Panasonic Multi Format Live Switcher Av Hs400n Operating Instructions

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4. Input/output signal settings
4-3-2. Adjusting the DVI input signals
Adjust the clock/phase and position of the DVI input signals.1  Press the [FUNC] b utton to light its indicator
 , and then press the [IN/OUT] button to display the IN/OUT 
menu.
2  Turn [F1] to display the DVIPhs sub menu.

DVIPhs Signal ClkPhs H-Pos V-Pos
  9/11     IN5       0       0       0
  IN5~8
    −16
     ～
    +15   −100
      ～
   +100   −100
      ～
   +100
3   Turn [F] to select the input signal using the Signal item.
4   Turn [F3] to adjust the clock phase of the analog input signals using the ClkPhs item.
 
   While viewing the image quality, set the value at which the noise level is minimized.
5  Turn [F4] to adjust the horizontal position using the H-Pos item.
6  Tur

n [F5] to adjust the vertical position using the V-Pos item. 
						

							6
4. Input/output signal settings
4-4. Setting the output signals
4-4-1. Types of output signals
There are five output signal types: PGM, PVW, AUX, MULTI and KEYOUT.
Five lines of output signals can be assigned to OUTPUT1 to 6.PGM:    This is the main-line output of the s witcher
 ; images with wipe, mix, key and other effects added to 
them are output.
PVW:  This is the previe w output which enab
 les the next operation to be checked in advance.
AUX:   Signals selected by the A UX b
 us are output.
MULTI:    This is the m ulti vie
 w display output. The multiple input signals and output signals are reduced and 
output to one screen.
KEYOUT:    This outputs the k e
 y signals.
Connector Signal type Output (default) Assignment
PGM1,   SDIPGMCannot be assigned.
OUTPUT1 SDIMULTIPGM, PVW
, AUX, MULTI, 
KEYOut
OUTPUT 
SDIAUX
OUTPUT3 (optional slot 1-1) ANALOG or D

VI MULTI
OUTPUT4 (optional slot 1- 
) ANALOG A

UX
OUTPUT5 (optional slot  -1)ANALOG or D

VI MULTI
OUTPUT6 (optional slot  -

) ANALOG AUX
4-4-2. Assigning the output signals
Assign the output signals to OUTPUT1 to 6.
1  Press the [FUNC] b utton to light its indicator
 , and press the [IN/OUT] button to display the IN/OUT menu.
2   Turn [F1] to display the Output sub menu.
3
   T urn [F] to select the signal name using the Signal item, and turn [F3] to set the type of output signal using 
the Assign item.
   

Output Signal Assign
  2/11    OUT1     PGM
OUT1~6
    PVW
    AUX
  Multi
 KEYOut 
						

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4. Input/output signal settings
4-5. Setting the sync signals
The sync signals to be used by the system can be selected.External sync:    F or synchronization with an e
 xternal sync signal (gen-lock). The reference input signal is 
looped through and output.
BBST:  Black b urst signal (v
 ertical phase of 0H)
BBAD:    Blac k b
 urst signal 
(  Ver
tical phase of 90H when the 59.94i or 59.94p format is selected;  
vertical phase of 75H when the 50i or 50p format is selected)
TRI:  
 T ri-level sync signal (vertical phase of 0H) 
This can be selected when HD f
 ormat signals are supplied.
Internal sync:    For synchronization with an inter
 nal reference signal (INT). The REFOUT signal (black burst 
signal) is output from the two reference connectors.
1    Press the [FUNC] b utton to light its indicator
 , and then press the [IN/OUT] button to display the IN/OUT 
menu.
2  Turn [F1] to display the Ref sub menu.

