Void Bias V3 User Manual

Failure cases:
• damaged AESOP connection between amp n and n+1:
the audio and ethernet continuity is preserved thanks
to the real-time switch of the AESOP stream toward the
uncorrupted source coming from the trailing amplifier.
• damaged AES3 input connection: no sound inter-
ruption would be heard because the failured input is
immediately replaced by the AESOP stream. Ethernet
connectivity is not affected by this kind of failure.
• damaged Etehrnet input connection: no data corruption
would occur because the failured input is immediately
replaced by the AESOP stream. The audio stream is not
affected by this kind of failure.
Even if this network configuration implements both data
and audio redundancy, its robustness is the same as that
of the previous topology: Connectivity of data and audio is
garanteed in case of 1 single cable failure only (redundancy
of first failure type).
AESOP
AES3-A stream
Control data stream
Port 1
(primary)
Port 2
(primary)
XLR
AES3
AES3
source
Network
data input
Port 3
(secondary)
Port 1
(primary)
Port 2
(primary)
XLR
AES3
Port 3
(secondary)
Port 4
(secondary)
Port 1
(primary)
Port 2
(primary)
XLR
AES3
Port 3
(secondary)
Port 4
(secondary)
Port 1
(primary)
Port 2
(primary)
XLR
AES3
Port 3
(secondary)
Port 4
(secondary)
Audio
Audio + Data
Audio + Data
Audio + Data
Data
Audio
Data
Repeat AES3-A
from PORT 2 to PORT 1
Repeat AES3-A
from PORT 2 to PORT 1
Repeat AES3-A
from PORT 2 to PORT 1
Forward to AES3-A
1
2
3
4
Port 4
(secondary)
FIGURE 43: Daisy chain with AES3 and
Ethernet redundancy - four port models.
AESOP
AES3-A stream
Control data stream
XLR
AES3
AES3
source
Network
data input
Port 1
(primary)
XLR
AES3
XLR
AES3
XLR
AES3
Port 1
(primary)
Port 2
(primary)
Port 1
(primary)
Port 2
(primary)
Port 1
(primary)
Port 2
(primary)
Audio
Audio + Data
Audio + Data
Audio + Data
Data
Data
Repeat AES3-A
from PORT 2 to PORT 1
Repeat AES3-A
from PORT 2 to PORT 1
Repeat AES3-A
from PORT 2 to PORT 1
Forward to AES3-A
1
2
3
4
Port 2
(primary)
FIGURE 44: Daisy chain with AES3 and
Ethernet redundancy - two port models.
AESOP
AES3
Analog
AES3-A stream
Control data stream
Port 1
(primary)
Port 2
(primary)
AES3
source
Network
data input
Port 3
(secondary)
Port 1
(primary)
Port 2
(primary)
Port 3
(secondary)
Port 4
(secondary)
Analog
source
ADC
Port 1
(primary)
Port 2
(primary)
XLR
AES3
CH2
XLR
AES3
CH2
XLR
AES3
CH2
Port 3
(secondary)
Port 4
(secondary)
Port 1
(primary)
Port 2
(primary)
XLR
analog
CH 1
XLR
analog
CH 1
XLR
analog
CH 1
XLR
analog
CH 1
XLR
AES3
CH2
Port 3
(secondary)
Port 4
(secondary)
Audio
Audio + Data
Audio + Data
Audio + Data
Data
Audio
Audio
Data
Repeat AES3-A
from PORT 2 to PORT 1
Repeat AES3-A
from PORT 2 to PORT 1
Repeat AES3-A
from PORT 2 to PORT 1
Forward to AES3-A
1
2
3
4
Port 4
(secondary)
FIGURE 45: Two degree redundant daisy chain
via AES3, Ethernet and Analog input.
Bias Series User Guide V1.0
Page 30

Void Bias V3 Specifications

General

Brand	Void
Model	Bias V3
Category	Amplifier
Language	English