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User`s manual Hydra

1. ii 6 4 Table 6 6 RGB input card technical data ccc ccc cccccscsesesssssssscsescsesssesesesesesessssscscscscscsesesesesesesesesesscececeesesesesees 6 5 Table 6 7 Overlay input card OVL IPU 4 technical data iii 6 5 Table 6 8 DVI video output card technical data iii 6 6 Table 6 9 Output card DVI DVI digital with scaling technical data susesi 6 6 Table 6 10 Output card DVI DVI digital analog technical data sse eeeseseneneneneneeeeneseeneni 6 6 Table 6 11 Output card DVI DVI digital technical data ii 6 6 Table 6 12 analog audio daughter board technical data ii 6 7 Table 6 13 balanced digital audio daughter board technical data ccc ccccscscscscscscsesesessseesscscseseseseseeeeeeees 6 7 Table 6 14 unbalanced digital audio daughter board technical data eee 6 7 Table 6 15 Order Codes sss sss ses dota 6 17 8 2 List of figures Figure 1 1 CEE 7 I oMer JJ A TETTE TITT 1 5 Figure t2 NEMA Sl sss nun nue nk dd 1 5 Figure 2 1 Setup With 3 HYDRAS c ccccscccscscccscscsesessscsssssesssssesesesesesesssesesssesesesesssacsesssssssasasasassssssesesesesesesesssesececeeecaeaes 22 Figure 3 1 Front view Of HYDRA iii 3 2 Figure 3 2 Reaf view of HYDRA E AREE uo SD DONAS LN LAJ 3 4 Figure 3 3 Power module on the re
2. 7 and restart if necessary 7 2 Hotline Feel free to contact us if you have any further questions e Barco N V Projection Systems Belgium Noordlaan 5 B 8520 Kuurne Phone 32 56 368 211 Fax 32 56 368 251 E mail support bcd barco com Web www barcocontrolrooms com Barco Hydra R5976260 Revision 13 February 2007 72 8 Index 8 Index 8 1 List of tables Table 3 1 Allocation of LEDS on front Of HYDRA cccccscesesesesssseseseseesssssescsesesesesusesscsesesescececesessesseaesesesesesneneseseaeeesees 3 3 Table 3 2 allocation of LED s on the back Of HYDRA i 3 5 Table 3 3 Writing on the audio b0ard iiiiiii a iaaa a rae anaiena Ean eaa Ea iaa ilast 3 19 Table 4 1 BIOS settings Of SBC 2 ii 4 3 Table 4 2 BIOS settings Of SBC 566 MHZ iii 4 3 Table 4 3 BIOS settings Of SBC 233 MHZ iii 4 3 Table 4 4 Realtek boot agent settingS iii 4 4 Table 4 5 relation of Video Propecia 4 5 Tabl e 6 1 HYDRA technical data isa 6 2 Table 6 2 HD SDI video input card technical data ii 6 2 Table 6 3 Quad analog video input card technical data iii 6 3 Table 6 4 Quad SDI video input card technical data onicicicocodocococococononononononananarnrnononcncono nono nono no no rnrnrnronononononono 6 3 Table 6 5 Streaming video card technical data
3. Hardware configuration for redundant operation with DVI DVI output card with one output card per unit Barco Hydra R5976260 Revision 13 February 2007 4 7 4 Operating 4 4 Dual mode In dual mode one HvoRA is connected to two projection modules A special setting of the iSrupio software allows displaying the sources of the Hybra on both modules please refer also to the iSrupio user s manual section Dual Mode If using a DVI DVI output card one card per HYDRA is sufficient to setup dual mode If using a DVI video output card a second additional output card of the same type is required for dual mode DVI video output card Two output cards are required Each output card is connected to one projection module The first output card the one which is next to the input cards must be connected to the left projection module the second output card must be connected to the right projection module Dual mode can be established via the DVI connectors or the BNC connectors The figure below demonstrates the cabling in dual mode Hydra e O N le O U OP U IPU OVL SBC Figure 4 4 Dual mode connection for two DVI video output cards DVI DVI output card digital or digital analog With a DVI DVI output card in dual mode each connector of the card is used to provide data for one projection module Channel one the upper connector is connected to the left projection mo
4. gives an overview about the used tables and figures Chapters pages figures and tables are numbered separately Chapters are indicated by a point syntax e g 4 2 3 pages by a dash syntax e g 2 1 as figures and tables are e g figure 5 4 Barco Hydra R5976260 Revision 13 February 2007 1 2 1 Introduction 1 2 Styles and symbols The typographic styles and the symbols used in this document have the following meaning Bold Labels menus and buttons are printed in the Bold font Condensed Links to both other chapters of this manual and to sites in the Internet are printed condensed In the on line version of this manual all hyperlinks appear teal Courier Names of files and parts from programs are printed in the Courier font Courier bold Inputs you are supposed to do from the keyboard are printed in Courier bold font Within a piece of programming code this arrow marks a line that must be made up in two lines though meant to be one line 5 If you do not heed instructions indicated by this symbol there is a risk of damage to the equipment If you do not heed instructions indicated by this symbol there is a risk of electrical shock and danger to personal health If you do not heed instructions indicated by this symbol there is a risk of damage to parts Which are sensitive towared electrostatic charge Oy If you do not heed instructions indicated by this symbol there is a risk to get harmed by
5. 3 AINL 0 4 AINR 0 5 AINL 1 6 AINR 1 7 AINL 2 8 AINR 2 9 AINL 3 10 AINR 3 11 AINL 4 12 AINR 4 13 AINL 5 14 AINR 5 15 AINL 6 16 AINR 6 17 GND 18 GND 19 AINL 7 20 AINR 7 21 AINL 8 22 AINR 8 23 AINL 9 24 AINR 9 25 AINL 10 26 AINR 10 27 AINL 11 23 AINR 11 29 AINL 12 30 AINR 12 31 AINL 13 32 AINR 13 33 GND 34 GND Barco Hydra R5976260 Revision 13 February 2007 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 GND GND AINL 0 AINR 0 AINL 1 AINR 1 AINL 2 AINR 2 AINL 3 AINR 3 AINL 4 AINR 4 AINL 5 AINR 5 AINL 6 AINR 6 GND GND AINL 7 AINR 7 AINL 8 AINR 8 AINL 9 AINR 9 AINL 10 AINR 10 AINL 11 AINR 11 AINL 12 AINR 12 AINL 13 AINR 13 GND GND 6 Technical appendix Figure 6 12 SCSI4 female connector analog audio daughter board pin assignment 6 13 Digital audio daughter board o o N OO viiia WN W W wy WU WU N N N N N N N N N NS mi mi mi mi mi SS WN s O 0 WON Ga U A WUN O YD 0 UO UI A WN O Barco Hydra R5976260 Revision 13 February 2007 GND GND DIN 0 not connected DIN 1 not connected DIN 2 not connected DIN 3 not connected DIN 4 not connected DIN 5 not connected DIN 6 not connected GND GND DIN 7 not connected DIN 8 not connected DIN 9 not connected DIN 10 not connected DIN 11 not connected DIN 12 no
6. Connectors of DVI DVI digital output card with scaling Dual mode To use dual mode the second output channel is used for a second display device Please refer to section 4 4 Dual mode for appropriate cabling Barco Hydra R5976260 Revision 13 February 2007 3 15 3 Getting started DVI DVI digital analog output card The DVI DVI digital analog output card provides the facility to connect two projection modules or monitors for the graphical output of the HYyDRA The output data is provided for analog and digital connection The card allows additionally scaling of the output The front plate is labeled with OPU DD The text next to the connectors reads as dvi ana1 2 Connectors On the DVI DVI digital analog output card there are two DVI I connectors 1 DVI I connector for digital analog output channel 1 2 DVI I connector for digital analog output channel 2 3 green LED output channel 1 lightens up once after successful boot process 4 green LED output channel 2 lightens up once after successful boot process Figure 3 13 Connectors of DVI DVI digital analog output card Dual mode To use dual mode the second output channel is used for a second display device Please refer to section 4 4 Dual mode for appropriate cabling 3 16 Barco Hydra R5976260 Revision 13 February 2007 3 Getting started DVI DVI digital output card The DVI DVI digital output card provides the facility to connect two projection modules or
7. DVI I connector Figure 3 11 Connectors of RGB input card Order For the order in which the RGB input cards are inserted in the Hydra applies the same rule as for the video input cards please refer to section 3 2 4 Video input card Maximal number of RGB input cards In a Hydra with redundant power net there can be up to 4 RGB input cards and in a Hydra with a non redundant power net up there can be up to 5 RGB input cards used Barco Hydra R5976260 Revision 13 February 2007 3 14 3 Getting started 3 2 6 Output card The Hyora supports different types of output cards Current models are the DVI DVI digital output cards with scal ing the DVI DVI digital analog output cards the DVI DVI digital output cards and the DVI video output cards DVI DVI digital output card with scaling The DVI DVI digital output card with scaling provides the facility to connect two projection modules or monitors for the graphical output of the HYDRA The output data is provided for digital connection The card allows addi tionally scaling of the output The front plate is labeled with OPU DD Connectors On the DVI DVI digital output card with scaling there are two DVI I connectors 1 DVI I connector for digital output channel 1 2 DVI I connector for digital output channel 2 3 green LED output channel 1 lightens up once after successful boot process 4 green LED output channel 2 lightens up once after successful boot process Figure 3 12
8. be made to the devices Barco is not liable for damages resulting from modified devices only authorized personnel should carry out other maintenance work not explicitly mentioned in this installation manual Never open the case of Hyora without first disconnecting the power supply cords Measurements and tests with the opened device may be carried out only in the factory or by specially trained personnel due to the dangers of electrical shock 1 3 6 Cleaning Unplug this product from the wall outlet before cleaning Do not use liquid cleaners or aerosol cleaners See sec tion 5 2 Cleaning for a cleaning instruction 1 3 7 Re packing Keep the original shipping carton and packing material they will come in handy if you ever have to ship your unit For maximum protection repack your set as it was originally packed at the factory Barco Hydra R5976260 Revision 13 February 2007 1 6 1 Introduction 1 4 Online documentation On the iSrupio Manuals amp Supplement CD ROM R5976593 this manual R5976260 as well as the iStupio user s manual R5976569 can be found in electronically form Insert the CD in the CD ROM drive to view the manual If autorun is enabled on the computer the start page of the CD comes up automatically Else open the start page index html of the CD manually On this start page you will find a link to the user s manual of HYDRA Acrobat Reader can be used to view the file Adobe Acrobat Reade