Ref Sync↓ BBSetup GenLock
  3/11   BBST  7.5IRE  Locked
   BBAD
    TRI
    INT
   0IRE UnLock
3   Turn [F], select the sync signal using the Sync item, and press the [F] switch to enter the selection. 
An asterisk (
) appears at the left of the reference signal currently selected.
4   Turn [F3] to select the setup level of the black burst signal in the internal synchronization mode using the 
BBSetup item.
  This setting takes effect when the video system is 59.94i or 59.94p.
    The setup le v

el is fixed at 0 IRE when the system is 50i or 50p.
The genlock status is displayed in the GenLock item.
  Locked:  Synchronized with the e xter
 nal sync signal or internal reference signal
  UnLock:  Not synchronized with the e xter
 nal sync signal or internal reference signal 
						

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4. Input/output signal settings
4-6. Adjusting the output signal phase
The phase of the output video signals can be adjusted.1  Press the [FUNC] b utton to light its indicator
 , and then press the [IN/OUT] button to display the IN/OUT 
menu.
2  Turn [F1] to display the OutPhs sub menu.

OutPhs System H-Phase V-Phase
  4/11      1H       0       0
     0H
  −1100
    ～
  +1099   −100
      ～
   +100
3  Turn [F], and select 0H or 1H using the System item.
0H:    The output video signals are output to the system REF signal with using \
in-phase .
   
The frame synchronizer function is ON for all input signals. 
1H:  The output video signals are output to the system REF signal with 1H del\
ay .
  
    When the frame synchronizer function is ON, the output video signals are output with 1 frame + 1H 
delay.
4    Turn [F3] to adjust H phase using the H-Phase item
 
  
H-Phase can be adjusted within a range of –0.5H to +0.5H.
5   Turn [F4] to adjust V phase using the V-Phase item.
 
  
V-Phase can be adjusted within a range of –100H to +100H.
Output video signal phase adjustment
Phase Video format Adjustment range
H-Phase 1080i/59.94i
−1100 to 1099
1080/50i −130 to 1319
7
 0/59.94p −85 to 84
70/50p −990 to 989
480/59.94i −4
9 to 4
 8
576/50i −43
 to 431
V

-Phase Same for all formats −100 to 100 
						

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4. Input/output signal settings

REF
(System standard) 
• 1H Output 
  (+1H) 
• 0H Output 
  (1F delay for REF and in-phase output)  Shortest  
Output (+0.5H) 
Longest Output 
(+1.5H)
REF Phase Reference 
Output Phase Variable Range Output Phase Variable Range  Output Phase Variable Range 
AVDL Range 
AVDL Range 
AVDL Range  Output Phase Variable Range 
FS Range 
H Phase (–0.5H to +0.5H) + V Phase vertical (100 lines) H Phase (–0.5H to +0.5H) + V Phase vertical (
100 lines) 
Approx. -0.2H to +0.8H 
Approx. -0.7H to +0.3H 
Approx. +0.3H to +1.3H 
Approx. 0.3H  +0.5H
Approx. 0.3H 
+0.5H
Approx. 0.2H
Approx. 0.2H 
Approx. 0.2H
Internal Fixed DL 
Internal Fixed DL  Internal Fixed DL 
Internal Fixed DL MAX less than approximately 1 frame H Phase (–0.5H to +0.5H) + V Phase vertical (
100 lines) 
H Phase (–0.5H to +0.5H) + V Phase vertical ( 100 lines) 
AVDL Range: Range for automatic phase adjustment. 
						

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4. Input/output signal settings
4-7. Setting the multi view display
The input images, program images and preview images can be output side by side on one screen on the external 
monitor. There are three display modes for multi view display where the screen is divided into 10 parts, 4 parts or 
8 parts.
Inputs 1 to 8, frame memories and color background can be assigned to sub-screens 1 to 8. 
The images of the program output material are displayed with red frames around them.
10-division modes A, B (10SPL-A, B):
   Eight images are displa y

ed in these modes: the program (PGM) image, preview (PVW) image, input images 
or frame memory images, and color background (CBGD) image.
4-division mode (4SPL):
    Four images are displa

yed in this mode: the input images or frame memory images, and color background 
(CBGD) image.
8-division modes A, B (8SPL-A, B):
    Six images are displa y

ed in these modes: the program (PGM) image, preview (PVW) image, input images or 
frame memory images, and color background (CBGD) image.
    In this mode , the aspect r

atio can be kept at 16:9 for the display of HD format images when these images 
are displayed in the SXGA size from the DVI output (option).
    (Siz e is set to 

“SXGA” and Scale is set to “5:4” using the DVI output settings.)

