. Both offer excellent sound quality and feature Poly's SoundGuard DIGITAL technology for protection against acoustic shocks.