Panasonic Network Card AJ HDP2000P User Manual

Operating Instructions  
2K Processor  
Model No.  
AJ-HDP2000P  
Before operating this product, please read the instructions carefully and save this manual for future use.  
ENGLISH  
F0707N0 -F @  
Printed in Japan  
VQT1F04  
 
Table of Contents  
3
 
Operating Precautions  
_Power supply  
Use an AC 120 V (U.S.A. and Canada) power supply.  
zBe sure to take hold of the power plug when connecting and  
disconnecting the power cable.  
zDo not run the power cable near a heating source.  
zDo not place heavy objects on top of the power cable.  
zDo not tamper with the power cable in any way.  
_No insertion of foreign matters  
Do not insert or drop metal or any foreign objects into the unit’s  
openings (such as the fan vents).  
Foreign objects inside the unit can cause a fire or short circuits.  
Contact the dealer for assistance.  
_No disassembly  
High voltage is supplied to some parts inside the unit, and  
touching these parts is not only dangerous but may cause a  
malfunction.  
Leave all internal insections and adjustments to the dealer from  
whom you purchased the unit.  
_DANGER: No operation if unit is  
malfunctioning  
If smoke comes out or strange sounds or smells are detected  
from the unit, ask the dealer from whom you purchased the unit  
for repairs.  
4
 
 
Overview/Features  
1. Overviews  
This new 2K Processor (AJ-HDP2000) for the HD-D5 VTRs (AJ-HD3700H*1, AJ-HD3700A*1, AJ-HD3700B*2)  
is designed for post-production and telecine systems, and this new technology provides a cost-effective and  
efficient method of recording, editing and archiving full-size 2K and 4:4:4 HDTV images on the film post-  
production standard D-5 mastering video tape recording system.  
The 2K Processor allow professionals to record full 12-bit 4:4:4 “2K” 2048  
k
1080 resolution film image data, or  
12-bit 4:4:4 sampled 1920 1080 HD images onto Panasonic’s AJ-HD3700H, AJ-HD3700A or AJ-HD3700B  
k
HD-D5 VTRs for editing, archiving, and distribution, a process that formerly was not easily achievable.  
1
* The software must be upgraded. For details, contact the dealer where you purchased the product.  
2
* The software for some VTRs must be upgraded. For details, contact the dealer where you purchased the  
product.  
2. Features  
2.1. Compression  
2.4. Maximum Record Time  
Maximum recording time is 155 minutes, the same  
as the HD-D5 VTR’s 24fps modes.  
The 2K Processor uses JPEG2000 compression,  
the similar compression scheme specified by the  
Digital Cinema Initiative (DCI) for cinema release,  
to convert film to digital data for subsequent  
processing in advanced DI environments while  
maintaining its resolution. The processor's  
advanced encoder ensures that images remain  
faithful throughout the recording process, and  
minimizes distortion and resolution degradation  
and offers optimized bit rate control and increased  
error tolerance for the reliable interchange required  
for editing.  
2.5. Indicator Display  
Alarm indicator (RED):  
When flashing, indicates that some errors  
have occurred.  
When lit constantly, indicates a serious  
problem such as the fan has stopped or the  
rear service switch is ON.  
2048/1920 indicator (GREEN):  
Indicates the Horizontal sample number of  
System settings.  
2.2. VTRs Migration  
The numerous Post facilities with capital  
2.6. Compact and Lightweight  
investments in D-5 will be able to use their current  
AJ-HD3700 series, and the workflow that has  
worked so well for them with existing HD-D5 VTRs  
can be continued with a simple software upgrade  
for 2K and HD post-production.  
With a height of 2U and weight of 7.5 kg (16.5 lb),  
this compact and lightweight unit can be  
transported easily.  
2.3. Dual-Link SDI & I/O  
For ease of monitoring and interfacing with more  
traditional high definition equipment, The 2K  
Processor has added a 4:4:4 to 4:2:2 conversion  
capability. The full audio capability of the D-5  
format is maintained, including eight-channel 24-bit  
recordings, as well as the ability of the system to  
handle compression audio streams for multi-  
channel / second language applications. Audio I/O  
is by means of embedded HD-SDI or HD-D5 VTR’s  
AES/EBU inputs, analog inputs. Interconnection  
from the processor to the HD-D5 VTR is by  
mapped compressed data over the HD-D5 VTR’s  
existing HD-SDI input / outputs. The processor  
accepts dual link SMPTE 372M video / 2K inputs.  
Time Code in/out is embedded or HD-D5 VTR’s  
XLR.  
5
 
