Panasonic Multi Format Live Switcher Av Hs450n Operating Instructions

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4. Input/output signal settings

Input 
signals
FS:
  On, Off
Mode:
   Normal, UC or 
D by D (cannot be selected 
when the system format is 
720p)
Video effects
Output 
signals

Delay:
  90H (75H)  or 1F  See “4-1-1. Setting the frame synchronizer”.
  See “4-5. Setting the down-converter (option)”.
Frame synchronizer
DC
(Down-converter)
OutPhs Input Non-
synchronized  input Output signal 

 
Normal Output signal 

 
DC (90H) Output signal 

 
DC (1F)
System Mode FS PhaseDelay 
amount PhaseDelay 
amount PhaseDelay 
amount
Sync signal (Ref): Black burst signal (BBST), tri-level sync signal (TRI), internal reference signal (INT)
1H Normal Off Not possible Ref+1H 1H 
+90H
1H+90HIn-phase 
with   1H+1F
Normal On Possible Ref+1H Max. 1F+1H
+90H Max.
1F+1H
+90H In-phase 
with 
 Max.
2F+1H
UC/
D by D On
(Forced)Possible
0H
(Example 1)Normal/
UC/
D by D On
(Forced)
Possible In-phase 
with RefMax.
1F
+90H Max.
1F+90H In-phase 
with 
 Max.
2F
Sync signal (Ref): Black burst signal (BBAD)
1H Normal Off Not possible Ref–90H +1H1H

+90H
1H+90HIn-phase 
with   1F+1H
Normal On Possible Ref–90H +1HMax.
1F–90H
+1H
+90H Max.
1F+1H In-phase 
with 
 Max.
2F–90H
+1H
UC/
D by D On
(Forced)Possible
0H
(Example 2)Normal/
UC/
D by D On
(Forced)
Possible Ref–90H Max.
1F–90H
+90H
(In-phase 
with Ref) Max.
1F
In-phase 
with 
 Max.
2F–90H
 
 For 1080/50i and 720/50p, the 90H indicated above becomes 75H.
 
 Conversion based on the HD format applies for 1H.
 
 When DVE effect, IMAGE effect and PinP effect have been used as the video effects, the output signal is 
delayed by +1F.
 
 The phase and delay amount for the DVI input signals are the same as when UC/D by D is selected since the 
frame synchronizer is set to the On mode.
 
 The DVI output signals are delayed by +1F.
 
 When images are output to a multi view display, they are delayed by +1F.
 
 When DVI output signals are output images for a multi view display, the output images are delayed by +2F. 
						

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4. Input/output signal settings

(for 1080/59.94i format)
(Example 1)
F1F2
F1F2
F1F2
F1F2
Input signals 
(non-synchronized)1F (frame)
Sync signal (Ref)
Output signal 

Output signal  
 (90H)
Output signal  
 (1F) Max. 1F
Max. 2F
Max. 1F+90H
(Example 2)
F1F2
F1F2
F1F2
F1F2
Input signals 
(non-synchronized)
1F (frame)
Sync signal (Ref)
Output signal 

Output signal  
 (90H)
Output signal  
 (1F) Max. 
1F–90H
Max. 2F–90H
Max. 1F 
						

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4. Input/output signal settings
4-8.  Setting the multi view display
The input images, program images, preview images, etc. can be arranged on the screen of an external monitor 
and output to two lines (MV1 and MV2).
4-8-1.   Setting the screen layout
There are four multi view split-screen display modes: 16 split (the main screen is split into 16 subscreens), 
10 split, 9 split and 4 split.
Inputs 1 to 20, CBGD, CBAR, FMEM1 to 4, PGM, PVW, AUX1-4 and KeyOut can be assigned to subscreens 

 to   
.
A total of up to 20 subscreens for display as split screens can be set for MV1 and MV2.
(If MV1 is set to 16 split, MV2 will be set to the 4 split mode, and it is not possible to set the mode to 9 split or 
above.)

16-division mode (16Split):




10-division mode (10Split):
 


9-division mode (9Split):









4-division mode (4Split):

 
						

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4. Input/output signal settings
Press the [MV] button to light its indicator and display the MV menu.
 Refer to “2-1-5. LCD menu area”.
 Turn [F1] to select the MV1 PATT or MV2 PATT sub menu depending on the multi view output signals to be 
set.
 
MV     1 |
Split   |
        |
Pos     |
Signal 
MV1 PATT|10Split|       |      1|PGM    
16Split
 9Split
 4Split   1~10 IN1~16
  IN-A1
  IN-A2
  IN-B1
  IN-B2
   CBGD
FMEM1~4
    PVW
 KeyOut
 AUX1~4
 Turn [F2] to set the split-screen display mode using the Split item.
 Turn [F4] to set the subscreens ( 
 to  
) using the Pos item.
 Turn [F4] to set the names of the signals to be displayed on the subscreens using the Signal item.
 