9. do not plug into any other type of power system The Hyora has a dual power input therefore two power nets can be connected To connect HYDRA to the power supply follow these steps e Plug the female end of the one power cord into the mains connection 33 e Plug the female end of the other power cord into the mains connection 34 Figure 3 4 Mains connection of HYDRA e Plug the male end of both power cords into the two designated power outlets Barco Hydra R5976260 Revision 13 February 2007 3 6 3 Getting started 3 2 2 Single board computer The Hyora is connected to the LAN via the Ethernet connector on the single board computer Connectors The connectors of the single board computer are not only on the front plate of the single board computer but also on a corresponding slot plate for the serial port please see the figure below serial port VGA connector only used for service green LED Ethernet connector yellow LED PS 2 keyboard or PS 2 mouse only used for service reserved for future use ou LwW IN Figure 3 5 Ports of single board computer 2 and corresponding slot plate To connect the Hyora to the Ethernet connector 4 a 100Base T cable with twisted transmitter and receiver pairs must be used Besides a PS 2 keyboard mouse connector 6 and VGA connector 2 both not used during standard opera tion of the HYDRA there is a standard serial port connector 1 Order T
10. monitors for the graphi cal output of the Hyora The output data is provided for digital connection The front plate is labeled with OPU DDD Connectors On the DVI DVI digital output card there are two DVI I connectors 1 DVI I connector for digital output channel 1 2 DVI I connector for digital output channel 2 3 green LED output channel 1 lightens up once after successful boot process 4 green LED output channel 2 lightens up once after successful boot process Figure 3 14 Connectors of DVI DVI digital output card Dual mode To use dual mode the second output channel is used for a second display device Please refer to section 4 4 Dual mode for appropriate cabling 3 17 Barco Hydra R5976260 Revision 13 February 2007 3 Getting started DVI video output card The DVI video output card provides the facility to connect simultaneously the same content on two display de vices of different type These are on the one hand a projection module or monitor for digital or analog input and on the other hand a device capable to display a video timing The front plate of the DVI video output card is la beled with OPU DV Connectors On the DVI video output card there are three connectors one DVI I connector and two BNC connectors 1 DVI I connector for digital analog output digital and analog signal are available at the same time BNC connector for CVBS output 3 BNC connector for SDI output 4 6 green LEDs 1 3 reserved fo
11. sharp objects FA If you do not heed instructions indicated by this symbol there is a risk that parts may explode If you do not heed instructions indicated by this symbol there is a risk that hot parts impact persons or objects IN The sheet icon indicates additional notes 0 Next to this icon you find further information This icon marks tips 0 Next to this icon you find important notes SO Barco Hydra R5976260 Revision 13 February 2007 1 3 1 Introduction 1 3 Safety instructions This section describes safety precautions which must be observed when installing and operating a product from Barco 1 3 1 Standards Safety regulations HYDRA is built in accordance with the requirements of the international safety standard IEC 60950 1 UL 60950 1 and CSA C22 2 No 60950 1 03 which are the safety standards of information technology equipment including electrical business equipment These safety standards impose important requirements on the use of safety critical components materials and isolation in order to protect the user or operator against the risk of electric shock and energy hazard and having access to live parts Safety standards also impose requirements to the internal and external temperature variations radiation levels mechanical stability and strength enclosure construction and protection against risk of fire Simulated single fault condition testing ensures the safety of
12. started HD SDI video input card On the HD SDI video input card there are four BNC connectors two connectors are to insert the HD SDI video signals and two connectors are to loop through the signals to another monitor Furthermore there is a 8 pin RJ45 GPIO connector that enables to have three tallies per video and two green LED s Standards The HD SDI video input card support the SMPTE 292M standard green LED path B RJ45 GPIO connector green LED path A loop through HD SDI channel B HD SDI input channel B loop through HD SDI channel A HD SDI input channel A JOU ah Y N Figure 3 9 Connectors of HD SDI video input card All unused outputs of the HD SDI video input card 4 and 6 should be terminated with a 75 Ohm BNC terminator Barco Hydra R5976260 Revision 13 February 2007 3 12 3 Getting started Streaming video card The Streaming video card connects to the Ethernet to receive and process up to four video streams The card is equipped with two RJ45 connectors and with all together eight LED s to indicate the connection status of the board Standards The Streaming video card supports various compression algorithms over Ethernet Please refer also to section 6 1 Technical data for detailed information 1 RJ45 Network connector 1 2 RJ45 Network connector 2 3 green LED connector 1 connected to the Ethernet 4 green LED connector 2 connected to the Ethernet 5 green LED ON connector 1 conn
13. the equipment to the user even when the equip ment s normal operation fails Electromagnetic interference Electromagnetic emission of HYDRA complies with EN55022 EN61000 3 2 EN61000 3 3 and the limits for a class A digital device pursuant to Part 15 of the FCC Rules Electromagnetic immunity of HYDRA complies with EN55024 1 3 2 Precautions For your own protection observe the following safety precautions when installing operating and servicing your device e Before operating the units please read this manual thoroughly and retain it for future reference e Observe all warnings and instructions printed on the devices e Servicing not explicitly mentioned in this manual should never be carried out by unauthorized personnel Never open the case of the unit without first disconnecting both power supply cords e The appliance couplers on this unit must be used for disconnecting the unit from the mains circuit For re moval of all power from the unit always disconnect both supply cords e To prevent fire or electrical shock hazard do not expose this unit to rain or moisture e This product should be operated from an AC power source e Check that the voltage and frequency of your power supply match those printed on the device label with the rated electrical values e If you are not sure of the type of AC power available consult your dealer or local power company e This product is equipped with a 3 wire grounding plug
14. 2 2 component 13 5MHz Y sampling PAL 4 2 2 component 13 5MHz Y sampling Table 6 4 Quad SDI video input card technical data Barco Hydra R5976260 Revision 13 February 2007 6 3 Streaming video card socket video formats compression algorithm bitrate digital network carrier network transmission protocol connection protocols supported encoders 6 Technical appendix 2 x RJ45 connector 8 pin for redundant connection PAL NTSC MPEG 1 ISO 11172 MPEG 2 ISO 13818 MP ML 4 2 0 DVB ETR 154 SPTS MPTS the DVB format is MPEG 2 based MPEG 4 part 2 ISO 14496 2 SP L3 ASP L5 Bosch MPEG 4 h263 MJPEG ISO 10918 MXPEG 2D Wavelet 1 4 streams and max 44Mbps per board MPEG 1 up to 4 streams all resolutions MPEG 2 up to 4 D1 streams or 4 CIF streams 44Mbps per board max 15Mbps per stream MPEG 4 part 2 up to 4 CIF streams or 3 2CIF streams or 1 2 4CIF streams depends on resolution 32Mbps per board max 8Mbps per stream MPEG 4 h263 up to 4 CIF streams or 4 2CIF streams or 4 4CIF streams MJPEG up to 4 CIF streams or 2 4 4CIF streams Visiowave 1 3 D1 streams or up to 4 CIF streams depends on reso lution TRANSFORM SCN 1 stream Base T Ethernet 10 100 Mbps UDP RTP variable header length lost packet detection packet recorder non video packet detection IGMP v2 and v3 multicast subscription MPEG 2 Bosch Coretec Cornet Exterity Fast Video Security HaiVision iMPath Lan
15. 2480 R9851730 R9830968 R9842290 R9842280 R9842520 R9851790 R98518001 R9832530 R9832560 R9832450 R98324401 R9832490 R9832520 R9832510 Barco Hydra R5976260 Revision 13 February 2007 user s manual HYDRA English user s manual iSrupio English iSrupio Manuals amp Supplement CD ROM HYDRA base unit Quad SDI video input card for HYDRA HD SDI video input card for HYDRA Quad analog video input card for HYDRA Streaming video card for HYDRA RGB DVI input card for HYDRA DVI DVI digital output card with scaling for HYDRA DVI DVI digital analog output card for HYDRA DVI DVI digital output card for HYDRA DVI video output card for HYDRA audio input card for Hyora mother board audio input card for Hyora analog daughter board audio input card for Hyora digital daughter board balanced audio input card for Hyora digital daughter board unbalanced PARTHENOPE Audio BreakOut box 56 channel PARTHENOPE Audio BreakOut box 112 channel connector EDAC 90 male patch panel 15x2 BNC flight case for HYDRA cable set D15 BNC 5 x BNC RGB 15 m cable set DVI 5xBNC VGA DVI A cable 2m spare Quad SDI video input card for HYDRA spare HD SDI video input card for HYDRA spare Quad analog video input card for HYDRA spare Streaming video card for HYDRA spare RGB DVI input card for HYDRA spare audio input card for Hyora mother board spare audio input card for Hyora analog daughter board spare audio input card
16. Barco Hydra R5976260 Revision 13 February 2007 6 6 Analog audio daughter board Input analog audio input impedance 50kQ input sensitivity OdBu max input level 24dBu frequency reponse at from 15Hz to 23 2kHz 3dB points A D converter stereo 18 bit converter smapling frequency 48 kHz per channel Balanced digital audio daughter board input digital AES EBU audio input type differential input compatibility RS422 input interface transformerless professional sampling frequency 32 44 1 48kHz detected via input Unbalanced digital audio daughter board input digital AES EBU audio input type AES3 id 75Q unbalanced sampling frequency 32 44 1 48kHz detected via input 6 Technical appendix Table 6 12 analog audio daughter board technical data Table 6 13 balanced digital audio daughter board technical data Table 6 14 unbalanced digital audio daughter board technical data Barco Hydra R5976260 Revision 13 February 2007 6 7 6 Technical appendix 6 2 Interfaces Seen from outside of HYDRA Quad analog video input card Quad SDI video input card and HD SDI video input card O 1 Signal 2 Shield Figure 6 1 BNC connector Quad analog Quad SDI HD SDI video input card pin assignments HD SDI video input card 8 pin RJ45 connector GND GPIO3 channel A GPIO3 channel B GPIO1 channel A GPIO1 channel B GPIO2 channel A GPIO2 channel B GND 5 6 7 8 Sw MN Figur
