Mosconi Pico 8|10

Otroligt kompakt slutsteg med inbyggd DSP. Tack vare effektiv intern kylning kan storleken hållas ner till ett minimum. Hela 8 slutstegs kanaler och 10 kanals DSP för ev. utbyggnad.

Mått: 150 x 160 x 46mm

High speed PVM-kretsar som arbetar i class G/H gör att man får ut mycket effekt utan hög strömförbrukning och värmeutveckling.

Sp-dif optisk digitalingång. Då hanteras allt digital utan omvandlingar inne i steget ända tills signalen lämnar slutsteget.

4 högnivåingångar med summering av signalen, så har du ett filtrerat system så fungerar det ändå.

4 lågnivåingångar (adapter som är tillbehör)

Ingång för blåtandsmodul som klarar high-res material.

På karakteristiskt Mosconi-vis så finns det både ingångs-eq och 6×30 bands eq

Den inbyggda DSPn är faktiskt såpass bra/avancerad att den är lika bra eller bättre än alla andra DSP på marknaden. Endast slagen av Mosconis flaggskepp 8to12 Aerospace.

4×50 Watt + 4×80 Watt RMS @ 14,4 volt.

MJUKVARA DSP

DSP features:

3x 9 band parametric input-EQ (De-Equalizing) 6x Input-Delay 0 – 3ms / 0,01ms (De-Delay) 

10x Input level control digital (signal conditioning)

Flexible mixer for Signalrouting (side separately, able to sum and subtract, 10 inputsto 4×2 output groups)

6x 30 band or 4×30 band + 2×15 band group-EQ (parametric, relative phase remains stable)

10x 10 band output filter HighPass / LowPass / HighShelf / LowShelf / Notch / Allpass 1st or 2nd order / Speaker-EQ)

10x Speaker-Delay 0 – 12ms, 0,01ms

10x Speaker Phase switch.

Dynamic EQ, filter and Delay-settings

Group-EQ, output filter and delay can be adjusted in 4 steps depending on the source or the input level

High-Speed Noisegate (is not noticed because it opens faster than the signal is processed in the DSP. Automatic setup, self-measuring the noisefloor level of the source)

Signal generator (Dirac / Pink Noise / White Noise / Sinussweep)

Delay measurement with automatic correction (Accurately measures phase and time delay differences of individual speakers or input signal [active OEM systems], separate measurement hardware required for loudspeaker measurement)

Frequency response measurement with binaural addition. (Measures the frequency response at any input or mixer output group. Creates EQ suggestion for de-equalizing or loudspeakers. Separate measurement hardware required for loudspeaker measurement). Calculates the loudness from the individual frequency responses using medium weight logarithmic addition)

3 selectable optional modes for Front / Center / Rear – Management Front: Straight through the mixer (as before). Crossmix: Only left signals are added to the right side via a lowpass and a timedelay (and vice versa). The result is a better bass performance with given power / smaller speakers. Matrix calculation: The monaural signals extracted by the center algorithm are subtracted from the right/left signals.

Center: Straight through the mixer (as before). Classic summation (center shows the monaural signals, only left signals are subtracted, only right signals are weighted, adjustable). Matrix calculation: An algorithm extracts relevant signals (voice) and outputs them via the center.

Rear: Straight through the mixer (as before). Crossmix: Filtered subtraction of the opposite side. Effect: Extended front platformwidth.

Matrix calculation: The rear speakers only output signal components that are not relevant for the stage image, an extended three-dimensionality is generated via a delay..

The corresponding modes can be selected separately for Center / Front and Rear.