MAIN L
MAIN R
SOLO L
SOLO R
AUX 1
AUX 2
AUX 3
AUX 16
MAIN L
MAIN R
SOLO L
SOLO R
AUX 1
AUX 2
AUX 3
AUX 16
GAIN
A/D
GAIN
PHANT
OM
+48V
A/D
GAIN
PHANT
OM
+48V
A/D
D/A
D/A
PHASE
FIL
TER
COMP
EXT FX INSER
T
4BAND
EQ
AT
T
PREAMP
POST A
T
T
GR
GR
GA
TE IN
TO
GA
TE
KEY
-IN
TO
COMP
KEY
-IN
GA
TE
KEY
-IN
COMP
KEY
-IN
GA
TE OUT
COMP OUT
PRE EQ
PRE F
ADER
PRE EQ
POST F
ADER
PRE F
ADER
POST F
ADER
FX
INSER
T
MUTE
F
ADER
P
A
N
PA
N
MAIN SW
A
UX 1 SW
A
UX 1
SEND
A
UX 1/2 LINK
A
UX 1, 2 SEND
SEND PA
N
SOLO
WHITE NOIZE
PINK NOIZE
SINE W
A
VE
PRE EQ
PRE F
ADER
POST F
ADER
AFL(R)
PFL(R)
AFL(L)
PFL(L)
A
UX 2 SW
A
UX 2
SEND
A
UX 3-16 SEND
AFL SW
EXT FX INSER
T
4BAND
EQ
AT
T
POST A
T
T
PRE EQ
PRE F
ADER
PRE EQ
POST F
ADER
PRE F
ADER
POST F
ADER
OUTPUT LEVEL
FX
INSER
T
MUTE
F
ADER
BAL
GEQ
INSER
T
A
UX 1 SW
To
A
UX 1
MAIN
OUT L
MAIN
OUT R
MONO
OUT
-6dB
MIX
REA
C A INPUT 1-16
1
8
A
UX 1-16
OUT
REC
OUT L,R
MONIT
OR OUT L
CONSOLE OUTPUT 1-8
DIGIT
AL OUT
PHONES
LEVEL
PHONES
OUT
CO
AXIAL
OPTICAL
MONIT
OR OUT R
To
A
UX 2
To
A
UX 3-16
To
MAIN L, R
OUTPUT PA
TCHBA
Y
A
UX 1
SEND
A
UX 1/2 LINK
A
UX 1, 2 SEND
SEND PA
N
SOLO
PRE EQ
T
O
SOLO
T
O
MONIT
OR SELECT
T
O
REC SELECT
PRE F
ADER
POST F
ADER
A
UX 2 SW
A
UX 2
SEND
A
UX 3-16 SEND
Same as the abo
ve
Same as the MAIN L
PHASE
FIL
TER
EXT FX INSER
T
4BAND
EQ
AT
T
PREAMP
POST A
T
T
TO
GA
TE/COMP
KEY
-IN
PRE EQ
PRE F
ADER
POST F
ADER
FX
INSER
T
MUTE
F
ADER
P
A
N
MAIN SW
SOLO
AFL(R)
PFL(R)
AFL(L)
PFL(L)
AFL SW
LIMITER
EXT FX INSER
T
4BAND
EQ
AT
T
POST A
T
T
PRE EQ
PRE F
ADER
PRE EQ
POST F
ADER
PRE F
ADER
POST F
ADER
OUTPUT LEVEL
FX
INSER
T
MUTE
F
ADER
BAL
GEQ
INSER
T
MAIN SW
MAIN SEND
MAIN SEND
T
O
SOLO R
SOLO
T
O
SOLO L
T
O
MONIT
OR SELECT
T
O
REC SELECT
T
O
FX SOURCE SELECT
LIMITER
T
ALKBA
CK
LEVEL
T
ALKBA
CK
LEVEL
T
ALKBA
CK
ON
SW
MAIN L, R, A
UX 1-16 SW
MONIT
OR
LEVEL
SOLO LEVEL
MONIT
O
R
LEVEL
OSC
LEVEL
OSC LEVEL
OSC ON
SW
MAIN L, R, A
UX 1-16 SW
SEND
LEVEL
RETURN
LEVEL
EXT FX 1-8
EXT
INSER
T
IN
T
o
CH 1 EXT FX INSER
T IN
T
o
CH 48 EXT FX INSER
T IN
T
o
A
UX 1 EXT FX INSER
T IN
T
o
A
UX 16 EXT FX INSER
T IN
T
o
MAIN L EXT FX INSER
T IN
T
o
MAIN R EXT FX INSER
T IN
EXT
INSER
T
OUT
CH 1 EXT FX INSER
T OUT
CH 48 EXT FX INSER
T OUT
CONSOLE INPUT 1-8
A
UX 1 EXT FX INSER
T OUT
A
UX 16 EXT FX INSER
T OUT
MAIN L EXT FX INSER
T OUT
MAIN R EXT FX INSER
T OUT
SEND LEVEL
RETURN
LEVEL
SOLO LOGIC
MONIT
OR
SELECT
A
UX 1 OUT
MAIN A
UX 1-16 SEND
A
UX 16 OUT
MAIN OUT L
MAIN OUT R
REC OUT L
REC OUT R
USB MEMOR
Y RECORDER
REC
LEVEL
REC
LEVEL
REC
SELECT
A
UX 1 OUT
A
UX 16 OUT