17. PE ii 3 20 Figure 3 19Patch paneli zurigo dano SANAS TO siga penare dae Bad dann DUDA 3 24 Flgure 3 20 HYDRA Startup Screen sss aaa na 3 26 Figure 4 1 Hardware configuration for redundant operation with DVI video output card in DVI output mode with IWOOUIPUMCANASIpe UNII Ss a a eni ie toed le 4 6 Figure 4 2 Hardware configuration for redundant operation with DVI video output card in video output mode with one OUTPUT Card DEF UNII sk p ESA ELA INN do 4 6 Figure 4 3 Hardware configuration for redundant operation with DVI DVI output card with one output card per E AA AAA A A A A E E A A 4 7 Figure 4 4 Dual mode connection for two DVI video output cardS iii 4 8 Figure 4 5 Scheme of dual mode connection for a DVI DVI output card iii 4 8 Figure 6 1 BNC connector Quad analog Quad SDI HD SDI video input card pin assignment 6 8 Figure 6 2 Connector for GPIO insertion HD SDI video input card pin assiIgnMEnt iii 6 8 Figure 6 3 Connector for GPIO insertion Quad analog Quad SDI pin assignment iii 6 8 Figure 6 4 RJ 45 connector Streaming video card pin ASSIGMMENE 6 9 Figure 6 5 DVI I connector RGB input card pin assignMeNt oonicococicinocononononnnnnnnnnnn nono nononnnonononononononono rar ar aran anar 6 9 Figure 6 6 DVI I connector DVI DVI digital output card with w
18. RA Please refer to section 3 2 1 Power supply Connect your Hyora to the local area network Connect the network to the Ethernet connector of the single board computer Please refer to section 3 2 2 Single board computer Connect your video sources to the video input cards and the RGB sources to the RGB input cards if advisable use the patch panel Please refer to section 3 2 4 Video input card 3 2 5 RGB input card and 3 2 10 Patch panel Connect the intended display devices to the output card Please refer to section 3 2 6 Output card If necessary connect the audio sources to the digital and analog audio daughter boards Please refer to section 3 2 7 Audio board and 3 2 8 Parthenope If information of an NGM 164 is used check that it is connected to the LAN please refer to section 3 2 9 NGM 164 Barco Hydra R5976260 Revision 13 February 2007 3 25 3 Getting started 3 3 2 Switching on When taking the Hyora for the first time into operation first the iSrupio Hydra boot CD must be inserted into the CD ROM drive Therefore follow the above mentioned steps e To switch on the Hyora press the power switch 6 on the front of HYDRA e Check the state of the green LED power 30 on the back of Hyora It must be permanently on to indicate that the power supply operates properly If this is not the case see section 7 1 Hydra does not start up please e Open the CD ROM drive 7 If the CD ROM drive does not stay open retr
19. T amp PANEL CRT amp PANEL SDD DRIVE M SYSTEM M SYSTEM PANEL DRIVER gt Resolution 1280x1024 1024x768 PANEL DRIVER gt Technology TFT color TFT color PANEL DRIVER gt Manufacture Standard Samsung PANEL DRIVER gt Code 1280x1024TFT LT151X1 2 Table 4 3 BIOS settings of SBC 233 MHz Take care not to use the entry default settings as this applies other settings than mentioned above Nevertheless if so please readjust the BIOS to the above Hydra settings Barco Hydra R5976260 Revision 13 February 2007 4 3 4 Operating 4 1 3 Boot agent settings For the single board computer SBC 2 it is important that the boot agent uses correct settings to prevent it to try to boot from the network which would increase startup time of the HYDRA These settings are pre configured in your HYDRA In case they have been changed please use the table below as a reference to readjust the settings The settings of the boot agent of the SBC 2 path setting Network Boot Protocol PXE Boot Order Int 18h Show Config Message Enable Show Message Time 3 Seconds Table 4 4 Realtek boot agent settings After readjusting the settings press the F4 key to save the changes and quit 4 1 4 Finishing the setup of BIOS and boot agent After selecting the appropriate settings save the settings and exit the BIOS or boot agent setup Halt the HYDRA and switch it off again see above Now you can safely disconnect monitor and keyboard from t
20. User s manual Hydra R5976260 Current version Title HYDRA User s Manual ID no R5976260 Revision 13 Date February 2007 main issue update chapter 1 corr chapter 2 add chapter 3 add chapter 4 corr chapter 5 corr chapter 6 add chapter 7 chapter 8 new The corresponding chapters are new or completely revised corr Passages of the corresponding chapter were corrected see modification bars add Passages of the corresponding chapter were added see modification bars This manual refers to following hardware components of HYDRA Hydra unit R9830966 Hydra Base 800W Document history Modifications which result in a new version are indicated by a vertical bar Barco Hydra R5976260 Revision 13 February 2007 Trademarks Brand and product names mentioned in this manual may be trademarks registered trademarks or copyrights of their respective holders All brand and product names mentioned in this manual serve as comments or examples and are not to be understood as advertising for the products or their manufacturers Copyright O 1998 2007 by Barco Die Weitergabe sowie die Vervielfaltigung aller Unterlagen die von uns berlassen werden deren Verwertung und Mitteilung ihres Inhaltes an Dritte ist nicht gestattet soweit dies nicht ausdr cklich zugestanden ist Urheberrechte insbesondere auch solche an Software werden nur insoweit bertragen als es fiir die Erreichung des speziellen Ve
21. VI video output card in DVI output mode with two output cards per unit Video output with DVI video output card If the DVI video output card provides a video timing then one output card per Hyora is sufficient to setup a re dundant system The suitable BNC connector SDI or CVBS of the output card remains connected to the display ing device whereas the DVI connector is used to connect to the overlay input card of the other Hyora and vice versa If this configuration is used a DVI timing should be selected Hydra Hydra e e l LILE i OPU IPU OVL SBC OPU IPU lt OVL SBC Figure 4 2 Hardware configuration for redundant operation with DVI video output card in video output mode with one output card per unit Barco Hydra R5976260 Revision 13 February 2007 4 6 4 Operating Analog or digital Output with DVI DVI Output Card If the HYDRA is equipped with DVI DVI output cards one output card per Hyora is sufficient The upper connector 1 on the output card is used to connect to the projection module the lower one 2 is used to connect to the overlay input card of another HYDRA and vice versa cani LI PU OVL SBC OPU Hydra Hydra U AA OPI OVL SBC Figure 4 3
22. a R5976260 Revision 13 February 2007 3 9 3 Getting started Quad analog video input card On the Quad analog video input card there are four BNC connectors to insert four analog video signals a 10 pin RJ45 GPIO connector that enables to have two tallies per video and four green LED s Standards The Quad analog video input card supports composite video with the international broadcasting standards PAL NTSC or SECAM green LED path A green LED path B green LED path C green LED path D analog video input channel A analog video input channel B analog video channel C analog video channel D RJ45 GPIO connector wo ON A UI a YN Figure 3 7 Connectors of Quad analog video input card Barco Hydra R5976260 Revision 13 February 2007 3 10 3 Getting started Quad SDI video input card On the Quad SDI video input card there are four BNC connectors to insert four SDI video signals a 10 pin RJ45 GPIO connector that enables to have two tallies per video and four green LED s Standards The Quad SDI video input card supports the standard SMPTE 259M C 4 2 2 270Mbps only green LED path A green LED path B green LED path C green LED path D SDI input channel A SDI input channel B SDI input channel C SDI input channel D RJ45 GPIO connector 10 pin Oo ON A LI kW MN Figure 3 8 Connectors of Quad SDI video input card Barco Hydra R5976260 Revision 13 February 2007 3 11 3 Getting
23. a plug having a third grounding pin This plug will only fit into a grounding type power outlet This is a safety feature If you are unable to insert the plug into the outlet contact your electrician to replace your obsolete outlet Do not defeat the purpose of the ground ing type plug e This equipment must be grounded earthed via the supplied 3 conductor AC power cables If the supplied power cables are not the correct one consult your dealer Barco Hydra R5976260 Revision 13 February 2007 1 4 1 Introduction Mains lead AC Power cords with CEE 7 plug The wires of the mains lead are colored in accordance with the following code yellow green Earth Ground blue Neutral brown Line Live Figure 1 1 CEE 7 plug Power cord with NEMA 5 15 plug The cord set must be UL approved and CSA certified The minimum specification for the flexible cord is No 18 AWG Type SVT or SJT 3 conductor The cord set must have a rated current capacity of at least 10A The attachment plug must be an Earth grounding type with a NEMA 5 15P 10A 125V configuration The wires of the power cords are colored in accordance with the following code green or yellow green Earth Ground blue or white Neutral brown or black Line Live Figure 1 2 NEMA 5 15 plug e Do not allow anything to rest on the power cords Do not locate this product where people will walk on the cords To disconnect the cords pull them out by th
24. access Mavix NKF Optibase Path1 PelcoNET Siemens OTN Tandberg Teleste Telin dus VBrick VideoLAN Vorx MPEG 4 part 2 Cornet DVTeL IndigoVision Lanaccess Mavix NiceVi sion Siemens OTN Teleste VBrick Verint VideoLAN Vorx MPEG 4 h263 Bosch PelcoNET MJPEG AXIS Lenel VideoLAN MXPEG Mobotix 2D Wavelet Visiowave TRANSFORM SCN Barco Table 6 5 Streaming video card technical data Barco Hydra R5976260 Revision 13 February 2007 6 4 RGB input card socket RGB input horizontal frequency pixelclock resolution amp colors analog sync modes resolution amp colors analog HD 720x483 1280x720 1920x1080 sync modes resolution amp colors digital 640x480 800x600 1024x768 1280x1024 Overlay input card OVL IPU 4 socket graphics input input timing pixelclock Barco Hydra R5976260 Revision 13 February 2007 2xDVI I FBS P29 15kHz 90kHz analog interface 20MHz 140MHz digital interface 20MHz 112MHz VGA 60Hz 24bpp SXGA 75Hz 24bpp separate sync composite sync sync on green 24 bpp only progressive scan 60 1 001 Hz 60 1 001 Hz 60 Hz 24 1 001 Hz 24 Hz 25 1 001 Hz 25 Hz 30 1 001 Hz 30 Hz American Bi level American Tri level with input signal along DVI specifications 60 Hz 24 bpp 60 Hz 24 bpp 60 Hz 24 bpp 60 Hz 24 bpp DVI I connector genlock LTC VITC D15 from VGA 60 Hz up to UXGA 60 Hz 25MHz up to 165MHz 6 Technical ap
25. ar Of HYDRA iii 3 5 Figure 3 4 Mains connection Of HYDRA ii 3 6 Figure 3 5 Ports of single board computer 2 and corresponding slot plate 0 cc esesesesesseseseeeeeeteseseeeeeeeeteeeeeees 3 7 Figure 3 6 Ports of the overlay input card OVL IPU A ii 3 8 Figure 3 7 Connectors of Quad analog video input CAFC esesesesesseseseeeeeeeeeeseseseseseseseecscseseeeeneeescseeeeesesesteneeeees 3 10 Figure 3 8 Connectors of Quad SDI video input card iii 3 11 Figure 3 9 Connectors of HD SDI video input card 3 12 Figure 3 10 Connectors of Streaming video card iii 3 13 Barco Hydra R5976260 Revision 13 February 2007 8 1 8 Index Figure 3 11 Connectors Of RGB input Card ii 3 14 Figure 3 12 Connectors of DVI DVI digital output card with SCalinQ ui 3 15 Figure 3 13 Connectors of DVI DVI digital analog output card o ononococococococononnnnnnonnnonononononnnononononcn cono no nono nononnannos 3 16 Figure 3 14 Connectors of DVI DVI digital output Card ii 3 17 Figure 3 15 Connectors of DVI video output Card ii neke 3 18 Figure 3 16 Connectors of analog and digital daughterboard iiii 3 19 Figure 3 17 Front view Of PARTHENOPE ie 3 20 Figure 3 18 Rear view Of PARTHENO
