ATND8677 Dante Enabled Microphone

The ATND8677 is a Dante-enabled microphone desk stand for use with any gooseneck microphone with a three-pin XLRM-type output connector. The desk stand is designed for surface-mount applications such as high-quality sound reinforcement, conferencing, distance learning and other demanding sound pickup applications. The microphone can be configured using the dedicated Dante Mic Component processing object in Tesira software. The ATND8677 is supported by Tesira SERVER & SERVER IO (with DAN-1 card) and TesiraFORTÉ Dante enabled models.

Full specifications and manuals are available at audio-technica.com

When this microphone is used with Tesira software it will override local control, causing the audio to remain on and the red/green LED status indicator, low-cut filter and input gain level to be controlled remotely. In Remote mode the microphone’s user switch can be programmed to trigger functions on compatible Dante-enabled devices. When in remote mode the Remote LED is illuminated. For full routing capabilities the use of Audinate Dante Controller software is required. Please review the Dante Network Considerations section for more details.

Tesira supports both the ATND8677 and ATND8677a Dante-enabled microphones.

Features

• Connects directly to network via Ethernet cable—no soldering or additional cable required
• Integrated user switch controls talk/mute in Local mode and triggers Dante-enabled devices in Remote mode
• Local or remote control of gain, low-cut UniSteep® filter, red/green LED status indicator and phantom power
• Powered by network PoE - 802.3af (802.3at Type 1)
• Scalable across Dante’s 512 bidirectional audio channels
• Touch-sensitive capacitive-type user switch
• UniSteep® filter provides a steep low-frequency attenuation to improve sound pickup without affecting voice quality
• 3-pin XLRF-type input for quick mounting of any gooseneck microphone with an XLRM-type output
• Heavy die-cast case and non-slip silicone foam bottom pads minimize coupling of surface vibration to the microphone