9
24
MAIN OUT L
MAIN OUT R
USB MEMOR
Y
RECORDER
USB
MEMOR
Y
T
o
INPUT
P
A
TCHBA
Y
T
o
MONIT
OR SELECT
A
UX 1-16 MAIN SEND
A
UX 1-16 SOLO
MAIN L SOLO
MAIN R SOLO
CH 1-24
MAIN L
MAIN R
A
UX 1-16
MONIT
OR
CH 25-48
T
ALKB
A
C
K
OSCILLA
T
O
R
EXTERNAL FX
A
UX 1-16 SEND
Same as the CH 1-24 A
UX SEND
Same as the abo
ve
GA
TE/
EXP
31 B
AND GEQ
IN LEVEL
OUT LEVEL
31 BAND GEQ
GEQ 1
GEQ
OUTPUT
SELECT
T
o
A
UX 1 GEQ INSER
T IN
T
o
A
UX 16 GEQ INSER
T IN
T
o
MAIN L GEQ INSER
T IN
T
o
MAIN R GEQ INSER
T IN
GEQ
INPUT
SELECT
A
UX 1 GEQ INSER
T OUT
A
UX 16 GEQ INSER
T OUT
MAIN L GEQ INSER
T OUT
MAIN R GEQ INSER
T OUT
Same as the abo
ve
GEQ 2
Same as the abo
ve
GEQ 3
Same as the abo
ve
GEQ 4
EFFECTS
IN LEVEL
OUT LEVEL
EFFECT
31 BAND GEQ
31 BAND GEQ
FX 1
FX
OUTPUT
SELECT
T
o
CH 1 FX INSER
T IN
T
o
CH 48 FX INSER
T IN
T
o
A
UX 1 FX INSER
T IN
T
o
A
UX 16 FX INSER
T IN
T
o
MAIN L FX INSER
T IN
T
o
MAIN R FX INSER
T IN
T
o
INPUT P
A
TCHBA
Y
FX
INPUT
SELECT
CH 1 FX INSER
T OUT
CH 48 FX INSER
T OUT
A
UX 1 FX INSER
T OUT
A
UX 16 FX INSER
T OUT
A
UX 1 OUT
A
UX 16 OUT
MAIN L FX INSER
T OUT
MAIN R FX INSER
T OUT
Same as the abo
ve
FX 2
Same as the abo
ve
FX 3
Same as the abo
ve
FX 4
SPLIT/
B
A
CKUP
OUT
REA
C A
OUT
1
40
REA
C B
OUT
INPUT
P
A
TCHBA
Y
REA
C A
INPUT
1
T
o
REA
C A OUT
16
D/A
17
40
REA
C B
INPUT
CONSOLE INPUT 1-8
GAIN
PHANT
OM
+48V
A/D
T
ALKB
A
CK MIC
STEREO INPUT L,
R
1
16
17
40
REA
C B INPUT 1-16
25
40
S-1608 INPUT
INPUT1-16
PEAK
SIG
GAIN
PHANT
OM
+48V
A/D
S-0816
Fr
om another
M-400
INPUT1-8
PEAK
SIG
16 INPUTS
8 INPUTS
FOH 40 Channel split out
(F
or REA
C A only)
GAIN
PHANT
OM
+48V
A/D
S-4000S
SI-AD4
MAX 40 INPUTS
SRC
SI-AES4
AES/EB
U
S-1608 OUTPUT
OUTPUT 1-8
D/A
S-0816 OUTPUT
OUTPUT 1-16
D/A
SO-D
A4
S-4000S OUTPUT
MAX 40 OUTPUTS
8 OUTPUTS
16 OUTPUTS
SRC
SO-AES4
AES/EB
U
D/A
S-1608 OUTPUT
OUTPUT 1-8
D/A
S-0816 OUTPUT
OUTPUT 1-16
D/A
SO-D
A4
S-4000S OUTPUT
MAX 40 OUTPUTS
SRC
SO-AES4
AES/EB
U
D/A
SO-D
A4
S-4000S OUTPUT
MAX 8 OUTPUTS
SRC
SO-AES4
AES/EB
U
8 OUTPUTS
16 OUTPUTS
T
o
another M-400
MONIT
OR/
BR
O
ADCAST
T
o
EXT
ARNAL FX
FX 1 OUT L / R
FX 2 OUT L / R
FX 3 OUT L / R
FX 4 OUT L / R
PLA
Y L / R
A
vailab
le when the M-400 is the FOH mode and
a S-1608/S-0816 is connected to the REA
C
A.
A
vailab
le when the M-400 is the FOH mode and
a S-1608/S-0816 is connected to the REA
C A.
V-Mixer M-400
Mixer
Block Diagram
Number of Channels
PROCESSING
48 inputs / 18 buses
CONNECTORS
Signal Processing
AD/DA Conversion
56-bit
24-bit / 44.1kHz or 24-bit / 48kHz
Network Latency
XLR Inputs (1 to 8 )
