3
BBG-1070-QS Function Menu List and Descriptions
3-46
BBG-1070-QS PRODUCT MANUAL
BBG1070QS-OM (V1.8)
Protocols (Router Integration) Controls
Provides controls for integrating Utah Scientific™ router
(such as SC-4) IP communication with BBG-1070-QS
to provide automated UMD and Ident text burn-in,
independently for PiP IN A thru IN E input channels.
Note: •
Router address must be accessible to network used for BBG-1070-QS Ethernet port (as set using the unit Admin >
Networking function (see pg. 3-58).
•
When router access (fetch) is enabled, control of certain burn-in aspects is asserted by router control, with user
manual control locked out.
• Utah routers (such as SC-4) are limited to UMD text assert only. This router cannot assert tally lamp activation states.
• The PESA Router sub-tab has controls and functions similar to those described below.
• Router Fetch Enable / Address Controls
Enables or disables Utah router command fetch and provides entry for
Utah router address.
Note: When router access (fetch) is enabled, UMD text is asserted by
Utah router commands. The UMD > Display Format control is
locked to External Input, with user text entry or other UMD type
selections locked out.
• Router Fetch Enable / Address Controls
Sets the router logical port-to-unit input correlation for up to 5 unit inputs
(IN A thru IN E).
In the example below:
• Router logical port 51 is correlated to unit input A
• Router logical port 40 is correlated to unit input B
• Router logical port 5 is correlated to unit input E
Table 3-1
BBG-1070-QS Function Menu List — continued
Utah Router
CAM 1 Feed
CAM 2 Feed
CAM 3 Feed
SDI
Destinations
Router IP UMD
Commands
10.99.11.89
IN A
IN B
IN C
Unit
Ethernet
With the router destination
commands for Input A thru Input C
as shown here, router-enabled
settings allow router to assert UMD
text correlated to router destination
outputs, and in turn,
BBG-1070-QS inputs (in this
example, router IP ports 51, 40,
and 3 used for packet streams for
IN A thru IN C, respectively).
As shown in the example, this
asserts the “CAM 1” thru CAM 3”
UMD text insertions for these three
unit inputs.
