Wohler iVAM1-12G, User Manual, Page: 15 / 125

iVAM1-12G
Page 15
9.
SFP Module Cage
: An SFP cage is provided to accept one optional SFP
module compatible with SDI coaxial or optical signals. The SFP modules
are hot swappable for convenience. An optional license key must be
purchased to enable each module. A software license must be installed for
the SFP port to function. Refer to the
System Setup
section in Chapter 4
to install software licenses. The following SFP modules are offered:
a.
3G/HD/SD-SDI Single Video Receiver with Active Loopback
:
This uses HD-BNC connectors.
b. 12G/3G/HD/SD-SDI Video SFP with Optical Input : This uses
LC fiber connectors. It is a Single-Mode Receiver, Medium Haul,
Non-MSA, and no output.
c.
SMTPE 2022-6 Receiver
: This uses Multi-Mode 850 NM, LC fiber
connectors. It allows the iVAM1-12G to monitor SDI audio
transmitted in real time over Ethernet. You must use the MN-Set
configuration software to set up this option. It is available from
Wohler Technologies Technical Service.
d.
SMTPE 2110 Receiver
: This uses Multi-Mode 850 NM, LC fiber
connectors. It allows the iVAM1-12G to monitor SDI audio
transmitted in real time over Ethernet. You must use the MN-Set
configuration software to set up this option. It is available from
Wohler Technologies Technical Service.
e.
SMTPE 2110 or 2022-6 Receiver
: This uses Multi-Mode 850 NM,
LC fiber connectors. It allows the iVAM1-12G to monitor SDI audio
transmitted in real time over Ethernet. You must use the MN-Set
configuration software to set up this option. It is available from
Wohler Technologies Technical Service.
10.
Analog Inputs
: These female XLR connectors provide two balanced
analog inputs:
Left
and
Right
. The Analog Inputs are standard on the
iVAM1-12G. Refer to Figure 2-4 for the pinout of this connector.
Figure 2-4: Analog XLR-F Output Connections
11.
Analog Outputs:
These male XLR connectors provide two balanced
analog outputs:
Left
and
Right
. The source of these signals is the mix of
audio as monitored by the internal speakers and is adjusted by the