                 
Controls and their Functions  
1. Front Panel  
!1"  
!2"  
!3"  
!4"  
!1" Power Lamp  
This lights when the power is turned on.  
!2" Power Switch  
When the ON side is pressed, the power is turned on; when  
the OFF side is pressed, the power is turned off.  
| : Press the “ | ” side of the power switch to turn the power  
on.  
±: Press the “ ± ” side of the power switch to turn the power  
off.  
!3" Alarm Lamp  
This lights when a problem has occurred in the main unit,  
making it impossible to guarantee operation. (Refer to the  
messages on page 13.)  
!4" Horizontal Sample Display Lamp  
This displays the H sample of the video signal that is system  
setting.  
6
 
   
2. Connector Section (Rear)  
!4" !5"  
!6" !7"!8" !9" !13"!12" !10" !11"  
!2"  
!1" !3"  
!1" AC Input Socket  
!2" Fuse  
Use the accessory power cord to connect the socket to the power outlet  
Power circuit fuse  
!3" GND (ground) Terminal  
!4" Dual-Link SDI Input  
!5" Dual-Link SDI Output 1, 2  
When connected with another unit, the unit must be ground here  
For inputting the Dual-Link digital signals  
For outputting the Dual-Link or HD digital signals  
(4:4:4/4:2:2 switchable)  
!6" HD-SDI Monitor Output  
For outputting the HD digital signals (4:2:2 samples)  
!7" Serial Data input (HD-SDI)  
This is connected to the HD SDI OUT connector on the HD-D5 VTR for  
inputting for video/ audio/ tc output data from the HD-D5 VTR.  
!8" Serial Data Output (HD-SDI)  
This is connected to the HD SDI IN connector on the HD-D5 VTR for  
outputting the video/ audio/ tc data.  
!9" HD SYNC OUT  
This is connected to the REF IN HD connector on the HD-D5 VTR.  
The sync signal re-generated from the HD REF IN signal of the  
processor.  
!10" HD REF IN  
For inputting the tri-level sync signals as reference signals  
!11" HD Reference Through Output This is through output of input reference signal  
(Auto Terminated)  
!12" Service Switch  
This slide switch is used only in service mode.  
Please Slide OFF for Normal Operation.  
(only Use Service Maintenance)  
!13" SERVICE ONLY (RS-232C)  
<15pin>  
This connector is used only in service mode.  
(only Use Service Maintenance)  
7
 
