Digi-Wave Dual-Bay Docking Station

The Digi-Wave Dock (DWD 102) offers an innovative extension to the Digi-Wave two-way wireless communication system from Williams Sound. It provides a simple, flexible way to connect portable Digi-Wave systems to other fixed systems. The connection begins when a Digi-Wave transceiver or receiver is simply plugged into the Dock. The Dock provides continuous power and/or charging for two Digi-Wave devices (not included), and has separate audio inputs and outputs in each of its bays.

HOW IT WORKS:
- Place a DLT 100 2.0 transceiver into the Digi-Wave Dock and easily bring audio from an outside source to listeners using a Digi-Wave system
- Place a DLT 100 2.0 transceiver or DLR 60 2.0 receiver into the Dock to deliver audio from a portable Digi-Wave system to listeners in a permanent sound installation

FEATURES:
- Easy access to all sound systems
- Separate inputs and outputs in each bay
- RCA or XLR input/output option
- Charges DLT 100 2.0 transceivers and DLR 60 2.0 receivers
- Clean, streamlined design
- Can utilize balanced or unbalanced line-level audio
- Made in the USA
- 2-Year Warranty (90 days on accessories)

DWD 102 includes:
(1) DWD 102 Charger/Docking Station
(1) TFP 048 Power Supply

APPLICATIONS:
- Digi-Wave can be used as a presentation system, permitting multiple presenters, without the need for a mixer or multiple wireless microphones
- Digi-Wave can be added as a wireless connection to teleconferencing or wired intercom systems
- Allow an easy connection and powering of individual interpreter transmitters when the Digi-Wave is used in the language interpretation mode
- Other applications are only limited by the imagination

Products compatible with Digi-Wave Docking Station:
- DLR 60 2.0 - Digi-Wave Rechargeable Digital Receiver (item 900021)
- DLT 100 2.0 - Digital Transceiver (item 900404)

Note: The Digi-Dock is approved by the FCC for operation in U.S. markets. The Digi-Dock cannot be used in all countries. Check your government's radio regulations for 2.4 GHz operation.