26. ary 2007 unused unused unused DDC serial data DDC serial clock unused unused TMDS data2 shield TMDS data2 TMDS data2 Genlock input PAL or NTSC VITC input unused unused unused c5 16 15 14 13 12 11 10 00 10 6 Technical appendix vor 2 Shield Figure 6 8 BNC connector DVI video output card pin assignments ground c4 unused c3 unused hot plug detect 24 TMOS clock ground 23 TMDS clock 5V power 22 TMDS clock shield unused 21 unused unused 20 unused TMDS data1 shield 19 TMDS data shield TMDS data1 18 TMDS data0 TMDS data1 17 TMDS data0 Figure 6 9 DVI I FBS P29 connector overlay input card OVL IPU 4 pin assignment 6 1 11 5 15 10 ground 11 unused ground 12 unused ground 13 LTC input unused 14 LTC input ground 15 unused Figure 6 10 Sub D15 connector overlay input card OVL IPU 4 pin assignment 6 11 Breakout cable for overlay input card OVL IPU 4 HD15P 1 red wire BNC 1 6 BNC 1 2 green wire BNC 2 7 BNC 2 13 grey wire XLR 2 10 XLR 1 14 black wire XLR 3 11 XLR 1 a E 6 Technical appendix BNC genlock PAL or NTSC shield VITC PAL or NTSC shield LTC high shield LTC low shield Figure 6 11 Breakout Cable for overlay input card OVL IPU 4 pin assignment Barco Hydra R5976260 Revision 13 February 2007 6 12 Analog audio daughter board 1 GND 2 GND
27. c BIOS settings of SBC 2 and the 566 MHz version as well as the boot agent settings of the SBC 2 are listed For the single board computer with 233 MHz processor speed there exist two cases where the BIOS settings of the SBC need to be changed depending on the overlay version of the overlay input card e Upgrading First case is after an upgrade to iSrupio release 1 6 or higher with all the additional conditions fulfilled e the HYDRA is equipped with a prior model of the single board computer 233 MHz processor speed e the overlay input card has overly version 9 or higher e the HYDRA was operated with an output resolution for projection modules with 1024x768 pixels XGA one module or dual mode before the upgrade to the release 1 6 or higher of the iSrupio software The BIOS settings have to be changed to SXGA 1280x1024 pixels The BIOS settings are important for inter nal data processing but do not determine the output resolution of the HYDRA e Changing the output resolution Second case is when changing the output resolution of the HYDRA connecting to a different type of projection module with different display resolution with all the additional conditions fulfilled e the Hyora is equipped with a prior model of the single board computer 233 MHz processor speed e the overlay input card has overly version 8 or lower The respective output resolution must be adapted to the BIOS settings Output resolution XGA requires XGA BIOS settings
28. ction Module Control This command halts the Hyora If you want to switch off all Hyora units of a wall you also can use the command Halt wall from the Wall menu When the Hyora is halted it stops to send an output signal to the projection mod ules and they show their original display e g a black or blue screen If so the Hyora can be switched off with the power switch 6 at the front of it Barco Hydra R5976260 Revision 13 February 2007 3 26 4 Operating 4 Operating This chapter provides information about internal settings extended video functionality and advanced configura tions of the HYDRA It does not explain how the Hyora is used to monitor and display video and RGB sources but this can be found in detail in the iSrupio user s manual iSrupio is just accounted as far as necessary to understand the substance of this chapter Barco Hydra R5976260 Revision 13 February 2007 4 1 4 Operating 4 1 BIOS and boot agent settings There exist multiple versions of the single board computer SBO 1 The current version is the SBC 2 It can be recognized by its usage of two slot plates please refer also to section 3 2 2 Single board computer The two predecessors of the current board exist in one version with 233 MHz and one version with 566 MHz processor speed They use just one slot plate The 233 This section is intended for adjustment of the BIOS of the 233 MHz version Furthermore the Hyora specifi
29. device The front The front of PARTHENOPE looks like this or similar Parthenope 1 4 EDAC 90 connectors Figure 3 17 Front view of PARTHENOPE On the front of PARTHENOPE there may be two or four EDAC 90 connectors 1 4 The rear The rear of PARTHENOPE looks like this or similar EDAC 90 connectors 1 4 5 8 Respective SCSI connectors Figure 3 18 Rear view of PARTHENOPE On the rear of PARTHENOPE there may be two or four EDAC 90 connectors 1 4 if not installed on the front and according to the number of EDAC 90 connectors two or four SCSI connectors 5 8 The SCSI cable between the audio boards and Parthenope are not very strong Handle them with care Do not bend Barco Hydra R5976260 Revision 13 February 2007 3 20 3 Getting started Connection to the EDAC connectors The EDAC connector has 28 inputs Each of these inputs consists of three jacks To connect an analog audio stereo source two adjacent inputs are needed The input with the odd number is used for the left channel the input with the even number is used for the right channel This means that 14 ste reo sources can be connected per EDAC connector To connect a digital audio source only the inputs with the odd numbers are used This means that also 14 stereo sources can be connected Each channel has three connections the hot connection v the cold connection v and the ground gnd To receive the best noise immunity whe
30. dule looking from front to the projection modules channel two is connected to the right projection module please see also the figure below Hydra ULNA OVL SBC Figure 4 5 Scheme of dual mode connection for a DVI DVI output card Barco Hydra R5976260 Revision 13 February 2007 4 8 5 Maintenance 5 Maintenance The Hvora requires very little maintenance Some maintenance operations are nevertheless necessary to main tain distortion free operation of the HYDRA Barco Hydra R5976260 Revision 13 February 2007 5 1 5 Maintenance 5 1 Exchange of consumables 5 1 1 Replacing the filter pad of Hydra The filter pad of the Hyora case has to be changed in intervals depending on the grade of pollution of the air The air filter is located behind the ventilation slits on the front of HYDRA Unlock the front cover of Hyora with the key Open the filter flap upwardly On the inner side of the filter flap there is a securing screw which holds a steel plate and the filter Loosen this screw Now you can remove the steel plate and the filter pad from the filter flap Remove the old filter pad from the steel plate and put a fresh one on it Place the steel plate on its location on the filter flap and tighten the securing screw Close the filter flap Lock the front cover Barco Hydra R5976260 Revision 13 February 2007 5 2 5 Maintena
31. e 6 2 Connector for GPIO insertion HD SDI video input card pin assignment Quad analog video input card and Quad SDI video input card 10 pin RJ45 connector 10 1 1 GND 6 GPIO2 channel A 2 GPIO2 channel D 7 GPIO2 channel B 3 GPIO1 channel D 8 GPIO1 channel A 4 GPIO2 channel C 9 GPIO1 channel B 5 GPIO1 channel C 10 GND Figure 6 3 Connector for GPIO insertion Quad analog Quad SDI pin assignment Barco Hydra R5976260 Revision 13 February 2007 6 8 Streaming video card DyN TD TD RD RGB input card C2 C1 N AIN Wa UIO Barco Hydra R5976260 Revision 13 February 2007 Analog Green Analog Red Analog VSync DDC Data DDC Clock unused unused TMDS Data2 shield TMDS Data2 TMDS Data2 c5 16 15 14 13 12 10 RD o JO UL 6 Technical appendix Figure 6 4 RJ 45 connector Streaming video card pin assignment Analog Ground analog R G B return Hot Plug Detect Ground return for 5V Hsync and Vsync 5V unused unused TMDS Data1 shield TMDS Data1 TMDS Data1 c4 C3 24 23 22 21 20 19 18 17 Analog HSync Analog Blue TMDS Clock TMDS Clock TMDS Clock Shield unused unused TMDS Data0 shield TMDS Data0 TMDS Data0 Figure 6 5 DVI I connector RGB input card pin assignment 6 9 DVI DVI digital output card and DVI DVI digital output card with scaling c2 not connected c5 ground C1 not connec
32. e ees NE rages oe TN eens eae eee Re 3 26 4 Operating isin tees ses ted ss arb ad ak awl TTTEIITTTRITTTTTETTTETTTTTTETETTTTTITTTTTTTTTTTTITEFTTTETTEE TOATTTTL 4 1 4 1 BIOS and boot agent settings i 4 2 4 1 1 Entering the BIOS or boot agent i 4 2 Ae BIOS SINO S nit Ar Enna Dalia OO TO HSA eee ee 4 3 41 3 Bootagent settings sss SSL LN SD SUN GN SOU UG aiii 4 4 4 1 4 Finishing the setup of BIOS and boot agent iii 4 4 4 2 Additional video related IMPUt a eee eseseseseseseseseseseseesesesesesesuencscscsesesseseseseseseneseceususseseseseseeeeteneseeeeeees 4 5 4 2 1 Capability of the input cards io min aaa eaaa rar aa Talar aeaaea EAE EEEE EES 4 5 Barco Hydra R5976260 Revision 13 February 2007 V 4 3 Redunddnt Operation sss var cad kane Sa NTA DANAN KED IONA en ENAJ 4 6 AA Duall Modes ss as RNE ORKO OS 4 8 5 Maintenance RN A un reo 5 1 SalExchange ot consumables a AA Leo a ro ob Ske 5 2 5 1 1 Replacing the filter pad of Hydra ii 5 2 5 2 Cleaning ii sss ila ia pN SR See A 5 3 GIechmcal appendh assale 6 1 6 Technical data ss ma ile alia A NULAN To AULA a NN 6 2 6 2 INIE ACESI use mot sa elia DO SI moj Rouen he cae endl 6 8 613 ONDER CODECS e unpor KK NS NO ENO ING HO 6 16 7 Troubleshooting sx NS LILIO LILO LLI AAA AK 7 1 Tuel Hydra does notstalb Ups ezen eis a E er A ka io ek o Nao NJ 7 2 A A RA 7 2 A A E leer ak wie ae we e
33. e left The Power Modules Detail The power modules on the back of Hyora look like this or similar 39 40 41 42 43 securing screws handle vent for fan green LED power switch Figure 3 3 Power module on the rear of HYDRA The power modules are fixed with securing screws 39 on the case of HYDRA Across the power module there is the handle 40 On the top of the middle there is the power switch 43 below it there is a green LED 42 indicating operation The allocation of the LEDs is explained in the table below number 30 green 31 red 42 green name state meaning power failure ON permanent power supply and power modules OK ON blinking and one or more power modules failed Buzzer is active one or more power cords are disconnected fan failed OFF all fans are working ON one fan failed power module ON power module is working OFF Power unit failed Table 3 2 allocation of LED s on the back of HYDRA Barco Hydra R5976260 Revision 13 February 2007 3 5 3 Getting started 3 2 Cabling 3 2 1 Power supply Check the power rating on your outlet before connecting HYDRA to the wall outlet or to a power strip Contact your facilities manager or a qualified electrician if you are not sure what type of power is supplied to your building HYDRA is designed to operate with single phase power systems having a grounded neutral conductor To reduce the risk of electrical shock
