Products

S-1608

Digital Audio Transfer System

Number of ChannelsS-1608 : 16 in 8 out
S-0816 : 8 in 16 out
AD and DA Conversion24 bit / 96 kHz
Frequency Response-2 dB / +0 dB (@ +4 dBu, 20 Hz to 20 kHz)
Total Harmonic Distortion + Noise0.05 % or less (Pad: On, Input Gain: +4 dBu, 22Hz to 20 kHz)
Dynamic Range110 dB
Cross Talk-80 dB or less (Input Gain: +4 dBu, typ.)
Nominal Input Level-65 to -10 dBu (PAD: Off), -45 to +10 dBu (PAD: On)
(1 dB step, Max. +28 dBu)
PAD20 dB On/Off
Input Impedance14 k ohms
Nominal Output Level+4 dBu, Max. +22 dBu
Output Impedance600 ohms
Recommended Load Impedance10 k ohms or greater
Residual Noise Level (IHF-A, typ.)-80 dBu or less
Equivalent Input Noise LevelS-1608: -128 dB S-0816: -124dB
Network Latency375 microseconds when using REAC cable only (*1)
(AD > REAC > DA Latency: approx 1.2 ms)
ConnectorsS-1608 :
Analog Input x 16 (XLR type, balanced, phantom power)
Analog Output x 8 (XLR type, balanced)
Digital Output connector x 1 (Optical type)
REAC Connector x 1 (RJ-45 EtherCon type)
Remote Connector x 1 (RS-232C, DB-9 type)

S-0816 :
Analog Input x 8 (XLR type, balanced, phantom power)
Analog Output x 16 (XLR type, balanced)
Digital Output connector x 1 (Optical type)
REAC Connector x 1 (RJ-45 EtherCon type)
Remote Connector x 1 (RS-232C, DB-9 type)
IndicatorsPOWER Indicator x 1, REAC Indicator x 1,
REMOTE Indicator x 1, MUTE ALL OUTPUTS Indicator x 1
Power SupplyAC 115 V, AC 117 V, AC 220 V, AC 230 V, AC 240 V (50/60 Hz)
Power Comsumption45W
Phantom Power+48 V / 14 mA (each input, remote controlled)
Operation Temperature0 to +40 degrees Celsius
+32 to +104 degrees Fahrenheit
AccessoriesPower Cord x 1, REAC Connector Cover x 1, Ferrite Cores x 1
Rubber Foot x 4, Rack Mount Kit x 1, Owner's Manual
Size and Weight
Width
401 mm15-13/16 inches
Depth
135 mm5-3/8 inches
Height
177 mm7 inches
Weight
5.5 kg12 lbs. 3 oz.

*1: When a REAC Splitter S-4000-SP or a switching hub is used in-line with REAC cables, the network latency will increase by theamount of processing delay introduced by the splitting device itself. The actual delay is dependant upon the specifications of thesplitting device, though the maximum delay amount for a single splitting device should be about 200 microseconds.* 0 dBu = 0.775 Vrms

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