Wisycom MTK982 Wideband IEM / IFB Transmitter

From: 5,995.00 USD

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Wisycom MTK982 — Versatile dual wideband stereo IEM/IFB transmitter. Provides the highest audio quality, extremely low spurious emissions.

Redundant DC version requires the AL1265XF power supply.

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Description

Wisycom MTK982

The Wisycom MTK982 is a versatile dual wideband stereo IEM/IFB transmitter. TheMTK982 provides the highest audio quality, extremely low spurious emissions, and is capable of generating multiple types of RF modulations. Comes in two versions: Standard and w/ Redundant DC.

The MTK982 is replacing Wisycom’s MTK952N. The MTK982 is similar in functionality to the MTK952, but with notable updates including built-in primary/secondary Tx ports for MFL integration, Bluetooth 5 Long Range control to the Wisycom app, and adjustable Tx power output settings. This last feature means that the MTK982 can support forward power (2 watt) applications and ones for 200mw lower Tx output.

Primary Features

Wideband RF Technology
Provides the widest switching bandwidth available ? 330 MHz range to find the best frequency, anywhere in the world.

NB / WB SW Selectable
Stereo, mono, and intercom audio modulations.

DIGICOM
DIGICOM Multi-Brand Compatibility — Software enables the use of third-party receivers with the Wisycom MTK982 transmitter

Bluetooth 5 Long Range
Class 1 (100mW) remote control to connect with Wisycom devices within a range of hundreds of feet

Other Features

  • 330 MHz Bandwidth
  • Direct Digital Synthesis (DDS) of signal for the highest flexibility and quality
  • Stereo, mono, and intercom audio modulation
  • DSP audio processing (40bit floating point / 2Gflops) with multi-companding
  • Low interference output stage with wideband intermodulation phase cancellation
  • 2400 user-defined frequencies (40 groups by 60 channels.)
  • Analog & digital input (AES3)
  • Output power up to 2 Watt
  • Redundant power supply 230/110 Vac & 12 VDC (DC option)
  • SWR (Stationary Wave Ratio) sensing on antenna outputs
  • Primary/Secondary outputs for distributed applications