
Yamaha Mini-YGDAI cards
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MY16-AE
16-Channel AES/EBU format I/O
MY16-ES64
16-Channel EtherSound
format I/O and Control I/O
MY16-CII
16-Channel Audio CobraNet
format I/O and Control I/O
MY8-DA96
8-Channel Analog Output Card
MY8-AD96
8-Channel Analog Input Card
MY8-ADDA96
8-Channel Analog
Input/Output Card
MY card format I/O Connector Note / Application
MY4-AD Analog 4in XLR Analog redundancy
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nip52 bus-D ni8 69DA-8YM
ot tuptuo rossecorP RLX tuo4 AD-4YM
reifilpma golana rehto nip52 bus-D tuo8 69AD-8YM
tuptuo rossecorp ,ycnadnudeR kcolb oruE tuo8 ni8 69ADDA-8YM
MY8-AE AES/EBU 8in 8out D-sub 25pin
nip52 bus-D tuo8 ni8 69EA-8YM
nip52 bus-D tuo8 ni8 S69EA-8YM
oediV CNB tuo8 ni8 BEA-8YM
nip52 bus-D tuo61 ni61 EA-61YM
MY16-CII CobraNet 16in 16out RJ45
MY16-ES64 EtherSound 16in 16out RJ45
MY16-EX YAMAHA proprietary 16in 16out RJ45
AVY16-ES EtherSound 16in 16out RJ45 By AuviTran
MY16-MD64 MADI 16in 16out BNC, SC fiber By Audio Service
= Fault thresholds can be specied, and fault alerts
provided via soware and the rear-panel GPI outputs =
Power mains supply voltage (V)
Signal Input Level (dBu)
Load Impedance (ohms)
Speaker Output Voltage and Power (W)
Automatic Connection Diagnostics Using Pilot Tone
Internal Temperature
Fan Speed
Alerts with Event Logging
Status & Fault Monitoring
In addition to balanced analog inputs and throughputs that are permanently
installed on the rear panel, the TXn series ampliers feature a Yamaha
mini-YGDAI standard card slot that comes supplied with an AES/EBU I/O card
for digital input and throughput. e analog and digital inputs can be used
independently, or signals can be applied to both and mixed or switched
automatically for emergency announcements, for example. e original
AES/EBU I/O card can be replaced with compatible Yamaha mini-YGDAI cards
that provide other digital or analog input/output formats, or with network cards
that allow full compatibility with CobraNet or EtherSound audio networks.
Flexible Input Configuration
Amp Editor is a soware application that lets you monitor,
manage, and control all TXn amplier functions and DSP parameters. If you
will be combining TXn series ampliers with Yamaha Tn, PC-1N, XP, XM and/or
XH series ampliers, the available functions of those ampliers can be
accessed as well if they are connected to the network via a Yamaha ACD1
Amplier Controller Device.
e Amp Editor soware runs on Windows based computers. No
special drivers are required: simply connect your computer's Ethernet port to
a standard high-speed Ethernet hub, and then the hub ports can be directly
connected to the TXn ampliers to be controlled/monitored. Once set up you
can use the soware's ecient, intuitive graphical interface to remotely
monitor and control each device on the network.
In addition to comprehensive control and monitoring capability, the
Amp Editor
soware also provides a number of features that
make managing and controlling large multi-amp systems easy and
ecient. You can name amps according to their function within your
system, group ampliers for simultaneous control, and name the groups
for easy identication. For example, you might want to mute just the le
FOH high-frequency stack, or solo just the right FOH low-frequency stack
during a sound check. Amp Editor makes this type of control
fast and easy.
ere are also many advanced, exible monitoring functions.
Amp Editor
can, for example, warn you when a parameter exceeds a
pre-dened voltage, wattage, temperature, or impedance (upper/lower)
value. is lets you keep track of all ampliers in the system from a
central computer display in real time. Warnings are automatically logged
to an info le so it's easy to pinpoint and troubleshoot problems.
Amp Editor for Comprehensive Central Control
Basic AES/EBU setup with analog backup
TXn amplifiers are fed digital signals via AES/EBU. TXn can be
configured to automatically switch to analog input when fault is
detected on the AES/EBU input.
Analog setup using TXn
and Tn amplifiers
This analog setup is supplied an analog
source signal directly from the mixing
console.
The TXn is driving subwoofers, with channels
A and B driven in parallel mode. The Tn
amplifiers are driving full range speakers,
receiving processed signal from the TXn
using the MY4-DA analog output card.
This example is a mono setup, as all channels
on the T5n amplifiers are receiving the same
processed signal from the TXn.
Optional ACD1 unit is required for remote
control and monitoring of the Tn amplifiers.
Control
/monitoring
Switch
FOH
Front fill, etc
MY16-ES64
NAI48-ES
AD8HR x6
PM5D-RH
M7CL-48
T5n
TX6n
T5n
EtherSound
MY16-ES64
MY16-EX
MY16-EX
MY16-EX
Subwoofer
Subwoofer
System Examples
Full range
Full range
Full range
Full range
Analog
CAT5
Control monitoring
Processor OUT
MY4-DA
M7CL-48
TX6n
TX6n
Subwoofer
Stage
Subwoofer
lluF egnar lluF
range
Analog
AES/EBU
CAT5
Control
monitoring
TX6n
TX6n
TX6n
TX6n
MY16-EX MY16-EX MY16-EX
A digital PA system
Digital domain of your PA system is now expanded to keep signal digital right from
the input(AD8HR), the mixing console, and to the amplifiers(TXn). The
combination of AD8HR and NAI48ES may be used as a stagebox solution to send
signals to the FOH mixing console via EtherSound. Mixed signals are sent back to
the NAI48ES, and then on to the TXn amplifiers for processing and amplification.
Amp Editor software is used for status monitoring and control,
connected to the amplifiers via standard Ethernet switches.
Amp Editor
Amp Editor
Amp Editor
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