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1. O Group Parameter Name Function Options ow General Serial Number RO Displays the serial number of the lt string gt module License Key Provides a location for entering lt string gt license key numbers not necessary for ACO6800 4X2D option Factory Recall 0 F Sets the module back to factory e On default settings Off Note There are two independent sets of default values for SDI mode and ASI mode Factory Recall in SDI mode does not affect the parameters in ASI mode and vice versa Soft Reboot 0 E Activates a soft reboot of the module On e Off Operation Mode 0 1 Sets the ACO work mode to SDIor SDI ASI e ASI Note Factory recall does not change this parameter It has no default value Thumbnail Source 0 2 Selects the thumbnail source Input Al Note This parameter is not available Input A2 in ASI mode Output Grp e Input Bl e Input B2 e Output Grp B Submodule Type RO Displays whether or not there is a e None submodule included on the module e For ISCS Backmodule Type RO Displays which back module is For connected to the front module 4X2D DSD IDSD IS D e For ISCS Switch Settings Output Source RO Displays the current output source of Input Al Out A Input A2 e Input Bl e Input B2 42 ACO6800 Installation and Operation Manual Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 1 A
2. Group Parameter Name Function Options Luma Peak Threshold Sets the threshold at which 90 to 108 102 Al 2 3 excessive luminance triggers the A2 3 3 SDI Luma Peak alarm Chroma Low Threshold Sets the threshold below which the 0 to 15 0 Al 2 4 SDI Chroma Low alarm is A2 3 4 triggered Chroma Peak Threshold Sets the threshold at or above 90 to 108 102 Al 2 5 which an excessive chrominance A2 3 5 level triggers the SDI Chroma Peak alarm Video Black Threshold Sets the threshold below which the 0 to 10 5 5 Al 2 6 SDI Video Black alarm is A2 3 6 triggered Peak Audio Threshold Sets the threshold above which 20 dBFS to 0 dBFS dBFS SDI Embedded Ch01 peak to SDI 2 dBFS Al 2 7 Embedded Ch02 peak alarms are A2 3 7 triggered Low Audio Threshold Sets the threshold below which 80 dBFS to 30 dBFS dBFS SDI Embedded Ch01 Low Audio 60 dBFS A1l112 8 to SDI Embedded Ch16 Low A2 3 8 Audio alarms are triggered Loss of Sound Threshold Sets the threshold below which 100 dBFS to 60 dBFS dBFS SDI Embedded Ch01 Loss of 90 dBFS Al 2 9 Sound to SDI Embedded Ch16 A2 3 9 Loss of Sound alarms are triggered Audio Average Level Displays the SDI Embedded e Enable Reporting Channel Average Level value e Disable Al 2 A A2 3 A Audio Average Level Restart Restarts the calculation of the On Al 2 B average audio level e Off A2 3 B SQM SDI Emb Ch1 16 A
3. Options Genlock Source 0 2 Selects the genlock source e Frame e External Sync Mode Set 0 3 Sets the sync mode for the system e Freerun e Genlock Sync Mode Feedback Displays the current sync mode defaults Freerun RO to Freerun if Genlock is not available e Genlock Operation Frame Rate 0 4 Sets the operation frame rate for the e 25Hz or 50Hz system e 29 97Hz or 59 94Hz e Auto available when Genlock is set to Sync Mode Set Operation Standard 29 59 Sets the operation standard for the lt operation frame rate gt 0 6 system available options depend on the default 525 625 55 59 System s operation frame rate 0 7 Genlock Present RO Reports whether the genlock is presentor On not e Off Genlock Lock Status Reports whether the genlock is locked or On RO not Off Genlock Standard Reports the genlock standard lt string gt Feedback RO Thumbnail Source 0 8 Selects the thumbnail source e PGM e Jnl e In2 e In3 e In4 AUX Output Source 0 9 Sets the Aux output source e PGM When PGM is selected the AUX e Jnl output is the same as PGM output b In2 e In3 e In4 Switch Event RO Displays the event that triggered the last GPI switching operation e Manual e Alarm e Relay ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued Group Param
4. Video gt Out 1_2 Settings Luma Gain 5 1 Sets the video luminance gain 6 to 6 dB 0 Luma Offset 5 2 Sets the video luminance offset e Oto 15 IRE 0 Note Units depend on the operation frame 100 to 100 mV 0 rate IRE 59 94 or mV 50 Cb Gain 5 3 Sets the video Cb gain 6 to 6 dB 0 Cr Gain 5 4 Sets the video Cr gain 6 to 6 dB 0 Cb Offset 5 5 Sets the video Cb offset 0 to 100 50 Cr Offset 5 6 Sets the video Cr offset 0 to 100 50 Hue 5 7 Sets the hue for color e 180 to 180 degrees 0 Note Range depends on the set operation 90 to 90 degrees 0 standard 90 to 90 only SD 625 White Clip Enable 5 8 Activates the white clip e Disable e Enable White Clip Level 5 9 Sets the white clip level e 90 1 to 109 0 IRE 100 Note Units depend on the set operation e 636 8 to 763 2 mV 700 frame rate IRE 59 94 or mV 50 Black Clip Enable 5 A Activates the black clip e Disable e Enable Black Clip Level 5 B Sets the black clip level e 6 8 to 6 8 IRE 0 Note Units depend on the set operation e 47 9 to 47 9 mV 0 frame rate IRE 59 94 ore mV 50 OSD Enable 5 C Activates the on screen display on Off outputs and 2 On EDH 5 D Activates the EDH insert after frame e Clear synchronizer e Insert Note Only available when the operation standard is 525 or 625 Video gt AUX Settings AUX Output Source 1 F Sets the backup channel s output s
5. COMMUNICATIONS Installation and Operation Manual O T es ns eS Selenio 6800 ACO6800 Modular Switchover Devices Edition 175 100005 01 Delivering the Moment imaginecommunications com Publication Information 2014 Imagine Communications Corp Proprietary and Confidential Imagine Communications considers this document and its contents to be proprietary and confidential Except for making a reasonable number of copies for your own internal use you may not reproduce this publication or any part thereof in any form by any method for any purpose or in any language other than English without the written consent of Imagine Communications All others uses are illegal This publication is designed to assist in the use of the product as it exists on the date of publication of this manual and may not reflect the product at the current time or an unknown time in the future This publication does not in any way warrant description accuracy or guarantee the use for the product to which it refers Imagine Communications reserves the right without notice to make such changes in equipment design specifications components or documentation as progress may warrant to improve the performance of the product Trademarks Selenio 6800 is a trademark of Imagine Communications or its subsidiaries Microsoft and Windows are registered trademarks of Microsoft Corporation HD BNC is a trademark of Amphenol
6. Choose any duration from 0 to 7200 seconds or 2 hours If this option is set to 0 and the alarm condition ceases for any period of time the alarm will clear Ack When an alarm is active click here to allow other users on the network to see that you have acknowledged the alarm Main Device Alarms Table 8 8 Device Alarms For ACO6800 ISCST Modules Alarm Name Priority Trigger s Clear s SDI Mode ASI Mode Relay Bypass On l 1 0 s 2 0 s Yes Yes Genlock Not Present l 1 0 s 2 0s Yes Genlock Framerate Mismatch l 1 0 s 2 0s Yes Genlock Unlocked l 1 0 s 2 0s Yes Subdevice Alarms Table 8 9 describes the alarms for each of the subdevices on the ACO6800 ISCST module You can only identify specific alarms using a software control application Depending on which module you are using some of the subdevice alarms may not be available ACO6800 Installation and Operation Manual 143 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 9 ACO6800 ISCST Subdevice Alarms Alarm Option Default EES Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI Mode SDI Loss of Video Reports that active HD or SD video has not been 6 1 0 2 0 present SDI Video Standard The standard video input does not match the l 1 0 2 0 Mismatch expected standard or operation standard SDI EDH Error Reports recurring EDH errors in the standar
7. 173 Index B Back modules 8 Bank select LEDs 22 C CCS Navigator 20 D Default IP address 166 Discovering a module 20 Dolby audio 25 F Factory recall 24 Firmware upgrading 18 Frame power ratings 17 Front modules description 7 illustration 6 FS fill source 85 86 G GPI input control 26 pinouts 9 specifications 164 H HD SD SDI Video specifications input 159 output 161 High priority switch 26 IconTools CD ROM 32 IP address 166 L LEDs bank select 22 module status ACO6800 4X2 ICQST 107 module status ACO6800 4x2D 51 52 module status ACO6800 ASID 65 module status ACO6800 DSD 76 107 module status ACO6800 IDSD 120 module status ACO6800 ISCST 142 module status ACO6800 ISD 154 155 License key activating 19 Line sync 125 136 Logo generator and inserter 32 37 LogoCreator software 32 36 Logos folder 36 Low priority switch 26 Manual control switching using 27 Medium priority switch 26 mg2 file format 32 36 MicroSD card file transfer 36 supported products 32 Module status LEDs ACO06800 4x2D 52 ACO6800 ASID 65 ACO6800 DSD 76 107 ACO6800 IDSD 120 ACO6800 ISCST 142 ACO6800 ISD 155 Modules back description 8 front description 6 N Navigator 20 O On screen display OSD activating 23 pP Packing list 16 Parameter settings cautions 19 on screen display OSD 23 resetting to factory defaults 24 using card edge controls 21 23 using CCS applications 20 2
8. Invert All On Invert 1 16 ch 1 L ch 8 R Phase Invert Audio gt Output gt MUX Follow Input Yes SDI Grp 1 4 Mux En ACOQ6800 Installation and Operation Manual 127 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms ACOQ6800 ISCST Parameters for SDI Table 8 2 ACO6800 ISCST SDI Parameters Group System 128 Parameter Name Function Options Serial Number RO Displays the serial number of the module lt string gt License Key RO Displays the license code of the module lt string gt Enabled Options RO Displays the current license option lt string gt Factory Recall 0 F Sets your module back to factory default Off settings On Soft Reboot 0 E Activates a soft reboot of the module e Off e On Operation Mode 0 1 Sets the ACO work mode to SDI or ASI SDI Mode Note Factory Recall does not change this ASI Mode parameter It has no default value SubmoduleType RO Shows whether there is a submodule e None included on the module e For ISCS Back Module Type Displays the type of back module e For DS IDS connected to the front module ForISCS Genlock Source 0 2 Selects the genlock source e Frame e External Sync Mode Set 0 3 Sets the sync mode for the system e Freerun e Genlock Sync Mode Feedback Displays the current sync mode e Freerun RO Note If genlock is not available system e Genlock operates
9. Parameter Name Function Options Audio gt Processing gt Audio Processing Bit Width Ch 1 8 L R Audio Bit Specifies the internal processing bit gt 16 bit Width width of the audio e 20 bit Default when operational standard is SD e 24 bit Default when operational standard is HD Audio gt Output gt Mux SD SDI Mux 24 bit 7 A Selects the audio mux bit width when the No signal is SD e Yes Group Format Follow 7 B Enables SDI embedding group format e No Input follow input setting Yes SDI Grp 1 4 Mux En 7 C_ Enables SDI embedding for audio groups Off x 1 2 3 and 4 when Group Format e On Follow Input is disabled 7 F Audio gt Output gt Routing Out Ch 1 L 8 R 6 1 Sets an audio source for the SD HD In Ch1 L Out Ch1 L 6 2 embedder e In Ch1 R Out Ch1 R 6 3 e In Ch2 L Out Ch2 L 6 4 e In Ch2 R Out Ch2 R 6 5 e In Ch3 L Out Ch3 L 6 6 e In Ch3 R Out Ch3 R 6 7 e In Ch4 L Out Ch4 L 6 8 e In Ch4 R Out Ch4 R ail e In Ch5 L Out Ch5 L TI e In Ch5 R Out Ch5 R 7 3 e In Ch6 L Out Ch6 L 7 4 e In Ch6 R Out Ch6 R 1 5 e In Ch7 L Out Ch7 L 7 6 e In Ch7 R Out Ch7 R rA e In Ch8 L Out Ch8 L 7 8 e In Ch8 R Out Ch8 R e Tone e Tone 2 e Tone 3 e Tone 4 Tonel 400Hz Level 8 5 Adjusts the audio gain of the specified 28 to 0 dBES 18 dBFS tone Tone2 1kHz Level 8 6 Adjusts the audio gain of the specif
10. Yellow The module is undergoing configuration FA Note If the LED is flashing red contact your Customer Service representative ACO6800 Installation and Operation Manual Alarms Main Device Alarms Subdevice Alarms Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms If a major or minor alarm is triggered within your modules the Status LED will light red Alarms are usually logged and monitored within available software control applications You can only differentiate between major and minor alarms within a software control application See the appropriate software control user manual or online help for more information The following settings can be made for each alarm within the software Table 7 5 Alarm Options Alarm Option Effect Enable Disable This option toggles between Enabled and Disabled If the alarm is Enabled an alarm condition will generate an alarm but if it is Disabled the alarm condition will be ignored Alarm priority This setting determines whether a triggered alarm will be reported as major or minor The range is 1 10 A priority of 6 or higher is a major alarm and a priority of 5 or lower is a minor alarm Trigger s This option determines how long an alarm condition must exist in seconds before the alarm is triggered If the alarm level is reached for less time than the Trigger duration then the alarm will not trigger Choose any duration from 0 to 7200 or
11. e Switches signals between redundant signals at the point of ingest into a satellite DTH mobile TV or IPTV facility e Switches signals just prior to arriving at the broadcast transmitter All ACO6800 modules have the following features Input bypass relay to ensure signal path in the event of power failure or missing front module Three GPI inputs and three GPI outputs for each ACO Support for SD SDI at 270 Mb s HD SDI at 1 5 Gb s or ASI at 270 Mb s Switch over when user defined alarm criteria are triggered Switch back to primary signal input when the signal has been restored as per the user defined time span Each module in the series has its own additional features as described below Single ACO Eight BNC ports four inputs and four outputs Independent Q SEE alarm sets for all four inputs Automatically switch between Al and A2 driving by Q SEE alarms Manually switch to backup inputs B1 and B2 Support for Q SEE compliant thumbnails when installed in an FR6802 QXF or FR6822 QXFE frame Intelligent 4X2 Clean Quiet Automatic Changeover for HD and SD SDI and ASI Sources Single ACO with nine BNC ports one genlock in four inputs and four outputs One clean quiet switch between selected sources Relay bypass for Primary and Secondary inputs ACO6800 Installation and Operation Manual ACO6800 ASID ACO6800 DSD ACO6800 IDSD ACQ6800 Installation and Operation Manual Chapter 1 Introduction Additional inde
12. CAT NIT DVB BAT DVB SDT DVB EIT DVB MGT ATSC TVCT ATSC CVCT ATSC RRT ATSC EIT ATSC and ETT ATSC This error must be cleared manually on the parameter page once the alarm is activated TS Sync loss Reports that the module input has lost 2 5 synchronization with the input source Sync Byte error Reports that the Sync byte is not present in a transport stream packet 188 or 204 bytes PAT error Reports one or more of the following e The PID 0x0000 does not occur for the selected repetition rate spec 0 5 s When a PID 0x0000 occurs it does not contain a table id of 0x00 PAT The scrambling control field is not 00 for PID 0x0000 Trigger s Clear s Continuity Count Reports one or more of the following eer Incorrect packet order e A packet occurs more than twice e Lost packet PMT error Reports one or more of the following e Sections with table id 0x02 PMT does not occur for the selected repetition rate spec 0 5 s for the PID which is referred to in the PAT Scrambling control field is not 00 for all PIDs containing sections with table id 0x02 PMT PID error Referred PID does not occur for the selected repetition rate ACQ6800 Installation and Operation Manual Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Table 4 6 ACO6800 ASID Subdevice Alarms Alarm Option Default Settings Alarm Name Alarm Description Alarm priority Transport err
13. Input follow input setting e Yes SDI Group 1 4 Group 7 C Enables SDI embedding for audio groups Off Mux Enable 7 F 1 2 3 and 4 when Group Format e On Follow Input is disabled Out Ch 1 L R to 8 L R Out Ch 1 L R to 8 L R Continued Yv NM BW NR Yv Yv DN NNDND OD Yv Yv Yv g Yv g Y g SNNN NNNNAND OANA PWN KR WA Yv Sets an audio source for the SD HD embedder Sets an audio source for the SD HD embedder In Ch1 L Out Ch1 L In Ch1 R Out Ch1 R In Ch2 L Out Ch2 L In Ch2 R Out Ch2 R In Ch3 L Out Ch3 L In Ch3 R Out Ch3 R In Ch4 L Out Ch4 L In Ch4 R Out Ch4 R In Ch5 L Out Ch5 L In Ch5 R Out Ch5 R In Ch6 L Out Ch6 L In Ch6 R Out Ch6 R In Ch7 L Out Ch7 L In Ch7 R Out Ch7 R In Ch8 L Out Ch8 L In Ch8 R Out Ch8 R Tone Tone 2 Tone 3 Tone 4 ACOQ6800 Installation and Operation Manual 97 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued O i Group Parameter Name E Function Options ow Audio gt Tones Tonel 400Hz Level 8 5 Adjusts the audio gain of the specified 28 to 0 dBFS 18 dBFS tone Tone2 1kHz Level 8 6 Adjusts the audio gain of the specified 28 to 0 dBES 18 dBFS tone Tone3 2kHz Level 8 7 Adjusts the audio gain of the specified 28 to 0 dBFS 18 dBFS to
14. 0 2 0 Field 2 SDI Video Frozen Reports that the HD or SD content in the video l 30 0 2 0 frame is not changing 144 ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 9 ACO6800 ISCST Subdevice Alarms Continued Alarm Option Default i Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s AFD Missing Reports that AFD is not present l 30 0 2 0 SDI Embedded Detects that the peak audio level meets or exceeds l 30 0 2 0 Ch 01 16 Peak the limit set in the Peak Audio Threshold parameter SDI Embedded Detects that the audio amplitude has fallen below l 30 0 2 0 Ch 01 16 Loss of the limit set in the Loss of Sound Threshold Sound parameter SDI Embedded Detects a set V Bit in the embedded audio source l 1 0 2 0 Ch 01 16 Vbit Set SDI Embedded Detects that the peak audio sample has stayed l 30 0 2 0 Ch 01 16 Low Audio below the level set in the Low Audio Threshold parameter SDI Embedded Reports if the SDI embedded audio channel is l 1 0 2 0 Ch 01 16 Missing missing SDI Embedded Audio Reports that the audio in the specified group is not l 1 0 2 0 Group 1 4 Missing present SDI ATC Missing Reports the absence of ATC Ancillary Time Code l 20 0 2 0 ASI Mode ASI Error Reports an ASI error including ASI loss in l 1 0 2 0 streaming ACO6800 Installation and Operation M
15. 1080159 94 1080150 720p59 94 720p50 Impedance 75Q 160 ACO6800 Installation and Operation Manual Outputs HD SD SDI Video Table 10 4 HD SD SDI Output Specifications Chapter 10 Specifications Item HD SDI Specification SD SDI Specification Number of outputs 4 4 Standards ACO6800 4X2D ACO6800 DSD SMPTE 259M C 270 Mbps 525 625 ACO6800 IDSD and ACO6800 ISD component video e SMPTE274M 10801 60 10801 59 94 10801 50 1080p 30 1080p 29 97 1080p 25 1080p 24 1080p 23 98 e SMPTE296M 720p 60 720p 59 94 720p 50 e SMPTE RP 211 200 1080psf 24 1080psf 23 98 ACO6800 4X2 ICQST and ACO6800 ISCST e SMPTE274M 10801 59 94 10801 50 1080p 25 1080p 23 98 e SMPTE296M 720p 59 94 720p 50 Connector BNC per IEC 169 8 BNC per IEC 169 8 Impedance 75Q 75Q Return loss gt 15 dB typical from 5 MHz to 1485 MHz gt 15 dB typical from 5 MHz to 270 MHz DC offset 0 0V 0 5 V 0 0V 0 5 V Signal level Rise and fall time Overshoot Jitter 800 mV 10 lt 270 ps 20 to 80 lt 10 of amplitude e Timing jitter lt 1 UI 673 ps pk to pk e Alignment jitter lt 0 2 UI 135 ps pk to pk 800 mV 10 400 to 1500 ps 20 to 80 lt 10 of amplitude e lt 0 2 UI pk to pk e lt 0 2 UI pk to pk ACQ6800 Installation and Operation Manual 161 Chapter 10 Specifications ASI Transport Stream Output ACO6800 ASID 162 Table 10 5 ASI Transport Stream Output
16. 4 D 1 EDH Error Counter Displays the EDH error counter 0 32767 RO EDH Error Counter In 1 A 2 Clears the EDH error counter e No Clear In 2 B 2 e Yes In 3 C 2 In 4 D 2 EDH Present RO Reports whether EDH is present e On e Off SQM Settings Luma Low Threshold In 1 A 6 In 2 B 6 In 3 C 6 In 4 D 6 Sets the threshold below which the SDI Luma Low alarm is triggered 6 8 to 15 7 5 104 ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 4 ACO6800 4X2 ICQST Subdevice Parameters Continued SQM Luma Peak Threshold In 1 A 7 Sets the threshold at which excessive 90 to 108 In 2 B 7 luminance triggers the SDI Luma 102 In 3 C 7 Peak alarm In 4 D 7 Chroma Low In 1 A 8 Sets the threshold below which the 0 to 15 Threshold In 2 B 8 SDI Chroma Low alarm is triggered 0 In 3 C 8 In 4 D 8 Chroma Peak In 1 A 9 Sets the threshold at or above which 90 to 108 Threshold In 2 B 9 an excessive chrominance level 102 In 3 C 9 triggers the SDI Chroma Peak alarm In 4 D 9 Video Black Threshold In 1 A A Sets the threshold below which the 0 to 10 In 2 B A SDI Video Black alarm is triggered 5 5 In 3 C A In 4 D A Peak Audio Threshold In 1 A B Sets the threshold above which SDI 20 dBFS to 0 dBEFS In 2 B B Embedded Ch01 peak to SD
17. A Switch Low Priority Manual Group A Alarm Switch Level 6 Group A Manual Switch Disable Al SDI Loss of Video Priority 6 A1 SDI Video Standard Mismatch Priority 1 A1 SDI Expected Standard 22a A2 SDI Video Standard Mismatch Priority 6 A2 SDI Expected Standard 525 Table 2 10 Sample Scenario Two Chain of Events Event Result 1 At the start Al and A2 are both Output A is Al A1 Standard Mismatch alarm is present and 625 format on but has not met switching condition level 6 Output A is Al Al and A2 inputs are bad but 2 Al is lost A2 Standard Mismatch alarm level is 6 so the ACO6800 selects primary input as output 3 The user sets the Manual Switch Output A is Al A2 is still bad and Alarm has to A2 higher priority than Manual ACO6800 Installation and Operation Manual 29 Chapter 2 Installation Configuration and Operation Table 2 10 Sample Scenario Two Chain of Events Continued Event Result Output A is A2 GPI Input has higher priority 4 The user activates GPI Input 2 than Alarm 5 The user deactivates GPI Input 2 Output A is Al Output A is Al Alarm is still on but it has not 6 Al is present 625 format oe met switching condition Switching to a Still Image ACO6800 ISCST Modules Only In ACO6800 ISCST modules the Still Image Source parameter determines whether the output is to TSG or trouble slide When the Still Image Mode par
18. Activates the CRC Error ATSC STT alarm e Off 62 ACO6800 Installation and Operation Manual Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Group Parameter Name Function Options Parameters gt Parameter Settings gt General Alarms gt CRC_change gt Table Settings PAT CRC change Activates the CRC Change PAT alarm On e Off PMT CRC change Activates the CRC Change PMT alarm On e Off CAT CRC change Activates the CRC Change CAT alarm e On e Off DVB NIT CRC change Activates the CRC Change DVB NIT alarm On e Off DVB BAT CRC change Activates the CRC Change DVB BAT alarm On e Off DVB SDT CRC change Activates the CRC Change DVB SDT alarm e On e Off DVB EIT CRC change Activates the CRC Change DVB EIT alarm e On e Off ATSC MGT CRC change Activates the CRC Change ATSC MGT alarm On e Off ATSC TVCT CRC change Activates the CRC Change ATSC TVCT alarm On e Off ATSC CVCT Activates the CRC Change ATSC CVCT alarm On CRC change e Off ATSC RRT CRC change Activates the CRC Change ATSC RRT alarm On e Off ATSC EIT CRC change Activates the CRC Change ATSC EIT alarm e On e Off ATSC ETT CRC change Activates the CRC Change ATSC ETT alarm e Off ACO6800 Installation and Operation Manual 63 Chapter 4 ACO6800 ASID Parameters LEDs and Alarms LEDs and Alarms The ACO6800 ASID modules have LEDs that serve as a quick monitoring reference and one module status LED Figure 4 1 shows the location of the LEDs o
19. EEE 159 HOS D SDI VideO innra nd sind A 159 ASI Transport Stream ACO6800FASID ccccceeeeeseeeeeeeeeeeeeeeeeees 160 Genlock ACO6800 4X2 ICQST and ACO6800 ISCST isssoooosseeossssssesee 160 OOD e E a 161 HDS D SDrV dO pasne a anand uiaedisen aba seuneneateaes 161 ASI Transport Stream Output ACO6800 ASID oo cccccccceeeeeeeeees 162 Miscelian OWS ernn te halons atentousec an deduucinnsnemaeeestatsecamniee 163 Propagation Delay Suiso nied N ie oben aad 163 General Purpose Interface ispiremo das a aA T 164 POwer ons mpt on grien A E ee 164 Operatic TeDe issi a 164 Appendix A Communication and Control Troubleshooting Tips Software Communication Problems ccccccccsccecccecccccecceccceccesceuccesceeceeseaecs 165 Hardware Communication Problems cccceccccceccccccecccecceccceccecceeccesceeceaecees 168 Appendix B Glossary ClOSsary oF TES aucona Sai nea ees coche sure ans aera aameaeatenendae 169 Index ING WV OLS aes aioe E TE 173 vi ACO6800 Installation and Operation Manual Preface Manual Information Purpose This manual details the features installation operation maintenance and specifications for the following modules e ACO6800t4X2 ICQST Intelligent 4X2 Clean Quiet Switchover for SD HD Sources and Basic Switchover for ASI Sources e ACO6800 ISD Intelligent Single Switchover for SD HD sources and Basic Single Switchover for ASI Sources e AC0O6800 4X2D Intelligent Single Switchover
20. Function Options PCR Accuracy Threshold Allows selection of the PCR accuracy threshold 100 2000 ns for alarm detection PTS Repetition Allows selection of the PTS repetition rate for 100 2000 ms alarm detection Parameters gt Parameter Settings gt ETR 290 gt Priority 2 Alarms gt CRC Error CRC Error Allows selection of individual or all CRC errors All Off e All On eTable Settings Parameters gt Parameter Settings gt ETR 290 gt Priority 2 Alarms gt CRC Error gt Table Settings PAT CRC error Activates the CRC Error PAT alarm e On e Off PMT CRC error Activates the CRC Error PMT alarm e On e Off CAT CRC error Activates the CRC Error CAT alarm e On e Off DVB NIT CRC error Activates the CRC Error DVB NIT alarm e On e Off DVB BAT CRC error Activates the CRC Error DVB BAT alarm e On e Off DVB SDT CRC error Activates the CRC Error DVB SDT alarm e On e Off DVB EIT CRC error Activates the CRC Error DVB EIT alarm e On e Off DVB TOT CRC error Activates the CRC Error DVB TOT alarm e On e Off ATSC MGT CRC error Activates the CRC Error ATSC MGT alarm e On Off ATSC TVCT CRC error Activates the CRC Error ATSC TVCT alarm Off ATSC CVCT CRC error Activates the CRC Error ATSC CVCT alarm Off ATSC RRT CRC error Activates the CRC Error ATSC RRT alarm e On e Off ATSC EIT CRC error Activates the CRC Error ATSC EIT alarm e On e Off ATSC ETT CRC error Activates the CRC Error ATSC ETT alarm e On e Off ATSC STT CRC error
21. Relay System gt Switch Settings ACO6800 Installation and Operation Manual PGM Output Source RO Displays which input source is routed to PGM output e Inl e In2 e In3 e In4 99 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 3 ACO6800 4X2 ICQST Parameters for ASI lt TO Group Parameter Name F Function Options ow Switch High Priority 1 1 Sets the high priority for switching GPI e Manual e Alarms Switch Medium Priority 1 2 Sets the medium priority for GPI switching e Manual e Alarms Switch Low Priority 1 3 Sets the low priority for switching GPI e Manual e Alarms Manual Switch 1 4 Selects the output source by e Disabled manual control e Inl e In2 e In3 e In4 System gt Switch Settings gt Alarm Switch In 3 Alarm Switch 1 5 Sets whether In 3 is a candidate for Disabled alarm switching an unreliable or e Enabled bad input should not be enabled In 4 Alarm Switch 1 6 Sets whether In 4 is a candidate for Disabled alarm switching an unreliable or e Enabled bad input should not be enabled Alarm Single Switch 1 9 Sets the level for alarm auto switch to 10 6 Level in Single mode this parameter does not function when Alarm Switch Trigger Mode is set to Combinational Alarm Switch Mode 1A Sets the switch mode to e Automatic Automatic or Non Resetti