 When AUX1 to AUX4 have been selected, the signal names listed below will be displayed on the LCD for the 
signals selected as the AUX output signals.
 Refer to “3-9-1. Selecting the AUX output materials”.
Name of signal Display on LCD Name of signal Display on LCD
IN1 to 20
PGM
PVW
CLN
MV1, MV2 [IN1] to [IN20]
[PGM]
[PVW]
[CLN]
[MV1], [MV2]KeyOut
FMEM1 to 4
CBGD
CBAR
[KeyOut]
[FM1] to [FM4]
[CBG]
[BAR]
 
 If, when AUX2 to AUX4 have been selected, the multi view display output (MV1 or MV2) is selected for the 
AUX bus (AUX2, AUX3, AUX4) output signal, the images of the AUX bus displayed on the subscreens of the 
multi view display will be black images. 
						

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4. Input/output signal settings
4-8-2.  Setting the split frame and characters
Set the frame, character brightness and background of the split screens to be displayed on the multi view display.
Press the [MV] button to light its indicator and display the MV menu.
 Refer to “2-1-5. LCD menu area”.
 Turn [F1] to select the MV1 Frame or MV2 Frame sub menu depending on the multi view output signals to 
be set.
 
 
MV     2 |
Frame   |
   Char |
Label   |
Tally  
MV1Frame| LUM75%| LUM75%|     On|Red+GRN
 LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off    Off    Red
    Off
MV     4 |
Frame   |
   Char |
Label   |
Tally  
MV2Frame| LUM75%| LUM75%|     On|Red+GRN
 LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off    Off    Red
    Off
 Turn [F2] to set the split frame brightness and split frame display using the Frame item.
LUM (0%, 25%, 50%, 75%, 100%):
  Select one of these settings for the brightness of the split frame (gray scale).
Off:  The split frame is not displayed.
 Turn [F3] to set the character brightness and character display using the Char item.
LUM (0%, 25%, 50%, 75%, 100%):
   Select one of these character (gray scale) brightness settings.
 
 The “!” mark appears in front of the name of the material when no signals are input or signals with 
a different format are input.
 
 When signals amenable to camera control have been input, the “c” mark is displayed in front of 
the name of the material.
 
 When the input signal is frozen, the “F” mark is displayed in front of the name of the material.
 
 When the “!” mark is displayed, the “c” mark will not be displayed.
 
 When the “F” mark is displayed, the “!” mark and the “c” mark are not displayed.
Off:  The characters are not displayed. Neither is the character background shown.
 Turn [F4] to set whether the character background (half-tone) is to be displayed using the Label item.
On:  The character background is displayed.
Off:  The character background is not displayed. 
						

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4. Input/output signal settings
4-8-3.  Setting the tally displays
Set the tally displays to be superimposed onto the split frame of the multi view display.
The red tally indicates material consisting of program outputs.
The green tally indicates material selected by the preset bus.
On the MV1 Frame or MV2 Frame sub menu, turn [F5] to set the tally displays using the Tally item.
 
 
MV     2 |
Frame   |
   Char |
Label   |
Tally  
MV1Frame| LUM75%| LUM75%|     On|Red+GRN
 LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off    Off    Red
    Off
MV     4 |
Frame   |
   Char |
Label   |
Tally  
MV2Frame| LUM75%| LUM75%|     On|Red+GRN
 LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off LUM 0%
 LUM25%
 LUM50%
LUM100%
    Off    Off    Red
    Off
Red+GRN:  Both the red tally and green tally are displayed.
Red:  Only the red tally is displayed.
Off:  No tally displays are shown.
 
 The red tally is not displayed during FTB operation while the program images have been completely faded 
out to a black screen. At this time, the green tally is displayed for images consisting of program images.
 
 The red tally and green tally signals are output from the tally output connector on the rea\
r panel.
 Refer to “5-7-3. Setting the GPI”. 
						

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4. Input/output signal settings
4-8-4.  Changing the material names
Change the names of the INPUT1 to 20 materials that are to be set on the multi view display.
The default settings, preset settings or user settings can be selected for these names.
When the preset settings and user settings are established, the material name (CAM1, etc.) display format is 
used.

INPUT XX|
Name    |
Type↓   |
        |
       
        |  3/13 |
Defalt|       |       
 Preset
   User
 Press the [INPUT] button to light its indicator and 
display the INPUT menu.
 Refer to “2-1-5. LCD menu area”.
 Turn [F1] to display the INPUT XX sub menu.
(X: IN1 to IN16, A1, A2, B1 or B2)
The signal with the material whose name is to be 
changed is selected for X.
 Turn [F2] to display the Name sub menu.
 Turn [F3] to select the type of material name using the Type item, and press the [F3] switch to enter the type.
An asterisk () appears at the left of the type of material name currently selected.
Defalt:   The default settings for INPUT1 to INPUT16, INPUTA1, INPUTA2, INPUTB1 and INPUTB2 are 
selected.
Preset:  The material names and number provided ahead of time are selected.
User:  The material names are set using 7 characters.
   If the Type item setting is changed when “Preset” or “User” is selected, the previously provided material 
names will be lost.
Preset type setting procedure
 On the Name sub menu, turn [F3] to select “Preset” 
using the Type item.
 Turn [F4] to select the material name using the 
Name item.
 Turn [F5] to select the material number using the 
NO. item, and press the [F5] switch to enter the 
number. 
INPUT XX
|
Name    |
Type↓   |
Name    |
NO.()↓
        |  3/13 |
Preset|   CAM|      1
     C

