Lectrosonics Duet M2R Beltpack Digital Stereo IEM/IFB Receiver

Lectrosonics Duet M2R Beltpack Digital Stereo IEM/IFB Receiver

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Call to ask for pricing and availability: 818-495-0935

Audio Masterpiece I-Code: 101598
Mfg. Part #: M2R
BELTPACK DIGITAL STEREO IEM/IFB RECEIVER

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  • IEM (Wireless Monitor) receiver with digital RF
  • 24-bit digital audio
  • IR (infrared) port for fast setup
  • High resolution, color LCD
  • Stereo or mono operation
  • Low latency of 1.4 ms with analog inputs

The M2R operates in the UHF frequencies of 470-608 MHz in a single range, using digital modulation for transmission.

The M2R bodypack receiver employs advanced antenna diversity switching during digital packet headers for seamless audio. The 24 bit digital audio stream guarantees high resolution sound quality with wide dynamic range, low noise floor, and rock-solid stereo image. The receiver can select from stereo, mono from left channel only, or mono from right channel only, giving the unit flexibility in terms of the application. The headphone jack is fed from a high-quality stereo amplifier with 250 mW available to drive headphones or earphones to sufficient levels for stage performance or other environments with significant background noise. A high-resolution, color LCD allows for a wide range of menu options, including precise limiter settings, using detailed graphics. The M2R runs on two AA batteries for an operating time of over 4 hours with alkaline cells. 

The receiver employs 2-way IR sync, so scan data from the receiver can be sent to a transmitter and thus onto the Ethernet network for use by Wireless Designer™ software for frequency planning and coordination purposes. Additionally, the M2R includes a FlexList™ mode, where a number of names and associated frequencies can be stored. This feature benefits a monitor engineer by enabling quick finding and listening to any of the performers’ mixes on the stage. A high density, backlit, color LCD allows for a wide range of menu options, including precise limiter settings, using detailed graphics.