34. e mentioned properties Barco Hydra R5976260 Revision 13 February 2007 4 5 4 Operating 4 3 Redundant operation If operating two or more Hyoras special hard and software configurations can be made to avoid a loss of source control in case that one display fails Depending on the used output cards and the selection of the format of the output data different configurations must be applied By using special layouts which complement one another when being displayed on top of each other all sources and further information of both HYDRA units can be displayed on one projection module but of course with less available space per source Please refer to the iSrupio user s manual section Redundant Operation DVI output with DVI video output card With the DVI video output card two cases have to be distinguished If it is the DVI connector that connects to the projection modules then two output cards per HYDRA have to be used to establish a redundant setup The DVI connector of the first output card is connected to the projection module to provide the digital or analog data the DVI connector of the second output card is connected to the overlay input card of another Hyora In addition the video output of both output cards can be connected to suitable devices OPU IPU OVL SBC OPU IPU Figure 4 1 Hardware configuration for redundant operation with D
35. e plug Never pull the cords themself e If an extension cord is used with this product make sure that the total of the ampere ratings on the products plugged into the extension cord does not exceed the extension cord ampere rating e Never push objects of any kind into this product through cabinet slots as they may touch dangerous voltage points or short out parts that could result in a risk of fire or electrical shock e Never spill liquid of any kind on the product Should any liquid or solid object fall into the cabinet unplug the set and have it checked by qualified service personnel before resuming operations e Lightning For extra protection for this video product during a lightning storm or when it is lift unattended and unused for a long period of time unplug it from the wall outlet This will prevent damage to the unit due to lightning and AC power line surges Barco Hydra R5976260 Revision 13 February 2007 1 Introduction 1 3 3 Unpacking of devices Note advises on the packaging for unpacking 1 3 4 Installation e Do not place this unit on an unstable cart stand or table The unit may fall causing serious damage to it e Do not use this unit near water e Use only the power cord supplied with your unit While appearing to be similar other power cords have not been safety tested at the factory and may not be used to power the unit For a replacement power cord contact your dealer e Slots and openin
36. ected with 100 Mbps OFF connector 1 connected with 10 Mbps 6 green LED ON connector 2 connected with 100 Mbps OFF connector 2 connected with 10 Mbps 7 stream 1 is active 8 stream 2 is active stream 3 is active 10 stream 4 is active Figure 3 10 Connectors of Streaming video card Connection The two RJ45 network connectors 1 2 establish the connection to the network For a redundant connection a network cable should be plugged into each of the plugs 1 and 2 These network cables should connect on the other side to a redundant network In case of a failure of one connection the other connection will take over the complete network traffic If a redundant connection is not required either plug 1 or plug 2 can be used for the connection Both plugs use the same IP and MAC address thus no configuration in regard of the used plug is required Barco Hydra R5976260 Revision 13 February 2007 3 13 3 Getting started 3 2 5 RGB input card The RGB input card has two independent DVI plugs to connect two analog or digital RGB sources to the HYDRA Two LED s indicate whether there is a source connected or not one LED for each RGB input channel Standards The RGB input card processes analog RGB and HD RGB input signals digital RGB input and component video RGB Connectors On the RGB input card there are two DVI I connectors and two green LED s S 1 IN B DVI I connector 2 green LED IN B 3 green LED IN A 4 IN A
37. ee ee eee aie teak 8 1 87 LISTON ADIOS ska hte eee weenie NN INNA iin Wide I wean 8 1 82 LISt Ob TQUICS senku mm MIA KU ANE oth Mae AR des Ine do dardos oe ai 8 1 Barco Hydra R5976260 Revision 13 February 2007 vi 1 Introduction 1 Introduction This chapter explains the structure of the manual itself and the used typographic styles and symbols Safety in formation is provided concerning the operation of computer systems from Barco Barco Hydra R5976260 Revision 13 February 2007 1 1 1 Introduction 1 1 How this manual is organized This manual describes the design of HYDRA from Barco It is divided into eight chapters Introduction explains the structure of the manual itself and the used typographic styles and symbols Safety information is provided concerning the operation of computer systems from Barco Summary gives an overview about the features of HYDRA Getting Started describes the set up of HYDRA If your HYDRA is already configured within your working place you can skip this chapter and continue with chapter 4 Operating operating provides information about extended configurations functionality and access to the settings of the HYDRA Maintenance describes maintenance operations for HYDRA Technical Appendix gives tabular overview about the technical details of HYDRA its components and of their interfaces Troubleshooting gives advice if your HYDRA does not operate properly Index
38. ep the SHIFT and F10 key of the keyboard pressed until the boot agent setup is started Barco Hydra R5976260 Revision 13 February 2007 4 2 4 Operating 4 1 2 BIOS settings The table below lists the Hyora specific BIOS settings that must be selected for proper operation of the SBC 2 path setting Advanced BIOS Feature First Boot Device CDROM Advanced BIOS Feature Second Boot Device LAN Advanced BIOS Feature Third Boot Device Floppy Advanced Chipset Features Frame Buffer Size 32M Advanced Chipset Features Panel Type 06 Integrated Peripherals Primary Master PIO Mode 3 Table 4 1 BIOS settings of SBC 2 The table below lists the Hyora specific BIOS settings that must be selected for proper operation of the SBC with 566 MHz processor speed path setting Inside Utilities Display Setup gt Embedded VGA LCD TV Type CRT1 LCD Inside Utilities gt Display Setup gt Set Panel Type 1280x1024 TFT Color IBM ITSX94 Table 4 2 BIOS settings of SBC 566 MHz For an SBC with 233 MHz processor speed there are multiple scenarios depending on the overlay input version of the overlay input card and on the output resolution of the HyDRA The below values are valid from iSrupio release 1 6 on path settings overlay version 9 or higher overlay version 8 or lower with XGA or output of HYDRA overlay version 8 or lower with SXGA or UXGA output of HYDRA processor clock 233 66 MHz 233 66 MHz Display Type CR
39. for Hyora digital daughter board balanced spare audio input card for Hyora digital daughter board unbalanced spare DVI DVI digital output card with scaling for HYDRA spare DVI DVI digital analog output card for HYDRA spare DVI DVI digital output card for HYDRA spare DVI video output card for HYDRA spare overlay input card OVL IPU 4 spare single board computer 2 spare CD ROM drive spare backplane spare case spare flash disk 256MB spare SCSI 4 cable spare power supply 800W for HYDRA spare fan 6 Technical appendix 6 16 6 Technical appendix Software Licenses R32875211 spare software medium iSrupio Hydra boot CD ROPT1934 iStupio software license per HYDRA unit ROPT1935 license for embedded audio metering per input channel Table 6 15 Order codes Barco Hydra R5976260 Revision 13 February 2007 6 17 7 Troubleshooting 7 Troubleshooting Check this chapter for help if your Hyora does not operate properly and for information how to contact the tech nical support of Barco Barco Hydra R5976260 Revision 13 February 2007 7 1 7 Troubleshooting 7 1 Hydra does not start up If HYDRA does not start up check the power cables at the back side of Hyora Check also if the power modules are activated with the individual switches 43 at the back When you hear no buzzer alarm and all green LEDs 42 of the power modules at the back are activated place the iSrupio Hydra boot CD in the drive
40. gs in the cabinet and the sides are provided for ventilation to ensure reliable operation of the unit and to protect it from overheating these openings must not be blocked or covered The openings should never be blocked by placing the product on a bed sofa rug or other similar surface This product should never be placed near or over a radiator or heat register This unit should not be placed in a built in in stallation or enclosure unless proper ventilation is provided e The maximum recommended ambient temperature for this equipment is 409 C e When using the unit in a multi unit rack assembly or closed assembly the ambient temperature inside the assembly may not succeed the maximum rated ambient temperature We advice to keep a distance of one U between a HYDRA and another device in the rack for reasons of cooling e When installed in a rack the installation should be such that the amount of air flow required for safe opera tion of the equipment is not compromised The mounting of the equipment should be such that no hazardous condition is achieved due to uneven mechanical loading Reliable earthing of the equipment mounted in the rack should be maintained through the power distribution in the rack Observe that the total of the ampere ratings on the rating plates of the equipment in the rack does not overload the supply wiring of the rack 1 3 5 Servicing Mechanical or electrical modifications others than described in this manual must not
41. he SBC The Hyora can be taken into its usual operation again Barco Hydra R5976260 Revision 13 February 2007 4 4 4 2 Additional video related input The Hyora is able to detect and display further video related information This is in particular closed caption CC extended data structure XDS vertical interval time code VITO wide screen signaling WSS and video index information coding VLI both with an option of the active format descriptor AFD and embedded audio Fur thermore tallies and LTC can be processed 4 2 1 Capability of the input cards The above mentioned detection of video related information is not supported in the same way by all of the input boards Please see in the table below the abilities of the video input cards Property CC XDS VITC LTC WSS WSS AFD option VLI VLI AFD option embedded audio hardware tallies Dual SDI input card NTSC only NTSC only OK PAL only PAL only PAL only PAL only OK 3 source Quad SDI input card NTSC only NTSC only OK PAL only PAL only PAL only PAL only OK 2 source HD SDI input card OK 3 source Dual analog video input card NTSC only NTSC only OK OK 3 source Quad analog video input card NTSC only NTSC only 2 source 4 overlay OK OK Operating input card Table 4 5 relation of video properties The RGB input card and Streaming video card does not support any of the abov
