Bose ControlSpace WP22BU-D Dante Wall Plate (2-XLR, 2-RCA, 1-3.5mm)

Bose ControlSpace WP22BU-D Dante Wall Plate (2-XLR, 2-RCA, 1-3.5mm)

The Bose ControlSpace WP22BU-D Dante is a wall plate and features a cost effective multi-I/O wall box. The Bose ControlSpace WP22BU-D has also a balanced mic/line XLR input and a balanced XLR line output. There is a two RCA line-level inputs and a 3.5mm TRS line-level input complete the available inputs. The Bose ControlSpace WP22BU-D 3.5mm TRS line-level output is also included. Additionally, the Bose ControlSpace WP22BU-D is designed to fit into most dual gang US junction boxes and is PoE enabled, so all connectivity (power and data) is provided by a single CAT-5 cable. The size of the Bose ControlSpace WP22BU-D and I/O density make it easy to put Dante connectivity wherever it's needed-near the audio source or sink-thereby eliminating costly and interference-prone analog wiring. Setup and control, including like mic/line input gain, balanced/unbalanced source selection, and phantom power, as well as Dante audio routing are all integrated in ControlSpace Designer.

Bose ControlSpace WP22BU-D Dante Wall Plate Main Features

• One balanced XLR mic/line input, one stereo (summed to mono)
unbalanced input
• One balanced XLR line output and one mono unbalanced 3.5mm
output — or one stereo unbalanced 3.5mm output
• 802.3af compliant PoE powered to work with any compliant PoE
network switch
• Three gain levels are available on the XLR input with +48VDC
Phantom power – all adjustable via ControlSpace Designer™ software
• ID indicator allows easy identification of which WP22BU-D is
communicating with ControlSpace Designer software
• RCA inputs (mono-summed) and 3.5 mm input (mono-summed) can
be selected via software, individually or summed (see Audio Flow
diagram)

APPLICATIONS

Convenient, wall-mounted mic/line I/O
drops for:
• Hotel ballrooms
• Conference/meeting centers
• Conference rooms
• Sports facilities
• Convention centers
• Religious and worship facilities
• Retrofit applications using existing
networking cables