Audio Technica ATND8677a Dante Gooseneck Desk Base with AES67

Description

Audio-Technica ATND8677a Dante Gooseneck Desk Base with AES67 is a professional networked microphone base designed for use with phantom-powered condenser gooseneck microphones in conferencing, broadcasting, lecture halls, government chambers, and corporate meeting environments. This Dante-enabled desk base allows any compatible XLR gooseneck microphone to transmit high-quality digital audio directly over an IP network, simplifying installation and improving system scalability.

The ATND8677a features a durable metal base with a 3-pin XLR input for connecting a condenser gooseneck microphone and an Ethernet output for Dante network integration. By eliminating traditional analog cabling runs, the desk base supports modern audio-over-IP workflows and centralized audio management for professional installations.

A touch-sensitive capacitive user switch with integrated red/green LED provides flexible control options. In Local mode, users can mute, push-to-talk, or push-to-mute the microphone. In Remote mode, the switch can trigger external functions on compatible Dante devices, such as controlling PTZ cameras, lighting presets, or other automated room functions, making it ideal for integrated AV systems.

The built-in 80 Hz low-cut filter helps reduce low-frequency noise such as handling sounds, table vibrations, and HVAC rumble. A three-position input gain selector allows optimization for different speaking levels, ensuring clear and consistent audio capture in both quiet and loud environments. Switchable 12V phantom power enables compatibility with a wide range of condenser gooseneck microphones.

Designed for advanced network deployments, the ATND8677a supports AES67 interoperability for use with multiple AoIP standards including Dante, Livewire, RAVENNA, and Q-LAN. Enhanced Dante Domain Manager features provide enterprise-level security, cross-subnet routing, and monitoring capabilities. This makes the ATND8677a an ideal solution for organizations seeking reliable, secure, and flexible networked microphone connectivity for professional sound reinforcement and conferencing systems.

Specification