XLR-3-31 type (balanced with phantom power)
Talkback Mic Input
XLR-3-31 type (balanced with phantom power)
RCA Inputs (L/R)
RCA Pin Type
XLR Outputs (1 to 8 )
XLR-3-32 type (balanced)
Phone Output
Stereo 1/4 inch phone type
Digital Outputs
Optical type x 1 and Coaxial type x 1
REAC Ports
RJ-45 EtherCon type x 3
Remote Connectors
RS-232C (D-Sub 9 pin type) x 1*
MIDI (5 pin DIN type) x 2 (Out/Thru & In)
* Serial remote control is not available on version 1 firmware
USB Ports
A type x 1 and B type x 1
Other Connectors
LAMP (XLR-4-31 type) x 1, Grounding terminal, AC Input
2.8 ms (typical)
INPUT / OUTPUT CHARCTERISTICS
Non Clip Maximum Output level
Residual Noise Level (IHF-A, typical)
Equivalent Input Noise Level (E.I.N.)
Total Harmonic Dist Noise
Dynamic Range
Cross Talk@1kHz
Nominal Input Level (Variable)
XLR input jacks (1 to 8): -65 to -10 dBu (Pad: OFF) or -45 to +10 dBu (Pad: ON)
RCA input jacks (L/R): -18 to 0 dBu
Talkback input jack: -50 to -10 dBu
Input Impedance
XLR input jacks (1 to 8): 14 k ohms, RCA input jacks (L/R): 10 k ohms,
Talkback input jack: 41 K ohms
Non Clip Maximum Input level
XLR input jacks (1 to 8): +8 dBu (Pad: OFF) or +28 dBu (Pad: ON),
RCA input jacks (L/R): +18 dBu, Talkback input jack: +8 dBu
XLR output jacks (1 to 8): +4 dBu (Load impedance: 10 k ohms)
Nominal Output Level
Output Impedance
XLR output jacks (1 to 8): 600 ohms, Phones jack: 100 ohms
Recommended Load Impedance
XLR output jacks (1 to 8): 10 k ohms or greater, Phones jack: 8 ohms or greater
XLR output jacks (1 to 8): +22 dBu (1 kHz, 10 k ohms load)
Phones jack: 150 mW + 150 mW (1 kHz, 40 ohms load)
-88 dBu (All faders : Min)
-126 dBu
XLR output jacks (1 to 8): 0.05 % (typical), Phones jack: 0.05 % (typical)
XLR output jacks (1 to 8): 110 dB (typical)
XLR input jacks (1 to 8): -80dB (Pad: ON, Input gain: +10 dBu, typical)
XLR output jacks (1 to 8): -100 dB (typical)
OTHERS
Display
Power Supply
Power Consumption
Dimensions
Weight
800 x 480 dots Wide VGA backlit TFT full color
AC 115 V, AC 117 V, AC 220 V, AC 230 V, AC 240 V (50/60 Hz)
95 W
749.0 (W) x 626.0 (D) x 229.0 (H) mm, 29-1/2 (W) x 24-11/16 (D) x 9-1/16 (H) inches
19.8 kg, 43 lbs 11 oz
Frequency Response
XLR output jacks (1 to 8) : -2 dB / +0 dB (20k ohms load, +4 dBu)
Phones jack: -3 dB / +0 dB (40 ohms load, 15
0 mW)
(0dBu=0.775Vrms)
* When a REAC Splitter S-4000-SP or a switching hub is used in-line with REAC cables, the network latency will increase by the amount of processing delay introduced by the splitting device itself. The actual delay is dependent upon the specifications of the splitting device,