The positions of the PGM and PVW images are 
fixed.
PGM
 
 
PVW
PGM
INPUT1 INPUT2INPUT3INPUT4
INPUT5 INPUT6INPUT7INPUT8
PVW
 
The positions of the PGM and PVW images are 
fixed.
PVW
 
 
PGM
PVW
INPUT1 INPUT2INPUT3INPUT4
INPUT5 INPUT6INPUT7INPUT8
PGM



 
INPUT3 INPUT4
INPUT1
INPUT2
 
The positions of the PGM and PVW images are 
fixed.

 INPUT1 INPUT2INPUT3
INPUT4 INPUT5INPUT6
PGMPGMPVWPVW
 
The positions of the PGM and PVW images are 
fixed.

 INPUT1 INPUT2INPUT3
INPUT4 INPUT5INPUT6
PVWPVWPGMPGM 
						

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4. Input/output signal settings
1  Press the [FUNC] button to light its indicator, and press the [IN/OUT] button to display the IN/OUT menu.
2   Turn [F1] to display the Multi sub menu.

Multi Split Char Pos Signal
  6/11 10SPL-A      On       1     PGM
10SPL-B
   4SPL
 8SPL-A
 8SPL-B
    Off    1~8  IN1~8
  FMEM1
  FMEM2
   CBGD
3  Turn [F] to select the display mode using the Mode item.
4   Turn [F3] to set whether to display the name of the material using the Char item.
  ON:

   The name of the mater ial is displa
 yed under the sub-screen.
      The “!” mark appears in front of the name of the material when no signals are input or signals with a 
different format are input.
  OFF: 
  The name of the mater ial is not displa
 yed.
    If, however, the menu and the name of the material are selected for the OSD display, the menu display takes 
priority, and the name of the material is not displayed.
5    Select the position ( 1
  to 8 in the figures) using the Pos item, and turn [F4] to set the name of the signal 
using the Signal item.
    Diff erent settings are stored f

or 10SPL, 4SPL and 8SPL.
    IN1-8 is the default setting for Pos1-8 in any of the modes. 
						

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4. Input/output signal settings
4-8. Setting the on-screen display (OSD)
The menu screen is superimposed on the preview output or multi view display output for display.1  Press the [FUNC] b utton to light its indicator
 , and press the [IN/OUT] button to display the IN/OUT menu.
2   Turn [F1] to display the OSD sub menu.

OSD OSD Select
  5/11      On     PVW
    Off
  Multi
3  Turn [F] to set whether to display the OSD using the OSD item.
  On:  OSD is display ed.
  Off:

 OSD is not display ed.
 

  This function can be assigned to a user button.  See 5-3-1.
4   Turn [F3] to set the output destination using the Select item.
  PVW

: The menu screen is super imposed onto the pre
 view output, and output.
  Multi:  The menu screen is super imposed onto the m
 ulti view display output, and output.
   
When On is selected as the OSD item setting, the multi vie w displa
 y split frame and tally information are not 
displayed on the monitor.
   
Examples of OSD displa ys
Input
   1/11
Output
   2/11
Ref
   3/11
OutPhs
   4/11
OSD
   5/11
[IN/OUT] [BKGD PATT]
[KEY PATT]>Signal
    IN1
Signal
   OUT2
Sync
  BBST
System
     1H
OSD
     On FS
     On
Output
    PVW
BBSetup
      -
H-Phase
      0
Select
    PVWMode

Normal
GenLock
 UnLock
V-Phase
      0 AnaGain
      -
SQ
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
4-9. Setting the DVI output signals (option)
Set the DVI output signals when the DVI/analog output boards (optional accessories) have been connected.1  Press the [FUNC] b utton to light its indicator
 , and press the [IN/OUT] button to display the IN/OUT menu.
2   Turn [F1] to display the DVIOut sub menu.
  An aster

isk () appears at the left of the parameter currently selected.

