12
The connectors for output channels 2, 4, 6 and 8* are
identical to those for the odd-numbered channels, except
that they are only functional when the analogue mode is
selected for the output. If outputs 1 & 2 are selected to be an
AES-3 digital pair, only the output connector for channel 1 is
used, and so on in pairs.
* Outputs 7 and 8 are not tted to the Intelli-X2 26. The same odd/even
pairing applies to the remaining outputs in digital mode.
The Intelli-X
2
’s internal wordclock is available at the WCLK
OUT BNC socket. This allows the Intelli-X
2
to be the master
clock source in a digital system. The output is standard TTL
level (0 to +5 V pk-pk). Impedance is 75 Ω.
A second BNC socket is provided for connection of an
external wordclock, allowing the Intelli-X
2
to be synchronised
to an external master clock source. The clock signal
amplitude should be between 1 and 10 V pk-pk. When
this input is selected as the clock source, the external
wordclock is available as a fully re-clocked “loop-through” at
the wordclock output socket [5] for connection to additional
units.
Wordclock input termination switch. When using an external
wordclock source, if the unit is the only one in use, or is the
last in a “chain” of inter-connected units, the 75 Ω termination
should be switched on. In all other cases, it should be off.
The rear panel Ethernet ports allow the Intelli-X
2
to be
connected to an Ethernet network, for remote control via
Intelli-Ware. Two ports are provided to permit units to be
“daisy-chained”. There is also an Ethernet port on the front
panel for ease of temporary PC access when the unit is
installed in a rack.
RS-232 serial port. This connector is currently unused. The
connector is a female 9-pin Dsub, and if made functional
by future rmware, will connect to a PC’s COM port with a
standard 9-pin cable.
A female Neutrik PowerCON
®
connector provides AC Mains
input.
8
9
10
7
6
4
5
To Next Page
Loading...