 
3. I/Os  
3.1. VIDEO Input  
Name  
Video Input Signal  
INPUT A  
INPUT B  
Dual Link SDI Input  
BNC a 2, 75  
1920 a 1080/23.98, 24PsF XYZ/RGB 4:4:4  
SMPTE 372M/291M/292M/299M standard  
2048 a 1080/23.98, 24PsF XYZ/RGB 4:4:4  
zThe following two VIDEO input signals are supported.  
1920 a 1080/23.98PsF, 24PsF XYZ/RGB 4:4:4  
2048 a 1080/23.98PsF, 24PsF XYZ/RGB 4:4:4  
12 bits  
12 bits  
zThe color space signal format is selected from the following two types in FRONT MENU of the HD-D5 VTR.  
SYSTEM settings for the RGB and XYZ color spaces  
RGB: Mode for recording and playback RGB color space  
XYZ: Mode for recording and playback XYZ color space  
3.2. VIDEO Output  
Name  
Video Output Signal  
OUTPUT 1A  
OUTPUT 1B  
Dual Link SDI Output  
BNC a 2 a 2, 75 Ω  
1920 a 1080/23.98, 24PsF XYZ/RGB 4:4:4  
SMPTE 372M/291M/292M/299M standard  
OUTPUT 2A  
OUTPUT 2B  
2048 a 1080/23.98, 24PsF XYZ/RGB 4:4:4  
1920 a 1080/23.98, 24PsF YPbPr 4:2:2  
SMPTE 291M/292M/299M standard  
OUTPUT MON Single HD SDI Monitor Output  
BNC a 1, 75 (Super ON/OFF)  
1920 a 1080/23.98, 24PsF YPbPr 4:2:2  
SMPTE 292M standard  
(Video Signal only w/o ANC data)  
zThere are three types of VIDEO output signals, and output signals are set in SYSTEM FORMAT in FRONT  
MENU of the HD-D5 VTR.  
1920 a 1080/23.98PsF, 24PsF XYZ/RGB 4:4:4  
2048 a 1080/23.98PsF, 24PsF XYZ/RGB 4:4:4  
12/10 bits  
12/10 bits  
10 bits  
1920 a 1080/23.98PsF, 24PsF YPbPr 4:2:2  
zThe main output is available in 4:2:2 format a 4 lines.  
zBoth main output and monitor output have the Dynamic Rounding function when 10-bit output is selected.  
zThe VANC/HANC data, such as Audio/TC/Meta/Payload information, is not embedded on the OUTPUT MON  
(Monitor) output.  
zIn OUTPUT MON (Monitor) and when the 4:2:2 format is selected for the main system, an H CROP function for  
1920 samples is available in 2048 samples. However, the Squeeze and Letter Box functions are not available.  
The following three kinds of modes are available as fixed Crop modes.  
CTR Crop: Both sides are equally cropped so that the number of samples is 1920.  
L Crop:  
R Crop:  
The left side is cropped so that the number of samples is 1920.  
The right side is cropped so that the number of samples is 1920.  
zOUTPUT MON (Monitor) has a function to turn on/off superimposition in SUPER.  
8
 
     
3.3. AUDIO Input  
Audio Input Signal  
Dual Link SDI Input  
BNC a 2, 75 Ω  
SMPTE 299M standard  
(Embedded Audio)  
zFor AUDIO input, an SDI Embedded Audio function is available with the 2K processor, and AES/EBU Digital  
Audio, Analog Audio, and CUE Audio inputs are available from the HD-D5 VTR in a manner similar to the single  
operation of the HD-D5 VTR.  
zThe AUDIO input signal is selected in FRONT MENU of the main unit in a manner similar to the single  
operation of the HD-D5 VTR.  
zSDI Embedded Audio input signals are available only for Ach of Dual Link SDI signals.  
3.4. AUDIO Output  
Audio Output Signal  
Dual Link SDI Output  
BNC a 2 a 2, 75 Ω  
SMPTE 299M standard  
(Embedded Audio)  
zFor AUDIO output, an SDI Embedded Audio function is available with the 2K processor, and AES/EBU Digital  
Audio, Analog Audio, and CUE Audio outputs are available from the HD-D5 VTR in a manner similar to the  
single operation of the HD-D5 VTR.  
zThe AUDIO output signal is selected in FRONT MENU of the HD-D5 VTR in a manner similar to the single  
operation of the HD-D5 VTR.  
zSDI Embedded Audio output signals are available only on Ach of Dual Link SDI signals.  
zSDI Embedded Audio signals are not available on OUTPUT MON (Monitor).  
3.5. TC (Time Code) Input  
TC Input Signal  
Dual Link SDI Input  
BNC a 2, 75 Ω  
SMPTE 291M standard  
(Embedded LTC/VITC)  
zFor TC input, an SDI Embedded HANC TC function is available with the 2K processor, and the LINEAR TC  
input is available from the HD-D5 VTR in a manner similar to the single operation of the HD-D5 VTR.  
zFor SDI Embedded HANC TC input signals, only Ach of Dual Link SDI signals is supported.  
zLTC or VITC can be selected as a SDI Embedded HANC TC input signal.  
zThe TC input signal is selected in FRONT MENU of the HD-D5 VTR in a manner similar to the single operation  
of the HD-D5 VTR.  
3.6. TC (Time Code) Output  
TC Output Signal  
Dual Link SDI Output  
(Embedded LTC/VITC)  
BNC a 2 a 2, 75 Ω  
SMPTE 291M standard  
zFor the TC output, an SDI Embedded HANC TC function is available with the 2K processor, and the LINEAR  
TC output is available from the HD-D5 VTR in a manner similar to the single operation of the HD-D5 VTR.  
zSDI Embedded HANC TC output signals are available only on Ach of Dual Link SDI signals.  
zSDI Embedded HANC TC signals are not available on the OUTPUT MON (Monitor).  
9
 