22. Reports current output source is not In 4 Switch Away From Still Image Reports current output source is not Still SDI only Image Output Source Switch Detects change in selected input source 0 0 5 0 Switch Event Alert Detects change in switch event status GPI 1 6 Triggered Reports change from inactive to active status for the designated GPI The three indicated alarms must be set to 0 0 sec ACO6800 Installation and Operation Manual 109 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Subdevice Alarms 110 Table 6 9 describes the alarms for each of the subdevices on the ACO6800 4X2 ICQST You can only identify specific alarms using a software control application Table 6 9 ACO6800 4X2 ICQST Subdevice Alarm Alarm Option Default Settings eum etn Priority Trigger s Clear s SDI Mode SDI Loss of Video 6 Major 1 0 2 0 SDI Video Standard Mismatch 1 Minor 1 0 2 0 SDI EDH Error 1 Minor 2 0 2 0 SDI CRC Error 1 Minor 2 0 2 0 SDI Luma Peak 1 Minor 240 0 2 0 SDI Luma Low 1 Minor 240 0 2 0 SDI Chroma Peak 1 Minor 240 0 2 0 SDI Chroma Low 1 Minor 240 0 2 0 SDI Video Black 6 Major 30 0 2 0 SDI Video Frozen 1 Minor 30 0 2 0 SDI CC EIA CEA 608 B Missing 1 Minor 240 0 2 0 SDI CC XDS Data Missing 1 Minor 240 0 2 0 SDI CC EIA CEA 708 B Missing 1 Minor 240 0 2 0 SDI AFD Missing 1 Minor 30 0 2 0 SDI WSS Missing 1 Minor 24
23. Sets the threshold below which SDI 100 dBFS to dBFS In 2 3 9 Embedded Ch01 Loss of Sound to SDI 60 dBFS Embedded Ch16 Loss of Sound alarms 90 dBFS are triggered ACO6800 Installation and Operation Manual 139 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 4 ACO6800 ISCST Subdevice Parameters Continued 2 Oo i i Group Parameter Name E Function Options nn Audio Average Level In1 2 A Displays the SDI Embedded Channel e Disable Reporting In 2 3 A Average Level value Enable Audio Average Level Restart In 1 2 B Restarts the calculation of the average Off In 2 3 B audio level e On SQM SDI Emb Ch1 16 Average Displays the embedded audio average 99 dBES to Level dBFS level for the channel 0 dBFS Parameters available in ASI Mode Status ASI Error RO Displays where or not there is an ASI On error including ASI loss e Off 140 ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms LEDs and Alarms The ACO6800 ISCST modules have LEDs that serve as a quick monitoring reference and one module status LED Figure 8 1 shows the location of the LEDs on a typical ACO6800 module Table 8 5 and Table 8 6 describe each LED in more detail Module status LED ones ah Te Monitoring LEDs Figure 8 1 Location of Typical ACO6800 LEDs ACO6800 Installation and Operation Manual 141 C
24. Specifications Item ASI Specification Number of Outputs 4 1 primary relay bypass Standards DVB ASI 270 MB sec Connector BNC per IEC 169 8 Impedance 75 Return loss gt 15 dB typical from 5 MHz to 270 MHz Signal level 800 mV 10 D C offset 0 0V 0 5 V Rise and fall time 400 ps to 1500 ps 20 to 80 Overshoot lt 10 of amplitude Jitter lt 0 2 UI pk to pk ACO6800 Installation and Operation Manual Chapter 10 Specifications Miscellaneous Propagation Delays Table 10 6 Propagation Delays ACO6800 4X2D ACO6800 DSD ACO6800 IDSD and ACO6800 ISD Modules Standard Propagation Delay 525 625 3 3 us e 10801 59 94 1 0 us e 1080p 29 97 e 1080p 23 98 e 720p 59 94 e 10801 50 e 1080p 25 e 1080p 24 e 720p 50 e 10801 60 e 1080p 30 e 720p 60 ACO06800 4X2 ICQST and ACO6800 ISCST Modules Frame Rate Standard Propagation Delay 59 94 Hz 525 1 frame 10801 720p 50 Hz 625 10801 720p 23 98 Hz 1080p 25 Hz 1080p ACO6800 ASID Module Standard Propagation Delay ASI lt 30 us typical ACO6800 Installation and Operation Manual 163 Chapter 10 Specifications General Purpose Interface Table 10 7 GPI Input and Output Specifications Item Specification GPI inputs transmitter e 6 ACO6800 4X2D ACO6800 4X2 ICQST ACO6800 DSD and ACO6800 IDSD e 3 ACO6800 ASID ACO6
25. Switch to In 3 GPI 2 3 GPI Input 5 Switch to In 4 Switch to In 4 80 ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 1 GPI Switching Continued GPls Index on GPls Index on Back Module User Interface Standard MORE nee meee GPI 2 5 GPI Input 6 Force In 2 relay bypass Two functions e GPI Clear will clear all GPI input commands except GPI Input 3 e Auto Trigger clears all switch commands re scan all input sources and set the output source see GPI Input 6 and GPI Output 6 on page 81 GPI 1 6 GPI Output 1 In 1 is on line In 1 is on line GPI 1 8 GPI Output 2 In 2 is on line In 2 is on line GPI 1 10 GPI Output 3 In 1 Relay is active In 1 Relay is active GPI 2 6 GPI Output 4 In 3 is on line In 3 is on line GPI 2 8 GPI Output 5 In 4 is on line In 4 is on line GPI 2 10 GPI Output 6 In 2 Relay is active Two functions e Indicates whether there is a switching command triggered by GPI Inputs e Indicates whether the alarm switching is still active see GPI Input 6 and GPI Output 6 on page 81 GPI Input 6 and GPI Output 6 GPI Input 6 has two functions when in the 4X2D mode depending on the configuration of the GPI I O 6 Functionality e Ifthe GPI I O 6 Functionality GPI Clear the module configures the module so that it can clear all GPI input commands except GPI Input 3 e If GPII O 6 Functionality Auto Tri
26. card directly at your PC workstation LogoCreator software is provided as a utility to convert existing files to mg2 The following FAT FAT16 formatted microSD cards are supported e SanDisk SD SDQ 1024 K 1G e SanDisk SDQ 2048 K 2G e SanDisk SDQ 4096 K 4G Logo Insertion AC 06800 4X2 ICQST and ACO6800 tISCST Storage of logo file Loading of file into Existing logo Conversion to graphic with lt mg2 format using O 3 microSD card i ICQST ISCST module via the USB port on for on air use lpha ch L alpha channe ogoCreator 4 PC Figure 2 2 Progression of Logo to On Air Signal The files that you use as logos must be selected according to the video output standard set on the ICQST ISCST System gt Operation Standard When the output standard changes on the module the ACO6800 4X2 ICQST and ACO6800 ISCST automatically load files that use the selected output standard Basic Steps to Installing Logo Files If you are starting with existing graphics files these basic steps are as follows 1 Install the LogoCreator conversion software from the IconSoft Tools CD ROM 2 Convert the logos to an mg2 format 3 Transfer the files to the microSD card directly from the PC Step 1 Install LogoCreator Software The logos must be generated as mg2 files or converted to that format A version of LogoCreator located on the JconSoft Tools CD ROM is provided with the manual for this purpose 32 ACO6800
27. channel is switched Disable manually e Switch to Al e Switch to A2 ACO6800 DSD and ACO6800 IDSD Group A Manual Switch 1 E Sets the output source when a channel is switched Disable manually e Switch to Al e Switch to A2 Group B Manual Switch 4 E Sets the output source when a channel is switched Disable manually e Switch to B1 e Switch to B2 ACO6800 ASID Manual Switch n a Sets the output source when a channel is switched Disable manually e Switch to 1 e Switch to 2 Manual Switch ACO6800 4X2D and ACO6800 tISCST 1 E Sets the output source when a channel is switched Disable manually e Switch to Al e Switch to A2 Alarm Control The combination of the switch priority parameter settings adjustable alarm switch levels and SQM smart alarms on the subdevice of the ACO6800 module provides flexible automatic and manual switch control In the case of the SQM smart alarms you can individually adjust the severity and trigger clear duration for each alarm type See the relevant chapter for the alarms list of your product The following tables offer two sample scenarios i Note By default all alarms are set to a disabled state To configure a device to switch using alarms as a trigger first enable alarms in the sub device ACO6800 Installation and Operation Manual 27 Chapter 2 Installation Configuration and Operation Fai
28. in freerun mode Operation Frame Rate 0 4 Sets the operation frame rate for system 25Hz or 50Hz Note The Auto option is only available 29 97Hz or 59 94Hz when sync mode is genlock e Auto Operation Standard 29 59 Sets the operation standard for the lt operation frame rate gt 0 6 system default 525 625 25 50 Note The available options depend on the 0 7 system s operation frame rate Genlock Present RO Displays whether the genlock is present or not ACO6800 Installation and Operation Manual Table 8 2 Group Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms ACO6800 ISCST SDI Parameters Continued Parameter Name Function Options Genlock Lock Status Displays whether the genlock is locked No RO or not Yes Genlock Standard Displays the genlock standard lt string gt Feedback RO System gt Switch Settings Output Source RO Displays which output source is active inal e In2 e Still Image Switch High Priority 1 A Sets the high priority for switching e GPI e Manual e Alarms Switch Medium Priority 1 B Sets the medium priority for switching GPI e Manual e Alarms Switch Low Priority 1 C Sets the low priority for switching GPI e Manual e Alarms Alarms Switch Level 1 D Sets the level for alarm auto switch 1 to 10 6 Manual Switch 1 E Sets the what the output source will be Disabled when a channel is switc
29. in the order that they appear in CCS Navigator e The ACO6800 4X2 ICQST uses different parameters in ASI and SDI modes ACO6800 4X2 ICQST Parameters for SDI Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Group Parameter Name General ch i Bank Sw Function Options Serial Number RO Displays the serial number of the module lt string gt License Key Provides a location for entering license lt string gt key numbers Enabled Options RO Displays the current license option lt string gt Operation Mode 0 1 Sets the ACO work mode to SDI or ASI SDI Mode Factory Recall does not change this e ASI Mode parameter It has no default value Submodule Type RO Displays whether or not there is a e None submodule included on the module e ISCST ICQST Backmodule Type RO Displays which back module is e 4X2D DSDADSD IS connected to the front module D e ISCST e ICQST Advanced Controls 0 D Enables or disables advanced parameters Disabled e Enabled Factory Recall 0 F Sets the module back to SDI or ASI e default factory default settings e Recall Soft Reboot 0 E Activates a soft reboot of the module e Off e On ACQ6800 Installation and Operation Manual 87 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued Group System 88 Parameter Name Bank Switch Function
30. input video stream 2 Set the Syne Mode Set parameter to Genlock 3 Set the Line Sync Bypass parameter to Disabled ACO6800 Installation and Operation Manual 79 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms rf Note Audio V fade effect is disabled during switching between two timed sources It is recommended that you preserve some safeguard for the line sync buffer After adjusting Genlock Window the recommended distance Line Pixel should be in the range of 60 pixels to 3 lines 60 pixels Switching Control Control Priority There are three levels of priorities available for switching control High Medium and Low The default settings are as follows e GPI High e Manual Switch Medium e Alarm Low GPI Two trigger modes are available in ICQST option Standard Mode and 4X2D Mode In Standard Mode the GPI Input Trigger Level can be configured either as Active High or Active Low In 4X2D Mode the GPI Input Trigger Level can be configured either as Rising Edge or Falling Edge s Note If all GPI Outputs 1 2 4 and 5 are set to Inactive all inputs are not on line and the output is Still Image Table 6 1 GPI Switching Back Module User Interface Standard Mode 4X2D Mode GPI 1 1 GPI Input 1 Switch to In 1 Switch to In 1 GPI 1 3 GPI Input 2 Switch to In 2 Switch to In 2 GPI 1 5 GPI Input 3 Force In 1 relay bypass Force In 1 Relay Bypass GPI 2 1 GPI Input 4 Switch to In 3
31. is 1280 720 if the image size is 720 576 it is acceptable If it is 1920 1280 it would be refused For best results the length of file name should be less or equal to 8 letters If the length of mg2 file name is larger than 8 characters a shortened name will display on Navigator Only the first three valid MG2 files sorted by access time are displayed on Navigator For best results the original image before converting to MG2 format should consist of an even number of pixels and an even number of lines Every time the operation standard or trouble slide background changes the system reloads the trouble slide Generally larger or more complicated images take longer for the system to load A complicated image with size of 1920 1280 the maximum supported size takes about 7 minutes to finish loading The trouble slide will not be displayed until loading is finished it is masked as black during that time To format a 4G microSD Card to FAT FAT16 with Microsoft Windows XP or Windows 7 follow these steps Windows XP Insert the Micro SD card into the PC card reader 2 Right click My Computer and then select Manage ACO6800 Installation and Operation Manual 37 38 Chapter 2 Installation Configuration and Operation Command Prompt Cyoterm ene Explore Search Map Hehsgrk Drive Depriorereesch eer Dare Creahe Shtet Drader Pung eired Propenetiens Figure 2 8 Manage Selected 3 Select Di
32. is only available when the Extra Input Source Control parameter is set to Manual e GPI B1B2 e Manual e Disable e Force to Bl e Force to B2 Frozen Detection Sensitivity Out B Source 4 5 Select output source for Out B Follow Out A e Input Al e Input A2 e Input Bl e Input B2 Out B OSD Enable 4 6 Enables the on screen display on Out Off B e On Note This parameter is not present in ASI mode Out B EDH Control 4 7 Inserts or clears the EDH when the Insert input online is SD SDI on Out B e Clear Note This parameter is not available in ASI mode and is grayed out when the selected input is HD Level Sensitivity 4 8 Adjusts level threshold sensitivity for 0 to 10 5 freeze detection a higher level indicates increased sensitivity Pixel Sensitivity 4 9 Adjusts pixel number threshold 0 to 10 5 sensitivity for freeze detection a higher level indicates increased sensitivity ACQ6800 Installation and Operation Manual 45 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 1 ACO6800 4X2D Parameters Continued Group Parameter Name Function Options Bank Switch Alarm Query Note This set of parameters are only used to capture the selected alarms through SNMP They do not affect the function of the alarms in the main device or sub device Alarm Query Mode Activates or deactivates alarm query Enable mode e
33. modules the Status LED will light red ACO6800 Installation and Operation Manual Table 8 7 Alarm Options Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Alarms are usually logged and monitored within available software control applications You can only differentiate between major and minor alarms within a software control application See the appropriate software control user manual or online help for more information The following settings can be made for each alarm within the software Alarm Option Effect Enable Disable This option toggles between Enabled and Disabled If the alarm is Enabled an alarm condition will generate an alarm but if it is Disabled the alarm condition will be ignored Alarm priority This setting determines whether a triggered alarm will be reported as major or minor The range is 1 10 A priority of 6 or higher is a major alarm and a priority of 5 or lower is a minor alarm Trigger s This option determines how long an alarm condition must exist in seconds before the alarm is triggered If the alarm level is reached for less time than the Trigger duration then the alarm will not trigger Choose any duration from 0 to 7200 or 2 hours If this option is set to 0 and the alarm condition exists for any period of time the alarm will trigger Clear s Determines the amount of time the alarm condition must be in abate in order for the alarm to be turned off
34. the alarm condition exists for any period of time the alarm will trigger Clear s Ack Main Device Alarms Determines the amount of time the alarm condition must be in abate in order for the alarm to be turned off Choose any duration from 0 to 7200 seconds or 2 hours If this option is set to 0 and the alarm condition ceases for any period of time the alarm will clear When an alarm is active click here to allow other users on the network to see that you have acknowledged the alarm Table 4 5 Device Alarms For ACO6800 ASID Modules Alarm Name Priority Trigger s Clear s 66 Grp A Relay Bypass On 1 1 0 s 2 0s ACO6800 Installation and Operation Manual Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Subdevice Alarms Table 4 6 describes the alarms for each of the subdevices on the ACO6800 ASID module You can only identify specific alarms using a software control application Depending on which module you are using some of the subdevice alarms may not be available Table 4 6 ACO6800 ASID Subdevice Alarms Alarm Option Default Settings Alarm Name Alarm Description Alarm priority Loss of signal Reports that the module can not lock to the stream data CRC Change Reports that one or more of the enabled CRC 2 5 change alarms has changed The list of CRC change alarm s must be individually enabled on the parameters page The alarm selections include PAT PMT
35. the high definition 1 2 0 2 0 video signal SDI Loss of Video Reports that active HD or SD video has not been 6 2 0 2 0 present SDI CC Reports that the standard definition CC data on line l 240 0 2 0 EIA CEA 608 B 21 field 1 is not detected Missing 525 only SDI CC Reports that the high definition CC data on line 21 l 240 0 2 0 EIA CEA 708 B 284 is not detected Missing SDI WSS Missing Reports that the presence of Wide Screen Signaling i 240 0 2 0 625 only for Wide Screen Format is not detected SDI Luma Peak Reports that the HD or SD luma component has 1 240 0 2 0 exceeded the threshold defined by the Luma Peak Threshold parameter SDI Luma Low Reports that the HD or SD luma component l 240 0 2 0 remains below the threshold defined by the Luma Low Threshold parameter SDI Chroma Peak Reports that the HD or SD chroma component has l 240 0 2 0 exceeded the threshold defined by Chroma Peak Threshold parameter SDI Chroma Low Reports that the HD or SD chroma component l 30 0 2 0 remains below the threshold defined by the Chroma Low Threshold parameter SDI Video Black Reports that the HD or SD video level does not 6 240 0 2 0 exceed the level defined by the Video Black Threshold parameter SDI CC XDS Data Reports that the standard definition CC Extended 240 0 2 0 Missing 525 only Data Services on line 21 field 2 is not detected SDI VChip Data Missing Reports that VChip data is not present on Line 21 l 240 0 2 0 Field 2 SDI Video Frozen Reports
36. this dialog box you can save your logo as an mg2 file Once you save the logo as an mg2 file the logo displays in the LogoCreator workspace STATION 12 ee Figure 2 5 LogoCreator Work Space Once you create an mg2 logo you can e Open the file in LogoCreator e Set the logo position ACO6800 Installation and Operation Manual 35 Chapter 2 Installation Configuration and Operation e Modify specific logo attributes LogoCreator also makes it possible to adjust the noise and strength of the key signal and apply fade on off transitions to the logo Step 3 Transfer the Logos to the MicroSD Card When your logos have been created or converted to the mg2 format they can be saved on the microSD card The ICQST or ISCST module references files on the microSD card using the DOS 8 3 short filename convention Longer filenames may be accessed by entering the alternate 8 3 filename To avoid any confusion it is preferable to limit all filenames to the 8 3 format with a maximum of 8 characters before the mg2 extension In addition all files must be located within the logos folder on the microSD card Figure 2 6 shows the location of the microSD socket MicroSD card in socket Figure 2 6 Inserting the MicroSD Card Using Trouble Slides 36 The Trouble Slide Source parameter has four options The Trouble Slide 1 2 3 options are only available when there are compatible trouble slides MG2 format stored in the m
37. to A1 the module switches to its primary channel when the secondary input channel becomes bad When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set to Stay with to A2 the module stays with the secondary channel even when the secondary input channel is bad Set the Alarm Reset parameter to On to switch back to primary input when applicable This parameter is unavailable when the Alarm Switch Mode parameter is set to Automatic ACO6800 Installation and Operation Manual 111 Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Parameter Table Notes When you look at the control parameter tables note the following ACO6800 IDSD e Shaded table rows and RO after the parameter name indicate read only feedback parameters e Bolded parameter options indicate the default settings for the parameter e The bank selection and rotary switch combinations for each parameter and parameter option are listed in the tables under the Bank Switch heading For more information about using the card edge controls see page 21 e The parameters are listed in the order that they appear in CCS Navigator Parameters Table 7 1 ACO6800 IDSD Parameters lt O Group Parameter Name r Function Options own General Serial Number RO Displays the serial number of the module lt string gt License Key Provides a location for en
38. 0 ISCST e SMPTE274M 10801 59 94 10801 50 1080p 25 1080p 23 98 e SMPTE296M 720p 59 94 720p 50 BNC per IEC 169 8 SMPTE 259M C 270 Mbps 525 625 component video BNC per IEC 169 8 Impedance 75Q 75Q Return loss gt 15 dB typical from 5 MHz to 1485 MHz gt 15 dB typical from 5 MHz to 270 MHz Equalization Adaptive cable equalization for up to 393 ft 120 m typical of Belden 1694A coaxial cable Up to 918 ft 280 m for Belden 8218B coaxial cable ACQ6800 Installation and Operation Manual 159 Chapter 10 Specifications ASI Transport Stream ACO6800 ASID Table 10 2 ASI Transport Stream Input Specifications Item ASI Specification Number of inputs 2 Standards DVB ASI 270 MB sec Connector BNC per IEC 169 8 Impedance 75Q Return loss gt 15 dB typical from 5 MHz to 270 MHz Signal level 800 mV 10 D C offset 0 0 V0 5 V Rise and fall time 400 ps to 1500 ps 20 to 80 Overshoot lt 10 of amplitude Jitter lt 0 2 UI pk to pk Genlock ACO6800 4X2 ICQST and ACO6800 ISCST Table 10 3 Genlock Inputs Item Specification Connector Frame Genlock or BNC per IEC 169 8 Return loss gt 40 dB 0 1 MHz to 6 MHz Input level e 1 V pk to pk 5 0 dB to 6 0 dB for NTSC PAL B e 1 V pk to pk 3 5 dB to 6 0 dB for Tri level sync 10801 720p Standards NTSC PAL B analog composite 300 mV Tri level sync
39. 0 0 2 0 SDI ATC Missing 1 Minor 30 0 2 0 SDI Embedded Ch01to Ch 16 Peak 1 Minor 30 0 2 0 SDI Embedded Ch01to Ch16 Low 1 Minor 30 0 2 0 SDI Embedded Ch01 to Ch16 1 Minor 30 0 2 0 Loss Of Sound SDI Embedded Ch01 to Ch16 Vbit Set 1 Minor 1 0 2 0 SDI Embedded Ch01 to Ch16 Missing 1 Minor 1 0 2 0 SDI Embedded Audio Group 1 to 1 Minor 1 0 2 0 Group 4 Missing ASI Mode ASI Error l 1 0 2 0 ACO6800 Installation and Operation Manual Chapter 7 ACQ6800 IDSD Parameters LEDs and Alarms On Screen Display Monitoring If you are using card edge controls to configure your ACO6800 IDSD module you can use the on screen display OSD monitoring feature to view the current parameter selections When the OSD monitoring is activated the current parameter selections are displayed on module s monitoring outputs For information on enabling OSD monitoring see Activating On Screen Display on page 23 Using Alarm Switch Mode Three parameters help handle situations when the module s current source is on the secondary channel and the primary channel becomes good or the secondary channel becomes bad When the Alarm Switch Mode parameter is set to Automatic the Non Resetting Protection parameter is unavailable The module returns to its primary input after the primary input channel s alarm clears When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set to Switch
40. 00 products do not have the symbol on their extractor handles e Check for damaged pins on the back module by following this procedure 1 Unplug the front module ii Unscrew and remove the back module ili Inspect the 20 or 30 pin spring connector at the bottom of the back module and verify that the connector does not have any slightly bent or severely depressed pins iv Carefully reposition any bent or depressed pins If this is not possible contact our Customer Support ACO6800 Installation and Operation Manual 165 Appendix A Communication and Control Troubleshooting Tips Figure A 1 Typical Back Module Spring Connector Problem The IP address of the frame has been forgotten Solution Follow this procedure 1 Remove the ETH6800 module from the frame 2 Select DIP switch 2 on the ETH6800 module and slide the tab to the forward position This sets the ETH6800 module to its default IP address of 192 168 100 250 Slide this DIP switch tab forward for default IP address Figure A 2 ETH6800 DIP Switch 3 Use CCS Navigator or the web browser to interface with the ETH6800 module and then set the desired IP address 4 Set the DIP switch back to its normal position and then re insert the module 166 ACO6800 Installation and Operation Manual Appendix A Communication and Control Troubleshooting Tips Problem There is no Ethernet connectivity with the frame Solutions e Verify that
41. 1 Parameters ACO6800 4x2D 42 48 ACO6800 ASID 58 63 ACO6800 DSD 70 74 ACO6800 IDSD 112 118 ACO6800 ISCST 128 140 ACO6800 ISD 148 152 cross functional changes 127 Pinouts GPI 9 Power consumption specifications 164 frame ratings 17 Priority switching 26 Product servicing ix Propagation delay specification 163 Q Q SEE compliant thumbnails 24 R Relay bypass 24 Returning a product ix RoHS compliance x ACOQ6800 Installation and Operation Manual Index S Safety precautions xi Setting parameters 20 22 Shipping a product ix Signal flow diagrams ACO6800 4X2 ICQST 13 ACO6800 ASID 11 ACO6800 DSD 12 ACO6800 IDSD 12 ACO6800 ISCST 14 ACO6800 ISD 11 Software LogoCreator 32 36 Specifications GPI 164 HD SD SDI video input 159 output 161 power consumption 164 propagation delay 163 temperature 164 Standards RoHS compliance x WEEE compliance x Still image switching to 30 Streaming 24 Switching configuration 25 failure 28 T Temperature specification 164 Thumbnails 24 Trouble slides 32 37 as still image source 31 creating 32 U Unpacking a product ix Upgrading module firmware 18 V Video output specifications 161 specifications 159 streaming 24 W WEEE compliance x 175 Index 176 ACO6800 Installation and Operation Manual
42. 2 hours If this option is set to 0 and the alarm condition exists for any period of time the alarm will trigger Clear s Determines the amount of time the alarm condition must be in abate in order for the alarm to be turned off Choose any duration from 0 to 7200 seconds or 2 hours If this option is set to 0 and the alarm condition ceases for any period of time the alarm will clear Ack When an alarm is active click here to allow other users on the network to see that you have acknowledged the alarm These alarms are available in both ASI and SDI modes Table 7 6 Device Alarms For ACO6800 IDSD Modules Alarm Name Priority Trigger s Clear s Grp A Relay Bypass On l 1 0 s 2 0s Grp B Relay Bypass On i 1 0 s 2 0s Table 7 7 describes the alarms for each of the subdevices on the ACO6800 IDSD module You can only identify specific alarms using a software control application Depending on which module you are using some of the subdevice alarms may not be available ACO6800 Installation and Operation Manual 121 Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table 7 7 ACO6800 IDSD Subdevice Alarms Alarm Option Default EES Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI Mode SDI Video Standard The standard video input does not match the l 2 0 2 0 Mismatch expected standard SDI EDH Error Reports recur