42. he single board computer is always inserted to the right in the first slot with the slot plate in the next slot to the left counted from right to left if looking from back on the HYDRA Barco Hydra R5976260 Revision 13 February 2007 3 7 3 Getting started 3 2 3 Overlay input card The overlay input card has an input connector that can be used to integrate digital graphical data with the data from the SBC Input can be any graphical data with the appropriate timing and resolution In particular the over lay input card can be used to configure the system for redundant operation please see section 4 3 Redundant operation Connectors The current model of the overlay input card OVL IPU 4 provides a DVI I connector to insert digital data and a D15 connector to insert an external time code signal LTC or VITC or a genlock source connector LTC VITC or genlock D15 input connector DVI I for digital graphic data green LED DVI input active green LED active genlock Sw N Figure 3 6 Ports of the overlay input card OVL IPU 4 The green LED 3 on the left indicates if a signal for the background is active The green LED 4 on the right indicates if a genlock LTC or VITC signal is active Order The overlay input card is inserted on the left side of the single board computer looking from back on the HYDRA leaving exactly one empty slot between itself and the slot plate of the single board computer The
43. io daughterboard is equipped with a SCSI 4 connector The figure below shows an audio board fully equipped with two daughterboards of digital unbalanced type 1 SCSI port 1 2 SCSI port 2 Figure 3 16 Connectors of analog and digital daughterboard The writing on the front plate of the audio board differs according to the type of daughter boards which are plugged on it nevertheless the numbering of the ports remains the same The following table lists which writing on the front plate refers to which audio daughter board Writing Type of daughterboard BALANCED ANA Analog balanced BALANCED DIG Digital balanced UNBALANCED DIG Digital unbalanced No daughterboard Table 3 3 Writing on the audio board The SCSI cable between the audio boards and Parthenope are not very strong Handle them with care Do not bend If connecting 600 Ohm audio sources to an analog audio daughterboard then to receive best signal quality the audio input at the Hydra should be terminated with a 600 Ohm resistor Order The audio boards are inserted into the slots on the left of the output card looking from the back on the HYDRA Barco Hydra R5976260 Revision 13 February 2007 3 19 3 Getting started 3 2 8 Parthenope The audio breakout box PARTHENOPE adapts the audio cabling via EDAC 90 connectors to the SCSI4 input on the audio boards The EDAC 90 connectors on PARTHENOPE can be installed on the front or on the rear of the
44. ision 13 February 2007 Contents INTO Nan 1 1 1 1 How this manual is organized iii 1 2 1 2 Styles IAS Mol iii ea ALO l AAA ENAS AO MEMA See bi 1 3 3 Safety Instruir kad 1 4 12331 Standdl sa ERIN GARA RIG RARA ai 1 4 32 PRECAUTIONS e RAIL A AA Ea 1 4 1 3 3 Unpacking of dEeVicesS an a ai kreata 1 6 13 Alnstallation s ss kase rada 1 6 153 5 SCIVICING 2s ss tah Sn RUA ALA SDS A A ADAS O tana tata 1 6 1 3 6 CleaNlNg 22 pes ms stana mn en MANDA la a nea a an ra akr I 1 6 TS ZaRESDACkINQ Ismene Ree a aloe 1 6 1 4 Online dOCUMEN TATION ss sss E NEA KO tees 1 7 2 SUMMA Yi its dadas 2 1 2AIPI ODEIWIES Sas esar o areas dk ur ed a rad e do do kto und destro 2 2 3 Getting dida 3 1 3 IsEXAMININ sesan NN 3 2 NO 3 2 RC e e ceo edo de o de 3 6 EL EPOWGISUDpIV mi a iss oe een de eta pal Tebo 3 6 3 2 2 Single board COMPUTER iia 3 7 3 2 3 0VerldY INPUT Cicas ir ati bes 3 8 3 2 4 Video INPUE e RTE TRETI aa 3 9 3 225 RGB INDUCE O AN NN IAS Nn IR 3 14 A A ska AN ROTO 3 15 3 27 AUGIO bodid e neee o a e ian a ee a a 3 19 328 Parlhenope sx Ramo LANSAR In ODIA LO KNA NSD o Ka RAR 3 20 B29 ON Eu ko ere ner rer e e pn an ne pe ani ie EO TEIN 3 23 3 2 10 Pateh panel i ss mian dsd en de lla en asada 3 24 3 3 STAN UPsssz cece ii Aino Ai 3 25 Ss pus elani ree re iaa alcaldia 3 25 33 2 SWITCHING 0 Mise stench ae At LA a tien AA IN ac AS Ae 3 26 333 SWITCHING SOU sn EN RARA t
45. ithout scaling pin assignment 6 10 Figure 6 7 DVI I connector DVI DVI digital analog output card and DVI video output card pin assignment 6 10 Figure 6 8 BNC connector DVI video output card pin assigNMEents 6 11 Figure 6 9 DVI I FBS P29 connector overlay input card OVL IPU 4 pin assignment in 6 11 Figure 6 10 Sub D15 connector overlay input card OVL IPU 4 pin assIgnment iii 6 11 Figure 6 11 Breakout Cable for overlay input card OVL IPU 4 pin ASSIGNMENT esesecseseceseseeeeeeesesesesteeeeeees 6 12 Figure 6 12 SCSI4 female connector analog audio daughter board pin assignMent i i kl 6 13 Figure 6 13 SCSI4 female connector digital audio daughter board pin assignmMent 6 14 Figure 6 14 Analog EDAC connector pin assignment i 6 15 Figure 6 15 Digital EDAC connector pin assiQNMEent 6 15 Barco Hydra R5976260 Revision 13 February 2007 8 2
46. l unbalanced ADS3 ID 75 audio signals to a digital unbalanced board the following wir ing can be used Three wire digital unbalanced connection e Connect the hot output of the source via the hot wire of the cable to v of the EDAC connector e Connect the ground shield of the source to the ground shield of the cable e Connect the ground shield of the source to the v of the cable e Connect v of the cable with the GND of the EDAC connector e v of the EDAC connector is not connected Two wire digital unbalanced connection e Connect the hot output of the source via the hot wire of the cable to v of the EDAC connector e Connect ground shield of the source via the ground shield of the cable to the GND of the EDAC connector e v of the EDAC connector is not connected When connecting digital balanced ADS3 110 audio signals to a digital balanced board the following wiring can be used Three wire digital balanced connection e Connect the hot output of the source via the hot wire of the cable to v of the EDAC connector e Connect the cold output of the source via the cold wire of the cable to v of the EDAC connector e Connect the ground shield of the source via the ground shield of the cable to the GND of the EDAC connec tor It is recommended to only connect suitable digital audio signals to the digital audio boards i e a balanced digital audio signal to a digital balanced audio board or an unbalanced digital audio signal to a
47. n connecting the various sources to the EDAC connector the following instructions must be followed for analog audio sources Three wire analog balanced connection e Connect the hot output of the source via the hot wire of the cable to v of the EDAC connector e Connect the cold output of the source via the cold wire of the cable to v of the EDAC connector e Connect the ground shield of the source via the ground shield of the cable to the GND of the EDAC connec tor Three wire analog unbalanced connection e Connect the hot output of the source via the hot wire of the cable to v of the EDAC connector e Connect the ground shield of the source to the ground shield of the cable e Connect the ground shield of the source to the v of the cable e Connect v of the cable with the v of the EDAC connector e GND of the EDAC connector is usually not connected but depending on the source it could be necessary to connect the GND of the EDAC connector also Two wire analog unbalanced connection e Connect the hot output of the source via the hot wire of the cable to v of the EDAC connector e Connect ground shield of the source via the ground shield of the cable to v of the EDAC connector e GND of the EDAC connector is usually not connected but depending on the source it could be necessary to connect the GND of the EDAC connector also Barco Hydra R5976260 Revision 13 February 2007 3 21 3 Getting started When connecting digita
48. n unbalanced digital audio board If the signal is not suitable an impedance matching transformer should be used first to convert the signal to a suitable standard Barco Hydra R5976260 Revision 13 February 2007 3 22 3 Getting started 3 2 9 NGM 164 If using audio metering information of an NGM 164 it has to be connected to the same LAN as the HYDRA More information can be found in the user manual R59770028 which is also on the iStuDIO Manuals amp Supplement CD ROM R5976593 please refer to section 1 4 Online documentation Barco Hydra R5976260 Revision 13 February 2007 3 23 3 Getting started 3 2 10 Patch panel To easily connect signals provided via cables with BNC connector a BNC patch panel can be used The patch panel is a plate that can easily be fixed into the rack and serves to connect the BNC cables coming from video or RGB sources with the dedicated cables that are connected to the Dual analog video cards of the HYDRA 4 x BNC to HD15P or to the RGB input card It consists of two rows of 15 BNC connectors each The drawing below illus trates the patch panel _ 000000000000000 0000000000000AdO lt Figure 3 19 Patch panel Barco Hydra R5976260 Revision 13 February 2007 3 24 3 Getting started 3 3 Starting up 3 3 1 Connecting First of all you have to provide the appropriate power supply Plug in the power cable on the back panel of your HYD
49. nce 5 2 Cleaning To keep the cabinet looking brand new periodically clean it with a soft cloth Stubborn stains may be removed with a cloth lightly dampened with mild detergent solution Never use strong solvents such as thinner or ben zine or abrasive cleaners since these will damage the cabinet Unplug the device from the wall outlet before cleaning Never clean the case of Hyora without first disconnecting the power supply cords Do not use liquid cleaners or aerosol cleaners Barco Hydra R5976260 Revision 13 February 2007 5 3 6 Technical appendix 6 Technical appendix This chapter provides tabular overview about the technical details of Hyora its components and of their inter faces Barco Hydra R5976260 Revision 13 February 2007 6 1 6 1 Technical data Hydra dimensions h w d dimensions h w d with fixation handling weight AC power supply mains frequency power consumption inrush current 264 V operating conditions HD SDI video input card socket HD SDI input HD SDI output GPIO resolution Barco Hydra R5976260 Revision 13 February 2007 6 Technical appendix 267 mm 435 mm 562 mm 10 5 in 6U 19 0 in 22 in 267 mm 482 mm 597 mm 31 5 kg 69 4 Ibs 100 240 V 50 60 Hz 620 W 94 A 0 40 Celsius at 8 80 humidity non condensing input for HD SDI video signal BNC signal SMPTE 292M compliant input for HD SDI video signal loopthro
50. output resolution SXGA or UXGA requires BIOS settings SXGA The version of the overlay input can be checked by means of the Note list when displaying the Module Status dialog please refer to the iSrupio user s manual section Module Status To distinguish between the two types of single board computers and to change the BIOS settings respectively the following must be done 4 1 1 Entering the BIOS or boot agent To distinguish between the 233 MHz version and 566 MHz version of the SBC the values showed during startup can be used respectively it reports 233 MHz or 566 MHz processor speed To access the BIOS the SBC must be connected to a monitor and a keyboard therefore follow the steps below e Halt the HyoRA When the HYDRA has halted switch it off by the power button on the front of it see section 3 3 3 Switching off e Connect a monitor to the VGA connector 2 of the single board computer and a PS 2 keyboard to the PS 2 keyboard mouse connector 6 of the single board computer see section 3 2 2 Single board computer e Switch on the Hyora by pressing the power switch 6 of the Hyora again e To enter the BIOS check the displayed values on the connected monitor and keep the DEL key of the key board pressed until the BIOS setup is started If the DEL key was pressed too late and the possibility to enter the setup has passed restart the Hypra with the key combination CTRL ALT DEL e To enter the boot agent setup of the SBC 2 press ke
