Lectrosonics M2T Half-Rack IEM/IFB Digital Transmitter with Dante Inputs

Optimal Clarity and Range with the M2T Transmitter
The Lectrosonics M2T IEM Digital Half-Rack Transmitter is engineered to deliver exceptional audio performance for professional broadcast environments. Boasting up to 50 mW transmission power, it ensures an extended operating range, making it ideal for large venues and complex setups. The inclusion of locking XLR/TRS combo connectors allows for secure connections, accommodating up to four channels of analog audio sources seamlessly.

Advanced Connectivity for Professional Use
Equipped with Dante audio networking technology, the M2T offers two RJ45 connectors that support four audio RX channels, all of which are internally routable. This advanced connectivity ensures that high-resolution, 24-bit digital audio can be easily integrated into existing networked audio systems, providing flexibility and ease of setup for sound engineers.

Designed for User-Friendly Interaction
The M2T features a large, high-resolution backlit color LCD complemented by large membrane switches, making the interface intuitive and easily navigable even in daylight or dimly-lit conditions. This user-centric design ensures quick adjustments and monitoring, enhancing the overall ease of use during live performances or broadcasts.

Uncompromised Audio Integrity
This transmitter is built with a focus on maintaining the purity of sound. It converts analog signals into a 24-bit digital format internally, which are then encoded and organized for RF transmission. The meticulous filtering of the RF signal both before and after amplification helps suppress any out-of-band noise and spurious signals, ensuring the audio remains clear and true to its source.

Robust and Reliable Build
The M2T's all-metal housing underscores its durability and suitability for the rigorous demands of touring and continuous professional use. Its robust construction not only protects the internal components but also ensures the transmitter operates reliably under varied environmental conditions.