Ref
erences
Intr
oduction
to the SP2060
Fore
w
o
rd
The Contr
ols
and Connector
s
Netw
ork Settings
P
anel Operation
Introduction to the SP2060
SP2060 Owner’s Manual
19
Multiple SP2060
This example is a system that uses CobraNet™ for long-distance digital transfer between the control room and
amp room.
Audio signals from Yamaha PM5D digital mixing console, talkback mic signal, chime source, etc. are input to the
DME64N. The output destination and level settings are specified via the Routing function.
Furthermore, you can process output signals (EQ, Limiter, etc.) by adding an EQ component. The output from
the DME64N is converted to CobraNet™ signals via the MY16-C, then transferred via the Ethernet cable to the
NHB32-C located in the amp room.
In the amp room, this signal is converted to the AES/EBU digital signal via the NHB32-C, then input to the
SP2060, which, in turn, processes the signal using the Crossover, EQ, Delay, and Limiter to suit each speaker.
The SP2060 control signal is also transferred to the amp room via the Ethernet cable. (Yamaha recommends that
you use Giga-bit switching hubs.)
HOME
HOME
UTILITY
UTILITY
SCENE
SCENE
LEVEL
LEVEL
MUTE
MUTE
ENTER
ENTER
CANCEL
CANCEL
88
NETWORK HUB AND BRIDGE
LINK
CONDUCT
LOCK
ERROR
Control Room
PM5D
Cascade
Talkback mic
MY16-C
Specifying the
destination and
processing (such
as EQ) for the
output signal
Amp Room
NHB32-C
XP7000
XP7000
XP7000
1
2
3
4
5
6
1
2
3
4
5
6
Ethernet
AES/EBU
CobraNet
Main L
Main R
Mono Sub
Stair Step
Under Balcony
Lobby/
Dressing Room
Switching Hub
XM4180
XH200
SP2060
SP2060
DME64N
Switching Hub
Switching Hub
Switching Hub
Summary of Contents for SP2060
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