Cobalt Digital FUSION 3G 9901-UDX 3G_HD_SD Up Down_Cross Converter - Manual (Page 117)

9901-UDX-OM (V1.15) 9901-UDX PRODUCT MANUAL 3-63
Operating Instructions
9901-UDX Function Submenu List and Descriptions
Figure 3-7 Audio Routing Example (Sheet 5 of 5)
Using the Presets and GPI Controls tabs, normal setup (shown in A thru C on the previous sheets),
AES Local Insertion (shown in D in the previous sheets), and EAS Insertion (shown in E in the
previous sheets) can be invoked using GPI 1 and GPI 2 card inputs as described here.
• Normal setup routing ( A thru C ) can be saved into Preset 1 (“norm”). This preset can be invoked
to recall normal embedded routing following any GPI-invoked routing.
• AES Local Insertion routing changes ( D ) can be saved into Preset 2 (“AES local insertion”).
• EAS Insertion routing changes ( E ) can be saved into Preset 3 (“EAS insertion”).
The GPI Controls tab can then be set to invoke Preset 2 (“AES local insertion”) upon a
GPI 1 closure (if GPI 2 is open), or invoke Preset 3 (“EAS insertion”) unconditionally upon
a GPI 2 closure as shown to the right. Preset 1 applied to GPI 1 Open / GPI 2 Open recalls
the normal routing following a GPI-invoked preset.
Refer to GPIO Controls (p. 3-53) for more information about GPI coding and rules setting.
If GPI 1 closes and GPI 2 is open (as set by the GPI Controls settings shown above), Preset 2 (“AES local insertion”) would be invoked
resulting in the routing changes shown below right. These are the routing changes saved to Preset 2 (and described in
D ) that replace
the normal embedded channel routing with the AES local insertion pair.
If GPI 2 closes (as set by the GPI Controls settings shown above), Preset 3 (“EAS insertion”) would be invoked resulting in the routing
changes shown below right. These are the routing changes saved to Preset 3 (and described in
E ) that replace the normal embedded
channel routing (and AES local insertion routing if active) with the EAS insertion pair.