The M2TND IEM Digital Half-Rack Transmitter from Lectrosonics features transmission power up to 50 mW for extended operating range and locking XLR/TRS combo connectors, that facilitate up to four channels of analog audio sources. With ultra-low latency, 24-bit audio, and two stereo-digital channels, the M2T is an IEM transmitter for professional broadcast applications.

Built with a USB port for firmware updates and an IR port for fast setups, the M2T transmitter has a large, high-resolution backlit color LCD with large membrane switches for an intuitive interface visible in daylight or dimly-lit conditions. Analog signals are converted to an internal 24-bit digital format that is encoded, organized into packets, and passed to an RF modulator. The RF signal is filtered before and after amplification to suppress out-of-band noise and spurious signals.

Additionally, the M2T transmitter employs a technology that provides a frequency response from 20 Hz to 15 kHz with maximum channel separation. This digital audio technology eliminates a compandor and the associated artifacts, resulting in crystal clear sound, rock-solid stereo imaging, and low distortion.

IEM Wireless Monitor with Digital RF    24-Bit Digital Audio    USB Port for Firmware Updates    Analog Inputs    IR (Infrared) Port for Fast Setup    Up to 50 mW per RF Carrier    All Metal Housing    Works with Wireless Designer Software

Related Questions and Answers

Q: 1. Can you use this with a SRa receiver

A: So long as your SRa receiver has the same frequency ranges as the LMb transmitter, the LMb transmitter will work with an SRa receiver.

Q: 2. Could these, along with the DCHR, be used as another set of talent wireless sets to be plugged into a mixer/recorder?

A: The Lectrosonics DCHT Wireless Digital Camera Hop Transmitter can be used together with the Lectrosonics DCHR Camera-Mount Miniature Digital Camera Hop Wireless Receiver as a wireless IFB system to send audio from a mixer/recorder.

Q: 3. Do non servo ta5f connectors work with the lmb transmitter?

A: Yes, the Lectrosonics L-Series LMb Bodypack Wireless Transmitter and all other Lectrosonics transmitters with 5-pin inputs have servo bias inputs that can also be used with other conventional wiring configurations.

Q: 4. Can I use this device to transmit Zoom meetings? So my presenters can listen to the questions in ear?

A: Yes you csn send the audio from a computer into an audio interface or mixer and out to the Sennheiser ew IEM G4-Twin Wireless Monitor System Kit.

Q: 5. Can I get more than 50mw out of his unit? It's range is not good enough for my needs.Brian

A: By the way, Lectro says that 50mw in the duet series is like 125mw in the analog transmitters. I have no concerns about the range on my M2R/M2T combo - it does everything I need with no drop outs.

Q: 6. Is there a battery eliminator made for this?

A: No,at this time there are no battery eliminators or alternate powering options available for the LMb transmitter.

Q: 7. What is the expected runtime for the SMDWB on Eneloop Pro 2450s and Energizer Lithium (the data sheet only shows Alkaline, which seems possibly incorrect)?

A: The battery run time for the Lectrosonics SMDWB with AA lithium, disposable batteries is. At 50 mW (2 x AA): 14.5 hours and at 100 mW (2 x AA): 14 hours.

Q: 8. What frequencies does this transmit on?

A: The Sennheiser SR 2050 (A+) transmits on 470 MHz to 558 MHz.

Q: 9. Hello! This package have two receivers only; Can I use more receivers for same transmitter over same frequency?

A: Yes, you can add more recievers, which would all receive the same mix. The appropriate reciever is the Sennheiser EK IEM G4 Stereo Bodypack Receiver with IE 4 Earphones (A: 516 to 558 MHz), BH #SEEKIEMG4A.

Q: 10. Am I able to use the lectrosonics IFB to tune into this transmitter? I didn't see an IFB mode.. just DHCT and DUET mode.

A: This unit is not compatible with the IFB model receivers. For an IFB receiver, you'd need a version of their IFBT4 transmitters in the corresponding frequency as the receiver. Such as this B&H # LEIFBT421.