Panasonic HS-6000 User manual

[TYPE&HERE]&[TYPE&HERE]&[TYPE&HERE]&
1&
PANASONIC&HS-6000&SYSTEM&USER’S&GUIDE& &
This&guide&contains&specific&notes&regarding&equipment&in&the&EMG&Panasonic&HS-6000&
Switching&Rack.&
It&is&meant&as&a&reference&for&troubleshooting&and&initial&orientation&of&the&system.&
All&diagrams&and&photos&are&the&property&of&Evolve&Media&Group&and&cannot&be&duplicated&or&
distributed&without&express&written&consent.&
I. OVERVIEW(
• Panasonic&HS-6000&Switcher&
o 2ME&with&4&keyers&each&
o Separate&DSK&with&4&keyers&
o Supports&HD/3G/4K&Operating&modes&
§ HD&1080i&Mode&!"#$%&'()*+,#)&-'#..)+(/#012.#).3#42$2#,5&
• 32&Inputs&
• 16&Outputs&
• 4&MVR’s&(Assignable&to&Outputs)&
• 8&Auxes&(Assignable&to&Outputs)&
• 2&DVI-D&Inputs&
§ 3G&1080p&Mode&
• 16&Inputs&(Odd&numbered,&White&labels)&
• 8&Outputs&(Odd&numbered,&Light&Blue&labels)&
• 2&MVR’s&(Assignable&to&Outputs)&
• 4&Auxes&(Assignable&to&Outputs)&
• DVI-D&Inputs&Disabled&
§ 4K&2160p&Mode&
• 8&Inputs&
• 4&Outputs&
• 1&MVR&(Assignable&to&an&Outputs)&
• 2&Auxes&(Assignable&to&Outputs)&
• DVI-D&Inputs&Disabled&
&

[TYPE&HERE]&[TYPE&HERE]&[TYPE&HERE]&
2&
o Four&up-converter&(UC)&inputs&
§ Inputs&27,28,31,32&
§ 1080i&to&1080p&when&in&3G&mode&
§ 720p&to&1080i&when&in&HD&mode&
§ Input&31&is&Bars&pattern&from&Ross&signal&generator&
o Two&down-converter&(DC)&outputs&
§ Outputs&14&and&16&
§ 1080i&to&720p&
§ 1080p&to&1080i/720p&
• Ross&OpenGear&Trays&
o 1-&Analog&DA&for&Timecode&from&the&Ross&TSG-2200&
o 3-&Analog&DA’s&for&Reference&(Analog&Black)&from&the&Ross&TSG-2200&
o 8-&3G-SDI&DA’s&that&are&user&patchable&on&the&back&of&the&patch&bay&
o 4-&Black&Magic&3G-SDI&to&HDMI&converter&cards&
o 4-&Apantec&Genlockable&Scaler&cards&
o 1-&SDI&audio&embedder&card&
&
II. PRE-PATCHED(ITEMS(
Input(31&
The&test&pattern&output&from&the&Ross&TSG-2200&is&connected&to&input&31.&&This&allows&for&the&
pattern&to&be&available&in&both&HD&1080i&and&3G&1080p&modes&since&input&31&has&an&up-
converter.&
MVR(1(and(2&
In&the&Output&assignment,&MVR&1&and&2&are&assigned&to&outputs&11&and&13&respectively.&Outputs&
11A&and&13A&are&wired&directly&to&the&two&17”&monitors&in&the&bridge.&The&“B”&sides&of&those&
outputs&are&available&on&the&main&patch&bay&and&are&labelled&in&green.&
In&HD&1080i&mode,&there&are&four&MVR’s&available.&The&user&can&assign&these&to&any&of&the&
output&connectors.&
REF(IN&
The&REF(IN&on&the&patch&bay&allows&for&an&external&sync&source&to&be&run&to&the&Ross&TSG-2200’s&
reference&input.&This&allows&the&entire&system&to&be&synchronized&to&an&external&source.&
&