51. pendix Table 6 6 RGB input card technical data Table 6 7 Overlay input card OVL IPU 4 technical data 6 5 6 Technical appendix Output card DVI video 1 channel digital output analog output SDI output CVBS output socket timing DVI 1 0 RGB HsVs SMPTE259 M CCIR601 1 x DVI I FBS P29 connector 2 x BNC FBS 750 connector Digital output up to iSrupio timing Barco Projector PU UXGA 60Hz Analog output up to iSrupio timing Barco Projector PU UXGA 60Hz SDI output PAL 720x576 NTSC 720x487 CVBS output PAL B D G H 702x575 NTSC PAL M 711x482 Table 6 8 DVI video output card technical data Output card DVI DVI digital with scaling 2 channel digital output socket timing DVI 1 0 2 x DVI I FBS P29 connector up to iSrupio timing Barco Projector PU UXGA 60Hz Table 6 9 Output card DVI DVI digital with scaling technical data Output card DVI DVI digital analog 2 channel digital output analog output socket timing DVI 1 0 RGB HsVs 2 x DVI I FBS P29 connector Digital output up to iSrupio timing Barco Projector PU UXGA 60Hz Analog output up to iSrupio timing Barco Projector PU UXGA 60Hz Table 6 10 Output card DVI DVI digital analog technical data Output card DVI DVI digital 2 channel digital output Socket Timing DVI 1 0 2 x DVI I FBS P29 connector up to iSrupio timing Barco Projector PU UXGA 60Hz Table 6 11 Output card DVI DVI digital technical data
52. put card 15 17 HD SDI video input cards 18 Quad analog video input card 19 21 Quad SDI video input card 22 output card 23 28 empty slots 29 audio boards 30 green LED power failure 31 red LED fan failure 32 buzzer reset button 33 mains connection 1 34 mains connection 2 35 power module 1 36 power module 2 37 power module 3 38 power module 4 Figure 3 2 Rear view of HYDRA All boards are inserted in the upper part of the back of Hvora On the right there is the single board computer 12 and the overlay input card 13 Next to them there are 16 slots available to integrate the various cards like analog video cards RGB input cards HD SDI video input cards and SDI video cards different type of output cards and audio boards On the lower part of the back of Hypra the power supply is located On the right hand side there is a dual mains connection 33 34 Here with two power cables two independent power nets can be connected Over the dual mains connection there is the buzzer reset button 32 the red LED 31 to indicate a fan failure and the green LED 30 to indicate a power failure On the left hand side there are four hot swap power modules 35 38 Barco Hydra R5976260 Revision 13 February 2007 3 4 3 Getting started To protect HYDRA from overheating the air supply openings in the case shall be kept free of obstructions A space of at least 1U between top and bottom respectively to the adjacent devices must b
53. r future use 7 green LED 4 lightens up once after successful boot process Figure 3 15 Connectors of DVI video output card Dual mode In dual mode a second output card is inserted next to the first output card The first output card must be con nected to the left projection module seen from front of the Display Wall The second output card is connected to the right projection module Please refer also to section 4 4 Dual mode Order The output cards are inserted into the slot on the left of the last video RGB input cards looking from the back on the HYDRA 1 There is no empty slot allowed between the last video RGB input card and the output card 3 18 Barco Hydra R5976260 Revision 13 February 2007 3 Getting started 3 2 7 Audio board The audio boards serve to monitor audio signals An audio board consists of an audio motherboard and one or two audio daughterboards which are plugged on the audio motherboard Up to two audio motherboards can be used in one HYDRA The audio input is inserted into the audio daughterboards A daughterboard is of analog balanced digital bal anced or digital unbalanced type On an audio motherboard analog and digital daughterboards can be mixed On one daughter board there are 28 mono or 14 stereo channels available This means an audio motherboard may contain 56 channels A Hybra with maximal two audio motherboards may monitor herewith 112 audio channels Connectors Each aud
54. r is free and freely distributable software that lets you view and print Adobe Portable Document Format PDF files If Acrobat Reader is already installed the manual can be viewed just by a dick on the respective link Else the Acrobat Reader must be installed first The required installation files can also be found on the CD Barco Hydra R5976260 Revision 13 February 2007 1 7 2 Summary 2 Summary This chapter gives an overview about the features of HYDRA Barco Hydra R5976260 Revision 13 February 2007 2 1 2 Summary 2 1 Properties iSrupio is a complete video audio and data monitoring system It typically consists out of one or more HYDRA controllers a visualization system usually a rear projection Display Wall and the iSrupio software to manage the complete system Hydra HYDRA is the hardware part of the iSrupio system Different video signals analog SDI or HD SDI RGB data as well as audio sources analog digital or embedded can be connected to a HyoRA module by means of its Streaming video cards SDI video input cards HD SDI video input cards analog video input cards RGB input cards and digital or analog audio cards Thus each Hybra might monitor up to 60 video sources and up to 112 audio sources 56 stereo pair or 112 mono channels depending on the configuration and provides an analog digital or video out put signal or combinations of them to display the sources on a visualization system Fur
55. r services provided by Barco being a component of the system or independent services will be deemed invalid provided the damage is not proven to be attributed to the absence of properties guaranteed in writing or due to the intent or gross negligence on the part of Barco If the purchaser or a third party carries out modifications or repairs on good delivered by Barco or if the goods are handled incorrectly in particular if the systems are commissioned or operated incorrectly or if after the transfer of risks the goods are subject to influences not agreed upon in the contract all guarantee claims of the purchaser will be rendered invalid Not included in the guarantee coverage are system failures which are attrib uted to programs or special electronic circuitry provided by the purchaser e g interfaces Normal wear as well as normal maintenance are not subject to the guarantee provided by Barco either The environmental conditions as well as the servicing and maintenance regulations specified in this manual must be complied with by the customer Barco Hydra R5976260 Revision 13 February 2007 ii Revision sheet To e Barco Control Rooms GmbH An der Rossweid 5 D 76229 Karlsruhe Phone 49 721 6201 0 Fax 49 721 6201 298 E mail docu de bcd barco com Web www barcocontrolrooms com From Date Please correct the following points in this documentation R5976260 page wrong correct Barco Hydra R5976260 Rev
56. rtragszwecks erforderlich ist Zuwiderhandlungen k nnen zu Schadensersatz verpflichten Alle Rechte aus der Erteilung eines Patents oder der Eintragung eines Gebrauchsmusters verbleiben bei uns Copyright O 1998 2007 by Barco All rights reserved No part of this document may be copied reproduced or translated It shall not otherwise be recorded transmitted or stored in a retrieval system without the prior written consent of Barco Guarantee and compensation Barco provides a guarantee relating to perfect manufacturing as part of the legally stipulated terms of guarantee On receipt the purchaser must immediately inspect all delivered goods for damage incurred during transport as well as for material and manufacturing faults Barco must be informed immediately in writing of any complaints The period of guarantee begins on the date of transfer of risks in the case of special systems and software on the date of commissioning at the latest 30 days after the transfer of risks In the event of justified notice of complaint Barco can repair the fault or provide a replacement at its own discretion within an appropriate period If this measure proves to be impossible or unsuccessful the purchaser can demand a reduction in the purchase price or cancellation of the contract redhibition All other claims in particular those relating to compensation for direct or indirect damage and also damage attributed to the operation of software as well as to othe
57. s There is no empty slot allowed between overlay input card and video RGB input cards and between the video RGB input cards themselves Maximal number of video input cards The maximum number of video input cards that can be used in one Hyora depends on the amount of other used cards within that Hvora The following rule must be applied for a Hyora with redundant power net 50 gt 3 H 4 7 V 3 1 S 3 8 R 4 0 ODDda 2 5 ODDds 2 ODDd 0 5 ODV 1 8 A 0 8 With a non redundant power net the following rule must be applied 65 gt 3 H 4 7 V 3 1 S 3 8 R 4 O ODDda 2 5 ODDds 2 ODDd 0 5 ODV 1 8 A 0 8 In non redundant operation most configurations can be made whereas redundant operations is a bit more re strictive In any case the above formula must be checked carefully The following abbreviations are used H number of HD SDI input cards V number of Quad analog video input cards Quad SDI input cards and of the obsolete Dual analog video input cards and Dual SDI input cards S number of Streaming video cards R number of RGB input cards 0 number of the obsolete one channel output cards MDR 26 D15 ODDda number of DVI DVI digital analog output cards ODDds number of DVI DVI digital output card with scaling ODDd number of DVI DVI digital output cards ODV number of DVI video output cards A number of the audio mother boards Barco Hydr
58. s and their output for the Display Wall by means of the iSrupio GUI available through the web browser The various input sources are di rectly connected to the HYDRA units Display Device Sources Web browser Figure 2 1 Setup with 3 HYDRAS Barco Hydra R5976260 Revision 13 February 2007 2 2 2 Summary iStudio The iSTupio software enables the control of the Hyora as well as the management of the content of the connected display Multiple Hybras can be grouped to a wall and operated commonly Besides of video and audio windows also windows with content like text logos clocks timers a stopwatch or alarms can be displayed Furthermore applications and viewers can be started and displayed The arrangement of these windows and the combination of such layouts of different Hybra can be stored and re accessed iSrupio provides the functionality to integrate alarm indicators and the detected VBI and tallies in the respective video windows Parthenope If audio cards are used in the HYDRA the audio breakout box PARTHENOPE provides the possibility to connect two or four EDAC 90 connectors with the audio input and to convert them to two or four SCSI 4 connectors for insertion at the input of the audio cards PARTHENOPE comes in two versions 56 or 112 mono channel version two or four EDAC 90 connectors NGM 164 The external device NGM 164 sends audio metering data and audio alarms of audio sources via the E