43. 4X2D switches between A1 and A2 automatically according to alarm settings In an urgent situation you can force the output to either of the backup inputs by GPI or Network Card Edge Control Using manually switch by GPI or Network the priority for the inputs is defined as In 1B gt In 2B gt In 1A gt In 2A On Screen Display Monitoring If you are using card edge controls to configure your ACO6800 4X2D module you can use the on screen display OSD monitoring feature to view the current parameter selections When the OSD monitoring is activated the current parameter selections are displayed on module s monitoring outputs For information on enabling OSD monitoring see Activating On Screen Display on page 23 Parameter Table Notes When you look at the control parameter tables note the following e Shaded table rows and RO after the parameter name indicate read only feedback parameters e Bolded parameter options indicate the default settings for the parameter e The bank selection and rotary switch combinations for each parameter and parameter option are listed in the tables under the Bank Switch heading For more information about using the card edge controls see page 21 e The parameters are listed in the order that they appear in CCS Navigator ACQ6800 Installation and Operation Manual 41 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms ACOQ6800 4x2D Parameters Table 3 1 ACO6800 4X2D Parameters
44. 7 1 ACO6800 IDSD Parameters Continued Group ACO Group A gt MISC Settings Ke a5 Parameter Name Function Options ow Group A GPI Out 1 3 Sets the level at which an alarm is e Active Low Trigger Level triggered for the Group A GPI Output e Active High Group A GPI Input_ 1 Displays whether or not GPI Input_1 has N A RO been switched to Al e Switch to Al e N A Group A GPI Input 2 RO Displays whether or not GPI Input_2 has been switched to A2 e Switch to A2 Group A GPI Input 3 RO Displays whether or not GPI Input_3 has been switched to Relay Bypass e N A e Relay Bypass Group A GPI Output_ 1 Displays whether or not Al is selectedas N A RO the current output source e Input Al online Group A GPI Output 2 Displays whether or not A2 is selected as N A RO the current output source e Input A2 online e N A Group A GPI Output 3 RO Displays whether or not the relay bypass has been activated e Signal Bypass ACO Group B gt Switch Settings OutA OSD Enable 1 4 Enables the on screen display Off Note This parameter is not present in ASI On mode OutA EDH Control 1 5 Inserts or clears the EDH when the input Insert online is SD SDI e Clear Note This parameter is not available in ASI mode and is grayed out when the selected input is HD 114 Group B Output Source Displays the current out
45. 8 features 2 LEDs 106 107 packing list 16 parameters ASI 99 SDI 87 105 subdevice 104 signal flow 13 ACO6800 4x2D alarms 52 55 back module diagram 8 control 41 55 features 1 2 LEDs 50 52 parameters 42 45 subdevice 47 48 signal flow 10 ACO6800 ASID alarms 66 68 back module diagram 8 features 3 4 LEDs 64 65 packing list 16 parameters 58 63 signal flow 10 12 Index ACO6800 IDSD alarms 121 123 back module diagram 8 features 3 4 LEDs 119 120 packing list 16 parameters 112 116 subdevice 116 118 signal flow 10 12 ACO6800 ISCST alarms 143 145 back module diagram 8 cross functional parameter changes 127 features 4 packing list 16 parameters 127 140 ASI 137 138 SDI 128 135 subdevice 139 140 signal flow 14 ACO6800 ISD alarms 155 158 back module diagram 8 control 147 158 features 2 4 LEDs 153 155 packing list 16 parameters 148 150 subdevice 151 152 signal flow 11 ACO6800 DSD Alarm control switching overview 27 31 alarms 77 Alarm switch mode 58 71 90 113 115 126 129 138 subdevice 78 110 149 back module diagram 8 Alarms control 69 78 features 3 4 LEDs 75 76 106 107 packing list 16 parameters 70 74 subdevice 74 signal flow 12 ACO6800 Installation and Operation Manual ACO6800 4X2 ICQST 109 110 ACO6800 4x2D 53 55 ACO6800 DSD 77 78 ACO6800 IDSD 121 123 ACO6800 ISCST 143 145 ACO6800 ISD 156 158 description 52 66 77 108 121 143 155
46. 800 ISCST and ACO6800 ISD Internally pulled HIGH with external contact closure to ground to trigger GPI outputs receiver e 6 ACQ6800 4X2D ACO680044X2 ICQST ACO6800 DSD and ACO6800 IDSD e 3 ACO6800 ASID ACO6800 ISCST and ACO6800 ISD TTL compatible with sink of 64 mA source 32 mA Connector Mini mate header Power Consumption Table 10 8 Power Consumption Specifications Operating Temperature Module Power Consumption ACO6800 4X2D lt 12 W ACO6800 4X2 ICQST lt 14 W ACO6800 ASID lt 12 W ACO6800 DSD lt 12 W ACO6800 IDSD lt 12 W ACO6800 ISCST lt 13 W ACO6800 ISD lt 12 W The operating temperature for ACO6800 modules is 41 to 113 F 5 to 45 C 164 ACO6800 Installation and Operation Manual Appendix A Communication and Control Troubleshooting Tips Software Communication Problems Problem The frame is powered up but the module does not communicate with CCS Navigator or the web GUI interface Solutions e Ensure you have specified the proper module slot See your 6800 Frame Installation and Operation Manual for more information about slot identification e Confirm there is an 6800 ETH module installed in the frame e Remove any legacy 6800 series product that is in the frame CCS software cannot communicate with legacy 6800 series products even if these modules may operate with card edge controls in the frame Legacy 68
47. A Relay Bypass On l 1 0 s 2 0s Table 9 7 describes the alarms for each of the subdevices on the ACO6800 ISD module You can only identify specific alarms using a software control application Depending on the module you are using some of the subdevice alarms may not be available Alarm Option Default EES Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI Mode SDI Video Standard The standard video input does not match the l 2 0 2 0 Mismatch expected standard SDI EDH Error Reports recurring EDH errors in the standard l 2 0 2 0 definition video signal SDI CRC Error Reports recurring CRC errors in the high definition 1 2 0 2 0 video signal SDI Loss of Video Reports that active HD or SD video has not been 6 2 0 2 0 present 156 ACO6800 Installation and Operation Manual Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Table 9 7 ACO6800 ISD Subdevice Alarms Continued Alarm Option Default a Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI CC Reports that the standard definition CC data on line l 240 0 2 0 EIA CEA 608 B 21 field 1 is not detected Missing 525 only SDI CC Reports that the high definition CC data on line 21 l 240 0 2 0 EIA CEA 708 B 284 is not detected Missing SDI WSS Missing Reports that the presence of Wide Screen Signaling l 240 0 2 0 625 only for Wide
48. Activates the white clip e Disabled e Enabled White Clip Level 5 9 Sets the white clip level e 90 1 to 109 0 IRE Note Units depend on the set operation 100 frame rate IRE 59 94 or mV 50 e 636 8 to 763 2 mV 700 Black Clip Enable 5 A Activates the black clip e Disabled e Enabled Black Clip Level 5 B_ Sets the black clip level 6 8 to 6 8 IRE 0 94 Trouble Slide Background x mM 4 4 Switch Function Options Select the background for default trouble slide Black e 75 Color Bar e 100 Color Bar e H Sweep e Multiburst e Ramp MicroSD Card Status RO Indicates whether the SD card is available e Absent e Locating File e Not Compatible e Please Select File e Loading File e File Loaded MicroSD Card Loading Process RO Reports the image loading process percentage lt values gt unit Trouble Slide 1 3 Displays the trouble slide name stored on lt string gt Note Units depend on the set operation frame rate IRE 59 94 ore mV 50 e 47 9 to 47 9 mV 0 ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued Audio gt Input gt Demux Status gt Error Status TO Group Parameter Name E Functio
49. CO6800 4X2D Parameters Continued Group General Purpose Interface lt O i Parameter Name Function Options ow Switch High Priority 1 A Sets the high priority for switching GPI Input e Manual e Alarms Switch Medium Priority 1 B Sets the medium priority for GPI Input switching e Manual e Alarms Switch Low Priority 1 C Sets the low priority for switching GPI Input e Manual e Alarms Alarms Switch Level 1 D Sets the level for alarm auto switch 1 to 10 6 Manual Switch 1 E Sets what the output source will be e Disable when a channel is switched manually Switch to Al e Switch to A2 Relay Bypass 1 1 Activates the relay bypass e On e Off Relay Status RO Displays whether or not the relay is On active e Off GPI Mode 1 4 Selects GPI mode for 4X2D option Standard Mode e 4X2D Mode GPI In Trigger Level 1 2 Sets the level at which an alarm is e Active Low Standard triggered for the all the GPI Inputs Mode see note e Active High Note When the GPI Mode parameter is set to Standard mode the parameter options are Active Low and Sos Active High When GPI Mode is setto Positive Edge 4X2D 4X2D mode the only option available Mode see note is Positive Edge so the menu is grayed out GPI Out Trigger Level 1 3 Sets the level at which an alarm is e Active Low triggered for the all the GPI Outputs e Active High GPI Input A1 RO Displays
50. COMMON PrO occzratanccorvacceneneasuneuccuneseeaioe nena eveuetin noe eae 80 Alarm SWIC IPIOOCMNG 245 536 el is A 82 Alarm Switch Parameters ccccccccccccccccccccccccccceeeeceeceeeeeeeeeeeeeeseeeeaeeeeaeeaaeaaas 85 FS Pull SO URC Cheese caspces toss seicadsaasioass coeaatuaseGisitedeavessad vaca NS 85 Parameter Table NOES tex ct tices access peri caonstterted A N N A 87 ACO6800 4X2 ICQST Parameters for SDI oo ccccceeeseseeeeeceeceeeeeeeaes 87 ACO680044X2 ICQST Parameters for ASI oo eee cccccccceceeeeeessseeeeeececeeeeeeeaes 99 ACO6800 4X2 ICQST Subdevice Parameters cccceccesseseseeeceeceeeeeeeaes 104 IDE DDS Gin ALIS ruere a scctettesnacauptnaseudogted tess a 106 Montornes LEDS gainaren A ented 107 Mod le Stats LEDS aoe E A 107 AE a a E E eee 108 Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms On Screen Display Monitorni oon a E a e N tended eee 111 Usmo Alarni Switch Mode ccececnssczncsancnstied ai as saena 111 Paraimeter E a EA E 35 ce EAE NE EAA A A ET O AE A 112 ACOOSOOFIDSD Para Meters oooi A A A S 112 ACO6800 IDSD Subdevice Parameters socseeeessesseeesessssrersssesrerersesrerereessss 116 WE DS anA nna a a E ON RRO a PR 119 M opitonne LEDS a a 120 Mod le Status LEDS nirisan A EE 120 ANa n E crn esd i 121 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms On Screen Display Monitoring lt a scaiisducsanse coed heoinecesearaygense E E TEE 125 Usine the Line Syne Fea Gena e ie ees 125
51. Corporation Manufactured under license from Dolby Laboratories Dolby and the double D symbol are registered trademarks of Dolby Laboratories All other trademarks and trade names are the property of their respective companies Contact Information Imagine Communications has office locations around the world For locations and contact information see http www imaginecommunications com contact us Support Contact Information For support contact information see Support Contacts http www imaginecommunications com services technical support eCustomer Portal http support imaginecommunications com Contents Preface Manual ATV FOTIA LON sereni nenn na AA EEEE vii PrO C airna R EAN vii Audi NC eusa e T E erie Pena ee TE OP vii Revision FSO aa te a a E N vii Nyt CHO CONVEDIODS asir a a a a viii Unpacking Shipping Information ccccccccesscseseesessensseeeeeeeeeeeeeeeeeeeeseeeeseeeeeaas 1X Unpackinoa PrOGuel s c c cccnsoaseaeyonsnedecmans N eTEN ix Prodat Servic iNo eana ataas aadaled Manatee A N iX Reor 4 PROGUCL snimane a E E 1X Restriction on Hazardous Substances ROHS Compliance cccceesssseeeeeeees xX Waste from Electrical and Electronic Equipment WEEE Compliance X Sale Yopi aa a E a EA xi Safety Terms and Symbols in this Manual ccccccccccsecccccccceeeeeeeeeeeeseeeeeas xi Chapter 1 Introduction Pr d ct WE SCRIPTION x05 22 saccastadonzcsdaeeces a a iaae a
52. Disable Set Alarm Channel Selects whose alarms to be sent out Input Al e Input A2 e Input B1 e Input B2 Set Alarm ID Select which alarm to be sent out SDI Loss of Video e SDI Video Standard Mismatch e SDI EDH Error e SDI CRC Error e SDI Video Black e SDI Video Frozen e SDI Embedded Ch01 Loss Of Sound e SDI Embedded Ch01 Vbit Set e SDI Embedded Ch01 Missing e SDI Embedded Audio Group Missing Alarm Status RO Displays whether or not the selected Inactive alarm is activated e Active Alarm Reporting RO Displays the selected alarm is e Disabled enabled or not by user setting Enabled Alarm Priority RO Displays the priority of selected 0 to 10 alarm by user setting Alarm Trigger Time s Displays the trigger time of selected 0 to 7200 RO alarm by user setting Alarm Clear Time s Displays the clear time of selected 0 to 7200 RO alarm by user setting 46 ACO6800 Installation and Operation Manual Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms ACO6800 4X2D Subdevice Parameters The parameters in SDI mode and in ASI mode cannot be shown at the same time Table 3 2 ACO6800 4X2D Subdevice Parameters Group Parameter Name Function Options Parameters available in SDI Mode Status Video Present RO Indicates that video is present e On e Off Video Standard RO Lists the incoming video standard Audio Grp 1 4 Present Displays the presence of t
53. E eerie 1 AC OG SOOM ECITO S a a a ewnbeie Gasuen das goease due hia 2 Font Modile mentega coven ie oa ndenddecte a ea 6 Back Modul S nnan a A A A 8 GPI Mating Connectors oviuceisiccisnt decsenstnseterserent icluntawsiansdusncndiadensebeenmem aston aes 9 teil PLOW Dia Sams seor oars cr daca te uated A cate needa guns 10 Chapter 2 Installation Configuration and Operation Unpacking the Mod le mirerien A i 15 Checking the Packina Tis ca ci un ctce nid ene ete denmattent 16 Maximum 6800 Frame Power Ratings ccccccssssscscceccecccceeeeeesesesesssssssseeeaeees 17 Installing the Modileg srira naana AAO EAEAN ahe 18 Wpsradine Module Firmware spirerinrei ian seer eas di 18 INE COTS COMTO Leres tate souvruetituntiendalinadianceraeddusiua O 19 Opera ina NOLES ds cies cats canary A A ee Coe 19 Addin a License Key es ercer sen Rie chine e e aaa a N tees 19 Changing Parameter Settings 3 4 ssansinessentenstetacanatancincsseleuiicnscnsasgesetee cians 20 COB NAV ALOR e E A 20 Card Ede Controls eonan E E 21 Recalling Default Parameter Settings 000o0oo0nnnnnnnnnneesseesssesssssssssssesererrseesee 24 Q SEE Complant Tum bn ais asoan aar Radios 24 IRS Ni 994 0 Soi ame ee RO rere EE 24 Passing Dolby Audio ACO6800 Installation and Operation Manual iii Contents ACO6800FISCST and ACO6800F4X2 FICQOST ooo cccsesceeeeeesesteeeeesseeaes 25 Configuring the Switching Mechanism cccccscccccccccccccccccesesseeeesessssssss
54. EDs and Alarms Monitoring LEDs Table 5 3 ACO6800 DSD Monitoring LEDs Indicators LED Name Description Color Indication l Out A LED 1 The current selected input is 1A for group A Green 2 Out A LED 2 The current selected input is 2A for group A Green 3 In 1A Present Input 1A signal is present Green 4 In 1A Alarm Input 1A is in an alarm state Amber d In 2A Present Input 2A signal is present Green 6 In 2A Alarm Input 2A is in an alarm state Amber T Out B LED 1 The current selected input is 1B for group B Green 8 Out B LED 2 The current selected input is 2B for group B Green 9 In 1B Present Input 1B signal is present Green 10 In 1B Alarm Input 1B is in an alarm state Amber 11 In 2B Present Input 2B signal is present Green 12 In 2B Alarm Input 2B is in an alarm state Amber Module Status LEDs The ACO6800 DSD modules do not have any card edge alarms Instead the module status LED on the corner of the module lights up if an error is detected See Figure 5 1 on page 75 for the location of the LED and Table 5 4 for a description of the LED colors 76 Table 5 4 Module Status LED Descriptions LED Color Sequence Meaning Off There is no power to the module the module is not operational Green There is power to the module the module is operating properly Red There is an alarm condition Flashing Red The module has detected a hardware firmware fault Yell
55. Group B GPI Input e Active High Group B GPI Out 4 3 Sets the level at which an alarm is e Active Low Trigger Level triggered for the Group B GPI Output e Active Level Group B GPI Input 1 Displays whether or not GPI Input 1 has N A RO been switched to B1 e Switch to B1 Group B GPI Input 2 Displays whether or not GPI Input 2 has N A RO been switched to B2 e Switch to B2 Group B GPI Input 3 Displays whether or not GPI Input 3 has N A RO been switched to Relay Bypass e Relay Bypass Group B GPI Output _1 Displays whether or not B1 is selected as N A RO current output source e Input B1 on line e N A Group B GPI Output 2 RO ACO6800 Installation and Operation Manual Displays whether or not B2 is selected as current output source e Input B2 on line 73 Chapter 5 ACO6800 DSD Parameters LEDs and Alarms Table 5 1 ACO6800 DSD Parameters Continued O i Group Parameter Name E Function Options ow Group B GPI Output 3 Displays whether or not the relay bypass N A RO has been activated e Signal Bypass ACO Group B gt MISC Settings Out B EDH Control 4 5 Inserts or clears the EDH when the input Insert online is SD e Clear Note This parameter is not available in ASI mode and is grayed out when the selected input is HD ACOQ6800 DSD Subdevice Parameters The parameters in SDI mode and in ASI mode cannot be shown at the same time T
56. I dBFS In 3 C B Embedded Ch02 peak alarms are 2 dBFS In 4 D B triggered Low Audio Threshold In 1 A C Sets the threshold below which SDI 80 dBES to 30 dBFS In 2 B C Embedded Ch01 Low Audio to SDI dBFS In 3 C C Embedded Ch16 Low Audio alarms 60 dBFS In 4 D C are triggered Loss of Sound In 1 A D Sets the threshold below which SDI 100 dBES to Threshold dBFS In 2 B D Embedded Ch01 Loss of Sound to 60 dBFS In 3 C D SDI Embedded Ch16 Loss of Sound 90 dBFS In 4 D D alarms are triggered Audio Average Level In 1 A E Displays the SDI Embedded Channel Disable Reporting In 2 B E Average Level value e Enable In 3 C E In 4 D E Audio Average Level In 1 A F Restarts the calculation of the average Off Restart In 2 B F audio level e On In 3 C F In 4 D F SDI Emb Ch1 16 Displays the embedded audio average 99 dBFS to 0 Average Level dBFS level for the channel dBFS RO Parameters Available in ASI Mode Status ASI Error RO ACOQ6800 Installation and Operation Manual R a error including ASI loss eports whether or not there is an ASI On e Off 105 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms LEDs and Alarms The ACO6800 4X2 ICQST modules have LEDs that serve as a quick monitoring reference and one module status LED Figure 6 1 shows the location of typical LEDs Table 6 5 and Table 6 6 on page 107 describe each LED in more d
57. Installation and Operation Manual Chapter 2 Installation Configuration and Operation For best results LogoCreator requires a PC with the following system specifications e Intel Pentium II processor at 500 MHz or faster e 512 MB or more of physical memory RAM e Microsoft Windows XP or Windows 2000 If a version of LogoCreator already exists on the PC ensure that you first uninstall the program and restart the computer Then proceed with the steps below 1 Close all other software applications running on the PC and then insert the IconTools CD ROM into the computer s CD ROM tray 2 Using Windows Explorer browse to the CD ROM contents and then double click the LogoCreator folder 3 Double click Setup exe 4 When the IconTools 3 Setup box appears click Next and then follow the on screen installation instructions Step 2 Convert Files to the mg2 Format When using LogoCreator you need a source image file for the fill portion of your logo and a source image file for the key portion The fill 1s the picture or image you want to overlay onto the program output The key is the cutout or shape of the desired logo which may or may not be the same shape as the fill Use LogoCreator to set the fill and key images to the same size resolution as the standard of the ACO6800 4X2 ICQST or ACO6800 ISCST output LogoCreator infers the key from the alpha channel in a targa tga file After you save the logo the logo
58. OQ6800 Installation and Operation Manual Single mode Not functional when Alarm Switch Trigger is set to Combination 89 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued lt O i Group Parameter Name Function Options ow Alarm Switch Mode 1 A Sets the switch mode to Automatic or e Automatic Non Resetting e Non Resetting See Alarm Switch Parameters on page 85 Alarm Reset 1 B Clears the non resetting status and Off triggers a one time command to rescan On the input source see Alarm Switch Parameters on page 85 Non Resetting 1 C Sets what the output source will be when Switch to Highest Protection no lower priority input source 1s suitable to switch to see Alarm Switch Parameters on page 85 Stay at the Current System gt Relay Control In 1 2 Relay Bypass 2 1 Manually activates the relay bypass Off 23 e On In 1 2 Relay Status Reports whether or not the relay is active On RO e Off In 1 2 Relay Auto 2 2 Sets whether to automatically activate e Disabled Hold 2 4 the relay bypass after the module e Enabled reboots If enabled the relay is automatically activated and the signal is bypassed directly To release the relay set In 1 2 Relay Bypass to Off FS Fill Source 2 5 Selects a candidate inpu
59. PI Output A2 RO Displays whether or not A2 is N A selected as the current output source e Input A2 online GPI Output A3 RO Displays whether or not the Relay N A Bypass has been activated e Signal Bypass GPI Output B1 RO Displays whether or not B1 is N A selected as the current output source e Input B1 online GPI Output B2 RO Displays whether or not B2 is NA selected as the current output source Input B2 online GPI Output B3 RO Displays whether or not auto switch N A is enabled e Auto Active Note This parameter is only available when the GPI Mode parameter is set to 4X2D mode Out A Settings Out A OSD Enable 4 1 Enables the on screen display Off Note This parameter is not presentin On ASI mode 44 ACO6800 Installation and Operation Manual Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 1 ACO6800 4X2D Parameters Continued Group Out A Settings gt Extra Control Out B Settings Parameter Name Out A EDH Control Extra Input Source Control Extra Manual Switch nn Switch x mM 4 se 4 3 4 4 Function Options Inserts or clears the EDH when the Insert input online is SD SDI Clear Note This parameter is not available in ASI mode and is grayed out when the selected input is HD Selects the trigger source for selecting Input B source Manually switch to Input B Source Note This parameter
60. PID Displays the received program associated PMT 1 16 RO program Audio Main PID as Hex and Decimal OXHHHH XXX N gt A OXHHHH XXX PMT Program Audio PID Displays the received program associated PMT 1s 16s RO program Audio Secondary PID as Hex and Decimal Parameters gt Parameter Settings gt ETR 290 gt Priority 1 Alarms PAT Repetition Allows selection of the PAT repetition rate for 0 1 to 5 seconds alarm detection PMT Repetition Allows selection of the discontinuity threshold 0 1 to 5 seconds for alarm detection PID Repetition Allows selection of the PID repetition threshold 0 to 60 seconds for alarm detection Parameters gt Parameter Settings gt ETR 290 gt Priority 2 Alarms PCR Repetition Allows selection of the PCR repetition rate for 10 to 1000 ms alarm detection Note A Program Clock Reference PCR is used to re generate the local 27 MHz system clock If the PCR does not have sufficient regularity the clock can jitter or drift and the receiver gt decoder can become unlocked When irregularities occur outside the PCR Error ranges the PCR Error alarm activates In Digital Video Broadcasting DVB a repetition period of not more than 40 ms is recommended PCR Discontinuity Allows selection of the PCR discontinuity for 10 to 1000 ms alarm detection ACO6800 Installation and Operation Manual 61 Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Group Parameter Name
61. QXF or FR6822 QXFE frame Chapter 1 Introduction ACO6800 ISCST ACO6800 tISD e Single ACO e Seven BNC ports one genlock in two inputs and four outputs e Clean quiet switch between selected sources e Selectable switch to TSG or trouble slide when both inputs are loss e Provide video and audio processing e Frame audio synchronizer e Frame or external reference input to drive frame synchronization e Independent Q SEE alarm sets for both inputs e Support for Q SEE compliant thumbnails when installed in an FR6802 QXF or FR6822 QXFE frame e Single ACO e Six BNC ports two inputs and four outputs e Independent Q SEE alarm sets for both inputs e Support for Q SEE compliant thumbnails when installed in an FR6802 QXF or FR6822 QXFE frame Table 1 1 provides a quick view of the main features for each module Table 1 1 ACO6800 Features N O Q Q O m O x x g 2 A D D Feature l l Q T joe foe joe foe joe foe foe O O O O O O O O O O O O O O lt lt lt lt lt lt lt Two slot module Yes No Yes Yes Yes No Yes Three slot module No Yes No No No Yes No Sub module needed No Yes No No No Yes No CCS Navigator support Yes Yes Yes Yes Yes Yes Yes Card edge control Yes Yes No Yes Yes Yes Yes Bypass relay Yes Yes Yes Yes Yes Yes Yes GPIs Yes Yes Yes Yes Yes Yes Yes Basic ASI support Yes Yes Yes Yes Yes Yes Y
62. Reports if the specified input is locked to a genlock signal Reports if the specified input is in delay window for line the maximum delay window is 3 lines Reports the line distance ahead of the internal reference point 2 z lt values gt unit lines In 1 4 Horizontal Distance RO Reports the extra horizontal distance ahead of the internal reference point lt values gt unit us 92 ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued Group Parameter Name Function Bank Switch Options Video gt FS Settings Horizontal Phase 4 8 Sets the Frame Sync horizontal phase available options depend on the system s operation standard lt values gt 0 unit us Vertical Phase 4 9 Sets the Frame Sync vertical phase lt values gt 0 unit available options depend on the lines system s operation standard Frame Delay 4 A_ Sets the Frame Sync delay range 0 to 6 frames 0 LOV Mode 4 B Determines the processing mode when Pass there is a loss of video on the selected e Black input e Freeze Force Freeze Type 4 C Determines which mode is activated Field 1 when the video freezes for progressive Field 2 standards only the Frame option is ee available Force Freeze 4 D Act
63. SC This equivalent quality may be achieved from pictures originated at the 4 2 2 level of ITU R BT 601 and subjected to processing as part of the bit rate compression The results should be such that when judged across a representative sample of program material subjective equivalence with NTSC is achieved The displayed picture may be either the traditional 4 3 or the wide screen 16 9 aspect ratio Service Description Table SDT lists the names and other parameters of the services within transport stream System Time Table STT defines the current date and time of day Transport Stream ATSC TS Consists of the following 1 Packets 188 bytes fixed length with descriptive data 2 Carries several programs 3 a PID that identifies the type of TS packet video audio other and 4 carries descriptive information about the program Terrestrial Virtual Channel Table TVCT Defines the MPEG 2 programs embedded in the Transport Stream in which the TVCT is carried ACO6800 Installation and Operation Manual 171 Appendix B Glossary Virtual Channel Table VCT Contains a list of all the channels that are or will be on line plus their attributes Among the attributes we have the channel name navigation identifiers stream components and types etc Information was taken from ATSC A65 and other ATSC and DVB standards 172 ACO6800 Installation and Operation Manual A ACO06800 4X2 ICQST alarms 109 110 back module diagram
