MPN #MCR54-B2    

$6174.00

Financing available
Free shipping in Canada. Conditions

Quad multiband true-diversity miniature (camera) receiver with up to 790 MHz bandwidth



MCR54 is a camera quadruple true diversity wireless microphone receiver system in a modular stand alone or slot in configuration. It's compatible with most camera's slots and "multi-slot" mixer accessories.

B2 is for Europe and USA market
Tunable: 470 - 800 + Fixed Band 1:823 - 832 + Fixed Band 2: 940 - 960 MHz (USA/EU)
  • Four channels True Diversity receiver (8 Receiver boards!)
  • Exceptional compactness and high robustness
  • DSP Analogue & Digital Audio Output (AES3)
  • Up to 790 MHz bandwidth in 470/1260 MHz range
  • Next Gen Multiband front-end filtering:
  • High Q electronically tunable filter in 470-800 MHz
  • 1st narrowband filter
  • 2nd narrowband filter
  • Wideband and Narrowband DSP-FM operation (SW selectable):
  • Narrowband allows more 50% band efficiency
  • Narrowband allows about 3dB extra sensitivity and noise immunity
  • Extreme low noise VCO with ultrafast spectrum scan for optimal quick & easy setup
  • High contrast OLED display
  • Automatic scan & transmitter programming through infrared and Bluetooth 5 long range
  • DSP based for extreme flexibility and multi-companding operations
  • Monitor & control through USB C or Bluetooth 5 (long range) on Wisycom Manager 2.0 (computer SW)
  • Rear antenna connectors and micro audio and power adapter
  • Frequency ranges: MCR54 B2: 470 ÷ 800 + 823÷832 + 940÷960 MHz (USA/EU)
    Switchable channels: 2400 user programmable frequencies, organized in 40 groups of 60 channels
    Switching-window: up 790 MHz
    Frequencies: microprocessor controlled frequency synthesizer circuit, with 5 kHz minimum step.
    The frequencies can be easily PC reprogrammed with USB C, Bluetooth 5 (long range) or optional UPKmini Programming
    Frequency error: < ± 2.5 ppm, in the rated temperature range
    Modulation: FM mono, wideband or narrowband IFB (SW selectable)
    Peak deviation: ±54 kHz (wideband), ± 40 kHz (narrowband)
    Antenna input impedance: 50 ohm sma type (SWR < 1:2; typ. 1:1.4)
    Sensitivity:
    2 V ( 6 dBV), for SND/N > 58 dB;
    5 V (14 dBV), for SND/N > 98 dB
    in the whole switching-window*
    Amplitude response: < 0.5 dB (for RF input signal:6 dBµV ÷ 100 dBµV)
    Adjacent chan. selectivity: > 80 dB typical (for channel spacing 400 kHz)
    Spurious emissions: < 2 nW (typical = 0.1 pW)
    Noise Reduction system: ENR / ENR-1.2 (Wisycom Extended-NR) , noise optimized
    ENC / ENC-1.2 (Wisycom Extended-NC), voice optimized & with reduced pre-emphasis
    ENS (for live application)
    Others, compatible with most systems, thru an internal DSP emulation of SA572, SA575 and Rms envelope compander chip set, fully user programmable
    AF bandwidth: 30 Hz ÷ 20 kHz (wideband), 30 Hz ÷ 15 kHz (narrowband)
    Frequency response:
    ± 1 dB in the 30 Hz ÷ 20 kHz range (wideband),
    ± 1 dB in the 30 Hz ÷ 15 kHz (narrowband)
    Distortion: 0.3 % typical
    SND/D ratio (Analogue): 120 dB typical*
    SND/D ratio (Digital): > 125 dB typical
    Audio output: Electronically balanced on 5 pin mini-XLR Female connector analogue or digital (SW selectable)
    Digital sample rate: AES3 @ 48 kHz
    Monitor output: headphone 3.5 mm jack socket
    Managing interface: USB C, Bluetooth 5 (long range) or optional UPKmini Programming
    LEDs:
    2 multicolour RGB LEDs to easy indicates Power & Bluetooth
    4 multicolour RGB LEDs to easy indicates the audio status of the 4 RX
    Display: OLED 128x64 (white)
    Powering:
    - External = 5 ÷ 18 Vdc (2.5 W max)
    - Autonomous. = with optional BCA 54 Battery Module
    Power consumption: 2.5 Watt max (with 4 active receivers)
    Temperature range: -10 ÷ +55 C
    Dimensions: 104 x 85 x 25 mm (H x W x D)
    Weight: 230g
    *RMS value, 22 Hz / 22 kHz, unweighted
    View more products from Wisycom
    Wisycom Logo
    Now accepting
    Financing available
    Like us
    Follow us
    ©2004-2024 - Studio Economik Inc.® All Right Reserved.