59. t connected DIN 13 not connected GND GND 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 GND GND DIN 0 not connected DIN 1 not connected DIN 2 not connected DIN 3 not connected DIN 4 not connected DIN 5 not connected DIN 6 not connected GND GND DIN 7 not connected DIN 8 not connected DIN 9 not connected DIN 10 not connected DIN 11 not connected DIN 12 not connected DIN 13 not connected GND GND 6 Technical appendix Figure 6 13 SCSI4 female connector digital audio daughter board pin assignment 6 14 6 Technical appendix Analog EDAC connector on Parthenope o O e e E E Q E e al oka Figure 6 14 Analog EDAC connector pin assignment Digital EDAC connector on Parthenope Figure 6 15 Digital EDAC connector pin assignment 6 15 Barco Hydra R5976260 Revision 13 February 2007 6 3 Order codes Hardware R5976260 R5976569 R5976593 R9830966 ROPT1913 ROPT1867 ROPT1933 ROPT1951 ROPT1851 ROPT2059 ROPT1958 ROPT1959 ROPT2022 ROPT1766 ROPT1767 ROPT1768 ROPT1914 R9830975 R9830970 R9830990 R9830985 R9830980 ROPT1771 ROPT1960 B5580602 Hardware spareparts R9851720 R9830995 R9851770 R9842320 R9830961 R9832460 R9832470 R983
60. ted 8 not connected 16 hot plug detect 7 DDC serial data 15 ground 6 DDC serial clock 14 5Vpower 5 not connected 13 not connected 4 not connected 12 not connected 3 TMDS data2 shield 11 TMDS data1 shield 2 TMDS data2 10 TMDS data1 1 TMDS data2 9 TMDS data1 6 Technical appendix C4 not connected C3 not connected 24 TMDS clock 23 TMDS clock 22 TMDS clock shield 21 not connected 20 not connected 19 TMDS data0 shield 18 TMDS data0 17 TMDS data0 Figure 6 6 DVI I connector DVI DVI digital output card with without scaling pin assignment DVI DVI digital analog output card DVI video output card DVI I connector c2 green c5 ground C1 red 8 Vsync 16 hot plug detect 7 DDC serial data 15 ground 6 DDC serial clock 14 5V power 5 not connected 13 not connected 4 not connected 12 not connected 3 TMDS data2 shield 11 TMDS data1 shield 2 TMDS data2 10 TMDSdata1 1 TMDS data2 9 TMDS data1 C4 HSync c3 blue 24 TMDS clock 23 TMDS clock 22 TMDS clock shield 21 not connected 20 not connected 19 TMDS data0 shield 18 TMDS data0 17 TMDS data0 Figure 6 7 DVI I connector DVI DVI digital analog output card and DVI video output card pin assignment Barco Hydra R5976260 Revision 13 February 2007 6 10 DVI video output card BNC connector 1 Signal Overlay input card OVL IPU 4 A Nn N N Y bh UO WU 0 Vi Ss WN Barco Hydra R5976260 Revision 13 Febru
61. thermore the HYDRA proc esses tallies and different kind of VBI Either hardware tallies connected via GPIO or software tallies can be used Closed captions XDS wide screen signaling and VITC can be detected and displayed The HYDRA is a computer whose operating system is stored on the iSrupio Hydra boot CD including a web server This enables to simply connect to and operate the Hyora from any PC connected to the same LAN as the HYDRA On the PC simply a standard web browser is required The Hyora is optimized for uninterrupted fault free operation Therefore the Hydra uses a redundant quad mod ule power supply with two different power inputs In this way failing of one power net or power supply module will not power down the Hyora The operating system is burned on CD and by this can not get corrupt For data storage a flash disk is used In addition the output of one Hyora can be inserted to another HYDRA in case that a projection module of one Hyora fails the other Hyora displays a combined output of both units If the number of displayed sources exceeds the capacity of one Hyora or if the sources shall be displayed on a larger area multiple units can be used The iSrupio software enables to easily operate all of these Hybras com monly as one wall The figure below shows a Display Wall consisting in three projection modules each connected to one HYDRA These HypRas are connected via the LAN to a PC that enables the control of the Hyora
62. thernet to the Hyora thus enabling to monitor up to 64 or if using multiple NGM 164 units even more audio sources This enables the HyDRA to monitor lots of audio channels without occupying slots for that purpose Barco Hydra R5976260 Revision 13 February 2007 23 3 Getting started 3 Getting started This chapter describes the set up of Hyora If your HYDRA is already configured within your working place you can skip this chapter and continue with chapter 4 Operating Barco Hydra R5976260 Revision 13 February 2007 3 1 3 Getting started 3 1 Examining 3 1 1 Hydra The Front The front of your Hyora looks like this or similar 52X max 7 9 10 11 reserved for future use green LED power OK green LED booting green LED software heartbeat air supply power switch CD ROM drive red LED power unit failed red LED boot error red LED system error oN AOU YN i Figure 3 1 Front view of HYDRA Under the air supply openings 5 there are operating controls On the right side there is the power switch 6 On the left side at the bottom there is the CD ROM drive 7 Under the air supply openings on the left side there are all together six LEDs 2 4 and 9 11 to record the operating state of HYDRA please see also the table below Please be carefull when inserting a CD the CD ROM drive closes automatically after a while Barco Hydra R5976260 Revision 13 Febr
63. timing of the graphical external source should correspond to the timing selected with the istudio GUI Setup Module Timing The DVI connector provides DDC timing information to enable a graphic output device with CE DDC capability to adapt to the required timing Barco Hydra R5976260 Revision 13 February 2007 3 8 3 Getting started 3 2 4 Video input card To integrate analog video SDI video and HD SDI video there are different types of video input cards available for use in the Hyora Each board except the Streaming video card is additionally equipped with a RJ45 GPIO connec tor for user specified functions like tallies or alarms Furthermore there is an LED for each input connector to indi cate if there is a video connection or not Depending on the type of the video input card up to 60 video sources can be processed and displayed by one HYDRA Order The video input cards are inserted into the slots on the left of the overlay input card looking from the back on the Hypra The order of the various video input cards and the RGB input cards can be chosen arbitrarily One exception from this is the combination of Quad SDI video input cards and RGB input cards since the RGB input cards can not be inserted directly to the left of the Quad SDI video input cards Either a card of another type can be inserted between these cards or the RGB input cards can be inserted to the right of the Quad SDI video input card
64. uary 2007 3 2 3 Getting started The table below lists the names and functionality of the LED s at the front of HYDRA number 2 green 9 red 3 green 10 red 4 green 11 red name power OK power unit failed booting booting failed software heartbeat system error state meaning ON permanent 3 3 Von the overlay board is OK OFF 3 3 V on the overlay board failed reserved for future use ON blinking HYDRA gets configured ON permanent Hyora configuration was successful ON blinking HYDRA configuration failed OFF HYDRA configuration was successful ON blinking HYDRA software is running starts running after successful configuration OFF HYDRA software is down ON blinking operation error occurred OFF no operation error Table 3 1 Allocation of LEDs on front of HYDRA Details concerning software heartbeat 4 and system errors 11 can be seen in the Module Status and Wall Alarms list please refer to the sections Module Status and Wall Alarms Area in the iSrupio user s manual Barco Hydra R5976260 Revision 13 February 2007 3 3 3 Getting started The Back The back of your Hyora looks like this or similar 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12a 12 12 single board computer 12a serial port extension of single board computer 13 overlay input 14 29 slots for video and RGB input cards output cards and audio boards e g 14 RGB in
65. ugh BNC signal SMPTE 292M compliant RJ45 connector internal pull up resistor of 10k output signal logic high min 4 5V logic low max 0 5V input signal logic high high impedance logic low max 0 7V FORMAT LINES WORDS 1035 1035 1080 1080 1080 1080 1080 1080 1080 1080 1080 720 720 ee mO eon mt ea ce PE 1920 1920 1920 1920 1920 1920 1920 1920 1920 1920 1920 1280 1280 Table 6 1 HYDRA technical data FRAME RATE FIELDS 30 30 1 001 25 30 30 1 001 25 30 30 1 001 25 24 24 1 001 60 60 1 001 P Table 6 2 HD SDI video input card technical data 53 Fe Ts Ae TD Te Se SS Se eS LAJ 6 2 6 Technical appendix Quad analog video input card socket composite video input for composite video signal BNC input signal max 1 0 V 75 Q terminator GPIO RJ45 connector 10 pins internal pull up resistor of 10k output signal logic high min 4 5 V logic low max 0 5 V input signal logic high high impedance logic low max 0 7 V video timings PAL BDGHI NTSC M Japan SECAM NTSC 4 43 PAL M PALN Table 6 3 Quad analog video input card technical data Quad SDI video input card socket SDI input input for SDI video signal BNC signal SMPTE 259M C 270Mbps 4 2 2 compliant GPIO RJ45 connector 10 pins internal pull up resistor of 10k output signal logic high min 4 5V logic low max 0 5V input signal logic high high impedance logic low max 0 7V video timings NTSC 4
66. y opening it until it stays open e Insert the iStupio Hydra boot CD R32875211 in the drive and close it e Switch off the Hyora with the power switch 6 e Switch it on again If the iSrupio Hydra boot CD R32875211 is already in the CD ROM drive then just e Press the power switch 6 on the front of HYDRA e Check the state of the green LED power 30 on the back of Hyora It must be permanently on to indicate that the power supply operates properly If this is not the case see section 7 1 Hydra does not start up please Now the Hyora starts booting from the iSTupio Hydra boot CD The startup screen is displayed By default it shows the Barco logo together with the IP address of the HYDRA which is displayed in the upper left corner If the Hypra already has been configured also another startup screen could appear dependent on the configuration of the startup layout As soon as the start screen is displayed the Hyora is ready for operation and a connection from an operator PC to the HYDRA can be established This and any further operation is explained in detail in the ISTUDIO user s manual 150 158 183 146 version 1 8 4 BARCO Visibly yours Projector Barco Marylou Figure 3 20 HYDRA startup screen 3 3 3 Switching off If the HYDRA was operated with the iSrupio software it must be halted before it can be switched off Therefore use the command Halt module of the Module menu please refer to the iSrupio user s manual se

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