       
3.7. META DATA Input  
zFor META DATA input, an SDI Embedded VANC function is available with the 2K processor, only Y signals in  
Ach of Dual Link SDI signals are supported.  
zMETA DATA can record up to 2,880 words per segmented frame.  
The capacity of 2,880 words is the upper limit even when data exceeds the capacity (the same as single  
operation of the HD-D5 VTR in the specifications).  
3.8. META DATA Output  
zFor META DATA output, an SDI Embedded VANC function is available with the 2K processor, and META DATA  
signals are embedded only on Y signals in Ach of Dual Link SDI signals.  
zMETA DATA output is embedded up to 2,880 words per segment frame on Y signals, where data is entered  
from the head (the same as single operation of the HD-D5 VTR in specification).  
zMETA DATA signals are not embedded on the OUTPUT MON (Monitor).  
3.9. Other I/Os (HD REF IN, VTR I/F)  
Terminal name  
Other Input and Output  
HD REF IN  
HD Reference Input  
BNC a 2 (loop-through a 1),  
75 automatic termination  
HD (1920 a 1080/23.98, 24PsF) tri-level sync  
HD SYNC OUT  
HD SYNC Output  
BNC a 1, 75 Ω  
HD (1920 a 1080/23.98, 24PsF) tri-level sync  
Advanced Reference signal for the HD-D5 VTR  
SERIAL DATA OUT VTR HD_SDI Output  
BNC a 1, 75 Ω  
1920 a 1080/23.98, 24PsF  
SMPTE 292M compliance  
SERIAL DATA IN  
VTR HD_SDI Input  
BNC a 1, 75 Ω  
1920 a 1080/23.98, 24PsF  
SMPTE 292M compliance  
zThe reference input of the HD REF IN is only accepted tri-level signals of HD (1920 a 1080/23.98, 24PsF).  
Loop-through output is available.  
zBe sure to connect the HD SYNC OUT to the HD REF IN of the HD-D5 VTR to supply the tri-level signals of HD  
(1920 a 1080/23.98, 24PsF) from 2K Processor.  
zBe sure to connect the SERIAL DATA OUT to the HD SDI IN of the HD-D5 VTR.  
zBe sure to connect the SERIAL DATA IN to one of the HD SDI OUT1, OUT2 or OUT3 of the HD-D5 VTR.  
3.10.Service Only (15 Pin)  
Not applicable.  
10  
 
       
2K Processor & HD-D5 VTR System Connections  
Digital (AES/EBU) Audio input  
Analog Audio input  
Cue Audio input  
DIGITAL AUDIO IN ch1 - 8  
AUDIO IN ch1 - 4  
CUE IN  
Timecode input  
TC IN  
HD Reference input  
Dual-Link SDI Input  
HD REF IN  
HD SYNC OUT  
REF IN HD  
(REF loop through)  
INPUT A  
INPUT B  
SERIAL DATA IN  
HD SDI OUT  
HD SDI IN  
OUTPUT 1A  
OUTPUT 1B  
Dual-Link SDI output  
Dual-Link SDI output  
SERIAL DATA OUT  
OUTPUT 2A  
OUTPUT 2B  
Single HD SDI Monitor output  
MON  
2K Processor  
HD-D5 VTR  
Digital (AES/EBU) Audio output  
Analog Audio output  
Cue Audio output  
DIGITAL AUDIO OUT ch1 - 8  
AUDIO OUT ch1 - 4  
CUE OUT  
Timecode output  
TC OUT  
Waveform output  
WFM OUT  
RS-422 Control input  
RS-422 Control output  
RS-422 Control in/output  
RS-232C control  
REMOTE IN (RS-422)  
REMOTE OUT (RS-422)  
REMOTE IN/OUT (RS-422)  
RS-232C  
Parallel 50-pin control  
From Control Panel I/F  
PARALLEL IN/OUT (50P)  
CONTROL PANEL  
Note: Be Sure to Connect Three I/Os for 2K Processor Systems as below  
2K Processor  
AJ-HD3700B/A/H  
HD SYNC OUT  
SERIAL DATA IN  
SERIAL DATA OUT  
REF IN HD  
HD SDI OUT  
HD SDI IN  
11  
 
