ADTDDC=-G57 | AXIENT DIGITAL PSM DUAL TRANSMITTER DC G57 470-608 MHZ
ADTDDC=-G57
AXIENT DIGITAL PSM DUAL TRANSMITTER DC G57 470-608 MHZ
ADTDDC=-G57
AXIENT DIGITAL PSM DUAL TRANSMITTER DC G57 470-608 MHZ
- UM : EA
The ADTD Wireless Dual Transmitter reimagines in-ear monitoring wireless transmission. Groundbreaking performance features – including scalable channel count*, Multichannel Wideband RF, and Spatial Diversity Transmission – ensures faultless performance in the most challenging RF environments. ShowLink remote control, networkable monitoring with Wireless Workbench, analog and digital (AES3, AES67, Dante) inputs, and internal antenna combining, bring a new level of management and flexibility to your entire in-ear monitor workflow. Axient Digital PSM ADTD is compatible with the Axient Digital PSM ADXR Bodypack Receiver.
Features:
- Two-tuner, digital wireless stereo transmitter for Shure Axient Digital PSM in-ear monitoring system
- Powered by Shure WMAS innovation*, ADTD delivers flexible, pioneering spectral efficiency and access to scalable channel count**
- Patented Spatial Diversity transmission defends against multipath interference
- Wide tuning range to cover more cities, festivals, and events on tour
- Real-time remote control of all ADXR bodypack wireless receiver parameters from the monitor mix position and elsewhere with exclusive ShowLink technology
- Encrypted RF signal ensures every transmission is secure
- Five-segment Channel Quality meter displays RF signal-to-noise
- Large, 6.6-inch front panel color display
- Networked control with Shure Wireless Workbench for extended and enhanced RF monitor and management
- Optional internal antenna combining reduces or eliminates external combiners
- 4 x switchable combo connectors for analog or AES3 digital options
- 4 x Ethernet ports for network control and Dante/AES67 digital input options
- 2 x coaxial RF antenna output connectors
- 1 x 3.5mm front-panel headphone connector with adjustable volume
- Locking AC power connection that cascades to additional components