64. Screen Format is not detected SDI Luma Peak Reports that the HD or SD luma component has l 240 0 2 0 exceeded the threshold defined by the Luma Peak Threshold parameter SDI Luma Low Reports that the HD or SD luma component 1 240 0 2 0 remains below the threshold defined by the Luma Low Threshold parameter SDI Chroma Peak Reports that the HD or SD chroma component has l 240 0 2 0 exceeded the threshold defined by Chroma Peak Threshold parameter SDI Chroma Low Reports that the HD or SD chroma component l 30 0 2 0 remains below the threshold defined by the Chroma Low Threshold parameter SDI Video Black Reports that the HD or SD video level does not 6 240 0 2 0 exceed the level defined by the Video Black Threshold parameter SDI CC XDS Data Reports that the standard definition CC Extended l 240 0 2 0 Missing 525 only Data Services on line 21 field 2 is not detected SDI VChip Data Missing Reports that VChip data is not present on Line 21 l 240 0 2 0 Field 2 SDI Video Frozen Reports that the HD or SD content in the video l 30 0 2 0 frame is not changing SDI AFD Missing Reports that AFD is not present l 30 0 2 SDI Embedded Detects that the peak audio level meets or exceeds l 30 0 2 0 Ch 01 16 Peak the limit set in the Peak Audio Threshold parameter SDI Embedded Detects that the audio amplitude has fallen below l 30 0 2 0 Ch 01 16 Loss of the limit set in the Loss of Sound Threshold Sound parameter SDI Embedded Detects a set V Bit in the embedded
65. Switch Frozen Detection Sensitivity Level Sensitivity 1 6 Adjusts level threshold sensitivity for 0 to 10 5 freeze detection Note A higher level indicates increased sensitivity Pixel Sensitivity 1 7 Adjusts pixel number threshold 0 to 10 5 sensitivity for freeze detection Note A higher level indicates increased sensitivity ACO6800 tISD Subdevice Parameters The parameters in SDI mode and in ASI mode cannot be shown at the same time Table 9 2 ACO6800 ISD Subdevice Parameters Group Parameter Name Function Options Parameters available in SDI Mode Status Video Present RO Indicates that video is present e On Off Video Standard RO Lists the incoming video standard lt string gt Audio Grp 1 4 Present Displays the presence of the e On specified audio group package e Off SQM Settings Set Expected Video Standard Selects the expected format 325 Al 2 1 Note When the format deviates e 625 A2 3 1 from this format one of the SDI 1080 Video Standard Mismatch alarms triggers e 1080p e 720p e 1080psf Luma Low Threshold Sets the threshold below which the 6 8 to 15 7 5 Al 2 2 SDI Luma Low alarm is triggered AQ 32 ACO6800 Installation and Operation Manual 151 Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Table 9 2 ACO6800 ISD Subdevice Parameters Continued
66. The File Transfer tab is not meant to be used for firmware upgrades Use the Software Upgrade tool to upgrade module firmware ACOQ6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation If you do not use the correct firmware version your module may display incorrect menu structures thumbnail failures and software upgrade failures Note The module uses high speed upgrading in ASI mode and normal field upgrading in SDI mode Network Control For detailed information on how to operate this product remotely see the Navigator NUCLEUS Network Control Panel or LCP 3901 1U RCP CCS 1U manual for Ethernet interface ACO6800 modules do not support Pilot Lite software however you can use HTTP or SNMP monitoring and control For detailed information see the installation and operation manual for your frame Operating Notes When you set the control parameters on the ACO6800 observe the following e Ifyou make changes to certain parameters other related parameters may also be affected e When you change a parameter the effect is immediate However the module requires up to 20 seconds to save the latest change After 20 seconds the new settings are saved and will be restored if the module loses power and must be restarted e For best results terminate any unused coaxial output connectors with a 75Q connector Adding a License Key ACO6800 ISD ACO6800 DSD and ACO6800 IDSD modu
67. Trigger Level triggered for the Group A GPI Output Active High Group A GPI Input 1 Displays whether or not GPI Input I has N A RO been switched to Al e Switch to Al Group A GPI Input 2 Displays whether or not GPI Input 2 has N A RO been switched to A2 e Switch to A2 Group A GPI Input_3 Displays whether or not GPI Input 3 has N A RO been switched to Relay Bypass e Relay Bypass Group A GPI Output_ 1 Displays whether or not Al is selectedas N A RO current output source e Input Al online Group A GPI Output 2 Displays whether or not A2 is selectedas N A RO current output source e Input A2 online Group A GPI Output 3 Displays whether or not the relay bypass N A RO has been activated e Signal Bypass ACO Group A gt MISC Settings OutA OSD Enable 1 4 Enables the on screen display Off Note This parameter is not available in e On ASI mode OutA EDH Control 1 5 Inserts or clears the EDH when the input Insert online is SD SDI e Clear ACO Group B gt Switch Settings Note This parameter is not available in ASI mode and is grayed out when the selected input is HD 72 Group B Output Source Displays the current output source Input BI RO e Input B2 Group B Switch High 4 A Sets the high priority for switching GPI Input Priority e Manual e Alarms Group B Switch 4 B Sets the medium priority for switching GPI Input Medium Priority e Manual e Alarms Group B Switch Lo
68. Using Alarm Switch Mode ccccccccccccccccccccccececcceeesseeesssnsseeeeeeeeeeeeeeeseeeeeeeeeeeeeaas 126 Parameter Table Noles cies cust sconce E 126 Cross Functional Parameter Changes assiesiieiiesiisistinnsta i aiani anasi iaia 127 ACO6800 ISCST Parameters for SDI ccc scsscssesscecvasstescsenadtacadavs iebdvaeedesdedtadenbedes 128 ACO6800 ISCST Parameters for ASI ccccccceesssssccccceeeeeeeeeeeeeeeesessseeeeseagas 137 ACO6800F ISCST Subdevice Parameters cccccccssscccccececececceeeeeesssssssssseseeas 139 EEDSand Alarms unna is Saaunaiad E sede ean ee 141 INTO COT LE DG ti saptaacece ea 142 Module Status LEDS arrar a dead deren eugene eens 142 Ala S cg asst searsaa cise eooa a aaa Ean 142 Chapter 9 ACO6800 ISD Parameters LEDs and Alarms On Screen Display Monitoring sh css tiesasuanihecsercdeigeerecsantdnesagabeeluinsdeiaedeabadensaseancs 147 Usne A lariat Sw Cho Modeni dames act nstmentoeee N 147 ACQ6800 Installation and Operation Manual V Contents Parameter Tibie NOES go cecoeth adore castiutetase E E E oant 148 ACOOSOOFISD Parameter Saroi e r E A N 148 ACO6800 ISD Subdevice Parameters nooccceeesssesseressesssseresessertrresssereressseees 151 LEDs and Alarms scaceiiesr etek tana aea a e Ma ch aed ie daly Vaca ol Siac 153 Monitore LEDS seuraan uncorked ieee EEA 154 Modil stis LEDS serora N E AN 155 AT e a aa a a terete 155 Chapter 10 Specifications TAIPDULES EE EE E E E E EE E E E E TE E A
69. Yes Gain All 8 4 Adjusts the audio gain for all channels 18 dB to 18 dB 0 when Gain Lock is enabled Gain 1 Ch1 L and Gain 2 Ch1 R to Gain 15 Ch 8 L and Gain 16 Ch8 R Adjusts the audio gain for each channel when Gain Lock is disabled Note The gain control is disabled when the SRC is set to Bypass 18 dB to 18 dB 0 Audio gt Processing gt Phase Invert Invert All 6 E Inverts the audio phase forall channels Off e On Invert 1 Ch1 L and Inverts the audio phase for each channel Off Invert 2 Ch1 R to when Gain Lock is disabled e On Invert 15 Ch 8 L and Note The inverter is disabled when the Invert 16 Ch8 R SRC is bypassed Audio gt Processing gt Audio Processing Bit Width e 16 bit 96 Ch 1 8 L R Audio Bit Width Specifies the internal processing bit width of the audio e 20 bit SD default when operational standard is SD e 24 bit HD default ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued Group Audio gt Output gt Routing Parameter Name Audio gt Output gt Mux Setting Bank Switch Function Options SD SDI Mux 24 bit 7 A Selects the audio mux bit width when the No signal is SD e Yes Group Format Follow 7 B Enables SDI embedding group format e No
70. able 5 2 ACO6800 DSD Subdevice Parameters O i i Group Parameter Name ce Function Options ow Parameters available in SDI Mode Status Video Present RO Indicates that video is present e On e Off Video Standard RO Lists the incoming video standard lt string gt SQM Settings Set Expected Video Selects the expected format 525 Standard Note When the format deviates from 625 Al 2 1 this format one of the SDI Video 1080 A2 3 1 Standard Mismatch alarms triggers B1 5 1 e 1080p B2 6 1 e 120p e 1080psf Parameters available in ASI Mode Status ASI Error RO Displays where or not there is an ASI On error including ASI loss e Off 74 ACO6800 Installation and Operation Manual Chapter 5 ACO6800 DSD Parameters LEDs and Alarms LEDs and Alarms The ACOQ6800 DSD modules have LEDs that serve as a quick monitoring reference and one module status LED Figure 5 1 shows the location of the LEDs on a typical ACO6800 module Table 5 3 and Table 5 4 describe each LED in more detail Module status LED gt Boe Q Monitoring LEDs eT miL aa a aiH Hedin in Ce 5 l 7 F BI le T E g r l in g EIIE aj iik L ih Borel es E a E oe amnia J d ta f Cal fa yg LP Figure 5 1 Location of Typical ACO6800 LEDs ACO6800 Installation and Operation Manual 75 Chapter 5 ACO6800 DSD Parameters L
71. actory Recall parameter under System Config to return all of the module s parameters to factory default settings In each ACO6800 control parameter list the factory default setting appears in bold See the relevant product chapter for the parameter list of your product To return this module to its default settings set the Factory Recall parameter O F to Enable amp Note There are two independent sets of default values one for SDI mode and the other for ASI mode Factory Recall in SDI mode will not affect the parameters in ASI mode nor will Factory Recall in ASI mode affect the parameters in SDI mode This does not apply to ACO6800 ASID Q SEE Compliant Thumbnails Relay Bypass 24 s Note The ACO6800 ASID does not support Q SEE compliant thumbnails ACO6800 modules support Q SEE compliant thumbnails To use Q SEE compliant features the following conditions must be met e The modules must be installed in an FR6802 QXF frame that also contains a 6800 ETH module firmware version 4 8 or higher or an FR6822 QXFE frame e You must use CCS Navigator version 4 9 or later When you open a Control window in CCS Navigator for the 6800 ETH module all Q SEE compliant modules provide thumbnails on a Video Streaming tab In addition the ACO6800 module Control dialog box has a Streaming tab where a thumbnail is displayed and updated at up to three frames per second Q SEE compliant thumbnails are available for all in
72. al e Group A Switch Low Priority Alarms By changing the Group A Switch Low Priority setting to GPI Input the module automatically changes the Group A Switch High Priority setting to Alarms This new setting is exclusive and will not conflict with the Medium and Low settings GPI Input Control Table 2 5 indicates what happens when a GPI Input is activated for example pressing a button on a panel when the switching is not triggered by other higher priority events than GPI Input Table 2 5 GPI Input Control GPI Action Result GPI 1 Switches output source to In 1 GPI 2 Switches output source to In 2 s Note GPI Input 3 is dedicated to the relay bypass and it is not involved in the switching mechanism When GPI Input 3 is triggered the output is switched to input 1 directly Additional GPI details apply to individual ACO6800 modules See the relevant module chapter for information about your product 26 ACO6800 Installation and Operation Manual Manual Control Chapter 2 Installation Configuration and Operation When the switching is not triggered by other higher priority events you can use the parameters described in Table 2 6 to manually switch the source using either CCS Navigator or the card edge controls Table 2 6 Manual Switch Parameters Parameter Name ACO6800 ISD ch Function Options Bank Sw Group A Manual Switch 1 E Sets the output source when a
73. ameter is set to Force the output is to a predefined still image except when relay bypass is enabled When the Still Image Mode parameter is set to Auto the still image 1s treated as the module s third input which is always in good quality The switching mechanism includes the still image in its priority list The order of priority from highest to lowest is In 1 In 2 and Still Image Table 2 11 shows the relationship between switch mechanism and still image output when the Still Image Mode parameter is set to Auto Table 2 11 Still Image Priority and Image Output When Still Image Mode is set to Auto Switch High Switch Medium Switch Low Output Note Priority Priority Priority Source GPI Input Select N A N A Input 1 GPI forces In 1 as output InIn1 source even when In is lost GPI Input Manual Switch In2 N A Input 2 Manual switch forces In 2 as Inactive output source even when In 2 1s lost GPI Input Manual Switch Alarm Enable and Still Image Switch Mechanism selects Inactive Disable Alarm switch condition Still Image as output source met for both inputs GPI Input Manual Switch Alarm Disable Input 1 Switch Mechanism is Inactive Disable disabled Table 2 12 shows what happens when both inputs are lost and the SDI Loss of Video alarm of both In 1 and In 2 are considered as fatal alarms and triggered supposing GPI Input and Manual Switch are both not active 30 ACO6800 Installation a
74. ameter to change the delay for all 16 audio channels at the same time When it is set to No the Delay 1 8 parameters are available and you can adjust the delay of each audio channel separately Delay All 8 2 Sets the audio delay for all channels 0 to 2500 ms 0 when Delay Lock is enabled Delay 1 Ch1 L and Adjusts the audio delay for each channel 0 to 2500 ms 0 Delay 2 Ch1 R to when Delay Lock is disabled Delay 15 Ch 8 L and Delay 16 Ch8 R Audio gt Processing gt Gain Gain Lock 8 3 Sets the audio gain separately or for all No channels e Yes Gain All 8 4 Adjusts the audio gain for all channels 18 dB to 18 dB 0 when Gain Lock is enabled Gain 1 Ch1 L and Adjusts the audio gain for each channel 18 dB to 18 dB 0 Gain 2 Ch1 R to when Gain Lock is disabled Gain 15 Ch8 L and Note The gain control is disabled when Gain 16 Ch8 R the SRC is set to Bypass Audio gt Processing gt Phase Invert Invert All 6 E Inverts the audio phase forall channels Off e On Invert 1 Ch1 L and Inverts the audio phase for each channel Off Invert 2 Ch1 R to when Gain Lock is disabled On Invert 15 Ch8 L and Note The inverter is disabled when the Invert 16 Ch8 R SRC is bypassed 134 ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 2 ACO6800 ISCST SDI Parameters Continued Group
75. anual 145 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms 146 ACO6800 Installation and Operation Manual Chapter 9 ACQ6800 ISD Parameters LEDs and Alarms On Screen Display Monitoring If you are using card edge controls to configure your ACO6800 ISD module you can use the on screen display OSD monitoring feature to view the current parameter selections When the OSD monitoring is activated the current parameter selections are displayed on module s monitoring outputs For information on enabling OSD monitoring see Activating On Screen Display on page 23 Using Alarm Switch Mode Three parameters help handle situations when the module s current source is on the secondary channel and the primary channel becomes good or the secondary channel becomes bad When the Alarm Switch Mode parameter is set to Automatic the Non Resetting Protection parameter is unavailable The module returns to its primary input after the primary input channel s alarm clears When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set to Switch to A1 the module switches to its primary channel when the secondary input channel becomes bad When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set to Stay with to A2 the module stays with the secondary channel even when the secondary input channel is bad Set the Alarm Reset para
76. arameter and parameter option are listed in the tables under the Bank Switch heading For more information about using the card edge controls see page 21 The parameters are listed in the order that they appear in CCS Navigator ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Cross Functional Parameter Changes When you configure certain parameters on an ACO6800 ISCST module you force a change in other associated parameters These cross functional parameter changes for are described in Table 8 1 Table 8 1 ACO6800 ISCST Cross Functional Parameter Changes Position Parameter Setting Unavailable Parameters System Operation Standard 10801 EDH Out 2 Settings e 1080p e SD SDI Mux 24 bits audio e 720p Video gt AUX Settings AUX Output Frame Sync AUX OSD Enable Source e AUX EDH Audio gt Processing gt SRC Bypass Mode Auto SRC 1 8 Bypass SRC Bypass Audio gt Processing gt SRC Bypass Yes Gain Lock SR RYDPASS Note Note ifthe SRC Bypass Gain All Mode is Auto and the audio e Gain ch L R package is detected as Data ACO6800 ISCST will Invert All automatically switch SRC Invert ch L R Bypass to Yes aa gt Processing gt Delay Lock Yes Delay 1 16 ch 1 L ch 8 R elay No Delay All Apa gt Processing gt Gain Lock Yes Gain 1 16 ch 1 L ch 8 R ain No Gain All Audio gt Processing gt
77. arameters LEDs and Alarms Parameter Table Notes When you look at the control parameter tables note the following e Shaded table rows and RO after the parameter name indicate read only feedback parameters e Bolded parameter options indicate the default settings for the parameter e The parameters are listed in the order that they appear in CCS Navigator e The bank selection and rotary switch combinations for each parameter and parameter option are listed in the tables under the Bank Switch heading For more information about using the card edge controls see page 21 s Note For a Clarification of terms and acronyms in the following lists refer to Appendix B Glossary on page 169 ACO6800 Installation and Operation Manual 57 Chapter 4 ACO6800 ASID Parameters LEDs and Alarms ACQ6800 ASID Parameters Table 4 1 ACO6800 ASID Parameters Group Parameter Name Function Options General Serial Number RO Displays the serial number of the module lt string gt Factory Recall Sets your module back to factory default On settings e Off Soft Reboot Activates a soft reboot of the module e On e Off ACO Service Switch Settings Output Source RO Displays the current output source Input e Input 2 Switch High Priority Sets the high priority for switching GPI Input e Manual e Alarms Switch Medium Priority Sets the medium priority for switching GPI Input e Ma
78. as been activated e In 4X2D mode Reports whether any GPI switching command is active Ka ET Parameter Name E Function Options mw GPI Output 1 RO a Reports whether In 1 is on line e N A e In 1 online GPI Output 2 RO z Reports whether In 2 is on line e N A e n2 online GPI Output 3 RO Reports whether the In 1 relay bypass N A has been activated e Signal Bypass GPI Output 4 RO Reports whether In 3 is on line e N A e In3 online GPI Output 5 RO Reports whether In 4 is on line e N A e In 4 online GPI Output 6 RO a In Standard mode Reports whether N A e In 2 Relay is Active e No GPI Input Triggered e Auto Switch System gt Frozen Detection Sensitivity Video gt Line Sync Level Sensitivity 2 C Adjusts level threshold sensitivity for 0 to 10 5 freeze detection a higher level indicates increased sensitivity Pixel Sensitivity 2 D Adjusts pixel number threshold 0 to 10 5 sensitivity for freeze detection a higher level indicates increased sensitivity Line Sync Bypass 2 E Enables the Bypass Line Sync function Disabled block e Enabled Genlock Window 2 F Adjusts the internal reference point 0 524 5251 relating to genlock the line duration follows the system operation standard e 0 624 625i e 0 1124 1080i p e 0 749 720p In 1 4 Locked With Genlock RO In 1 4 In Delay Window RO In 1 4 Line Distance RO
79. asier s Note In ACO6800 ISD ACO6800 DSD and ACO6800 IDSD modules OSD is only displayed on Out A In the ACO6800 4X2D and ACO6800 ISCST OSD can be displayed on any one of the four outputs OSD is not available on the ACO6800 ASID and ACO6800 4X2 ICQST modules or in ASI mode OSD will only appear when the option is enabled and only in SDI mode On ACO6800 DSD and ACO6800 IDSD modules the Output Source must be from Group A Table 2 4 lists the parameters to set to activate OSD Table 2 4 Activating OSD Parameter Name lt Function Options an ACO6800 ISD ACO6800 DSD and ACO6800 IDSD ACO Group A gt MISC Settings OutA OSD Enable 1 4 Activates the on screen display on Out A outputs e Enable e Disable ACO6800 4X2D Video gt Out A Settings Out AOSD Enable 4 1 Activates the on screen display on Out A outputs e Enable e Disable Video gt Out B Settings Out B OSD Enable 4 5 Activates the on screen display on Out B outputs e Enable e Disable ACO6800 ISCST Video gt Out 1_2 Settings OSD Enable 5 C Activates the on screen display on PGM outputs Enable e Disable Video gt AUX Settings AUX OSD Enable 5 E Activates the on screen display on AUX outputs e Enable e Disable ACO6800 Installation and Operation Manual 23 Chapter 2 Installation Configuration and Operation Recalling Default Parameter Settings You can use the module s F
80. audio source l 1 0 2 0 Ch 01 16 Vbit Set ACO6800 Installation and Operation Manual 157 Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Table 9 7 ACO6800 ISD Subdevice Alarms Continued Alarm Option Default i Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI Embedded Detects that the peak audio sample has stayed 1 30 0 2 0 Ch 01 16 Low Audio below the level set in the Low Audio Threshold parameter SDI Embedded Reports if the SDI embedded audio channel is l 1 0 2 0 Ch 01 16 Missing missing SDI Embedded Audio Reports that the audio in the specified group is not l 1 0 2 0 Group 1 4 Missing present ASI Mode ASI Error Reports an ASI error including ASI loss in 1 1 0 2 0 streaming 158 ACO6800 Installation and Operation Manual Inputs HD SD SDI Video Table 10 1 HD SD SDI Video Input Specifications Chapter 10 Specifications Item HD SDI Specification SD SDI Specification Number of inputs e 4 ACO6800 4X2D ACO6800 4X2 ICQST ACO6800 DSD and ACO6800 IDSD e 2 ACO6800 ISCST and ACO6800 ISD Standards Connector ACO6800 4X2D ACO6800 DSD ACO6800 IDSD and ACO6800 ISD e SMPTE274M 1080i 60 1080i 59 94 1080i 50 1080p 30 1080p 29 97 1080p 25 1080p 24 1080p 23 98 e SMPTE296M 720p 60 720p 59 94 720p 50 e SMPTE RP 211 2000 1080psf 24 1080psf 23 98 ACO6800 4X2 ICQST and ACO680
81. bedded in the video signal the following requirements must be met e The Sync Mode Set parameter must be set to Genlock e Genlock must be available with a frame rate that matches the operation standard e Input video must be synced to Genlock e The SRC 1 8 Bypass parameter must be set to Yes lt Note If the SRC Bypass Mode parameter is set to Auto ACO6800 will enable SRC bypass automatically when Dolby data is detected Dolby E alignment is not supported Configuring the Switching Mechanism Three factors control the output channels on the ACO6800 e GPI control e Alarm severity levels for each input channel e Parameters that can be manually switched in CCS Navigator or at the card edge Use the following parameters in the Switch Settings group of parameters to define the switch priority levels e Group A or Group B Switch High Priority the default setting is GPI Input ACO6800 Installation and Operation Manual 25 Chapter 2 Installation Configuration and Operation e Group A or Group B Switch Medium Priority the default setting is Manual e Group A or Group B Switch Low Priority the default setting is Alarms A high priority event overrides a medium priority event which overrides a low priority event The three options are mutually exclusive As an example the current settings might start out in these default values e Group A Switch High Priority GPI Input e Group A Switch Medium Priority Manu
82. bypass After releasing the relay bypass the screen may momentarily display an instant image that is showing the scene before the relay bypass was activated This occurs because there is no signal detected by the FS block at the instant the relay is bypassed The FS freezes its output to the last good frame assuming the LOV Mode parameter is set to Frozen After the relay bypass is released the frozen image is first displayed on the screen before the normal signal begins The FS Fill Source parameter resolves these issues During the time that the In 1 relay is bypassed it is available to select a fill source with the same content as In 1 for the frame synchronizer to obtain a content continuous output after releasing the relay ACO6800 Installation and Operation Manual Parameter Table Notes Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms When you look at the control parameter tables note the following e Parameters with an asterisk are only visible when the Advanced Controls parameter is enabled e Shaded table rows and RO after the parameter name indicate read only feedback parameters e Bolded parameter options indicate the default settings for the parameter e The bank selection and rotary switch combinations for each parameter and parameter option are listed in the tables under the Bank Switch heading For more information about using the card edge controls see page 21 e The parameters are listed
83. ce versa Soft Reboot 0 E Activates a soft reboot of the module On e Off Operation Mode 0 1 Sets the ACO work mode to SDIor SDI ASI e ASI Note Factory recall does not change this parameter It has no default value Thumbnail Source 0 2 Selects the thumbnail source Input Al Note This parameter is not available Input A2 in ASI mode e Output GrpA Submodule Type RO Displays whether or not there is a e None submodule included on the module e For ISCS 148 ACO6800 Installation and Operation Manual Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Table 9 1 ACO6800 ISD Parameters Continued Group Parameter Name Backmodule Type RO ACO Group A gt Switch Settings Bank Switch Function Options Displays which back module is connected to the front module e For DS IDS e For ISCS ACO Group A gt General Purpose Interface ACQ6800 Installation and Operation Manual Group A Output Source Displays the current output source Input Al RO e Input A2 Group A Switch High 1 A Sets the high priority for switching GPI Input Priority e Manual e Alarms Group A Switch Medium 1 B Sets the medium priority for GPI Input Priority switching e Manual e Alarms Group A Switch Low 1 C Sets the low priority for switching GPI Input Priority e Manual e Alarms Group A Alarms Switch 1 D Sets the level for alarm auto switch 1 to 10 6 Lev