    CG
   CGV
   CGK
    PC
     V
   VTR
   VCR
    1~9
User type setting procedure

INPUT XX|
Name    |
Type↓   |
Name    |
   (■)↓
        |  3/13 |  
User|   ■AM8|      C
 On the Name sub menu, turn [F3] to select “User” 
using the Type item.
 Turn [F4] to move the “” cursor to the position of 
the character to be changed using the Name item.
 Turn [F5] to select the character, and press the [F5] 
switch to enter it.
 Set all the characters in the material name by 
repeating steps  
 and  
. 
						

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4. Input/output signal settings
4-8-5.  High-resolution multi view mode
When the system mode is set to SD, the DVI-D output can be output in high resolution.
If this is the case, MV1 is set for OUT5, and MV2 for OUT6.
MV1 and MV2 cannot be set for any other outputs.
 
 These settings can be established when SD serves as the system mode.
 Press the [SYSTEM] button to light its indicator and display the SYSTEM menu.
 Refer to “2-1-5. LCD menu area”.
 Turn [F1] to display the Format sub menu.
 
SYS    1 |
Mode↓           |
HiRes↓  |
16:9SQ 
Format  |   
1080/59.94i|   Off|    Off
     1080/50i
   1080/24psf
1080/23.98psf
   720/59.94p
      720/50p
   480/59.94i
      576/50i     On     On
  Turn [F4] to set On or Off using the HiRes item, and press the [F4] switch. 
						

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4. Input/output signal settings
4-9.  Setting the on-screen display (OSD)
The menu screen can be superimposed onto the preview output or multi view display 1 or 2 output for display.

CONFIG10|
OSD     |
Select  |
        |
       
OSD     |     On|    PVW|       |       
    Off    MV1
    MV2
MV1+MV2
 Press the [CONFIG] button to light its indicator and 
display the CONFIG menu.
 Turn [F1] to display the OSD sub menu.
 Turn [F2] to set whether to display the OSD using 
the OSD item.
On:  OSD is displayed.
Off:  OSD is not displayed.
This function can be assigned to a user button.   See “5-3-1. Setting the user buttons”.
 Turn [F3] to set the output destination using the Select item.
PVW:  The menu screen is superimposed onto the preview output, and output.
MV1:  The menu screen is superimposed onto multi view display output 1, and output.
MV2:  The menu screen is superimposed onto multi view display output 2, and output.
MV1+2:  The menu screen is superimposed onto both multi view display outputs 1 and 2, and output.
 
 When On is selected as the OSD item setting, the multi view display split frame are not displayed on the 
monitor.
  Examples of OSD displays
This indicates the wipe pattern for the background 
transition. This indicates the wipe pattern for the 
key transition.
“>” appears to the left of the selected menu. 
						

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4. Input/output signal settings
4-10.  Setting the ancillary data
In this section, the function for allowing the ancillary data of the SDI input signals to pass through is set.
If SD format signals are input while the HD format has been set as the system format, it will not be possible for 
their ancillary data to be passed through.
Setting the V ancillary data
It is possible to decide whether to allow the V ancillary data, which is superimposed in the vertical blanking 
period of the input images, to pass through the PGM bus.
The background bus data which is output to program (PGM) is passed through for images whose transition has 
been cut off.
During a transition, the background bus data which was output to program (PGM) immediately before is passed 
through.
 Press the [SYSTEM] button to light its indicator and display the SYSTEM menu.
 Refer to “2-1-5. LCD menu area”.
 Turn [F1] to display the Anci sub menu.
 
SYS    4 |
VAnci   |
E.Audio |
        |
       
Anci    |    Off|    Off|       |       
     On     On
 Turn [F2] to select On or Off for the V ancillary data using the VAnci item.
On:   In the case of the HD format, the ancillary data starting with line 10 is passed through.
In the case of the SD format, the ancillary data starting with line 14 is passed through.
Off:  The data is not passed through.
Setting the embedded audio data
The embedded audio data of the SDI input signals can be passed through t\
he AUX bus.
 On the Anci sub menu, turn [F3] to select On or Off for the embedded audio data using the E.Audio item.
 
SYS    4 |
VAnci   |
E.Audio |
        |
       
Anci    |    Off|    Off|       |       
     On     On
On:  The data is passed through.
Off:  The data is not passed through.
   When “On” has been selected, the V ancillary data of the input images is also passed through at the same 
time.