DVIOut Signal Mode↓ Size↓ Scale↓
 10/11    OUT3     Dig   
Auto  
Fit-V
   OUT5
    Ana    XGA
   WXGA
   SXGA
 WSXGA+
   UXGA
  WUXGA  Fit-H
   Full
    5:4
3   Turn [F] to select the output signal using the Signal item.
4   Turn [F3] to select the signal system using the Mode item, and press the [F\
3] switch to enter the selection.
  Dig:

 DVI digital signals are output from the DVI connector.
  Ana:  DVI analog signals (RGB) are output from the D
VI connector.
      When  “Ana”
  has been selected, the display position of the image may be off depending on the monitor 
which is connected. If it is off, adjust the position at the monitor.
      F

or details on the adjustment method, refer to the operating instructions of the monitor.
5   Turn [F4] to select the resolution of the images to be output, and press th\
e [F4] switch to enter the selection.
  A

uto:    The equipment inf or mation of the output destination is captured by the DVI signals, and the 
images are output at the optimum resolution. (The vertical frequency is 60 Hz, and the maximum 
resolution is SXGA for analog output signals and WUXGA for digital output signals.)
      If the equipment inf

ormation cannot be captured or if the resolution and frequency which can b\
e 
output by the product are not contained in the equipment information, the images will be output 
at the XGA setting.
  XGA:    The images are output at the 10 
 4 × 768 resolution and 60 Hz frequency.
  WXGA:    The images are output at the 1 
 80 × 768 resolution and 60 Hz frequency.
  SXGA:    The images are output at the 1 
 80 × 104 resolution and 60 Hz frequency.
  WSXGA+:    The images are output at the 1680 × 1050 resolution and 60 Hz frequen\
cy .
  (This can be selected 
only when digital signals are output.)
  UXGA+:    The images are output at the 1600 × 1 
 00 resolution and 60 Hz frequency. (This can be selected 
only when digital signals are output.)
  WUXGA:    The images are output at the 19 
 0 × 100 resolution and 60 Hz frequency. (This can be selected 
only when digital signals are output.)
6   Turn [F5] to select the scaling method, and press the [F5] switch to enter the selection.
  Fit-V

:  The aspect r atio of the output images is maintained, and the siz e of the images is increased or 
reduced in accordance with the vertical resolution. 
     
(Blac
k bands are inserted into the areas where there are no images. The protruding parts of the 
images are cropped.)
  Fit-H:   The aspect r atio of the output images is maintained, and the siz
 e of the images is increased or 
reduced in accordance with the horizontal resolution.
     
(Blac
k bands are inserted into the areas where there are no images. The protruding parts of the 
images are cropped.)
  Full:    The siz e of the output images is increased or reduced in accordance with the sy\
stem resolution.
  
      (The aspect ratio of the output images is not maintained. The rate at which the image size is 
increased or reduced in the vertical direction differs from that in the horizontal direction.)
  5:4:    When HD is set as the system f or
 mat and SXGA is set for the resolution of the images to be output, 
the display in the 8-division mode of the multi view display fills the entire screen with no change in the 
aspect ratio. 
						

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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 ancillar
 y 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.
1    Press the [FUNC] b utton to light its indicator
 , and press the [IN/OUT] button to display the IN/OUT menu.
2   Turn [F1] to display the VAnci sub menu.

Anci VAnci E.Audio
  7/11     Off     Off
     On
     On
3  Turn [F] to select On or Off for the V ancillary data using the VAnci item.
  On:   In the case of the HD f or
 mat, 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 embed ded audio data
The embedded audio data of the input images can be passed through the A
 UX bus.
(If PGM, PVW or CLN is selected as the AUX bus source, the embedded audio data cannot be passed 
through.)
On the Anci sub men u, turn [F

] to select On or Off for the embedded audio data using the E.Audio item.
  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.