84. d l 2 0 2 0 definition video signal SDI CRC Error Reports recurring CRC errors in the high definition l 2 0 2 0 video signal SDI WSS Missing Reports that the presence of Wide Screen Signaling l 240 0 2 0 625 only for Wide Screen Format is not detected SDI Luma Peak Reports that the HD or SD luma component has l 240 0 2 0 exceeded the threshold defined by the Luma Peak Threshold parameter SDI Luma Low Reports that the HD or SD luma component l 240 0 2 0 remains below the threshold defined by the Luma Low Threshold parameter SDI Chroma Peak Reports that the HD or SD chroma component has 1 240 0 2 0 exceeded the threshold defined by Chroma Peak Threshold parameter SDI Chroma Low Reports that the HD or SD chroma component l 24 0 2 0 remains below the threshold defined by the Chroma Low Threshold parameter SDI Video Black Reports that the HD or SD video level does not 6 30 0 2 0 exceed the level defined by the Video Black Threshold parameter SDI CC Reports that the standard definition CC data on line l 240 0 2 0 EIA CEA 608 B 21 field lis not detected Missing 525 only SDI CC Reports that the high definition CC data on line 21 l 240 0 2 0 EIA CEA 708 B 284 is not detected Missing SDI CC XDS Data Reports that the standard definition CC Extended i 240 0 2 0 Missing 525 only Data Services on line 21 field 2 is not detected SDI VChip Data Missing Reports that VChip data is not present on Line 21 l 240
85. displays in your LogoCreator workspace To save your logo files using LogoCreator follow the steps listed below s Note When 720p or 1080p is required use the 1080i option in Video Standard to provide the best loading time Ensure that you create 720p and 1080p graphics in full screen with the logo already positioned correctly beforehand Although the logo may not appear in the safe area in LogoCreator it will be correctly placed in the final video output 1 In LogoCreator open the Logo Set Up dialog box Figure 2 3 below When you first open LogoCreator the Logo Set Up dialog box opens automatically If the Logo Set Up dialog box is closed select File gt New to open the dialog box ACO6800 Installation and Operation Manual 33 Chapter 2 Installation Configuration and Operation 34 Logo Creator Logo Set Up Set up a loge type Open an existing file MG2 to work Oper with and modify for output Create a new logo with positioning Logo for output Create an animated loga with fysteatied positioning for output Figure 2 3 LogoCreator Setup Dialog Box Note If you click the Open button directly in the Logo Set Up box the program will only launch files with an mg2 prefix If you attempt to open a file with any other prefix the program will generate error messages Click the Logo button to open the Static Logo dialog box Use the Logo ID box to assign the logo to a specific slot on
86. e Likewise ensure that the front module is unplugged from the frame before removing the back connector See the installation and operation manual for your frame for information about installing and operating the frame and its components Note Heat sinks on ACO6800 modules require extra clearance To prevent damage to components ensure that you do not insert the front module in slots 6 14 19 or 20 Use the FR6802 RM Rear Support Extension Rails for 6800 series frames for the modules See the installation and operation manual for your frame for installation instructions N caution Before installing this product read the 6800 Series Safety Instructions and Standards Manual shipped with every frame installation and operation manual This information is also available on our website The safety manual contains important information about the safe installation and operation of 6800 series products Upgrading Module Firmware 18 Firmware upgrading is a routine procedure that you must perform to install newer versions of software on 6800 modules Navigator software version 4 9 or later is required to perform this procedure on ACO6800 modules The frame must contain or be connected to another frame that contains a 6800 ETH module version 4 8 or higher You can upgrade your 6800 module s firmware using the Software Upgrade tool in CCS Navigator 4 9 or higher See your frame manual for more information Caution
87. e 6 D_ Sets the SRC control mode e Auto e Manual Note When this parameter is set to Auto the module automatically bypasses SRCs when a Dolby package is detected When it is set to Manual you can manually change the SRC 1 8 Bypass parameters ACQ6800 Installation and Operation Manual 95 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued lt O i Group Parameter Name E Function Options ow SRC 1 8 Bypass Enables bypass for the specified SRC e No when SRC Bypass Mode is set to e Yes Manual Audio gt Processing gt Delay Delay Lock 8 1 Sets whether you can adjust the audio e No delay separately or for all channels e Yes Note When this parameter is set to Yes Delay All is available and you can adjust the Delay All parameter to change the delay for all 16 audio channels at the same time When it is set to No the Delay 1 8 parameters are available and you can adjust the delay of each audio channel separately Delay All 8 2 Sets the audio delay for all channels 0 to 2500 ms 0 when Delay Lock is enabled Delay 1 Ch1 L and Adjusts the audio delay for each channel 0 to 2500 ms 0 Delay 2 Ch1 R to when Delay Lock is disabled Delay 15 Ch 8 L and Delay 16 Ch8 R Audio gt Processing gt Gain Gain Lock 8 3 Sets the audio gain separately or forall No channels e
88. e de ete Sade a 52 Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Parameter Table NOES durana ennnen a aa sear aladesesscnsartels 57 AC OG6S0OFASID Parameters aera Ena A EA AE EA AAE 58 ACO6800 ASID Subdevice Parameters 0 0 cccccccccccceeeeeccsceeeeesesceseeeeeeeeeess 59 LED ami ALIE eaa a cetacean Metta Ne oat ttacattealenns 64 Monitore LEDS gecsin a sma caateienseadedautesnsaeseaesietenicstenst 65 Mod le Stis LEDS seci E gO TE ee pn mn a 65 PNA E ects Aes et teed cate acrs recites a eaters Preset taee ttn tances ree cee 66 Chapter 5 ACO6800 DSD Parameters LEDs and Alarms On Screen Display Monitoring serisinin E ea Eaa 69 Using Alarm Switch Mode nn n nnnnnnnnnssssessssssssseennressenssssssssssssssssnseereeeerssssssssss gt 69 Parameter Table NOLES cioinn A a E tens E A 70 ACOGSOOFDSD Parameters pasire a a a ahi AS 70 ACO6800 DSD Subdevice Parameters oeseeensseesseerssserserersesssreresesssseerrsesseeee 74 LED MEALS r a E E A E E 75 Monitorni LEDS wicca cheese a a a eeettead stata 76 VEO CUS Stis LE D onie a A E A cee er nee 76 AS are a oni achat Se teeta Pee O causeeaetnot ee 77 ACQ6800 Installation and Operation Manual Contents Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms 5 dw eee gee Oe nO Rn ree ER OP IE a RE me TEE ee 79 Metin Sy CSE Cath Shaped htt tote tesa elena a eee iueetehedt 79 SW CODEC 0 ag 0 Nae ners eee ert cre te eae ea re tm srtne OR Nee een ene Re re ee eee 80
89. e id 0x01 present 2 Section with table id other than 0x01 not a CAT found on PID 0x0001 information taken from ETR290 May 1997 Trigger s Clear s PCR accuracy error 68 ACO6800 Installation and Operation Manual Chapter 5 ACQ6800 DSD Parameters LEDs and Alarms On Screen Display Monitoring If you are using card edge controls to configure your ACO6800 DSD module you can use the on screen display OSD monitoring feature to view the current parameter selections When the OSD monitoring is activated the current parameter selections are displayed on module s monitoring outputs For information on enabling OSD monitoring see Activating On Screen Display on page 23 Using Alarm Switch Mode Three parameters help handle situations when the module s current source is on the secondary channel and the primary channel becomes good or the secondary channel becomes bad When the Alarm Switch Mode parameter is set to Automatic the Non Resetting Protection parameter is unavailable The module returns to its primary input after the primary input channel s alarm clears When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set to Switch to A1 the module switches to its primary channel when the secondary input channel becomes bad When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set
90. edded Ch01 Low Audio to SDI dBFS Al 2 8 Embedded Ch16 Low Audio alarms are 60 dBFS A2 3 8 triggered B1 5 8 B2 6 8 Loss of Sound Threshold Sets the threshold below which SDI 100 dBFS to 60 dBFS 2 9 Embedded Ch01 Loss of Sound to SDI dBFS Al 3 9 Embedded Ch16 Loss of Sound alarms 90 dBFS A2 5 9 are triggered Bl 6 9 B2 Audio Average Level Displays the SDI Embedded Channel Enable Reporting Average Level value e Disable ALIJA A2 3 A B1 4 A B2 5 A Audio Average Level Restart Restarts the calculation of the average On Al 2 B audio level e Off A2 3 B B1 5 B B2 6 B SQM SDI Emb Ch1 16 Average Displays the embedded audio average 99 dBFS to 0 Level dBFS RO level for the channel dBFS Parameters available in ASI Mode Status ASI Error RO Displays whether or not there isan ASI On error including ASI loss Off 118 ACO6800 Installation and Operation Manual Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms LEDs and Alarms The ACO6800 IDSD modules have LEDs that serve as a quick monitoring reference and one module status LED Figure 7 1 shows the location of the LEDs on a typical ACO6800 module Table 7 3 and Table 7 4 describe each LED in more detail ok a Module status LED uahu A T Monitoring LEDs Figure 7 1 Location of Typical ACO6800 LEDs ACO6800 Installation and Operation Manual 119 Chapter 7 ACO6800 IDSD Parameters LED
91. ee Program Clock Reference PES See Packetized Elementary Stream PMT See Program Map Table Program A transport stream combination of a video stream and one or more audio and data streams associated with that video stream In analog terms Program refers to the Base Band video and audio produced by the final output of a switcher Program and System Information Protocol PSIP Information sent out as part of an ATSC transport stream that lists all of the video audio data and program information contained in the stream This is the TV guide for a given stream Program Association Table PAT A list of all programs in the ATSC data stream Program Clock Reference PCR A time reference signal placed in MPEG streams to coordinate various data streams Program Map Table PMT A listing of all elementary streams that comprise a complete television program PSIP See Program and System Information Protocol Segment Error Rate SER A calculated average of uncorrected transport stream packets vs total packets as accumulated over a designated period Rating Region Table RRT Defines the TV parental guideline rating information system referenced by any content advisory descriptor carried within the Transport Stream SMPTE Society of Motion Picture and Television Engineers Standard Definition Television SDTV Signifies a digital television system in which the quality is approximately equivalent to that of NT
92. eeeeeeees 25 CPD Liat CONTO nasrane E E N enn edeeses 26 Manual Control cstincisss sailed cent n a 2i Alar C OnO eosina a tosh nidensiees 27 Failure of Auto Manual switchover ccccssccccccccccssesssscceeeeeesssesssseeeeeeeeees 28 Switching to a Still Image ACO6800 ISCST Modules Only 30 Creatine TOUDE SHdE S irene AT 32 Integrated Graphics Storage and Playout cccccccesesssesssscceeeeeeeeeeeeeeeeees 32 basic Steps 10 Installing Logo FUES osca 32 Step 1 Install LogoCreator Software ccccccsssssscccceceeeecceeeeeeeessssesseeeeeas 32 Step 2 Convert Files to the mg2 Format cccssccccscccccceeeeesssssssssssseeees 33 Step 3 Transfer the Logos to the MicroSD Card ccccccceeeeeeeeeeeeneees 36 Using Trouble SldeS s ccscsecveecosasasvsesvedaanabs shasnesspescnseceansdnaneonspacessenseedbertess 36 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms SWALCh 10 BackUp INDUS ace tut sad alatsadaddun deateatnaeresiadesinsaaca dace seanren eee teeeels 41 On Screen Display Momtoriho srsieisens anin 41 eie taae eeo E E E E T E AEE 41 ACOG800F4x2D Parameters oenmorsiseternii entoih 42 ACO6800 4X2D Subdevice Parameters 0 00 cccccccccseeeseecccseeeeesesceesseeeeeeeees 47 GPLRe definition 263 ac bits ota a a e bes E a ea 49 WE Sani Alam aeaa a a e a es ale CS etl 50 Monitorne LEDS sidane e a ae a EEEE 51 Mod le stans LEDS ki cai ae ot a Mh Bk 52 PNT IANS a NA it Ae abet cat
93. el Group A Manual Switch 1 E Sets what the output source will be e Disable when a channel is switched manually e Switch to Al e Switch to A2 Group A Alarm Switch 1 8 When Automatic is selected the e Automatic Mode module returns to the primary input Non resetting A1 after an alarm clears when Non resetting is selected the module must be switched back input manually or depends on the setting for the Non Resetting Protection parameter Group A Reset 1 9 Sets the output source to the primary On input e Off Group A Non Resetting 1 F Sets what the output source willbe Switch to Al Protection when current source is A2 Al is e Stay with A2 good and A2 becomes bad Group A Relay Bypass 1 1 Activates the relay bypass On e Off Group A Relay Status RO Displays whether or not the relay is On active e Off Group A GPI In Trigger Level bs 2 Sets the level at which an alarm is triggered for the Group A GPI Input e Active Low e Active High 149 Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Table 9 1 ACO6800 ISD Parameters Continued O Group Parameter Name Function Options ow Group A GPI Out Trigger 1 3 Sets the level at which an alarm is e Active Low Level triggered for the Group A GPI Output Active High Group A GPI Input 1 RO Displays whether or not GPI Input 1 N A has been switched to A1 e Switch
94. er or not GPI Input 2 has N A been switched to In 2 Switch to In 2 GPI Input 3 RO Displays whether or not GPI Input 3 has N A been switched to Relay Bypass Relay Bypass GPI Output 1 RO Displays whether or not the output is set N A to In_1 In 1 Online GPI Output 2 RO Displays whether or not the output is set N A to In 2 In 2 Online GPI Output 3 RO Displays whether or not the relay bypass N A has been activated Signal Bypass Video LOV Mode 4 1 Determines the processing mode when Pass there is a loss of video on the selected Black put Freeze Still Image Mode 4 2 Forces the output to a still image see Auto page 30 for details Force Still Image Source 4 3 Selects the source for the still image Trouble Slide TSG None TSG Pattern 4 4 Selects the TSG pattern Black 75 Color Bar 100 Color Bar H Sweep Multiburst Ramp Thumbnail Source 4 7 Sets the thumbnail source In I In 2 Frame Sync 130 ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 2 ACO6800 ISCST SDI Parameters Continued Group Parameter Name Video gt FS Settings Function Options Horizontal Phase 4 A Sets the Frame Sync horizontal phase Note Available options depend on the system s set video standard lt set video standard gt Vertical Phase 4 B_ Sets the Frame Sync vertical phase lt set video sta
95. ers available in SDI Mode Status Video Present RO Indicates that video is present e On e Off Video Standard RO Lists the incoming video standard lt string gt Match With Operation Displays whether the input signal e On Standard standard is the same as the operation Off standard Audio Group 1 4 Present Displays the presence of audio group e On package e Off SQM Settings Luma Low Threshold In 1 2 2 Sets the threshold below which the SDI 6 8 to 15 In 2 3 2 Luma Low alarm is triggered 7 5 Luma Peak Threshold In 1 2 3 Sets the threshold at which excessive 90 to 108 In 2 3 3 luminance triggers the SDI Luma Peak 102 alarm Chroma Low Threshold In 1 2 4 Sets the threshold below which the SDI 0 to 15 In 2 3 4 Chroma Low alarm is triggered 0 Chroma Peak Threshold In 1 2 5 Sets the threshold at or above which 90 to 108 In 235 excessive chrominance level triggers the 102 SDI Chroma Peak alarm Video Black Threshold In 1 2 6 Sets the threshold below which the SDI 0 to 10 In 2 3 6 Video Black alarm is triggered 5 5 Peak Audio Threshold In 1 2 7 Sets the threshold above which SDI 20 dBES to dBFS In 23 7 Embedded Ch01 peak to SDI Embedded 0 dBFS Ch02 peak alarms are triggered 2 dBFS Low Audio Threshold In 1 2 8 Sets the threshold below which SDI 80 dBFS to dBFS In 2 3 8 Embedded Ch01 Low Audio to SDI 30 dBFS Embedded Ch16 Low Audio alarms are 60 dBFS triggered Loss of Sound Threshold In 1 2 9
96. es Intelligent ASI support No No Yes No No No No 270 Mps Yes Yes No Yes Yes Yes Yes 1 5 Gbps Yes Yes No Yes Yes Yes Yes Q SEE switching Yes Yes Yes No Yes Yes Yes ACO6800 Installation and Operation Manual Chapter 1 Introduction Table 1 1 ACO6800 Features Continued no O Q Q a m a x p 2 A D D Feature l Fi P Q T se so so joe joe foe foe O O O O O O O O O O O O O O lt lt lt lt lt lt lt Thumbnail support Yes Yes No Yes Yes Yes Yes Frame Audio synchronizer No Yes No No No Yes No Clean Quiet switch No Yes No No No Yes No Reference input No Yes No No No Yes No Supports TSG or Trouble Slide No Yes No No No Yes No Video and audio processing No Yes No No No Yes No Dual channel No No No Yes Yes No No Single channel Yes Yes Yes No No Yes Yes ACO6800 Installation and Operation Manual 5 Chapter 1 Introduction Front Module Figure 1 1 shows the position of the LEDs and module controls at the card edge of a typical ACO6800 module Mode select rotary switch P Navigation toggle switch EEIN E 1 J 1a Control E LEDs Monitoring LEDs Extractor ih z Ww andle Figure 1 1 Typical Module Table 1 2 on page 7 briefly describes the LEDs switches and jumpers 6 ACO6800 Installation and Operation Manual Chapter 1 Introduction Table 1 2 Ge
97. etail Module status LED a os w ie a Monitoring LEDs Figure 6 1 Location of Typical ACO6800 LEDs 106 ACO6800 Installation and Operation Manual Monitoring LEDs Table 6 5 ACO6800 4X2 ICQST Monitoring LEDs Indicators Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms LED Name Description aerial on Out A LED 1 Not used 2 Out A LED 2 3 In 1A Present Input 1 signal is present Green 4 In 1A Alarm Input 1 is in an alarm state Amber 5 In 2A Present Input 2 signal is present Green 6 In 2A Alarm Input 2 is in an alarm state Amber 7 Out B LED 1 Not used 8 Out B LED 2 9 In 1B Present Input 3 signal is present Green 10 In 1B Alarm Input 3 is in an alarm state Amber 11 In 2B Present Input 4 signal is present Green 12 In 2B Alarm Input 4 is in an alarm state Amber Module Status LEDs The ACO6800 4X2 ICQSTmodule does not have any card edge alarms Instead the module status LED on the corner of the module lights up if an error is detected See Figure 6 1 on page 106 for the location of the LED and Table 6 6 for a description of the LED colors Table 6 6 Module Status LED Descriptions LED Color Sequence Meaning Off There is no power to the module the module is not operational Green There is power to the module the module is operating properly Red There is an alarm condition Flashing Red The mod
98. eter Name System gt Switch Settings Bank Switch Function Options PGM Output Source Displays which input source is routed to In RO the PGM output e In2 e In3 e In4 e Still Image Switch High Priority 1 1 Sets the high priority for switching GPI e Manual e Alarms Switch Medium Priority 1 2 Sets the medium priority for switching e GPI e Manual e Alarms Switch Low Priority 1 3 Sets the low priority for switching GPI e Manual e Alarms Manual Switch 1 4 Sets what the output source will be when Disabled a channel is switched manually e Jnl e In2 e In3 e In4 e Still Image System gt Switch Settings gt Alarm Switch In 3 Alarm Switch 1 5 Sets whether In 3 is a candidate for e Disabled alarm switching an unreliable or bad e Enabled input should not be enabled In 4 Alarm Switch 1 6 Sets whether In 4 is a candidate for e Disabled alarm switching an unreliable or bad e Enabled input should not be enabled Still Image Alarm 1 7 Enables a still image as a possible source Disabled Switch for alarm switching see Alarm Switch e Enabled Triggering on page 82 Alarm Switch Trigger 1 8 Selects either Single or Combination e Single Mode alarm triggers for switching see Alarm e Combination Switch Triggering on page 82 Alarm Single Switch 1 9 Sets the level for alarm auto switch in 1 to 10 6 Level AC
99. ether or not the relay bypass is Off activated e On Relay Status RO Displays whether or not the bypass relay has been On activated e Off System gt General Purpose Interface 138 GPI Input Trigger 1 2 Level GPI Output Trigger 1 3 Level Sets the trigger level for GPI Input of Group A Sets the trigger level for GPI Output Group A e Active Low e Active High e Low Level e High Level GPI Input 1 RO Displays whether or not GPI Input_1 has been N A switched to In 1 Switch to In 1 e N A GPI Input 2 RO Displays whether or not GPI Input_2 has been switched to In 2 e Switch to In 2 GPI Input 3 RO Displays whether or not GPI Input_3 has been switched to Relay Bypass e N A e Relay Bypass GPI Output 1 RO GPI Output 2 RO GPI Output 3 RO Displays whether or not In 1 is online Displays whether or not In 2 is online Displays whether or not the relay bypass has been activated e N A e In 1 Online e N A e In 2 Online e N A e Signal Bypass ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms ACO6800 FtISCST Subdevice Parameters The parameters in SDI mode and in ASI mode cannot be shown at the same time Table 8 4 ACO6800 ISCST Subdevice Parameters TO Group Parameter Name Function Options ow Paramet
100. exactly as it is in other ACO modules If any alarm with a priority higher than Alarm Single Switch Level is triggered the input source is considered bad and alarm switching logic is triggered accordingly Example The Alarm Single Switch Level is set at 6 One input video alarm whose priority is equal to or higher than 6 severe alarm is alerted and then that input video is treated as bad If the current output source is this input the alarm switching is triggered and the output video source is routed to another good input video source that doesn t have the severe alarm In Combination trigger mode you can group alarms together for a severe alarm When you select Combination instead of Single the Alarm Single Switch Level is ignored With Alarm Groups whenever ANY of the Alarm Groups to 3 are alerted alarm switching logic is triggered Alarm Group 4 is used for monitoring only Alarm Group 1 2 and 3 have the same priority e Each Alarm Group contains two Alarm Sub Groups defined as A and B e Each alarm within Sub Group A is represented by Al A2 and An e Sub Group B Alarms are represented by B1 B2 and Bn e IfANY alarm in Sub Group A is alerted and ALL the alarms in Sub Group B are alerted the video source is considered as bad e Equation of each Alarm Group A1 or A2 or or An and B1 and B2 and Bn lt gt A and B If the result is True in Boolean logic then the video
101. exists for any period of time the alarm will trigger Clear s Determines the amount of time the alarm condition must be in abate in order for the alarm to be turned off Choose any duration from 0 to 7200 seconds or 2 hours If this option is set to 0 and the alarm condition ceases for any period of time the alarm will clear Ack When an alarm is active click here to allow other users on the network to see that you have acknowledged the alarm This alarm is available in both ASI and SDI modes Table 3 7 Device Alarms For ACOQ6800 4x2D Modules Alarm Name Priority Trigger s Clear s Table 3 8 describes the alarms for each of the subdevices on the ACO6800 4X2D module You can only identify specific alarms using a software control application Depending on the module you are using some of the subdevice alarms may not be available ACO6800 Installation and Operation Manual 53 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 8 ACO6800 4X2D Subdevice Alarms Alarm Option Default EES Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI Mode SDI Video Standard The standard video input does not match the l 2 0 2 0 Mismatch expected standard SDI EDH Error Reports recurring EDH errors in the standard i 2 0 2 0 definition video signal SDI CRC Error Reports recurring CRC errors in
102. for SD HD Sources with Backup Inputs and Basic Single Switchover for ASI Sources e ACO6800 DSD Basic Dual Switchover for SD HD Sources and Basic Dual Switchover for ASI Sources e ACO6800 IDSD Intelligent Dual Switchover for SD HD Sources and Basic Dual Switchover for ASI Sources e ACO6800 ASID Intelligent Single Switchover for ASI Sources e ACO6800 ISCST Intelligent Single Clean Quiet Switchover for SD HD Sources and Basic Single Switchover for ASI Sources Audience This manual is written for engineers technicians and operators responsible for installation setup maintenance and or operation of the ACO6800 ISD ACO6800 4X2D ACO6800 4X2 ICQST ACO6800 DSD ACO6800 IDSD ACO6800 ASID and ACO6800 ISCST modules Revision History Table P 1 Revision History of Manual A April 2009 Initial release B June 2009 Addition of ACO6800 ASID C September 2010 Addition of ACO6800 4X2D ACO6800 Installation and Operation Manual vii Preface Table P 1 Revision History of Manual Continued Addition of line sync feature for ACO6800 ISCST and alarm switch mode for ACO6800 ISCST ACO6800 ISD ACO6800 DSD and ACO6800 IDSD Update supported SD cards Add parameter option to ACO6800 ASID Addition of ACO6800 4X2 ICQST module parameter changes to the ACO6800 ISCST Additional information for logo generation D June 2011 E November 2011 February 2012 G June 2013 H September 2013 I Se
103. frame Due to high levels of heat dissipation the modules can not be installed in frames without fans The modules cannot be installed in FR6802 DM and 6800 7000 series frames F Note To maintain proper temperatures ensure that the front panel is closed at all times and that the fan module is fully operational Table 2 2 Maximum Power Ratings for 6800 Frames Max Number of Max Frame Max Power Max Power ACO6800 ISD Max Number of 6800 Frame Tvpe Power Dissipation Dissipation ACO6800 DSD ACO6800 ISCST and yp Dissipation for Two for Three ACO6800 ASID ACO6800 4X2 ICQST p Slots Slots ACO6800 IDSD Modules Modules FR6802 QXF 120 W 12 W 18 W 10 6 frame with AC or DC power supply FR6802 XF 120 W 12 W 18 W 10 6 frame with AC power supply FR6802 XF 48 105 W 10 5 W 15 25 W 9 6 frame with DC power supply FR6822 120 W 12 W 18 W 10 6 frame with AC or DC power supply ACO6800 Installation and Operation Manual 17 Chapter 2 Installation Configuration and Operation Installing the Modules Due to high levels of heat dissipation the modules must not be installed in frames without fans The modules cannot be installed in FR6802 DM or 6800 7000 series frames These modules require no specialized installation or removal procedures However if you are installing both front module and back connector ensure that the back connector is installed first before plugging in the front modul
104. gest timing into a satellite DTH mobile TV or IPTV facility ACO6800 ASID Intelligent Single Switch Automatic Switchover e Switches the signal between redundant signals at the point of ingest into a satellite DTH mobile TV or IPTV facility e Switches the signal on redundant paths within a facility ACO6800 DSD Intelligent Dual Switch Automatic Switchover e Provides loss of signal 2x1 protection e Switches the signal between redundant signals at the point of ingest into a satellite DTH mobile TV or IPTV facility e Switches the signal on redundant paths within a facility ACO6800 tIDSD Intelligent Dual Switch Automatic Switchover e Provides QSEE driven 2x1 signal protection e Switches signals between redundant signals at the point of ingest into a satellite DTH mobile TV or IPTV facility e Switches signals just prior to arriving at the broadcast transmitter ACQ6800 Installation and Operation Manual 1 Chapter 1 Introduction ACO6800 Features ACO6800 4X2D ACO6800 4X2 ICQST ACO6800 ISCST Intelligent Single Clean Switch Automatic Switchover e Provides Q SEE driven 2x1 signal protection with clean video switch and quiet audio fade between sources e Provides frame sync audio sync capability e Switches signals between redundant signals at the point of ingest and ingest timing into a satellite DTH mobile TV or IPTV facility ACO6800 ISD Single Switch Automatic Switchover e Provides QSEE driven 2x1 signal protection