 
Connection with existing systems  
This is an example where the connections for the existing system and the 2K system are switched within the router.  
2K SYSTEM connection  
Existing SYSTEM connection  
Server/Color Corrector/Telecine  
HD House Reference Signal  
2048/1920 4:4:4  
Dual-Link SDI Signals  
HD/SD Player/Recorder  
2K Processor (AJ-HDP2000)  
HD SDI Signal Router  
HD analog Signal Router  
HD-D5 VTRs  
(AJ-HD3700H, AJ-HD3700A, AJ-HD3700B)  
To switch to the 2K system mode, select “2048 (PsF)” or “1920 (PsF)” in F3 (VIDEO) in SYSTEM SET UP menu on  
the HD-D5 VTR.  
For details, refer to pages 9 and 10 of the “Operating Instructions Supplement” for the AJ-HD3700H, AJ-HD3700A,  
and AJ-HD3700B.  
12  
 
 
Indicator Display (Front Panel LED)  
The operating state of this unit can be checked on the three LEDs (Alarm Lamp, Horizontal Sample  
Display Lamps) on the front panel: Lighting or Blinking.  
Display  
Description  
Normal operating state  
(Lighting: When there is no warning or when the warnings are masked from  
MENU)  
or  
or  
Format error  
(In the following cases, 1920 LED or 2048 LED blinks normally or rapidly.)  
<Warnings indicated by rapid blinking>  
RECORDED FORMAT UNMATCH (NO J2K TAPE):  
TAPE is not 2K processor recording format.  
<Warnings indicated by normal blinking>  
RECORDED FORMAT UNMATCH:  
There is a mismatch between SYSTEM FORMAT of the unit selected in  
settings and FORMAT of TAPE. (2048/1920, XYZ/RGB)  
UNMATCH H SAMPLE BETWEEN INPUT SIGNAL AND SYSTEM:  
There is a mismatch in H SAMPLE between the SYSTEM set value and the  
input signal.  
Other errors  
(ALARM Lighting or Blinking: In the case of a warning corresponding to an alarm  
indication)  
(Lighiting or Blinking)  
or  
<Warning corresponding to lighting alarm>  
2K FAN STOP:  
The fan of the 2K processor stops.  
2K NO REMOTE: The service switch on the back of the 2K processor is not in  
the OFF position.  
<Warnings corresponding to blinking alarm>  
CRC ERROR IN SERIAL DATA INPUT FROM HDD5:  
A CRC error occurs in SERIAL DATA (HD SDI) signals from the HD-D5  
VTR main unit to the 2K processor.  
OUT OF RANGE OF SYSTEM PHASE BETWEEN REF AND INPUT:  
There is a large phase difference between the input signal and REF IN.  
INPUT SIGNAL UNMATCH SYSTEM FREQUENCY:  
There is a mismatch in frame frequency between the SYSTEM set value  
and the input signal.  
SUBSTANDARD TIMING DIFFERENCE IN DUAL LINK 2K INPUT:  
The timing-phase difference of Dual-Link IN A/Bch is big.  
CRC ERROR IN DUAL LINK CHA 2K INPUT:  
A CRC error occurs in signals on Dual-Link IN Ach.  
CRC ERROR IN DUAL LINK CHB 2K INPUT:  
A CRC error occurs in signals on Dual-Link IN Bch.  
NO EXTERNAL HD_REFERENCE:  
HD REF IN on the HD-D5 VTR is not connected.  
(Although this is the existing warning for the HD-D5 VTR, the ALARM LED  
of the 2K Processor also blinks.)  
13  
 
 
Connection Check  
After the regular system is connected, it is possible to  
check which devices are connected to each other by  
executing CONNECTION CHECK in the Front Panel  
MENU of the HD-D5 VTR when you own more than  
one unit of the 2K Processor and HD-D5 VTR.  
All three LEDs of “ALARM”, “2048” and “1920”  
repeatedly blink during the operation described on the  
left. (For the regular system connection)  
Service Switch (Rear)  
<Note>  
Service Switch (only Use Service Maintenance)  
This slide switch is only for service mode.  
Please make sure slide OFF for Normal Operation.  
ON  
SERVICE  
OFF  
Power On  
For the power supply to each unit, construct 2K  
SYSTEM and then turn on the power to the 2K  
Processor, before turning on the power to the HD-D5  
VTR.  
14  
 
