Notice technique / Technical manual NT Ind A 14/26. SONY FCB H11 and FCB EH4300 SDI Interface module. Technical manual

Transcription

1 Notice technique / Technical manual NT Ind A 14/26 SONY FCB H11 and FCB EH4300 SDI Interface module Technical manual

2 Notice technique / Technical manual NT Ind A 15/26 Sommaire 1 Presentation Synoptic Caracteristics HD Video Input Analog SD input SDI output HD Analog output Serial RS232 Communication Power Connections With SONY FCB-H With SONY FCB-EH Camera connection Pin assignments of connectors) Power(J6) FFC to camera (J3) LVDS from FCB-H11 camera (J2) LVDS from FCB-EH4300 camera (J5) Analog video ouput (J7) Analog SD Y/C (J4) and VBS composite (J10) Signalization and configuration Signaling LED Video format configuration micro switches Solder jumpers Y/C, PS1 and PS Mode SD-SDI avec le bloc FCB-EH Solder jumpers RS232, PS3 and PS Mechanical Diagram Mounting of the interface board Connections for FCB H Connections for FCB EH

3 Notice technique / Technical manual NT Ind A 16/26 1 Presentation This interface provides an SDI output to SONY FCB-H11 and Sony FCB-EH4300 cameras. It also provides access to analog video outputs of the camera. It controls the video format of the camera using built in switches and converts RS232 to TTL levels 1.1 Synoptic C A M E R A Y/C CAN uc SD 8 bits CLK 5 x FPGA 8 bits Serialiser SDI CL SDI TTL RS232 / RS232 6 to 12VDC Power supply + 3,3 + 1,8 + 1,2 Main functions: Serialization and adaptation of the standard SDI signal. At startup, reading the video format of the camera, configuration according switches (RS232 VISCA protocol). Conversion of RS232/TTL level for external control. Camera power ( 6 to 12 V external) and the board voltages : 1.2V, 1.8 V, and 3.3 V HD mode Receiving LVDS signals (FPGA) Interpolation (in 1080i for the FCB-H11 block only) (FPGA) Formatting 16-bit BT656 (FPGA) SD mode Analog/digital conversion and decoding Formatting 16 bits BT656 ( FPGA)

4 Notice technique / Technical manual NT Ind A 17/ Caracteristics HD Video Input FCB-H11 FCB-EH4300 Connector KEL SSL00-10L3 KEL SSL00-30L3 Cable assembly SSL-20-10SSB-009-B USL20-30SS-005-C Signals 4 x LVDS pairs + clock 4 x LVDS pairs + clock Type Y, Cb, Cr 8 bit + HVF Y, Cb/Cr 8 bit + HVF Formats Analog SD input i50 and 59,94 (H= 55,68MHz) 1440 pixels per line - 720p50 and 59,94 (H= 74,25MHz) FCB-H i50 and 60 (H= 74,25MHz) p25 and 30 (H= 74,25MHz) - 720p50* and 60 (H= 74,25MHz) - 720p25* and 30* (H=?) FCB-EH4300 Connector KYOCERA KEL SSL00-30L3 Signals Y/C Composite Formats - PAL and NTSC (crop 4/3) - PAL and NTSC (16/9) SDI output BNC or SMB Connector 8 bits SDI Signal depending on SMPTE 259M or 292M standards, 800mVcc, 75ohm impedance Frequency : HD = 1,485Gbit/s, SD = 270Mbit/s Formats : FCB-H11 : 1080i50, 1080i59.94, 720p50, 72p59.94, PAL, NTSC FCB-EH4300 : 1080i50, 1080i560, 1080p25, 1080p30, 720p50*, 72p60, 720p25*, 720p30*, PAL, NTSC (* not active in this version) HD Analog output Molex 1,25m: HD : format YPbPr. SD : Y/C and composite Serial RS232 Communication. Molex 1,25mm, RS232 level or TTL level Power Molex 1.25, Power : +6 to 12VDC, 1,5W ( interface board only)

5 Notice technique / Technical manual NT Ind A 18/26 2 Connections 2.1 With SONY FCB-H11 YPbPr and RS232 Power 6 to 12V DC SD VBS output FFC Camera connection SD Y/C output SDI output LVDS FCB H11 connection

6 Notice technique / Technical manual NT Ind A 19/ With SONY FCB-EH4300 YPbPr and RS232 Power 6 to 12V DC SD VBS output FFC camera connection ** SD Y/C output SDI output LVDS Camera connection 2.3 Camera connection LVSDS cable assembly: cable 30 ways KEL type USL20-30SS-xxx-C FFC cable: 24 ways 0,5mm ** For this EH 4300 camera, the connection with FFC is not necessary because the LVDS link bring LVDS signals, power, analog HD and SD analog video, and RS232 command. 2.4 Pin assignments of connectors) Power(J6) Connector MOLEX V 0V 1 2