105. gger the module re scans all the input sources before selecting the output source The module will perform the following steps automatically if there is an active command on GPI Input 6 Clear all the GPI inputs commands Turn off the Manual Switch and set it to Disabled automatically Trigger the Alarm Reset once if the Alarm Switch Mode is Non Resetting 4 Select the output from the good input source with highest priority ACO6800 Installation and Operation Manual 81 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Manual Switch Alarm Switching GPI Output 6 has two functions in 4X2D mode depending on the configuration of GPI I O 6 Functionality e If GPII O 6 Functionality GPI Clear the activity of GPI Output 6 indicates there is no switching command triggered by GPI Inputs e If GPII O 6 Functionality Auto Trigger the activity of GPI Output 6 indicates the alarm switching is still active The Manual Switch parameter is used to switch the source via web control Options are Disabled In 1 to In 4 and Still Image All four inputs sources are involved in alarm switching alarm switching for In 3 In 4 and Still Image can be disabled The priority for alarm switching in descending order is In 1 gt In 2 gt In 3 gt In 4 gt Still Image TSG Trouble Alarm Switch Triggering 82 Alarm switching is available in Single or Combination trigger modes In Single Trigger mode the alarm switching is
106. hapter 8 ACO6800 ISCST Parameters LEDs and Alarms Monitoring LEDs Table 8 5 ACO6800 ISCST Monitoring LEDs Indicators LED Name Description Color Indication l Out A LED 1 The current selected input is Input 1 Green 2 Out A LED 2 The current selected input is Input 2 Green 3 In 1A Present Input 1 signal is present Green 4 In 1A Alarm Input 1 is in an alarm state Amber 5 In 2A Present Input 2 signal is present Green 6 In 2A Alarm Input 2 is in an alarm state Amber 7 Out B LED 1 Not used 8 Out B LED 2 9 Genlock Present Genlock is present Green 10 Genlock Alarm Genlock is in an alarm state Amber Module Status LEDs The ACO6800 ISCST modules do not have any card edge alarms Instead the module status LED on the corner of the module lights up if an error is detected See Figure 8 1 on page 141 for the location of the LED and Table 8 6 for a description of the LED colors Alarms 142 Table 8 6 Module Status LED Descriptions Note Sea Manin Off There is no power to the module the module is not operational Green There is power to the module the module is operating properly Red There is an alarm condition Flashing Red The module has detected a hardware firmware fault Yellow The module is undergoing configuration If the LED is flashing red contact your Customer Service representative If a major or minor alarm is triggered within your
107. he extra horizontal distance Distance ahead of the internal reference point Frozen Detection Sensitivity Level Sensitivity 1 8 Adjusts level threshold sensitivity for 0 to 10 5 freeze detection Note A higher level indicates increased sensitivity Pixel Sensitivity 1 9 Adjusts pixel number threshold 0 to 10 5 sensitivity for freeze detection Note A higher level indicates increased sensitivity 136 ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms ACOQ6800 ISCST Parameters for ASI Table 8 3 ACO6800 ISCST ASI Parameters Group Parameter Name Function Options Serial Number RO Displays the serial number of the module lt string gt License Key RO Displays the license code of the module lt string gt Enabled Options Displays the current license option lt string gt RO Factory Recall 0 F Sets your module back to factory default settings Off e On Soft Reboot 0 E Activates a soft reboot of the module e Off e On Operation Mode 0 1 Sets the ACO work mode to SDI or ASI e SDI Mode Note Factory recall does not change this e ASI Mode parameter It has no default value SubmoduleType Shows whether there is a submodule included on ISCST ICQST RO the module Back Module Type Displays the type of back module connected to 4X2D DSD IDSD the front module ISD e ISCST e ICQST System gt S
108. he specified e On audio group package e Off SQM Settings ACQ6800 Installation and Operation Manual Set Expected Video Standard Selects the expected format 525 Al 2 1 Note When the format deviates from this 625 A2 3 1 format one of the SDI Video Standard 1080 B1 5 1 Mismatch alarms triggers B2 6 1 USNR e 720p e 1080psf Luma Low Threshold Sets the threshold below which the SDI 6 8 to 15 Al 2 2 Luma Low alarm is triggered 7 5 A2 3 2 BI 2532 B2 6 2 Luma Peak Threshold Sets the threshold at which excessive 90 to 108 Al 2 3 luminance triggers the SDI Luma Peak 102 A2 3 3 alarm B1 5 3 B2 6 3 Chroma Low Threshold Sets the threshold below which the SDI 0 to 15 0 Al 2 4 Chroma Low alarm is triggered A2 3 4 B1 5 4 B2 6 4 Chroma Peak Threshold Sets the threshold at or above whichan 90 to 108 Al 2 5 excessive chrominance level triggers the 102 A2 3 5 SDI Chroma Peak alarm B1 5 5 B2 6 5 47 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 2 ACO6800 4X2D Subdevice Parameters Group Parameter Name Function Options Video Black Threshold Sets the threshold below which the SDI 0 to 10 5 5 Al 2 6 Video Black alarm is triggered A2 3 6 B1 5 6 B2 6 6 Peak Audio Threshold Sets the threshold above which SDI 20 dBFS to 0 dBFS Embedded Ch01 pea
109. hed manually e Jnl e In2 Alarm Switch Mode 1 5 When Automatic is selected the module Automatic returns to the primary input In 1 after e Non resetting an alarm clears when Non resetting is selected the module must be switched back input manually or depends on the setting for the Non Resetting Protection parameter Alarm Reset 1 6 Sets the output source to the primary Off input e On Non Resetting 1 7 Sets what the output source will be when Switch to In 1 Protection the current source is In 2 In 1 is good e Stay with In 2 and In 2 becomes bad Relay Bypass 1 1 Determines whether or not the relay e Off bypass is activated e On Relay Status RO Displays whether or not the bypass relay On has been activated e Off ACQ6800 Installation and Operation Manual 129 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 2 ACO6800 ISCST SDI Parameters Continued Group Parameter Name System gt General Purpose Interface Function Options GPI Input Trigger Level 1 2 Sets the level at which an alarm is Active Low triggered for the GPI Input of group A Active High GPI Output Trigger 1 3 Sets the level at which an alarm is Active Low Level triggered for the GPI Output group A Active High GPI Input 1 RO Displays whether or not GPI Input 1 has N A been switched to In 1 Switch to In 1 GPI Input 2 RO Displays wheth
110. icing ACO6800 Installation and Operation Manual Ix Preface Restriction on Hazardous Substances RoHS Compliance The European Union EU Directive 2002 95 EC commonly known as the Restriction on Hazardous Substances ROHS sets limits on the use of certain substances found in electrical and electronic equipment The intent of this legislation is to reduce the amount of hazardous chemicals that may leach out of landfill sites or otherwise contaminate the environment during end of life recycling The Directive which took effect on July 1 2006 refers to the following hazardous substances e Lead Pb e Mercury Hg e Cadmium Cd e Hexavalent Chromium Cr VI e Polybrominated Biphenyls PBB e Polybrominated Diphenyl Ethers PBDE According to this EU Directive all products sold in the European Union will be fully RoHS compliant and lead free See our website for more information Spare parts supplied for the repair and upgrade of equipment sold before July 1 2006 are exempt from the legislation Equipment that complies with the EU directive will be marked with a RoHS compliant emblem as shown in Figure P 1 ROHS Compliant Figure P 1 ROHS Compliance Emblem Waste from Electrical and Electronic Equipment WEEE Compliance The European Union EU Directive 2002 96 EC commonly known as the Waste from Electrical and Electronic Equipment WEEE deals with the collection treatment recovery and rec
111. icroSD card The trouble slide can have two sources e Default trouble slides are stored within the firmware of the ACO6800 You can only change the background portion of default trouble slides using parameter Trouble Slide Background e Up to three user trouble slides can be stored in a microSD card located at the sub module Trouble slides must meet the following criteria ACOQ6800 Installation and Operation Manual Formatting the SD Card Chapter 2 Installation Configuration and Operation The SD card must be of the microSD variety formatted as FAT FAT 16 FAT32 is not supported see Formatting the SD Card on page 37 SanDisk SD SDQ 1024 K 1G SDQ 2048 K 2G SDQ 4096 K 4G Micro SD cards have been verified Figure 2 7 shows a valid SD card in a PC browser window Address i O Slogos Hame Size Type 4s f20_ 464 MG2 FO KE LogoCreator Docum i 1290_720 MG2 2 340 KB LogoCreator Docum i My Documents i J W hk MGe T d2 KB LogoCreator Docum D 3 My Computer Hs Local Disk C Figure 2 7 Valid SD Card in Browser Window The image file must be put in folder named logos in the root directory regardless of uppercase or lowercase The image file must be MG2 format with extended name mg2 or MG2 The width and height of mg2 file must be smaller than the supported size of current operation standard for example if the current operation standard is 720p and the video size
112. ied 28 to 0 dBES 18 dBFS tone ACO6800 Installation and Operation Manual 135 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 2 ACO6800 ISCST SDI Parameters Continued Group Parameter Name Function Options Tone3 2kHz Level 8 7 Adjusts the audio gain of the specified 28 to 0 dBES 18 dBFS tone Tone4 4kHz Level 8 8 Adjusts the audio gain of the specified 28 to 0 dBFS 18 dBFS tone Line Sync Mode 8 E Enables line sync block e Disabled Note When in Auto mode line sync e Auto automatically runs for each channel if all other requirements are met Otherwise the line sync block is bypassed When disabled both line sync blocks are always bypassed Line Sync Succeed Reports if both line sync blocks are e On running Off Signals Synced Reports if both input signals are synced On after line sync e Off In 1 2 Locked with Reports if the specified input is locked to On Genlock a genlock signal Off In 1 2 in Delay Reports if the specified input is in delay On Window window for line sync Off Genlock Window 8 F Adjusts the internal reference point 0 525 5251 relating to genlock the line duration e 0 625 625i follows the genlock standard 0 1125 1080 e 0 750 720p In 1 2 Line Distance Reports the line distance ahead of internal reference point In 1 2 Horizontal Reports t
113. ield 2 is not detected SDI VChip Data Missing Reports that VChip data is not present on Line 21 l 240 0 2 0 Field 2 SDI Video Frozen Reports that the HD or SD content in the video l 30 0 2 0 frame is not changing 122 ACO6800 Installation and Operation Manual Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table 7 7 ACO6800 IDSD Subdevice Alarms Continued Alarm Option Default i Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI AFD Missing Reports that AFD is not present l 30 0 2 SDI Embedded Detects that the peak audio level meets or exceeds l 30 0 2 0 Ch 01 16 Peak the limit set in the Peak Audio Threshold parameter SDI Embedded Detects that the audio amplitude has fallen below l 30 0 2 0 Ch 01 16 Loss of the limit set in the Loss of Sound Threshold Sound parameter SDI Embedded Detects a set V Bit in the embedded audio source l 1 0 2 0 Ch 01 16 Vbit Set SDI Embedded Detects that the peak audio sample has stayed l 30 0 2 0 Ch 01 16 Low Audio below the level set in the Low Audio Threshold parameter SDI Embedded Reports if the SDI embedded audio channel is l 1 0 2 0 Ch 01 16 Missing missing SDI Embedded Audio Reports that the audio in the specified group is not l 1 0 2 0 Group 1 4 Missing present ASI Mode ASI Error Reports an ASI error including ASI loss in l 1 0 2 0 stream ng ACO6800 In
114. independent sets of default values for SDI mode and ASI mode Factory Recall in SDI mode does not affect the parameters in ASI mode and vice versa Soft Reboot 0 E Activates a soft reboot of the module e On e Off Operation Mode 0 1 Sets the ACO work mode to SDI or ASI SDI Note Factory recall does not change this ASI parameter It has no default value Thumbnail Source 0 2 Selects the thumbnail source Input Al Note This parameter is not available in Input A2 ASI mode Input Bl e Input B2 e Output GrpA e Output GrpB Submodule Type RO Displays whether or not there is a e None submodule included on the module e For ISCS 70 ACO6800 Installation and Operation Manual Chapter 5 ACO6800 DSD Parameters LEDs and Alarms Table 5 1 ACO6800 DSD Parameters Continued Group Parameter Name Backmodule Type RO ACO Group A gt Switch Settings Bank Switch Function Options Displays which back module is e For DS IDS connected to the front module e For ISCS Group A Output Source Displays the current output source Input Al RO e Input A2 Group A Switch High 1 A Sets the high priority for switching GPI Input Priority e Manual e Alarms Group A Switch 1 B Sets the medium priority for switching GPI Input Medium Priority e Manual e Alarms Group A Switch Low 1 C Sets the low priority for switching GPI Input Prio
115. ionality setting Reports whether the command on GPI Input 1 switched to In 1 is activated Enabled e N A e Switch to In 1 GPI Input 2 RO Reports whether the command on GPI Input 2 switched to In 2 is activated e N A e Switch to In 2 GPI Input 3 RO Reports whether the command on GPI Input 3 activate In 1 relay bypass is activated e N A e Relay Bypass GPI Input 4 RO Reports whether the command on GPI Input 4 switched to In 3 is activated e N A e Switch to In 3 GPI Input 5 RO Reports whether the command on GPI Input 5 switched to In 4 is activated e N A e Switch to In 4 GPI Input 6 RO Reports whether the command on GPI Input 6 is activated e N A e Enable In 2 Relay e Clear All GPI Inputs e Auto Trigger GPI Output 1 RO 2s Reports whether In 1 is on line N A e In 1 online GPI Output 2 RO ae Reports whether In 2 is on line e N A In2 online ae e N A GPI Output 3 RO Reports whether the In 1 relay bypass has been activated e Signal Bypass ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 3 ACOQ6800 4X2 ICQST Parameters for ASI t TO Group Parameter Name F Function Options ow GPI Output 4 RO Reports whether In 3 is on line SENA In3 online GPI Output 5 RO Reports whether In 4 is on line gt N A e In4 o
116. is judged as bad ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms If no alarm is configured for both A and B then assume both A and B are False This alarm group is ignored If no alarm is configured for A then assume A is True in Boolean logic Sub group A is ignored If no alarm is configured for B then assume B is True in Boolean logic Sub group B is ignored Equation of all group1 A and B or group2 A and B or group3 A and B Alarm Group 1 Sub Group A Alarms with priority 10 Sub Group B Alarms with priority 9 Alarm Group 2 Sub Group A Alarms with priority 8 Sub Group B Alarms with priority 7 Alarm Group 3 Sub Group A Alarms with priority 6 Sub Group B Alarms with priority 5 Alarm Group 4 Alarms with priority 4 1 Examples of Combination Trigger Example 1 The alarm switching is expected to happen if the following condition happens e Condition Video is black additionally AFD is missing Therefore the configurations of the alarms priority should be e SDI Video Black 9 e SDI AFD Missing 9 e Any of other alarms must be configured with priority 1 to 4 even though it is disabled Example 2 The alarm switching is expected to happen if any of the following two conditions happens e Condition 1 Video is lost e Condition 2 Video is black additionally AFD is missing Therefore the configurations of the alarms priori
117. is set to Non Resetting Also the Still Image Alarm Switch parameter must be disabled There are two options available Switch to the Highest provides protection when the current source is bad and there is no acceptable lower priority source available to switch to The module rescans the sources with higher priority to verify whether there is a good source available at that time If a good signal is available the output is switched to that source If not the output is switched to In 1 The Stay at the Current option keeps the current source if no lower priority source is good to switch to even if the current source is bad The FS Fill Source selects a candidate input source for frame synchronizer when the In 1 relay bypass is activated This parameter provides a workaround during power up and manual relay bypass assuming In 1 1s the output source ACO6800 Installation and Operation Manual 85 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms 86 After initial power up relay is bypassed for several seconds and In 1 is absent for the receiver on the front module Therefore there is no signal to feed into the FS buffer Immediately after the relay is released the output is physically switched from the In 1 port to frame sync output Prior to this time the FS buffer is empty so a green screen may temporarily appear before the normal images During normal operation the signal may need to be directed to the relay
118. ivates the force freeze mode e Off e On Force Black 4 E Activates the force black mode e Off e On FS Frozen RO Indicates if output is frozen by frame On sync Off Video gt Still Image Still Image Source 4 1 Selects the source for the still image e Trouble Slide e TSG TSG Pattern 4 2 Selects the TSG pattern e Black e 75 Color Bar e 100 Color Bar e H Sweep e Multiburst e Ramp Trouble Slide Source 4 3 Selects the trouble slide pattern e Default e Trouble Slide 1 e Trouble Slide 2 e Trouble Slide 3 ACQ6800 Installation and Operation Manual 93 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued Group Parameter Name MG2 RO SD card Video gt ProcAmp Luma Gain 5 1 Sets the video luminance gain 6 to 6 dB 0 Luma Offset 5 2 Sets the video luminance offset e Oto 15 IRE 0 Note Units depend on the operation e 100 to 100 mV 0 frame rate IRE 59 94 or mV 50 Cb Gain 5 3 Sets the video Cb gain 6 to 6 dB 0 Cr Gain 5 4 Sets the video Cr gain 6 to 6 dB 0 Cb Offset 5 5 Sets the video Cb offset 0 to 100 50 Cr Offset 5 6 Sets the video Cr offset 0 to 100 50 Hue 5 7 Sets the hue for color e 180 to 180 degrees Note Range depends on the set operation 0 standard 90 to 90 only SD 625 e 90 to 90 degrees 0 White Clip Enable 5 8
119. k to SDI Embedded dBFS Al 2 7 Ch02 peak alarms are triggered 2 dBFS A2 3 7 B1 5 7 B2 6 7 Low Audio Threshold Sets the threshold below which SDI 80 dBFS to 30 dBFS Embedded Ch01 Low Audio to SDI dBFS Al 2 8 Embedded Ch16 Low Audio alarms are 60 dBFS A2 3 8 triggered B1 5 8 B2 6 8 Loss of Sound Threshold Sets the threshold below which SDI 100 dBFS to 60 dBFS 2 9 Embedded Ch01 Loss of Sound to SDI dBFS Al 3 9 Embedded Ch16 Loss of Sound alarms 90 dBFS A2 5 9 are triggered Bl 6 9 B2 Audio Average Level Displays the SDI Embedded Channel Enable Reporting Average Level value e Disable ALZA A2 3 A B1 4 A B2 5 A Audio Average Level Restart Restarts the calculation of the average On Al 2 B audio level Off A2 3 B B1 5 B B2 6 B SQM SDI Emb Ch1 16 Average Displays the embedded audio average 99 dBFS to 0 Level dBFS RO level for the channel dBFS Parameters available in ASI Mode Status ASI Error RO Displays whether or not there isan ASI On error including ASI loss Off 48 ACO6800 Installation and Operation Manual Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms GPI Re definition In Standard mode GPI inputs are defined as Level triggered In 4X2D mode GPI inputs are defined as Edge triggered A low to high pulse holding low and high longer than 15 ms is considered as an active GPI command GPI outputs are al
120. l l I 2 AUX OUT1 AUX OUT 2 ADOoOOROOoOoOE I OOOO Doooo ooooo OOOO is JOL 00000 0000n E at imt GPI 1 GPI 2 GPIA NOT USED ACO6800 4X2 ICQST ACO6800 ASID ACO6800 ISCST 2 L_ BYPASS gt AC06800 DSD IDSD AC06800 DSD IDSD ACO6800 ASID ISD I oO Cc gt gt lt GPI GPI A NOT USED GPI A GPI A ACO6800 DSD ACO6800 IDSD ACO6800 ISCST ACO6800 ISD Figure 1 2 ACO6800 Back Modules 8 ACO6800 Installation and Operation Manual Chapter 1 Introduction GPI Mating Connectors The following GPI pinouts are labeled as they appear on the back module connector 1 GPI In 1 2 Ground 3 GPI In 2 4 Ground 5 GPI In 3 6 GPI Out 1 7 Ground 8 GPI Out 2 9 Ground 10 GPI Out 3 Figure 1 3 GPI Connector Pinouts Table 1 3 GPI Functions GPI Function GPI In 1 Switch to In 1 GPI In 2 Switch to In 2 GPI In 3 Force relay to bypass signal In 1 GPI Out 1 Indicate In 1 is selected as output source GPI Out 2 Indicate In 2 is selected as output source GPI Out 3 Indicate signal In 1 is bypassed Note The ACO6800 4X2D module has special GPI features See GPI Re definition on page 49 The ACO6800 4X2 ICQST module also has special GPI features See GPI Switching on page 80 ACO6800 Installation and Operation Manual 9 Chapter 1 Introduction Signal Flow Diagrams Out 1A by
121. les can be converted to one another through use of a license key It is not possible to upgrade to an ACO6800 4X2D ACO6800 4X2 ICQST ACO6800 FISCST or ACO6800 ASID module Please download the dedicated firmware package for these options s Note For assistance with a license key or to purchase a license key contact your Sales representative See Checking the Packing List on page 16 To enter a license key your CCS software must be in Control mode Follow these steps 1 Select the ACO6800 module in the Navigation pane 2 Right click and then select Control to open the module s Control window 3 Ifitis not already selected click on the Parameters tab ACO6800 Installation and Operation Manual 19 Chapter 2 Installation Configuration and Operation 4 Select General in the tree view and then type your license key in the License Key field If your license key 1s valid the Installed Options field displays the features that are activated on the module Changing Parameter Settings You can control the ACO6800 modules at the card edge or by using CCS enabled hardware and software applications Note CCS Navigator Discovering a Module 20 The ACO6800 ASID does not use card edge controls Before using CCS Navigator to change your module s parameter settings you must discover the module Discovery is the process by which your software finds and then connects to your module To discover you
122. lure of Auto Manual switchover Sample Scenario One 28 If your auto manual switchover does not work as expected confirm that the following parameters have been configured correctly e Group A B GPI Input_ 1 3 should confirm the GPI Input condition e Group A or Group B Manual Switch should confirm the expected setting e Group A or Group B Switch High Medium Low Priority should display the sort of logic seen in Table 2 8 and Table 2 10 e Group A or Group B Alarm Switch Level should confirm the triggered level Confirm that the configurable portions of sub device alarms match your expectations This includes Enable Disable Alarm Priority Trigger Time and Clear Time For ACO6800 4X2 ICQST and ACO6800 ISCST modules ensure that the Video Standard and Operation Standard parameters have the same setting When using the ACO6800 ISCST ensure the Still Image Mode parameter is set to Auto and the Force Freeze and Force Black parameters are set to Off The initial settings for sample scenario one are outlined in Table 2 7 Table 2 7 Sample Scenario One Parameter Settings Parameter Setting Group A Switch High Priority GPI Input Group A Switch Medium Priority Manual Group A Switch Low Priority Alarms Group A Alarm Switch Level 6 Group A Manual Switch Disable Al SDI Loss of Video Priority 6 Al SDI Loss of Video Trigger 2s A1 SDI Loss of Video Clear 10s Table 2 8 Sample Sce
123. meter to On to switch back to primary input when applicable This parameter is unavailable when the Alarm Switch Mode parameter is set to Automatic ACO6800 Installation and Operation Manual 147 Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Parameter Table Notes When you look at the control parameter tables note the following Table 9 1 ACO6800 ISD Parameters e Shaded table rows and RO after the parameter name indicate read only feedback parameters e Bolded parameter options indicate the default settings for the parameter e The bank selection and rotary switch combinations for each parameter and parameter option are listed in the tables under the Bank Switch heading For more information about using the card edge controls see page 21 e The parameters are listed in the order that they appear in CCS Navigator ACOQ6800 ISD Parameters lt TO s Group Parameter Name Function Options ow General Serial Number RO Displays the serial number of the lt string gt module License Key Provides a location for entering lt string gt license key numbers Enabled Options RO Displays the current license option lt string gt Factory Recall 0 F Sets the module back to factory e On default settings e Off Note There are two independent sets of default values for SDI mode and ASI mode Factory Recall in SDI mode does not affect the parameters in ASI mode and vi
124. n Configuration and Operation Unpacking the Module Before you install the module do the following e Check the equipment for any visible damage that may have occurred during transit e Confirm receipt of all items on the packing list See Checking the Packing List on page 16 below for more information s Note Contact your Customer Service representative if parts are missing or damaged e Remove the anti static shipping pouch if present and all other packaging material e Retain the original packaging materials for possible re use See Unpacking Shipping Information on page 1x for information about returning a product for servicing ACO6800 Installation and Operation Manual 15 Chapter 2 Installation Configuration and Operation Checking the Packing List Table 2 1 Available Product Packages Ordered Product Content Description ACO6800 4X2 One ACO6800 front module One two slot back module One ACO6800 4X2D back module overlay Two GPO cables One J amp N Documentation and Product Resources DVD ACO6800 4X2 ICQST One ACO6800 front module One three slot back module One submodule One ACO6800 4X2 ICQST back module overlay Two GPI cables and one Micro SD card One software license key One J amp N Documentation and Product Resources DVD ACO6800 ASID One ACO6800 front module One two slot back module One ACO6800 ASID back module overlay One GPI cable O
125. n Options ow Audio LOV Mute En 6 9 Mutes the audio as soon as the video is e Disabled lost To insert audio tones on the output e Enabled when input video is lost ensure LOV Mute En is set to Disabled Fade Time 6 A Adjusts the global fade rate for audio 0 01 s to 10s 2 gain Master Mute 6 B Mutes audio on all output channels e Disabled e Enabled V bit Mute Enable 6 C Mutes audio when V bit is set e Disabled e Enabled Audio gt Input gt Demux Status Ch1 L R Audio Type to Reports the audio presence and type for N A Ch 8 L R Audio Type the designated channel e PCM Audio e Data de embedder Group to Group 4 Reports if a checksum error has occurred On Checksum Error RO in the de embedder of the designated e Off group Group to Group 4 Reports if a data block number error has On DBN Error RO occurred in the designated group 1 e Off de embedder Group to Group 4 Reports if a parity error has occurred in On Parity Error RO the designated group de embedder e Off Group to Group 4 Reports if an Error Correction Code error On ECC Error RO has occurred in the designated group e Off Audio gt Input gt Demux Setting SDI Group Err Ctrl Sets the audio output behavior when the Mute audio has an error e Repeat SDI DBN Error Sets whether to mute audio output e Ignore C ontrol ig e Alert Audio Input gt SRC Bypass SRC Bypass Mod