     
Restrictions  
Example 3:  
Reference vs. Input Signal Phase  
The 2K processor does not have input buffer memory;  
therefore, be sure to lock and match the phase between  
the reference signal and input signals. If the signal  
phases are not locked and matched, the phase of  
signals, output signals might be corrupted.  
Playback of recording tape for 2048 with 1920  
selected in SYSTEM settings:  
On each side, 64 samples are cropped for  
playback as 1920 samples.  
Example 4:  
Playback of recording tape for 1920 with 2048  
selected in SYSTEM settings:  
System vs. Input Signal Frequency  
The 2K processor does not have input buffer memory;  
therefore, be sure to match the frequencies between the  
system settings and input signals. If the frequencies are  
not matched, output signals might be corrupted.  
Black signals of 64 samples are added to each  
side for playback as 2048 samples.  
In 4:2:2 output, it appears as normal HD signals  
with normal output due to the Side Crop function.  
4:2:2 (Y Pb Pr) Output  
Example 5:  
The 2K Processor has no built-in gamma conversion.  
Therefore, in the output of 4:2:2 (YPbPr color space),  
only conversion from RGB (gamma = 2.2) produces  
the correct hue. The hue varies in other cases.  
Playback of recording tape in the format of 1080/  
23PsF 4:2:2 with 1920 selected in SYSTEM settings:  
FRONT LED “1920” blinks rapidly. The output  
signals are the freeze frame of the last image.  
Video Output in SEARCH and FF/REW  
Video output in SEARCH and FF/REW is with low-  
resolution images, with low image quality.  
Differences in the actual image conditions due to  
differences in the number of H Samples between  
SYSTEM settings and input signals (According to the  
SYSTEM settings)  
SYSTEM setting for RGB and XYZ color  
spaces  
The input of color space signals that differ from those  
in SYSTEM results in incorrect color space output.  
Playback of recording color space signals on tapes  
that differ from those in SYSTEM results in incorrect  
color space output.  
SYSTEM  
settings  
(MENU  
Input signals  
2048  
Recorded images  
selection)  
2048  
2048  
SYSTEM settings for 2048 and 1920  
horizontal samples  
Recording and playback depend on the SYSTEM  
settings.  
1920  
1920  
zRecording is based on the number of horizontal  
samples in SYSTEM settings and Tape ID, even  
when different input signals from those in SYSTEM  
are supplied.  
2048  
1920  
2048  
64  
64  
1920  
1920  
zPlayback is based on the number of horizontal  
samples in SYSTEM settings, even when tape with  
a different number of horizontal samples from  
those in SYSTEM is played back.  
In the above case, FRONT LED (2048/1920) blinks  
according to SYSTEM settings.  
2048  
2048  
In addition, when a format other than that supporting  
the 2K processor is played back, it blinks rapidly  
according to the SYSTEM settings.  
64  
64  
1920  
1920  
Example 1:  
Input of 2048 signals with 1920 selected in  
SYSTEM settings:  
1920  
1920  
On each side, 64 samples are cropped to record  
as 1920 samples. (Tape ID = 1920)  
1920  
1920  
Example 2:  
Input of 1920 signals with 2048 selected in  
SYSTEM settings:  
Black signals of 64 samples are added to each  
side to record as 2048 samples. (Tape ID = 2048)  
15  
 
