
In Stock
Poly VOY 4320 USB-C HS +BT700 HP Inc. | Wireless UC Headset
HP Inc.
MPN: 76U50AA
$153.49$264.95
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- USB-C host interface
- Bluetooth 5.2 support
- Multipoint pairing
- Included BT700 dongle
- Wireless headset design
- Poly Voyager 4320 series
- Business UC headset
- Streamline hybrid calling with USB-C connectivity and included BT700 dongle
Give users a headset that fits modern work without adding complexity. The Poly Voyager 4320 USB-C headset with BT700 dongle is designed for professionals who move between calls, meetings, and devices throughout the day. USB-C connectivity makes it easy to connect to current laptops and docking environments, while the included BT700 adapter provides a stable wireless path for systems that need a dedicated Bluetooth bridge.
Bluetooth 5.2 and multipoint pairing support a more flexible workflow, allowing users to stay connected across compatible devices without repeated re-pairing. That matters in hybrid environments where time lost to connection issues becomes real productivity loss. The wireless design also keeps desks cleaner and gives users more freedom to work from a laptop, conference room, or home office setup.
For IT and procurement, this model offers a clear value proposition: a business headset with the right mix of compatibility, mobility, and deployment simplicity. It is a strong choice when you want to standardize on a headset that supports everyday voice collaboration while avoiding the compromises of lower-tier consumer audio gear. The result is a more consistent user experience and fewer support calls tied to audio setup.
Ideal For
- Hybrid office calling on USB-C laptops
- Home office voice collaboration
- Hot-desk environments with shared peripherals
- UC deployments requiring Bluetooth adapter support
Why This Product
- 1Includes BT700 dongle for deployment flexibility
- 2USB-C connectivity for modern laptops
- 3Bluetooth 5.2 with multipoint pairing
- 4Wireless design for hybrid work