126. n a typical ACO6800 module Table 4 2 and Table 4 3 describe each LED in more detail Monitoring LEDs Figure 4 1 Location of Typical ACO6800 LEDs 64 ACO6800 Installation and Operation Manual Monitoring LEDs Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Table 4 2 ACO6800 ASID Monitoring LEDs Indicators LED Name Description Color Indication l Out A LED 1 The current selected input is 1A for group A Green 2 Out A LED 2 The current selected input is 2A for group A Green 3 In 1A Present Input 1A signal is present Green 4 In 1A Alarm Input 1A is in an alarm state Amber 3 In 2A Present Input 2A signal is present Green 6 In 2A Alarm Input 2A is in an alarm state Amber 7 Out B LED 1 8 Out B LED 2 9 In 1B Present Not Used 10 In 1B Alarm 11 In 2B Present 12 In 2B Alarm Module Status LEDs The ACO6800 ASID module does not have any card edge alarms Instead the module status LED on the corner of the module lights up if an error is detected See Figure 4 1 on page 64 for the location of the LED and Table 4 3 for a description of the LED colors Table 4 3 Module Status LED Descriptions Seat Mein Off There is no power to the module the module is not operational Green There is power to the module the module is operating properly Red There is an alarm condition Flashing Red The module has detected a hardware firmware fault Yellow The m
127. n the designated group 1 e Off de embedder Group 1 to Group 4 Reports if a parity error has occurred in On Parity Error RO the designated group de embedder e Off Group 1 to Group 4 Reports if an Error Correction Code error On ECC Error RO has occurred in the designated group e Off de embedder Audio gt Input gt Demux Setting SDI Group Error Sets the audio output behavior when the Mute Control audio has an error e Repeat SDI DBN Error Control Sets the reporting behavior when the e Ignore audio has a DBN error e Alert ACQ6800 Installation and Operation Manual 133 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 2 ACO6800 ISCST SDI Parameters Continued Group Parameter Name Function Options Audio gt Processing gt SRC Bypass SRC Bypass Mode 6 D_ Sets the SRC control mode Auto Manual Note When this parameter is set to Auto the module automatically bypasses SRCs when a Dolby package is detected When it is set to Manual you can manually change the SRC 1 8 Bypass parameters SRC 1 8 L R Bypass Enables bypass for the specified SRC e No when SRC Bypass Mode is set to Manual e Yes Audio gt Processing gt Delay Delay Lock 8 1 Sets whether you can adjust the audio e No delay separately or for all channels Yes Note When this parameter is set to Yes Delay All is available and you can adjust the Delay All par
128. nario One Chain of Events Event Result 1 At the start Al and A2 are both Output A is Al A1 is the primary channel present 2 A1 is lost Output A is A1 alarm is not yet triggered waiting for two second trigger condition 3 Two seconds pass Output A is A2 alarm is triggered Output A is Al Manual has higher priority 4 The user sets the Manual Switch to A1 than Alarm ACO6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation Table 2 8 Sample Scenario One Chain of Events Continued Event Result Output A is A2 GPI Input has higher priority 5 The user activates GPI Input 2 than Manual 6 The user sets the Manual switch to Disable Output A is A2 Output A is A2 GPI Input command is still 7 A1 is present i active 8 Five seconds after A1 is present GPI Output A is A2 alarm for A1 is not cleared Input 2 is deactivated yet waiting for 10 seconds clear condition 9 Five seconds pass Output A is Al alarm is cleared Sample Scenario Two The initial settings for sample scenario two are outlined in Table 2 9 For this scenario the trigger time and clear time of all alarms is presumed to be 0 seconds Table 2 9 Sample Scenario Two Parameter Settings Parameter Setting Group A Switch High Priority GPI Input Group A Switch Medium Priority Alarms Group
129. nd Operation Manual Chapter 2 Installation Configuration and Operation Table 2 12 Still Image Output on ACO6800 ISCST Modules Still Image Still Image Mode Sore LOV Mode Result Auto TSG Trouble Slide Pass The output temporarily passes some video noise and then switches over to the still image Auto TSG Trouble Slide Black The output turns black and then switches over to the still image Auto TSG Trouble Slide Freeze The output freezes the last good frame or field and then switches over to the still image Auto None Pass The output passes some noise t Auto None Black The output switches to black signal Auto None Freeze The output freezes the last good frame or field Ifthe Still Image Mode parameter is set to Force TSG Trouble Slide is always on line regardless of signal qual ity of inputs ACO6800 cannot pass video with a different standard than the operation standard ACQ6800 Installation and Operation Manual 31 Chapter 2 Installation Configuration and Operation Creating Trouble Slides Integrated Graphics Storage and Playout The ACO6800 4X2 ICQST and ACO6800 ISCST modules provide on demand insertion of pre defined static SD SDI and HD SDI logo images The logos used must be created or saved in the mg2 file format and initially stored on a micro SD card that is inserted into the slot located at the card edge of the module The files must be loaded onto the
130. ndard gt Note Available options depend on the system s set video standard Frame Delay 4 D_ Sets the Frame Sync delay range 0 to 6 frames Force Freeze Type 4 C Determines which mode is activated Field 1 when the video freezes e Field 2 e Frame Force Freeze 4 E Activates the force freeze mode e On e Off FS Frozen RO Indicates if output is frozen by frame e On sync e Off Force Black 4 F Activates the force black mode e On e Off Video gt Trouble Slide Trouble Slide Source 4 5 Selects the trouble slide pattern Default e Trouble Slide 1 e Trouble Slide 2 e Trouble Slide 3 Trouble Slide 4 6 Select the background for default trouble Black Background slide e 75 Color Bar e 100 Color Bar e H Sweep e Multiburst e Ramp MicroSD Card Status RO Indicates whether the SD card is available e Absent e Locating File e Not Compatible e Please Select File e Loading File e File Loaded MicroSD Card Loading Process RO Reports the image loading process percentage lt values gt unit Trouble Slide 1 3 RO Displays the trouble slide name stored on SD card lt string gt ACQ6800 Installation and Operation Manual 131 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 2 ACO6800 ISCST SDI Parameters Continued Group Parameter Name Video gt Video Procamp Function Options
131. ne Tone4 4kHz Level 8 8 Adjusts the audio gain of the specified 28 to 0 dBFS 18 dBFS tone 98 ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms ACO6800 4X2 ICQST Parameters for ASI Table 6 3 ACO6800 4X2 ICQST Parameters for ASI TO i i Group Parameter Name Function Options mw General Serial Number RO Displays the serial number of the lt string gt module License Key N A Box to type in the license key lt string gt Enabled Options RO Displays the current license option lt string gt Operation Mode 0 1 Sets the ACO work mode to SDI or SDI Mode ASI Factory Recall does not e ASI Mode change this parameter It has no default value Submodule Type RO Shows whether there is a e None submodule included on the module e ISCST ICQST Backmodule Type RO Displays the type of back module 4X2D DSD IDSD ISD connected to the front module e ISCST e ICQST Factory Recall 0 F Sets your module back to factory default settings e Recall Soft Reboot 0 E Activates a soft reboot of the e Off module e On System AUX Output Source 0 9 Sets the AUX output source when PGM PGM is selected the AUX output Inl is the same as PGM output lt TR e In3 e In4 Switch Event RO Displays the event that triggered GPI the last switching operation e Manual e Alarm e
132. ne J amp N Documentation and Product Resources DVD ACO6800 DSD One ACO6800 front module One two slot back module One ACO6800 DS ACO6800 IDS back module overlay Two GPI cables One license key One J amp N Documentation and Product Resources DVD ACO6800 IDSD One ACO6800 front module One two slot back module One ACO6800 DS ACO6800 IDS back module overlay Two GPI cables One license key One J amp N Documentation and Product Resources DVD ACO6800 ISCST One ACO6800 front module One three slot back module One submodule One GPI cable and one Micro SD card One license key One J amp N Documentation and Product Resources DVD includes LogoCreator software ACO6800 ISD One ACO6800 front module One two slot back module One ACO6800 ISD back module overlay One license key One GPI cable One J amp N Documentation and Product Resources DVD 16 ACO6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation Maximum 6800 Frame Power Ratings The power consumption for the ACO6800 ISD ACO6800 4X2D ACO6800 DSD ACO6800 ASID and ACO6800 IDSD 2 slot modules is less than 12 W The power consumption for the three slot ACO6800 ISCST module is less than 13 W The ACO6800 4X2 ICQST consumes lt 14 W of power Table 2 2 shows the maximum allowable power ratings for 6800 frames Note the given maximums before installing any 6800 modules in your
133. neric 6800 Module Features Feature Description Module status LEDs Various color and lighting combinations of these LEDs indicate the module state See the individual product chapters for more information Mode select rotary switch This switch selects between various control and feedback parameters Navigation toggle This switch navigates up and down through the available control parameters switch e Down Moves down through the parameters e Up Moves up through the parameters Control LEDs Various lighting combinations of these Control LEDs sometimes referred to as Bank Select LEDs indicate the currently selected bank See the individual product chapters for more information Monitoring LEDs Each 6800 module has a number of LEDs assigned to indicate varying states functions See the individual product chapters for descriptions of these LEDs Jumpers This module has Remote Local jumper for selecting either local or remote control of the module default is Remote The BSCAN Normal jumper must be left in the Normal position ACQ6800 Installation and Operation Manual Chapter 1 Introduction Back Modules The back and front modules cannot be installed in frames without fans or in FR6802 DM and 6800 7000 series frames E ACO6800 4X2D L_ sypass ACO6800 4X 2 ICQST L pypass ACO6800 ASID ISD lL BYPASS z N L BYPASS N z
134. ng e Non Resetting see page 85 Alarm Reset 1 B Clear non resetting status and Off trigger one time command to e On rescan the input source see page 85 Non resetting 1 C Sets what the output source will be Switch to Higher Protection when no lower priority input Stay at the Current source is suitable see page 85 System gt Relay Control In 1 2 Relay Bypass 2 1 Manually activates relay bypass e Off 2 3 100 ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 3 ACO6800 4X2 ICQST Parameters for ASI lt TO Group Parameter Name F Function Options ow In 1 2 Relay Status Reports whether or not the relay e On RO bypass has been activated e Off In 1 2 Relay Auto 22 Sets whether to automatically e Disabled Hold 2 4 activate the relay bypass after the Enabled module reboots If enabled the relay is automatically activated and the signal is bypassed directly To release the relay set In 1 2 Relay Bypass to Off System gt General Purpose Interface gt GPI Setting GPI Trigger Mode 2 8 Selects the GPI working mode see Standard page 80 e 4X2D GPI Input Trigger Level Standard Selects the GPI Inputs trigger level Standard mode o for an activated command Active Low e Active High 4X2D Mode 4X2D mode 2 A e Rising Edge e Falling Edge GPI Output Trigger 2 B Selects GPI Output
135. nline GPI Output 6 RO In Standard mode Reports gt N A whether the In 2 relay bypass has e In 2 Relay is Active been activated No GPI Input In 4X2D mode Reports whether Triggered any GPI switching command is ye rere e uto Switc ACO6800 Installation and Operation Manual 103 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms ACO6800 4X2 ICQST Subdevice Parameters The parameters in SDI mode and in ASI mode cannot be shown at the same time The one ASI subdevice parameter appears at the end of this list Table 6 4 ACO6800 4X2 ICQST Subdevice Parameters TO i Group Parameter Name ic Function Options nw Parameters available in SDI Mode Status Video Present RO Indicates video is present e On e Off Video Standard RO Lists the incoming video standard lt string gt Match With Operation Displays whether the input signal e On Standard RO standard is the same as the operation Off standard Audio Group Present Reports the presence of an audio lt string gt RO group package P represents Present represents absence The MSB is for group 1 while the LSB is for group 4 Y CRC Error Counter Displays the Y channel CRC error 0 65535 RO counter C CRC Error Counter Displays the C channel CRC error 0 65535 RO counter CRC Error Counter In 1 A l Clears the Y and C CRC error e No Clear In 2 B 1 counter e Yes In 3 C 1 In
136. ns Out B EDH Control 4 5 Inserts or clears the EDH when the input online is SD Note This parameter is not available in ASI mode and is grayed out when the selected input is HD e Insert e Clear Frozen Detection Sensitivity Level Sensitivity 1 6 Adjusts level threshold sensitivity for 0 to 10 5 freeze detection Note A higher level indicates increased sensitivity Pixel Sensitivity 1 7 Adjusts pixel number threshold 0 to 10 5 sensitivity for freeze detection Note A higher level indicates increased sensitivity ACOQ6800 IDSD Subdevice Parameters The parameters in SDI mode and in ASI mode can not be shown at the same time Table 7 2 ACO6800 IDSD Subdevice Parameters Group Parameter Name Parameters available in SDI Mode Status Video Present RO Video Standard RO 116 Audio Grp 1 4 Present Function Indicates that video is present Lists the incoming video standard Displays the presence of the specified audio group package Options e On e Off e Off ACO6800 Installation and Operation Manual Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table 7 2 ACO6800 IDSD Subdevice Parameters Continued Group Parameter Name Function Options SQM Settings Set Expected Video Standard Selects the expected format 525 Ad 2 4 Note When the format deviates from thi
137. nt organization that developed tested and described the form and function of the US digital television formats Asynchronous Serial Interface ASI A transmission method adopted by the DVB and called DVB ASI The transmission method allows for the transport of varying data payloads in a constant data stream The DVB ASI transport stream rate is 270 Mb s Bandwidth The range of frequencies used to transmit information such as picture and sound BAT See Bouquet Association Table Bouquet Association Table BAT Provides a grouping of services which serves as one basis on which a receiver presents the available services to a user Cable Virtual Channel Table CVCT Defines the virtual channel structure for the collection of MPEG 2 programs embedded in the Transport Stream in which the CVCT is carried Conditional Access CA An encryption decryption management method security system where the broadcaster controls the subscriber s access to digital and Interactive TV services Conditional Access Table CAT Contains CA descriptors which identify PID values for CA data Cyclic Redundancy Check CRC An error checking method to ensure all bits of a transmitted signal are received Digital Video Broadcasting DVB A specific project office of the European Broadcast Union This group has produced a set of digital broadcasting standards DVB See Digital Video Broadcasting Elementary Stream ES A generic term for one of
138. nual e Alarms Switch Low Priority Sets the low priority for switching GPI Input e Manual e Alarms Alarm Switch Level Sets the level for alarm auto switch 1 to 10 6 Manual Switch Sets what the output source will be when a e Disable channel is switched manually e Switch to Al e Switch to A2 Alarm Switch Mode Sets the module for Automatic non resetting or Automatic non resetting protection mode Automatic e Non resetting returns to primary input after alarm clears and l e Non resetting non resetting must be switched back to the l protection primary input manually Non resetting protection stays on the secondary input until either the user switches back to the primary input manually or the secondary input alarms Relay Bypass Activates the relay bypass On e Off Relay Status RO Displays whether or not the relay is active e On Off ACO Service GPIO Status GPI In Trigger Level Sets the level at which an alarm is triggered for Active Low the GPI Input e Active High 58 ACO6800 Installation and Operation Manual Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Table 4 1 ACO6800 ASID Parameters Continued Group Parameter Name Function Options GPI Out Trigger Level Sets the level at which an alarm is triggered for Active Low the GPI Output e Active High GPI Input_1 RO Displays whether or not GPI Input 1 has been N A switched to 1 e S
139. odule is undergoing configuration FAA Note If the LED is flashing red contact your Customer Service representative ACO6800 Installation and Operation Manual 65 Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Alarms If a major or minor alarm is triggered within your modules the Status LED will light red Alarms are usually logged and monitored within available software control applications You can only differentiate between major and minor alarms within a software control application See the appropriate software control user manual or online help for more information The following settings can be made for each alarm within the software Table 4 4 Alarm Options Alarm Option Effect Enable Disable This option toggles between Enabled and Disabled If the alarm is Enabled an alarm condition will generate an alarm but if it is Disabled the alarm condition will be ignored Alarm priority This setting determines whether a triggered alarm will be reported as major or minor The range is 1 10 A priority of 6 or higher is a major alarm and a priority of 5 or lower is a minor alarm Trigger s This option determines how long an alarm condition must exist in seconds before the alarm is triggered If the alarm level is reached for less time than the Trigger duration then the alarm will not trigger Choose any duration from 0 to 7200 or 2 hours If this option is set to 0 and
140. omes bad Group B Relay Bypass 4 1 Activates the relay bypass On e Off Group B Relay Status Displays whether the relay is active or e On RO not e Off Group B GPI In Trigger Level Group B GPI Out 4 2 4 3 Sets the level at which an alarm is triggered for the Group B GPI Input Sets the level at which an alarm is e Active Low e Active High e Active Low Trigger Level triggered for the Group B GPI Output e Active High Group B GPI Input 1 Displays whether or not GPI Input_1 has N A RO been switched to B1 e Switch to B1 e N A Group B GPI Input 2 RO Displays whether or not GPI Input _2 has been switched to B2 e Switch to B2 Group B GPI Input 3 RO Displays whether or not GPI Input _3 has been switched to Relay Bypass e N A e Relay Bypass Group B GPI Output 1 RO Group B GPI Output 2 RO Group B GPI Output 3 RO Displays whether or not B1 is selected as current output source Displays whether or not B2 is selected as current output source Displays whether or not the relay bypass has been activated e N A e Input B1 on line e N A e Input B2 on line e N A e Signal Bypass ACO6800 Installation and Operation Manual 115 Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table 7 1 ACO6800 IDSD Parameters Continued Group Parameter Name ACO Group B gt MISC Settings Bank Switch Function Optio
141. on and Operation Table 2 3 Bank Select LEDs intone eae eens lee een 0 Off Off Off Off l On Off Off Off 2 Off On Off Off 3 On On Off Off 4 Off Off On Off 5 On Off On Off 6 Off On On Off 7 On On On Off 8 Off Off Off On 3 Rotate the hex switch to the parameter number 1 to 9 or letter A to F of the option you want to set 4 Toggle the navigation switch to select and set the value of the chosen parameter 5 Do either of the following e Rotate the hex switch to another parameter number letter in the current bank and then repeat step 4 e Rotate the hex switch to 0 again to select a different bank and then repeat steps 3 and 4 Throughout this chapter in the Parameter Navigation sections the bank and hex switch positions for each configuration setting are listed in square brackets for example 0 2 beside or below the parameter name lt Note The manufacturer recommends that you use the available 6800 software control options serial local or Ethernet remote to aid in viewing setting and confirming parameter values 22 ACO6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation Activating On Screen Display You can use the On Screen Display OSD Monitoring feature to view the current parameter selections on your output display This feature makes configuring the ACO6800 using the card edge controls much e
142. ons to the air flow should be removed prior to mounting the frame in the rack If this product has a provision for external earth grounding ground the frame to the earth using the protective earth ground on the rear panel IMPORTANT Only qualified personnel should perform service procedures Safety Terms and Symbols in this Manual WARNING A Statements identifying conditions or practices that may result in personal injury or loss of life High voltage is present CAUTION Statements identifying conditions or practices that can result in damage to the equipment or other property ACO6800 Installation and Operation Manual xi Preface xii ACO6800 Installation and Operation Manual Chapter 1 Introduction Product Descriptions The ACO6800 series includes the following modular products ACO680044X2D Intelligent Single Switchover with Backup Inputs e Provides QSEE driven 2x1 signal protection e Provides two backup inputs by manually switching e Switches signals between redundant signals at the point of ingest into a satellite DTH mobile TV or IPTV facility e Switches signals just prior to arriving at the broadcast transmitter ACO6800 4X2 ICQST Intelligent 4X2 Clean Quiet Switchover for SD HD Sources e Provides Q SEE driven 4x1 signal protection with clean video switch and quiet audio fade between sources e Provides frame sync audio sync capability e Switches between redundant signals at the point of ingest and in
143. or Displays the current alarm status e Indicator On RO e Indicator Off ATSC TVCT CRC error Displays the current alarm status e Indicator On RO e Indicator Off ATSC CVCT CRC error Displays the current alarm status e Indicator On RO e Indicator Off ATSC RRT CRC error Displays the current alarm status e Indicator On RO e Indicator Off ATSC EIT CRC error Displays the current alarm status e Indicator On RO e Indicator Off 60 ACO6800 Installation and Operation Manual Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Group Parameter Name Function Options ve ETT CRC error Displays the current alarm status e Indicator On e Indicator Off ATSC STT CRC error Displays the current alarm status Indicator On RO Indicator Off Parameters gt PSI gt PAT PAT Program Number Displays the received program PAT Program Program number is 1 16 RO number in Decimal displayed PMT PID 1 16 RO Displays the received program associated PMT N gt A PID as Hex and Decimal OX HHH XXX Parameters gt PSI gt PMT PMT Program Number Displays the received program PAT Program Program number is 1 16 RO number in Decimal displayed PMT Program PCR PID Displays the received program associated PMT N gt A 1 16 RO program PCR PID as Hex and Decimal OX HH XXX PMT Program Video PID Displays the received program associated PMT Whee 1 16 RO program Video PID as Hex and Decimal OX H HH XXX N gt A PMT Program Audio
144. or Transport error indicator in the Transport Stream 2 Header is set to 1 CRC error A CRC error has occurred in the selected table The individual table CRC alarm s must be enabled on the parameters page The CRC error alarms include PAT PMT CAT NIT DVB BAT DVB SDT DVB EIT DVB TOT DVB MGT ATSC TVCT ATSC CVCT ATSC RRT ATSC EIT ATSC ETT ATSC STT ATSC PCR error Reports one or both of the following e A PCR discontinuity of more than the selected period Time interval between two consecutive PCR values more than the selected repetition period spec 40 ms The PCR Accuracy Repetition rate and Discontinuity rate adjustments are on the ETR 290 Priority 2 Alarms page on the Parameters tab The PCR PID alarm s must also be must be enabled on the ETR 290 Priority 2 Alarms page Reports that the PCR accuracy of selected program is more than the selected period for the PID s selected The PCR Accuracy threshold adjustment is on the ETR 290 Priority 2 Alarms page on the Parameters tab The PCR PID alarm s must also be must be enabled on the ETR 290 Priority 2 Alarms page PTS error Reports that the PTS repetition more than the selected period Spec 700 ms The PTS repetition rate adjustment is on the ETR 290 Priority 2 Alarms page on the Parameters tab CAT error Reports one or more of the following 1 Packets with transport scrambling control not 00 present and no section with tabl
145. ource Frame Sync Note When Frame Sync is selected the AUX source is the output of the synchronizer Inl When AUX is selected the source is always In 2 the different input from one selected into the synchronizer AUX OSD Enable 5 E Activates the on screen display on AUX Off outputs e On 132 ACO6800 Installation and Operation Manual Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 2 ACO6800 ISCST SDI Parameters Continued Group Parameter Name Function Options AUX EDH 5 F Activates the EDH insert on AUX e Clear Note This parameter is only available Insert when selected input for AUX is 525 or 625 LOV Mute En 6 9 Mutes the audio as soon as the video is e Disable lost e Enable Fade Time 6 A Adjusts the global fade rate for audio 0 01 s to 10s 2 gain Master Mute 6 B Mutes audio on all output channels e Disable e Enable V bit Mute 6 C Mutes audio when V bit is set e Disable e Enable Audio gt Input gt Demux Status Ch 1 8 L R Audio Reports the audio presence and type SENA Type RO e PCM Audio e Data Audio gt Input gt Demux Status gt Error Status Group 1 to Group 4 Reports if a checksum error has occurred On Checksum Error RO in the de embedder of the designated e Off group Group to Group 4 Reports if a data block number errorhas On DBN Error RO occurred i
