Lectrosonics M2TND Half-Rack Digital IEM/IFB Transmitter

Introducing the Lectrosonics M2TND IEM Digital Half-Rack Transmitter
The Lectrosonics M2TND provides professionals in broadcast and live performance sectors with a high-powered digital transmission solution. Capable of up to 50 mW output, it ensures expansive coverage, minimizing the risk of signal dropouts. The transmitter is equipped with locking XLR/TRS combo connectors, supporting up to four channels of analog audio, making it a versatile choice for handling complex audio setups.

Cutting-Edge Audio Quality for Broadcast Professionals
This transmitter stands out with its ultra-low latency and high-resolution 24-bit audio processing. Featuring two stereo-digital channels, the M2TND delivers pristine sound quality that is free from the compression artifacts typically found in other systems. This technology assures clear, detailed, and robust audio reproduction, essential for professional broadcasting environments.

User-Friendly Design and Operation
The M2TND transmitter is built with user convenience in mind. It includes a USB port for straightforward firmware updates and an IR port that accelerates setup processes. The front panel boasts a large, high-resolution backlit color LCD paired with large membrane switches, ensuring visibility and ease of use in any lighting condition.

Reliable and Clean Signal Transmission
To guarantee a clean and reliable transmission, the M2TND employs sophisticated RF filtering. This system filters the signal both before and after amplification, significantly reducing out-of-band noise and preventing spurious signals. This careful signal handling preserves the integrity and clarity of the transmitted audio across its frequency range of 20 Hz to 15 kHz.

Durable and Dependable Construction
Enclosed in an all-metal housing, the Lectrosonics M2TND is built to withstand the rigors of road use and the demanding environments typical of professional broadcast scenarios. Its sturdy construction not only enhances durability but also contributes to its overall reliability, ensuring it performs consistently under varied conditions.