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Testing input/output switching ‘takes, Standard signals, How to test standard switching configurations – Grass Valley UniConfi NVISION Series v.1.3 User Manual

Page 107: 4 select the ‘x-y/standard’ tab, Managing inputs and outputs

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UniConfig Configuration Application • User’s Guide

95

10. Managing Inputs and Outputs

Testing Input/Output Switching ‘Takes’

The following lists each column and the information it presents:

If no mono audio partitions have not been set up, these fields are grayed-out. (See

Setting Up

Partitions

on page 51.)

6 Repeat steps 2–5 for each control card being viewed.

Testing Input/Output Switching ‘Takes’

Using the UniConfig ‘Connections’ window, current switching matrix can be tested. Testing is
accomplished by performing a series of ‘takes’. A ‘take’ is a specific moment in time when signals
are switched based on defined parameters. Both standard and mono switching configurations can
be tested.

For information on testing machine control signals for the NV5128 and the NV5256, see

Managing

Machine Control Ports

on page 101.

Standard Signals

The ‘X-Y/Standard’ tab displays for all routers except the NV5256. If no partitions have been set
up, this tab is inactive. (See

Managing Partitions and Signal Types

on page 49.)

How to Test Standard Switching Configurations

1 Launch UniConfig. (See

Launching UniConfig

on page 9.)

2 Select a control card. (See

Selecting a Control Card

on page 10.)

3 From the menu bar, select ‘Window > Connections’. The ‘Connections’ window appears with

blank fields. (See Figure 10-6 on page 93.)

4 Select the ‘X-Y/Standard’ tab.

5 In the ‘Physical Output Range’ section, enter a ‘Start’ and ‘End’ number in the fields provided.

6 Click

Read Outputs

. The corresponding inputs and outputs display on the tab, as shown in

Figure 10-6 on page 93. The current router switching configuration displays.

The ‘Connections’ window displays all crosspoints in a router as one large set whereas the
‘Configuration’ window displays each partition separately.

Column

Description

Mono

The number assigned to the signal for internal routing reference purposes. For example,
the left channel of stereo signal 1 (listed in the ‘Phys’ column) is assigned number 1 and
the right channel is assigned number 2.

Phys

The physical signal being received or distributed. A stereo audio signal is comprised of

two channels: one left and one right.

Chnl

The signal number assigned to the left channel or right channel of the physical signal.

LPR

Indicates if the configuration has been locked/protected. Locks are set using the router

control system. To unlock, see

Removing Locks

on page 143.

Status

Mono takes are reported as a breakaway in the ‘Status’ column on the tab.

Note

Each control card must be tested separately.