[TYPE&HERE]&[TYPE&HERE]&[TYPE&HERE]&
3&
III. APANTEC(SCALER(CARDS(
The&output&resolution&and&settings&for&the&Apantac&cards&can&be&adjusted&through&the&Ross&
Dashboard&interface&which&is&loaded&on&the&system&laptop&PC.&
The&cards&can&accept&single&link&DVI,&HDMI&(with&adapter)&and&VGA&analog&(with&adapter)&
signals.&The&input&is&default&for&HDMI&input&with&1080i&as&the&HD-SDI&output&signal.&&
Genlock&for&these&cards&is&provided&through&the&Ross&OpenGear&frame&which&is&referenced&to&
the&Ross&TSG.&
IV. TALLY(
&&
Eight&tallies&from&the&Panasonic&switcher&
are&available&on&the&patch&panel.&Refer&to&
the&Panasonic&HS-6000&User&Guide&on&how&
to&assign&tallies&to&cross-points.&
DO(NOT&use&both&the&XLR&and&terminal&
post&connectors&at&the&same&time.&Pick&
one&or&the&other&for&tally&connection.&
V. POWER(
The&rack&has&a&single&120V&input&line.&Amp&draw&for&the&system&is&2-3&amps.&
There&are&no&redundant&power&supplies&for&any&of&the&components.&
VI. TOUCH(SCREEN(GUI(FOR(SWITCHER(
The&GUI&stores&in&the&second&drawer&of&the&system.&
The&Vesa&plate&and&DVI&inter-connect&cable&stay&
attached&to&the&back&of&the&monitor.&
DO&NOT&CONNECT&THE&MONITOR&TO&THE&SWITCHER&
WITH&THE&POWER&ON.&
Make&sure&the&control&power&is&off&when&attaching&
the&DVI.&
&

[TYPE&HERE]&[TYPE&HERE]&[TYPE&HERE]&
4&
VII. SYSTEM(LAPTOP(
In&the&top&drawer,&is&a&pre-configured&touchscreen&PC&laptop.&It&contains&the&Ross&Dashboard&
application&and&PDF’s&of&the&manuals&loaded&on&the&Desktop.&
Also&loaded&is&the&Panasonic&switching&application&which&allows&you&to&switch&the&ME’s&via&the&
laptop.&
The&system&IP&scheme&is&192.168.2.XXX.&
&

APANTAC LLC www.apantac.com 5
US-3x00 User Manual
Control and Configuration:
Software:
The Apantac OG-US-3x00 models are controlled and configured through the openGear frame’s
control software ‘Dashboard’ by Ross Video inc. Dashboard can be acquired through the Ross
Video website; https://www.rossvideo.com/control-systems/dashboard/products/dashboard/#download
Dashboard software runs on PC’s and connects to the openGear frame’s control card via Ether-
net. The IP address of the openGear frame is displayed on the LCD panel on the front of the
frame. The openGear frame may have a fixed IP address or use DHCP.
The openGear frame’s control card communicates to the individual openGear cards via the
frame’s internal CANBUS (Controlled Area Network). CANBUS communicates to the frame’s
slots, the Apantac OG-US-3x00 cards do not possess an IP address. All control and configura-
tion of the OG-US-3x00 cards is through the Dashboard-CANBUS channels.
The Apantac OG-US-3x00 Dashboard interface is shown above. Each Apantac OG-US-3x00 card
should be recognized by Dashboard and displayed by the installed slot number.

APANTAC LLC www.apantac.com 6
US-3x00 User Manual
Signal Tabs:
Unit Status Indicators:
Card State: Indicates whether Dashboard software detects an error state from the card.
Connection: Indicates whether Dashboard software is communicating via CANBUS with the card.
Signal Status Indicators:
Input Signal: Indicates whether the OG-US-3x00 has detected and locked-on to the incoming video signal.
SDI Output: Indicates whether the OG-US-3x00 is generating an SDI video signal on the outputs. Requires a
successful Input Video Signal lock.
Reference: (OG-US-3500 only) Indicates the OG-US-3x00 is receiving a valid genlock reference signal.
Lock Status: (OG-US-3500 only) Indicates whether the SDI output video signal is locked to the genlock refer-
ence signal.