 
Restrictions (Continued)  
Differences in the actual image conditions due to differences in the number of H Samples between SYSTEM settings  
and Tape playback (Tape recording ID) (According to the SYSTEM settings)  
SYSTEM settings  
(MENU selection)  
H CROP  
(MENU selection)  
SAMPLING = 4:4:4  
output images  
SAMPLING = 4:2:2  
output images  
TAPE playback signals  
2048  
2048  
1920  
1920  
1920  
1920  
1920  
1920  
CTR CROP  
L CROP  
2048  
2048  
1920  
1920  
R CROP  
1920  
CTR CROP  
L CROP  
2048  
64  
64  
1920  
1920  
R CROP  
2048  
1920  
2048  
64  
64  
1920  
1920  
1920  
1920  
1920  
<In SYSTEM Color Space = XYZ>  
CB1: Color Bar Signal Pattern 1  
CB2: Color Bar Signal Pattern 2  
Internal signal source (INT-SG)  
zThere are four internal signal sources: CB1, CB2,  
BLACK, and WHITE. (10-bit precision)  
INPUT CHECK Function  
zXYZ and RGB color spaces are expressed  
differently, resulting in a difference in the internal  
signal format.  
Pressing the INPUT CHECK button changes the TC  
display in the monitor output SUPER and the TCG  
display in the front panel to the internal TCG.  
The INPUT CHECK function on the HD-D5 VTR  
Front Panel is disabled.  
<In SYSTEM Color Space = RGB>  
CB1: 100% Color Bar  
CB2: 75% Color Bar  
16  
 
Rack Mounting  
The unit can be installed in a 19-inch standard rack using the rack-mount adaptors supplied with the unit.  
We recommend using the slide rails and brackets specified below for the installation.  
CC3001-99-0191 slide rails and B-308 brackets are made by CHASSIS TRAK.  
For further details, consult your dealer.  
1
Remove the four feet from the unit’s bottom panel.  
zTake care to avoid exposing the unit to vibration  
or impact.  
5
Remove the stoppers of the inner members, and  
install the unit in the rack.  
After installation, check that the unit moves  
smoothly.  
zKeep the temperature in the rack between 5°C  
(41°F) and 40°C (104°F)  
zUse the rack-mount angular brackets supplied with  
the unit.  
2
Mount the slide rail inner members onto the unit.  
zThe length of the mounting screws is limited.  
Use the screws (M4a10) provided with the slide  
rails.  
If one or more mounting screws are lost or  
misplaced, use screws less than 10 mm long.  
zBe sure to fully tighten the inner members in the four  
places on the left and right.  
3
Attach the outer members of the slide rails and  
the brackets to the rack.  
Note  
Check that the height is the same on the left and  
the right.  
4
Attach the rack-mount adaptors supplied with the  
unit to the unit.  
zUse the screws provided with the rack-mount  
adaptors as the mounting screws.  
zBe sure to fully tighten the rack-mount adaptors in  
the two places on the left and the right sides.  
17  
 
 
Specifications  
[GENERAL]  
[VIDEO]  
Sampling Frequency:  
74.176 MHz/74.25 MHz  
Quantizing:  
Power supply:  
Rated Current:  
AC 120 V, 50/ 60 Hz  
0.6 A  
XYZ/RGB 4:4:4, 12 bits  
Video Compression Format:  
JPEG2000 (ISO/IEC15444)  
Error Correction:  
indicates safety information.  
Operating Temperature:  
5°C to 40°C (41°F to 104°F)  
Operating Humidity:  
Reed-Solomon product code  
Video Bit Rate:  
10% to 80% (no condensation)  
Weight:  
Max. 188 Mbps  
Approx. 7.5 kg (16.5 lb)  
Dimensions (W a H a D):  
(not including supporting feet, jacks, connectors  
and fan.)  
_Video Input Signal  
Dual Link SDI Input:  
BNC a 2, 75 Ω  
1920 a 1080/23.98PsF, 24PsF 4:4:4  
SMPTE 372M/291M/292M/299M standard  
2048 a 1080/23.98PsF, 24PsF 4:4:4  
424 mm a 87 mm a 470 mm (2U size)  
(16-3/4 inches a 3-7/16 inches a 18-1/2 inches)  
Recording Video Signal:  
2048 a 1080/23.98p, 24p XYZ/RGB 4:4:4  
1920 a 1080/23.98p, 24p XYZ/RGB 4:4:4  
Video Recording Format:  
HD-D5 JPEG2000  
_Video Output Signal  
Dual Link SDI Output:  
(Single HD SDI Output in case of 4:2:2)  
BNC a 2 a 2, 75 Ω  
Audio Recording Format:  
48 kHz/24 bits, 8CH  
1920 a 1080/23.98PsF, 24PsF 4:4:4  
SMPTE 372M/291M/292M/299M standard  
2048 a 1080/23.98PsF, 24PsF 4:4:4  
1920 a 1080/23.98PsF, 24PsF YPbPr 4:2:2  
SMPTE 291M/292M/299M standard  
Single HD SDI Monitor output:  
BNC a 1, 75 (SUPER ON/OFF)  
1920 a 1080/23.98PsF, 24PsF YPbPr 4:2:2  
Recording Media:  
HD-D5 Tape  
Recording/Playback Time:  
AJ-D5C124LP Approx. 155 min.  
Digital Slow:  
-1 to +1 times normal speed  
Search Speed:  
SMPTE 292M standard  
(Video Signal only w/o ANC data)  
Max. 50 k  
Edit Frame Accuracy:  
n0 Frame  
[Audio]  
Sampling Frequency:  
48 kHz (sync video)  
Quantizing:  
24 bits  
_Audio Input Signal  
Dual Link SDI Input: (Embedded Audio)  
BNC a 2, 75 (LinkA only) 8CH  
SMPTE 299M standard  
_Audio Output Signal  
Dual Link SDI Output: (Embedded Audio)  
BNC a 2 a 2, 75 (LinkA only) 8CH  
SMPTE 299M standard  
18  
 
