• HD/SD video signals are output to the video signal distributor IC (IC2301) to be used for SDI/HDMI/TEST OUT
outputs.
• Video signals for the MPEG CODEC are output to the MPEG codec NATH (IC1500).
• Video signals for the XAVC CODEC are output to the XAVC codec BEAUNE (IC1100).
• Audio interface signals are input to and output from the AU-360 board.
The video signal distributor IC GMON (IC2301) has the following input/output signals.
• HD/SD video signals are input from the video signal processor ROSETTA (IC0100).
• Input from the GENLOCK signal input sync separator (IC2001).
• Output to the GENLOCK signal output PLL IC (IC2002).
• Video synchronization signals are output to the video signal processor ROSETTA (IC0100).
• Input to and output from the TC input/output signal amplifier (IC2803, IC2804).
• Output to the SDI output signal cable driver (IC2602 to IC2604) for SDI1/SDI2 output and SDI output for CA.
• Output to WM board for WiFi SDI signal.
• Output to the HDMI output signal HDMI IC (IC001/DIF-232 board).
Program data of the video signal distributor IC GMON (IC2301) is stored in the SPI flash memory (IC2500).
The baseband signals that are output from the video signal processor ROSETTA (IC0100) during recording are input
to the input signal processor IC ETC (IC100/HPR-53 board) that has XAVC codec BEAUNE (IC1100), the MPEG2
video codec NATH (IC1500) and SStP codec Curie (IC1000/HPR-53 board).
The playback video signals that are output from the XAVC codec BEAUNE (IC1100),the MPEG2 video codec NATH
(IC1500) or SStP codec Curie (IC1000/HPR-53 board) during playback are selected in the video signal processor
ROSETTA (IC0100) and the selected signals are output to the SDI/HDMI connector and the VF connector.
The XAVC codec BEAUNE (IC1100) performs real-time AVC encoding and decoding for high-resolution video signals
by one chip. This IC is connected to the video signal processor ROSETTA (IC0100) with the ultrahigh-speed (5 Gbps
x 8) serial interface. A large volume of video data is transmitted through this interface.
The XAVC codec BEAUNE (IC1100) is connected to the media processor DIABLO (IC2900) with the PCI Express
interface. Compressed video data and control signals are transmitted bi-directionally through this PCI Express interface.
The MPEG2 video codec NATH (IC1500) performs real-time MPEG2 video encoding and decoding for HD video
signals by one chip. This IC is connected to the video signal processor ROSETTA (IC0100) with the parallel bus (Y/C
10 bits × 2).
The MPEG2 video codec NATH (IC1500) is connected to the media processor DIABLO (IC2900) with the parallel bus.
Compressed video data and control signals are transmitted bi-directionally through this parallel bus.
SStP codec Curie (IC1000/HPR-53 board) performs real-time SStP video encoding and decoding for HD video signals
by one chip via input signal processor IC ETC (IC100/HPR-53 board). This IC is connected to the video signal processor
ROSETTA (IC0100) with the ultrahigh-speed (5 Gbps x 6) serial interface. The SStP codec Curie (IC1000/HPR-53
board) is connected to the media processor DIABLO (IC2900) and PCI Express interface via input signal processor IC
ETC (IC100/HPR-53 board).
Compressed video data and control signals are transmitted bi-directionally through this PCI Express interface.
DIF-232 Board
HDMI output video signal from the video signal distributor IC GMON (IC2301/DPR-362 board) and audio and control
signals from video signal processor ROSETTA (IC0100/DPR-362 board) are input to the DIF-232 board. This signal
is output to HDMI CN (CN002) as HDMI signal via HDMI signal generate IC (IC001).
HN-415 Board
The viewfinder (VF) output video signals and control signals from the DPR-362 board are input to the connector (CN4).
Two types of video signals: digital video signal (LVDS) and analog video signal are input to the HN-415 board.
The digital video signal (LVDS) is output to the connector (CN1) which is a dedicated connector for the separately
available viewfinder.
The analog video signal is output to the connector (CN2) that relays the signal to the CN-3736 board.
PXW-X500
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Содержание PXW-X500
Страница 1: ...SOLID STATE MEMORY CAMCORDER PXW X500 SERVICE MANUAL 1st Edition ...
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Страница 39: ...4 Set the date and time of the internal clock Refer to the operating instructions PXW X500 1 29 ...
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Страница 87: ...3 Remove the tape AS Tape AS PXW X500 2 33 ...
Страница 107: ...2 Remove the two screws and draw the duct box assembly PSW2 x 5 PSW2 x 5 Duct box assembly PXW X500 2 53 ...
Страница 109: ...4 Install the removed parts by reversing the steps of removal PXW X500 2 55 ...
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Страница 184: ...PXW X500 SY PXW X500 CN J E 9 878 582 01 Sony Corporation Printed in Japan 2014 11 08 2014 ...