APANTAC LLC www.apantac.com 7
US-3x00 User Manual
Input Format:
The OG-US-3x00’s video input is not auto-detecting. The card must be configured for the type of video.
OG-US-3x00 accessories include adapters for connecting the various video sources.
The input video choices are:
 HDMI/DVI
 VGA
 YPbPr (component video)
 CVBS (composite video)
Output Format:
This option configures the SDI video output signal.
Options are:
 1080p
 1080i
 720p
 576i (PAL)
 480i (NTSC)
Output Frequency:
This option configures the SDI video output signal. Options are restricted according to the Output Format
chosen. Options include:
 50 Hz
 60 Hz
 59.94 Hz
Mode: (VGA sources only)
This option configures the SDI video output signal. This option can aid in maintaining the aspect ratio of
the incoming video signal. Options are:
 Fullscreen (the input video is stretched to fill the output screen)
 1:1 (the input video aspect ratio is maintained and the remainder of the output screen is
drawn black)
Embedded Audio:
This option configures the SDI video output signal. Options are:
 Enabled
 Disabled (outputs SDI video without audio)
Genlock: (OG-US-3500 only)
This option configures the SDI video output signal. Options are:
 Enabled
 Disabled
Signal Tab: (continued)

APANTAC LLC www.apantac.com 8
US-3x00 User Manual
VGA Input Tab:
VGA Position:
VGA video sources will typically require timing sync adjustments. This tab only applies when the video input format
is configured to ‘VGA’ on the Signal tab.
Auto Adjust:
When the Auto Adjust button is clicked, the system attempts to lock to and adjust the incoming VGA signal. The Au-
to Adjust action can be repeated if necessary. If the Auto Adjust fails the adjustments can be performed manually
with the Vertical and Horizontal shift buttons.
Vertical:
The Vertical ’Shift Up’ and ’Shift Down’ buttons allow manual alignment of the VGA input video within the SDI video
output screen.
Horizontal:
The Horizontal ’Shift Left’ and ’Shift Right’ buttons allow manual alignment of the VGA input video within the SDI vid-
eo output screen.

APANTAC LLC www.apantac.com 9
US-3x00 User Manual
Genlock Tab: (OG-US-3500 only)
Genlock: (OG-US-3500 only)
The OG-US-3500 model includes the feature of locking the SDI output video signal timing to the openGear frame’s
reference signal.
Notes:
 The feature is enabled or disabled on the ‘Signal’ tab. (see the previous sections)
 Genlock adjustments require the use of external test equipment.
Genlock Position - Vertical:
The vertical offset can be adjusted using either moving the slider bar control with a mouse, or by the up or down
arrow buttons adjacent to the number on the right of the slider bar.
Genlock Position - Horizontal:
The horizontal offset can be adjusted using either moving the slider bar control with a mouse, or by the up or down
arrow buttons adjacent to the number on the right of the slider bar.

APANTAC LLC www.apantac.com 10
US-3x00 User Manual
Display Tab:
Extended Display ID (EDID):
The video input port of the US-3x00 includes a programmable EDID. VGA, DVI. and HDMI sources will read this
EDID and detect the US-3x00 as a monitor. The US-3x00 EDID can be set to the generic, factory set EDID or it can
copy the EDID of any monitor.
To copy the EDID of a monitor:
 Connect the US-3x00 video input port to an input of any monitor.
 Power on the monitor.
 Click the “Read EDID from current display” option on this tab page.
 The EDID Status line will indicate the EDID is being copied, and then return to ‘ready’.
To reset the EDID to its factory default:
 Click the “Reset to default” option on this tab page.
 The EDID Status line will indicate the EDID is being reset, and then return to ‘ready’.

Panasonic AV-
HS6000
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IN31
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DVI IN1
DVI IN2
REF IN
LTC IN
OUT 1A
OUT 1B
OUT 2A
OUT 2B
OUT 3A
OUT 3B
OUT4A
OUT4B
OUT 5A
OUT5B
OUT 6A
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OUT 7A
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OUT 14B
OUT 15A
OUT 15B
OUT 16A
OUT16B
BNC BP1 A1
BNC BP1 A2
BNC BP1 A3
BNC BP1 A4
Panasonic HS-6000 I/O
Designer: Tim Kuschel Date: March 2017 Rev: 2
BNC BP1 A5
BNC BP1 A6
BNC BP1 A7
BNC BP1 A8
BNC BP1 A9
BNC BP1 A10
BNC BP1 A11
BNC BP1 A12
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BNC BP1 A14
BNC BP1 A15
BNC BP1 A16
BNC BP1 B1
BNC BP1 B2
BNC BP1 B3
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BNC BP1 B6
BNC BP1 B7
BNC BP1 B8
BNC BP1 B9
BNC BP1 B10
BNC BP1 B11
BNC BP1 B12
BNC BP1 B13
BNC BP1 B14
ROSS TPG SDI OUT
RBNC BP1 B15
SWITCHER BP DVI IN1
SWITCHER BP DVI IN2
ADA 2 OUT 1
ADA 1 OUT 1
BNC BP2 A1
BNC BP2 A2
BNC BP2 A3
BNC BP2 A4
BNC BP2 A5
BNC BP2 A6
BNC BP2 A7
BNC BP2 A8
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BNC BP2 A13
BNC BP2 A14
BNC BP2 A15
BNC BP2 A16
BNC BP2 B1
BNC BP2 B2
BNC BP2 B3
BNC BP2 B4
Monitor 1 HD-SDI IN
BNC BP2 B13
BNC BP2 B5
BNC BP2 B6
Monitor 2 HD-SDI IN
BNC BP2 B14
BNC BP2 B7
BNC BP2 B8
BNC BP2 B9
BNC BP2 B10
BNC BP2 B11
BNC BP2 B12