7 Notice technique / Technical manual NT Ind A 20/ FFC to camera (J3) KYOCERA V-GND 2 +V 3 0V-GND 4 +V 5 +V 6 +V 7 +V 8 0V-GND 9 Pr 10 0V-GND 11 Pb 12 0V-GND 13 Y 14 0V-GND 15 VBS 16 0V-GND 17 C 18 0V-GND 19 Y 20 0V-GND 21 Reset In 22 RxD ( TTL camera input) 23 TxD (TTL camera output) 24 0V-GND LVDS from FCB-H11 camera (J2) Connector: KEL SSL00-10L3 Cable assembly SSL-20-10SSB-009-B for FCB H11 10 TX3+ 9 TX3-8 TXCLKOUT+ 7 TXCLKOUT- 6 TX2+ 5 TX2-4 TX1+ 3 TX1-2 TX0+ 1 TX0-

8 Notice technique / Technical manual NT Ind A 21/ LVDS from FCB-EH4300 camera (J5) Connector KEL SSL00-30L3 Cable assembly USL-20-30SS-005C for FCB EH Pr 29 Pb 28 Y 27 VBS 26 C 25 Y 24 0V-GND 23 0V-GND 22 0V-GND 21 0V-GND 20 0V-GND 19 0V-GND 18 +V 17 +V 16 +V 15 +V 14 +V 13 RxD ( TTL camera input) 12 TxD ( TTL camera output) 11 0V-GND 10 TX0-9 TX0+ 8 TX1-7 TX1+ 6 TX2-5 TX2+ 4 TXCLKOUT- 3 TXCLKOUT+ 2 TX3-1 TX Analog video ouput (J7) Connector MOLEX Y Gnd Pb Gnd Pr Gnd TxD RxD Gnd TxD: interface module output RxD: interface module input You can set RS232 or TTL depending solder jumpers

9 Notice technique / Technical manual NT Ind A 22/ Analog SD Y/C (J4) and VBS composite (J10) Wires must be soldered on the PCB through 2,54mm, 3 holes for YC and 2 holes for VBS. VBS Gnd 1 2 Y Gnd C Signalization and configuration Y/C Solder jumpers Signalization LED Video format microswitches RS232/TTL solder jumpers

10 Notice technique / Technical manual NT Ind A 23/ Signaling LED In order to visualize information, the LED is emitting a lot of shorts blinks. The number of blinks indicates the status of the module. 1 blink each 2 seconds: module firmware boot. 2 blinks each 2 seconds: decoder initialization OK. 3 blinks each 2 seconds: FPGA loading OK. 4 blinks each 2 seconds: VISCA dialog with camera OK 5 blinks each 2 seconds: Camera video format configuration OK 6 blinks each 2 seconds: FPGA video configuration OK 7 blinks each 2 seconds: demand of video format modification by micro switch 3.2 Video format configuration micro switches. In the "External" mode, the interface module does not change the format of the video camera. In other modes, the board checks, at the camera power on if the camera video format corresponds to the switches, otherwise it sends a VISCA command to change format. The camera must be powered off and powered on TWICE to take the new format into account FCB-H11 video format FCB-EH4300 video format OFF OFF OFF OFF Externe Externe ON OFF OFF OFF 1080p30 OFF ON OFF OFF 1080p25 ON ON OFF OFF 1080i59, i60 OFF OFF ON OFF 1080i i50 ON OFF ON OFF 720p59,94 720p60 OFF ON ON OFF 720p50 720p50* ON ON ON OFF 720p30* OFF OFF OFF ON 720p25* ON OFF OFF ON NTSC NTSC OFF ON OFF ON PAL PAL ON ON OFF ON

11 Notice technique / Technical manual NT Ind A 24/26 OFF OFF ON ON ON OFF ON ON OFF ON ON ON ON ON ON ON 3.3 Solder jumpers Y/C, PS1 and PS2 When the solder jumpers are completed, the Y/C signals from the camera are sent to the decoder of the module (75 Ohms resistor ere loaded ) and to the J4 connector. SD-SDI output is functional and Y / C signals are available for a high impedance input. Solder jumper If the Y / C signals must be used in analog externally with loads of 75 ohms, remove the solder jumpers to avoid the double75 ohms load. In this case the output SD-SDI does not work anymore. 3.4 SD-SDI mode with FCB-EH4300 This camera does not output SD Y/C video signal. It is necessary to realize a solder jump between CVBS-Y to get a SD SDI output from the interface board. This connection can be done by soldering hole No 1 from J4 and J10.

12 Notice technique / Technical manual NT Ind A 25/ Solder jumpers RS232, PS3 and PS4 These solder jumpers allow to select TTL or RS232 level of external serial communication. RS232 level: signals are converted from RS232 level to TTTL level before connecting to the camera B B B B TTL Level: Communication signals are connected to the camera through the FPGA. The RS232 converter is bypassed. This position is visualized by «B»letter written on the Printed Circuit Board. 4 Mechanical Diagram 3 x Diam mm 2 mm 48 mm 26 mm 45 mm

13 Notice technique / Technical manual NT Ind A 26/ Mounting of the interface board 3 x M2 x 6 6 x M2 x 4 4 x M2 x Connections for FCB H Connections for FCB EH