 
Specifications (Continued)  
[TC]  
_TC Input Signal  
Dual Link SDI Input: (Embedded LTC/VITC)  
BNC a 2, 75 (LinkA only)  
SMPTE 291M standard  
_TC Output Signal  
Dual Link SDI Output: (Embedded LTC/VITC)  
BNC a 2 a 2, 75 (LinkA only)  
SMPTE 291M standard  
[Other Input and Output]  
HD Reference Input:  
BNC a 2 (loop-through a1),  
75 automatic termination  
HD(1920 a 1080/23.98PsF, 24PsF) tri-level sync  
HD SYNC Output:  
BNC a 1, 75 Ω  
HD(1920 a 1080/23.98PsF, 24PsF) tri-level sync,  
Advanced Reference signal for HD-D5 VTRs  
Serial Data Output (VTR HD SDI):  
BNC a 1, 75 Ω  
1920 a 1080/23.98PsF, 24PsF  
SMPTE 292M compliance  
Serial Data Input (VTR HD SDI):  
BNC a 1, 75 Ω  
1920 a 1080/23.98PsF, 24PsF  
SMPTE 292M compliance  
[Accessories (supplied)]  
Power cord (1)  
Rack-mount adaptor (2)  
Weight and dimensions shown are approximate.  
Specifications are subject to change without notice.  
19  
 
Panasonic Broadcast & Television Systems Company  
Unit Company of Panasonic Corporation of North America  
Executive Office:  
One Panasonic Way 4E-7, Secaucus, NJ 07094 (201) 348-7000  
EASTERN ZONE:  
One Panasonic Way 4E-7, Secaucus, NJ 07094 (201) 348-7196  
Southeast Region: (201) 348-7162  
WESTERN ZONE:  
3330 Cahuenga Blvd W., Los Angeles, CA 90068 (323) 436-3500  
Government Marketing Department:  
One Panasonic Way 2E-10, Secaucus, NJ 07094 (201) 348-7587  
Broadcast PARTS INFORMATION & ORDERING:  
9:00 a.m. – 5:00 p.m. (EST) (800) 334-4881/24 Hr. Fax (800) 334-4880  
Emergency after hour parts orders (800) 334-4881  
TECHNICAL SUPPORT:  
Emergency 24 Hour Service (800) 222-0741  
Panasonic Canada Inc.  
5770 Ambler Drive, Mississauga, Ontario L4W 2T3 (905) 624-5010  
Panasonic de Mexico S.A. de C.V.  
Av angel Urraza Num. 1209 Col. de Valle 03100 Mexico, D.F. (52) 1 951 2127  
Panasonic Puerto Rico Inc.  
San Gabriel Industrial Park, 65th Infantry Ave., Km. 9.5, Carolina, Puerto Rico 00630 (787) 750-4300  
© 2007 Matsushita Electric Industrial Co., Ltd. All Rights Reserved.  
P
 

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