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BNC BP1 DETAIL
Designer: Tim Kuschel
Date: March 2017
Rev: 1
IN 1 IN 2 IN 3 IN 4 IN 5 IN 6 IN 7 IN 8 IN 9 IN 10 IN 11 IN 12 IN 13 IN 14 IN 15 IN 16
IN 17 IN 18 IN 19 IN 20 IN 21 IN 22 IN 23 IN 24 IN 25 IN 26 IN 27 IN 28 IN 29 IN 30 IN 32 REF IN

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BNC BP2 DETAIL
Designer: Tim Kuschel
Date: March 2017
Rev: 1
OUT 1A OUT1B OUT 2A OUT 2B OUT 3A OUT 3B OUT 4A OUT 4B OUT 5A OUT 5B OUT 6A OUT 6B OUT 7A OUT 7B OUT 8A OUT8B
OUT 9A OUT 9B OUT10A OUT10B OUT12A OUT12B OUT14A OUT14B OUT15A OUT15B OUT16A OUT16B MVR 1 MVR 2

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BNC BP3 DETAIL
Designer: Tim Kuschel
Date: March 2017
Rev: 1
VDA1 IN VDA1 OUT1 VDA1 OUT2 VDA1 OUT3 VDA1 OUT4 VDA2 IN VDA2 OUT1 VDA2 OUT2 VDA2 OUT3 VDA2 OUT4 VDA3 IN VDA3 OUT1 VDA3 OUT 2 VDA3 OUT3 VDA3 OUT4
VDA4 IN VDA4 OUT1 VDA4 OUT2 VDA4 OUT3 VDA4 OUT4 VDA5 IN VDA5 OUT1 VDA5 OUT2 VDA5 OUT3 VDA5 OUT4 VDA6 IN VDA6 OUT1 VDA6 OUT2 VDA6 OUT3 VDA6 OUT4

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BNC BP4 DETAIL
Designer: Tim Kuschel
Date: March 2017
Rev: 1
VDA7 IN VDA7 OUT1 VDA7 OUT2 VDA7 OUT3 VDA7 OUT4 VDA8 IN VDA8 OUT1 VDA8 OUT2 VDA8 OUT3 VDA8 OUT4 REF OUT REF OUT REF OUT REF OUT TC OUT TC OUT

Scaler 1
CANARE
3G-SDI OUT
INPUT
Scaler 2
CANARE
3G-SDI OUT
INPUT
Scaler 3
CANARE
3G-SDI OUT
INPUT
Scaler 4
CANARE
3G-SDI OUT
INPUT
Converter 1
CANARE
INPUT OUTPUT
Converter 2
CANARE
INPUT OUTPUT
Converter 3
CANARE
INPUT OUTPUT
Converter 4
CANARE
INPUT OUTPUT
HDSDI AUDIO EMBEDDER
NEUTRIK
CH1 IN
NEUTRIK
CH2 IN
CANARE
HDSDI IN
CANARE
HDSDI OUT

NEUTRIK NEUTRIK NEUTRIK NEUTRIK
NEUTRIK NEUTRIK NEUTRIK NEUTRIK
TALLY 1 TALLY 2 TALLY 3 TALLY 4
TALLY 5 TALLY 6 TALLY 7 TALLY 8
DVI IN 1 DVI IN 2
HS6000
GPI OUT 2
COM 1 COM 2
GPI IN