Audio-Technica ATCS-A60MX IR Transmitter/Receiver Mixer

Introducing the Audio-Technica ATCS-A60MX IR Transmitter/Receiver Mixer
Unlock the full potential of your conference system with the Audio-Technica ATCS-A60MX IR Transmitter/Receiver Mixer. This key component serves as both an IR transmitter and receiver, designed to significantly extend the operational range of the ATCS-60 infrared discussion system. Ideal for large meeting spaces and auditoriums, this mixer ensures seamless communication across extensive setups.

Expand Your System's Reach
The ATCS-A60MX is specifically engineered to enhance your system's coverage. It can power up to four ATCS-A60TX transmitting units and four ATCS-A60RX receiving units simultaneously. This capability allows for a broader spread of signal, ensuring that every participant in the room has a clear, uninterrupted audio feed, crucial for effective communication in large or complex venues.

Connect Multiple Units for Larger Venues
For installations requiring extensive coverage, the ATCS-A60MX shines with its ability to connect up to four mixers to a single ATCS-C60 central unit. This setup enables the deployment of up to sixteen transmitting and receiving units, making it an ideal solution for sprawling conference facilities or multi-room setups.

Designed for Easy Integration and Reliability
The ATCS-A60MX mixer is not just powerful but also user-friendly. Its design focuses on ease of integration with existing Audio-Technica systems, ensuring reliable performance and durability. This mixer is an essential tool for organizations looking to facilitate large-scale discussions without compromising on audio quality.

Optimal Performance in Any Setting
Whether it's a corporate conference, educational lecture, or governmental assembly, the ATCS-A60MX provides the flexibility and performance needed to manage communications effectively. Its capability to handle multiple transmitter and receiver units ensures that every word is heard clearly by all attendees, regardless of the size or acoustics of the venue.