Symetrix Jupiter 8 Digital Microphone Processor
Symetrix Jupiter 8 Digital Microphone Processor
Symetrix Jupiter 8 digital voice processor for crystal-clear sound .
Symetrix Jupiter 8 Digital Microphone Processor Symetrix Jupiter 8 digital voice processor for crystal clear sound . Jupiter 8 offers eight inputs and eight outputs. APP configurable 8 x 8 DSP Turn-key audio processing solution, using ‘ apps ‘ download optimized for specific locations and systems App categories include mixing and routing, public address and distribution, sound design and special-purpose signal processing Pre-designed apps greatly reduce setup and installation time Features 8 phantom-powered mic/line inputs and 8 Ethernet line outputs, dual ARC ports, two external control inputs and four logic outputs Jupiter offers audio via controllable, simple-to-use DSP. Designed and built in the USA by Symetrix Inputs: – Number of Inputs : 8 selectable mic or line level balanced – Connectors: 3.81mm terminal blocks – Nominal input level : 4 dBu or -36 line dBu mic level ( software selectable ), with 20 dB headroom – Mic Gain Pre-amp : 40 dB – Input trim : / – 24 dB – Maximum input level : 23 dBu – Input impedance: > 18 kohms balanced ,> 9 Ohms unbalanced , > 2 kohms with phantom power involved – CMRR : > 50 dB @ 1 kHz, unity gain – Mic Pre-amp EIN : < -125 dBu , 22 Hz – 22 kHz , 100 ohm source impedance – Phantom Power : 20 VDC, 20 mA maximum per input Outputs: – Number of outputs : 8 line level – Connectors : 3.81 mm terminal blocks – Nominal output level : 4 dBu line level with 20 dB headroom (for unbalanced analog output , do not connect the minus output terminal ; unbalanced configuration results in 6 dB below output level ) – Maximum output level: 24 dBu – Output impedance: 200 ohms balanced, 100 ohms unbalanced system: – Sample rate: 48 kHz – Frequency response: 20 Hz – 20 kHz, / – 0.5 dB – Dynamic range: > 110 dB (A- Weighted ) , input to output – THD Noise: < -85 dB ( unweighted ); 1 kHz @ 22 dBu with 0 dB gain – Interchannel Crosstalk : < -90 dB @ 1 kHz, typical – Latency: < 1.6 ms , input to output with all DSP inactive