though the maximum delay amount for a single splitting device should be about 200 microseconds.
* In the interest of product improvement, the specifications and/or appearance of this unit are subject to change without prior notice.
* Total System Latency of audio signal from S-1608 inputs to
outputs via M-400's REAC ports (A or B).
* Sample Rate: 48.0 kHz
* Effects : No insert effects
Number of Channels
16 in 8 out
AD and DA Conversion
24-bit / 44.1kHz, 48kHz, 96kHz
Frequency Response
-2 dB / +0 dB (@ +4 dBu, 20 Hz to 20 kHz)
Total Harmonic Dist Noise
0.05 % or less (Pad: On, Input Gain: +4 dBu, 22 to 20 kHz)
Dynamic Range
110 dB
Nominal Input Level
-65 to -10 dBu (PAD: Off)
-45 to +10 dBu (PAD: On)
(1 dB step, Max. +28 dBu)
Input Impedance
14 k ohms
Nominal Output Level
+4 dBu, Max. +22 dBu
Output Impedance
600 ohms
Recommended Load Impedance
10 k ohms or greater
Residual Noise Level (IHF-A, typ.)
-80 dBu or less
Power Comsumption
POWER Indicator x 1, REAC Indicator x 1,
REMOTE Indicator x 1, MUTE ALL OUTPUTS Indicator x 1
Phantom Power
+48 V / 14 mA (each input, remote controlled)
S-1608: 45W
Power Supply
AC 115 V, AC 117 V, AC 220 V, AC 230 V, AC 240 V (50/60 Hz)
Dimensions
401.0 (W) x 135.0 (D) x 177.0 (H) mm or
15-13/16 (W) x 5-3/8 (D) x 7 (H) inches
Weight
4.5 kg or 9 lbs 15 oz
Indicators
Connectors
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)
PAD
20 dB On/Off
(0dBu=0.775Vrms)
Equivalent Input Noise Level
Network Latency
-128 dB
375 microseconds when using REAC cable only (*1)
(AD - REAC - DA Latency: approx 1.2 ms)
* In the interest of product improvement, the specifications and/or appearance of this unit are subject to change without prior notice.
*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 the amount of processing delay introduced by the splitting device itself. The actual delay is dependant upon the specifications
of the splitting device, though the maximum delay amount for a single splitting device should be about 200 microseconds.
■
V-Mixer M-400 Specifications
■
Digital Snake S-1608 Specifications
Power Cord x 1, REAC Connector Cover x 1, Ferrite Cores x 1
Rubber Foot x 4, Rack Mount Kit x 1, Owner's Manual
Accessories
401
■
V-Mixer M-400/Digital Snake S-1608 Dimensions
Unit : mm
V-Mixer M-400
Digital Snake S-1608
Unit : mm
177
135
* EIA-4U size when the rack mount kit in accessory is fitted
626
229
636
680
749
13
14
13_14.qxd 07.10.2 5:29 PM Page 1