146. ow The module is undergoing configuration FAA Note If the LED is flashing red contact your Customer Service representative ACO6800 Installation and Operation Manual Alarms Main Device Alarms Chapter 5 ACO6800 DSD Parameters LEDs and Alarms If a major or minor alarm is triggered within your modules the Status LED will light red Alarms are usually logged and monitored within available software control applications You can only differentiate between major and minor alarms within a software control application See the appropriate software control user manual or online help for more information The following settings can be made for each alarm within the software Table 5 5 Alarm Options Alarm Option Effect Enable Disable This option toggles between Enabled and Disabled If the alarm is Enabled an alarm condition will generate an alarm but if it is Disabled the alarm condition will be ignored Alarm priority This setting determines whether a triggered alarm will be reported as major or minor The range is 1 10 A priority of 6 or higher is a major alarm and a priority of 5 or lower is a minor alarm Trigger s This option determines how long an alarm condition must exist in seconds before the alarm is triggered If the alarm level is reached for less time than the Trigger duration then the alarm will not trigger Choose any duration from 0 to 7200 or 2 hours If thi
147. pass GPI in out A GPI in out B CPU Monitoring and Control Figure 1 4 Signal Flow Diagram for ACO6800 4X2D 10 ACO6800 Installation and Operation Manual Chapter 1 Introduction Out 1A bypass C Out 2A Monitoring and Control 2 Note ACO6800 ASID does not support thumbnails in the Q SEE logic Figure 1 5 Signal Flow Diagram for ACO6800 ASID and ACO6800 ISD ACO6800 Installation and Operation Manual 11 Chapter 1 Introduction 0 Out 1A bypass o Out 2A Switch Switch logic Switch logic ia Q Out 2B O Out 1B bypass 5 gt J Q SEE logic GPI in out A o0000 OO0O00 ACO6800 IDSD only Q SEE GPI in out B logic OO000 00000 Lu A ore Monitoring CCS and CSa Control Figure 1 6 Signal Flow Diagram for ACO6800 DSD and ACO6800 IDSD 12 ACO6800 Installation and Operation Manual D nO LineSync Frame Switch Switch Logic Figure 1 7 Signal Flow for ACO6800 4X2 ICQST ACOQ6800 Installation and Operation Manual Chapter 1 Introduction PGM Out 1 PGM Out 2 GPI In Out AUX Out 2 AUX Out 1 13 Chapter 1 Introduction Trouble slide TSG Genlock o Frame Out 1 bypass a Sw and audio sync Out 2 itch Switch GPI in out Monitoring and Control Figure 1 8 Signal Flow Diagram for ACO6800 ISCST 14 ACO6800 Installation and Operation Manual Chapter 2 Installatio
148. pendent line sync feature before frame synchronizer per channel Three configurable switch priorities GPI Manual and Alarm Switching ACO Automatic switching between four inputs driving by Q SEE alarms Single or combination trigger modes for alarm switching Selectable switch to test signal generator TSG or trouble slide when all four inputs are bad Video and audio processing includes video proc amp audio gain control routing Frame audio synchronizer Frame or external reference input to drive frame synchronization Support for Dolby audio pass through PST AUX output configurable as Follow PGM or directly routed from all four inputs Independent Q SEE alarm settings for four inputs Supports for Q SEE compliant thumbnails Single ACO Six BNC ports two inputs and four outputs Monitor input 1 primary for loss of signal or selected ETR 290 alarms and switch over to Input 2 secondary with independent alarm setting from input 1 Switch back to primary signal input when the signal has been restored as per the user defined time span Independent Q SEE alarm sets for both inputs Dual ACOs Four BNC ports for each ACO two inputs and two outputs Support for Q SEE compliant thumbnails when installed in an FR6802 QXF or FR6822 QXFE frame Dual ACOs Four BNC ports for each ACO two inputs and two outputs Independent Q SEE alarm sets for both inputs Support for Q SEE compliant thumbnails when installed in an FR6802
149. ptember 2014 Addition of new alarms and GPI capabilities Writing Conventions To enhance your understanding the authors of this manual have adhered to the following text conventions Table P 2 Writing Conventions Term or aor Convention Description Bold Indicates dialog boxes property sheets fields buttons check boxes list boxes combo boxes menus submenus windows lists and selection names Italics Indicates E mail addresses the names of books or publications and the first instances of new terms and specialized words that need emphasis CAPS Indicates a specific key on the keyboard such as ENTER TAB CTRL ALT or DELETE Code Indicates variables or command line entries such as a DOS entry or something you type into a field gt Indicates the direction of navigation through a hierarchy of menus and windows hyperlink Indicates a jump to another location within the electronic document or elsewhere Internet address Indicates a jump to a website or URL Fi Indicates important information that helps to avoid and Note troubleshoot problems ACOQ6800 Installation and Operation Manual Preface Unpacking Shipping Information Unpacking a Product This product was carefully inspected tested and calibrated before shipment to ensure years of stable and trouble free service 1 Check equipment for any visible damage that may have occurred during transit Confirm that you have
150. put source Input Bl RO e Input B2 Group B Switch High 4 A Sets the high priority for switching GPI Input Priority e Manual e Alarms Group B Switch 4 B Sets the medium priority for switching GPI Input Medium Priority e Manual e Alarms Group B Switch Low 4 C Sets the low priority for switching GPI Input Priority e Manual e Alarms Group B Alarm Switch 4 D_ Sets the alarm level at which the channel 1 to 10 6 Level will be switched automatically ACO6800 Installation and Operation Manual Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table 7 1 ACO6800 IDSD Parameters Continued Group ACO Group B gt General Purpose Interface O i i Parameter Name F Function Options mw Group B Manual Switch 4 E Sets what the output source will be when Disable a channel is switched manually e Switch to B1 e Switch to B2 Group B Alarm Switch 4 8 When Automatic is selected the module Automatic Mode returns to the primary input Al afteran e Non resetting alarm clears when Non resetting is selected the module must be switched back input manually or depends on the setting for the Non Resetting Protection parameter Group B Reset 4 9 Sets the output source to the primary On input e Off Group B Non Resetting 4 F Sets what the output source will be when Switch to Al Protection current source is A2 and Al is good and Stay with A2 A2 bec
151. puts and outputs but only one can be viewed at a time If thumbnails do not appear correctly refresh the tab To ensure that thumbnails are operating correctly on your system view the thumbnail in the 6800 ETH module s Control dialog box For more information on Q SEE compliant thumbnails see the installation and operation manual for your frame When Group A or Group B Relay Bypass is activated Out 2 goes blank and the thumbnail and OSD are not available Group A or Group B Relay Bypass can be triggered in the following situations ACO6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation e Power failure e The Group A or Group B GPI In Trigger Level parameter is set to Active High while nothing is connected to the connector the Relay Bypass 1s triggered because of the internal pull up on this port e The Group A or Group B GPI In Trigger Level parameter is set to Active Low while the external GPI Input 3 is low e The Group A or Group B Relay Bypass parameter is set to On As soon as the command is accepted by GPI Input or by Group A or Group B Relay Bypass parameter the signal In 1 is bypassed regardless of switching mechanism s Note If the Group A or Group B Relay Status parameter is shown to be Off while the relay is actually working the relay on the card may be damaged Passing Dolby Audio ACO6800FISCST and ACOQ6800 4X2 ICQST To properly process Dolby audio em
152. r Guide Table MGT Provides general information about all of the other tables Defines the type size packet identifiers and versions for all the other PSIP tables in this Transport Stream except for the System Time Table STT Mbps Megabits per second mV Millivolts MP HL Main Profile at High Level MP ML Main Profile at Main Level MPEG Refers to standards developed by the ISO IEC JTC1 SC29 WG11 Moving Picture Experts Group MPEG 2 Refers to ISO IEC standards 13818 1 Systems 13818 2 Video 13818 3 Audio and 13818 4 Compliance Network Information Table NIT Provides a grouping of Transport Streams and the relevant tuning information and contains information on frequency code rates modulation polarization etc of various programs which the decoder can use Packet Consists of a header followed by a number of contiguous bytes from an elementary data stream It is a layer in the system coding syntax Packet Identifier PID A unique integer value used to associate elementary streams of a program in a single or multi program transport stream Packetized Elementary Stream PES The data structure used to carry elementary stream data The packets consist of a header followed by payload data a stream is a series of packets that form an elementary stream and have a single stream identification ACO6800 Installation and Operation Manual Appendix B Glossary PAT See Program Association Table PCR S
153. r module your CCS Navigator software must be in Build mode Follow these steps l If the Discovery pane is not open select Tools gt Discovery in the main menu A Discovery pane opens most likely in the bottom left corner of the screen Click Options and then click Add Enter the IP address of the frame that contains your module the frame that contains your ICE6800 module or the frame that contains a 6800 ETH module that provides access to your module Click OK and then OK again to close the Discovery Options dialog box Click Start This causes Navigator to run a discovery When your discovery is complete Discovery Completed is displayed in the Discovery pane To continue click Save to save the contents of your discovery to the Discovery folder of the Navigation pane ACO6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation You can now switch to Control mode by selecting Operational Mode gt Control from the main menu Double click ACO6800 in the Navigation pane The Control dialog box opens displaying the module s controls s Note Confirm that the four sub devices for ACO6800 4X2D ACO6800 DSD and ACO6800 IDSD or two sub devices for ACO6800 ISD ACO6800 ASID and ACO6800 ISCST are also discovered as in Figure 2 1 If the sub devices are not discovered re discover the module Discovery started Found 6800 192 168 1 3 Found Frame 3 FR GGs2 C1F Found De
154. received all items listed on the packing list Contact your dealer if any item on the packing list is missing Contact the carrier if any item is damaged ee ee Remove all packaging material from the product and its associated components before you install the unit Keep at least one set of original packaging in the event that you need to return a product for servicing Product Servicing Except for firmware upgrades the modules are not designed for field servicing All hardware upgrades modifications or repairs require you to return the modules to the Customer Service center For service and support telephone the Customer Service Department at 888 534 8246 Returning a Product In the unlikely event that your product fails to operate properly contact Customer Service to obtain a Return Authorization RA number and then send the unit back for servicing If the original package is not available you can supply your own packaging as long as it meets the following criteria e The packaging must be able to withstand the product s weight e The product must be held rigid within the packaging e There must be at least 2 in 5 cm of space between the product and the container e The corners of the product must be protected Ship products back to us for servicing prepaid and if possible in the original packaging material If the product is still within the warranty period we will return the product prepaid after serv
155. red Alarm priority This setting determines whether a triggered alarm will be reported as major or minor The range is 1 10 A priority of 6 or higher is a major alarm and a priority of 5 or lower is a minor alarm ACO6800 Installation and Operation Manual 155 Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Main Device Alarms Subdevice Alarms Table 9 7 ACO6800 ISD Subdevice Alarms Table 9 5 Alarm Options Continued Alarm Option Effect Trigger s This option determines how long an alarm condition must exist in seconds before the alarm is triggered If the alarm level is reached for less time than the Trigger duration then the alarm will not trigger Choose any duration from 0 to 7200 or 2 hours If this option is set to 0 and the alarm condition exists for any period of time the alarm will trigger Clear s Determines the amount of time the alarm condition must be in abate in order for the alarm to be turned off Choose any duration from 0 to 7200 seconds or 2 hours If this option is set to 0 and the alarm condition ceases for any period of time the alarm will clear Ack When an alarm is active click here to allow other users on the network to see that you have acknowledged the alarm This alarm is available in both ASI and SDI modes Table 9 6 Device Alarms For ACO6800 ISD Modules Alarm Name Priority Trigger s Clear s Grp
156. ring EDH errors in the standard l 2 0 2 0 definition video signal SDI CRC Error Reports recurring CRC errors in the high definition l 2 0 2 0 video signal SDI Loss of Video Reports that active HD or SD video has not been 6 2 0 2 0 present SDI CC Reports that the standard definition CC data on line i 240 0 2 0 EIA CEA 608 B 21 field lis not detected Missing 525 only SDI CC Reports that the high definition CC data on line 21 l 240 0 2 0 EIA CEA 708 B 284 is not detected Missing SDI WSS Missing Reports that the presence of Wide Screen Signaling l 240 0 2 0 625 only for Wide Screen Format is not detected SDI Luma Peak Reports that the HD or SD luma component has l 240 0 2 0 exceeded the threshold defined by the Luma Peak Threshold parameter SDI Luma Low Reports that the HD or SD luma component l 240 0 2 0 remains below the threshold defined by the Luma Low Threshold parameter SDI Chroma Peak Reports that the HD or SD chroma component has l 240 0 2 0 exceeded the threshold defined by Chroma Peak Threshold parameter SDI Chroma Low Reports that the HD or SD chroma component l 30 0 2 0 remains below the threshold defined by the Chroma Low Threshold parameter SDI Video Black Reports that the HD or SD video level does not 6 240 0 2 0 exceed the level defined by the Video Black Threshold parameter SDI CC XDS Data Reports that the standard definition CC Extended i 240 0 2 0 Missing 525 only Data Services on line 21 f
157. rity e Manual e Alarms Group A Alarm Switch 1 D Sets the level for alarm auto switch 1 to 10 6 Level Group A Manual Switch 1 E Sets what the output source will be when Disable a channel is switched manually e Switch to Al e Switch to A2 Group A Alarm Switch 1 8 When Automatic is selected the module Automatic Mode returns to the primary input Al afteran Non resetting alarm clears when Non resetting is selected the module must be switched back input manually or depends on the setting for the Non Resetting Protection parameter Group A Reset 1 9 Sets the output source to the primary e On input e Off Group A Non Resetting 1 F Sets what the output source will be when Switch to Al Protection current source is A2 and Al is good and Stay with A2 A2 becomes bad Group A Relay Bypass 1 1 Activates the relay bypass e On e Off Group A Relay Status Displays whether or not the relay is e On RO active e Off ACO Group A gt General Purpose Interface Group A GPI In Trigger 1 2 Sets the level at which an alarm is Active Low Level triggered for the Group A GPI Input e Active High ACOQ6800 Installation and Operation Manual 71 Chapter 5 ACO6800 DSD Parameters LEDs and Alarms Table 5 1 ACO6800 DSD Parameters Continued ET Group Parameter Name E Function Options now Group A GPI Out 1 3 Sets the level at which an alarm is e Active Low
158. rom 0 to 7200 or 2 hours If this option is set to 0 and the alarm condition exists for any period of time the alarm will trigger Clear s Determines the amount of time the alarm condition must be in abate in order for the alarm to be turned off Choose any duration from 0 to 7200 seconds or 2 hours If this option is set to 0 and the alarm condition ceases for any period of time the alarm will clear Ack When an alarm is active click here to allow other users on the network to see that you have acknowledged the alarm 108 ACO6800 Installation and Operation Manual Main Device Alarms Table 6 8 Main Device Alarms For ACO6800 4X2 ICQST Modules Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms These alarms are available in ASI and SDI modes Default Alarm Name Description Priority seq oo Sec In 1 Relay Bypass On Reports In 1 Relay Bypass is activated l 1 0 2 0 In 2 Relay Bypass On Reports In 2 Relay Bypass is activated Genlock Loss SDI only Reports Genlock is not present Genlock Framerate Mismatch Reports Genlock frame rate mismatches with SDI only operation standard Genlock Unlocked SDI only Reports Genlock is not locked Switch Away From In 1 Reports current output source is not In 1 Switch Away From In 2 Reports current output source is not In 2 Switch Away From In 3 Reports current output source is not In 3 Switch Away From In 4
159. s 625 A2 3 1 format one of the SDI Video Standard 1080 B1 5 1 Mismatch alarms triggers B2 6 1 e 1080p e 720p e 1080psf Luma Low Threshold Sets the threshold below which the SDI 6 8 to 15 Al 2 2 Luma Low alarm is triggered 7 5 A2 13 2 B1 5 2 B2 6 2 Luma Peak Threshold Sets the threshold at which excessive 90 to 108 Al 2 3 luminance triggers the SDI Luma Peak 102 A2 3 3 alarm B1 5 3 B2 6 3 Chroma Low Threshold Sets the threshold below which the SDI 0 to 15 0 Al 2 4 Chroma Low alarm is triggered A2 3 4 B1 5 4 B2 6 4 Chroma Peak Threshold Sets the threshold at or above which an 90 to 108 Al 2 5 excessive chrominance level triggers the 102 A2 3 5 SDI Chroma Peak alarm B1 5 5 B2 6 5 Video Black Threshold Sets the threshold below which the SDI 0 to 10 5 5 Al 2 6 Video Black alarm is triggered A2 3 6 B1 5 6 B2 6 6 Peak Audio Threshold Sets the threshold above which SDI 20 dBES to 0 dBFS Embedded Ch01 peak to SDI Embedded dBFS Al 2 7 Ch02 peak alarms are triggered 2 dBFS A2 3 7 B1 5 7 B2 6 7 ACO6800 Installation and Operation Manual 117 Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table 7 2 ACO6800 IDSD Subdevice Parameters Continued Group Parameter Name Function Options Low Audio Threshold Sets the threshold below which SDI 80 dBFS to 30 dBFS Emb
160. s and Alarms Monitoring LEDs Table 7 3 ACO6800 IDSD Monitoring LEDs Indicators LED Name Description Color Indication l Out A LED 1 The current selected input is 1A for group A Green 2 Out A LED 2 The current selected input is 2A for group A Green 3 In 1A Present Input 1A signal is present Green 4 In 1A Alarm Input 1A is in an alarm state Amber d In 2A Present Input 2A signal is present Green 6 In 2A Alarm Input 2A is in an alarm state Amber T Out B LED 1 The current selected input is 1B for group B Green 8 Out B LED 2 The current selected input is 2B for group B Green 9 In 1B Present Input 1B signal is present Green 10 In 1B Alarm Input 1B is in an alarm state Amber 11 In 2B Present Input 2B signal is present Green 12 In 2B Alarm Input 2B is in an alarm state Amber Module Status LEDs The ACO6800 IDSD modules do not have any card edge alarms Instead the module status LED on the corner of the module lights up if an error is detected See Figure 7 1 on page 119 for the location of the LED and Table 7 4 for a description of the LED colors 120 Table 7 4 Module Status LED Descriptions LED Color Sequence Meaning Off There is no power to the module the module is not operational Green There is power to the module the module is operating properly Red There is an alarm condition Flashing Red The module has detected a hardware firmware fault
161. s option is set to 0 and the alarm condition exists for any period of time the alarm will trigger Clear s Ack Determines the amount of time the alarm condition must be in abate in order for the alarm to be turned off Choose any duration from 0 to 7200 seconds or 2 hours If this option is set to 0 and the alarm condition ceases for any period of time the alarm will clear When an alarm is active click here to allow other users on the network to see that you have acknowledged the alarm These alarms are available in ASI and SDI modes Table 5 6 Device Alarms For ACO6800 DSD Modules ACOQ6800 Installation and Operation Manual Alarm Name Priority Trigger s Clear s Grp A Relay Bypass On l 1 0 s 2 0s Grp B Relay Bypass On l 1 0 s 2 0s T7 Chapter 5 ACO6800 DSD Parameters LEDs and Alarms Subdevice Alarms Table 5 7 describes the alarms for each of the subdevices on the ACO6800 DSD You can only identify specific alarms using a software control application Depending on which module you are using some of the subdevice alarms may not be available Table 5 7 ACOQ6800 DSD Subdevice Alarm Alarm Option Default Settings Alarm Name Alarm Description Al arm priority Trigger s Clear s SDI Mode SDI Video The standard video input does not 2 0 2 0 Standard Mismatch match the expected standard SDI Loss of Video Reports tha
162. s Local Remote jumper to Remote 2 Ensure the module name in the Control window matches the module type in the frame ACO6800 Installation and Operation Manual 167 Appendix A Communication and Control Troubleshooting Tips 3 Gently push the module into its slot in the frame to ensure it is seated properly and powered up 4 Verify that the Control window indicates the device is ready Hardware Communication Problems Problem After a power failure the frames and PC do not communicate Solution Follow this procedure 1 Wait four minutes for the frames to recover from the power failure 2 Close the CCS software and then restart the PC 3 Restart the software application Problem The module does not seem to work Solutions e Ensure the correct frame is powered up e Verify that all appropriate rear connections are secure e Gently push the module into its slot in the frame to ensure it is seated properly Then verify the Status LED on the module is lit and green e Ensure the back module does not have any slightly bent or severely depressed pins Follow this procedure i Unplug the front module 11 Unscrew and remove the back module ili Carefully reposition any slightly bent or severely depressed pins If this is not possible contact Customer Support 168 ACO6800 Installation and Operation Manual Appendix B Glossary Glossary of Terms Advanced Television Systems Committee ATSC The pare
163. s trigger level Active Low Level for an activated command e Active High GPI Input Filter 3 1 Selects the time duration to filter O to 100 10 unit Window out a GPI glitch Any pulse smaller ms than the window is ignored GPI Output Trigger 2 B Selects GPI Outputs trigger level Active Low Level for an activated command e Active High GPI I O 6 Functionality 3 2 Selects the functionality for GPI GPI Clear Input 6 and GPI Output 6 e Auto Trigger GPI Trigger Mode must be set to 4X2D See Table 6 1 on page 80 for details Auto Trigger Mode 3 3 Selects the condition for executing Conditional ACOQ6800 Installation and Operation Manual the Auto Trigger command GPI I O 6 Functionality must be set to Auto Trigger e Conditional If any current input source is good and allowable for Alarm Switch the Auto command is accepted e Absolute The Auto command is accepted in any case e Absolute 101 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 3 ACO6800 4X2 ICQST Parameters for ASI Group System gt General Purpose Interface gt GPI Status 102 Parameter Name Virtual Auto Trigger GPI Input 1 RO bo D Bank Switch Function Options Performs the same functionality as triggering GPI Input 6 it would be reset to automatically afterwards Virtual Auto Trigger is only available when Auto Trigger is the GPI I O 6 Funct
164. selected input is B2 for Out A 3 In 1A Present Input 1A signal is present Green 4 In 1A Alarm Input 1A is in an alarm state Amber 5 In 2A Present Input 2A signal is present Green 6 In 2A Alarm Input 2A is in an alarm state Amber 7 Out B LED 1 LED2 LED1 Green Off off The current selected input is Al for Out B Yeas On of The current selected input is BI for Out B STEN On On The current selected input is B2 for Out B 9 In 1B Present Input 1B signal is present Green 10 In 1B Alarm Input 1B is in an alarm state Amber 11 In 2B Present Input 2B signal is present Green 12 In 2B Alarm Input 2B is in an alarm state Amber ACQ6800 Installation and Operation Manual 51 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Module Status LEDs Alarms 52 The ACO6800 4X2D modules do not have any card edge alarms Instead the module status LED on the corner of the module lights up if an error is detected See Figure 3 1 on page 50 for the location of the LED and Table 3 5 for a description of the LED colors Table 3 5 Module Status LED Descriptions Sea Meaning Off There is no power to the module the module is not operational Green There is power to the module the module is operating properly Red There is an alarm condition Flashing Red The module has detected a hardware firmware fault Yellow The module is undergoing configuration s Note If the LED is flashing red contact your Cus
165. sk Management Computer Management S Fie Acton View Window H e lm E i System Tools a Evert Viewer e Dick Management Gia Services and Applications Figure 2 9 Disk Management Selected 4 Find the 4G SD card right click the card and then select Format a3 oe FATZ Open Healthy Expire Change Orive Letter and Pathe ram cman Properties Help Figure 2 10 Format Selected 5 Select FAT as the file system select Perform a quick format and then click OK ACO6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation Format F Volume labet New Volume Pile spse FAT FAT Allocation unit sie FAT 32 C Periam a quick format OF Cancel L_Cencel Figure 2 11 File System Selected After formatting is completed the FAT formatting appears as shown Sbisk 2 ee ay Removable NEW OLUME F 3 69 GB 3 69 GB FAT Online Healthy Figure 2 12 Formatting Windows 7 1 Open My Computer and then right click the SD card 2 Select Format 3 Select FAT as the file system and then click Start Figure 2 13 Formatting New Volume ACO6800 Installation and Operation Manual 39 Chapter 2 Installation Configuration and Operation 40 ACO6800 Installation and Operation Manual Chapter 3 ACQ6800 4x2D Parameters LEDs and Alarms Switch to Backup Inputs The output switching mechanism of ACO6800
166. stallation and Operation Manual 123 Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms 124 ACO6800 Installation and Operation Manual Chapter 8 ACOQ6800 ISCST Parameters LEDs and Alarms On Screen Display Monitoring If you are using card edge controls to configure your ACO6800 ISCST module you can use the on screen display OSD monitoring feature to view the current parameter selections When the OSD monitoring is activated the current parameter selections are displayed on module s monitoring outputs For information on enabling OSD monitoring see Activating On Screen Display on page 23 lt Note The ACO6800 4X2 ICQST does not pass SMPTE 352M video payload for all supported HD SDI video formats Using the Line Sync Feature The line sync feature supports non frozen switching between two video streams The line sync blocks for each channel are independent and the output phase after line sync is aligned to the internal reference point To activate the line sync feature follow these steps 1 Ensure that the following conditions are met e Genlock is available e The input video stream is present and has the same standard as Operation Standard e The input video stream is locked with genlock e The input video stream is within 4 lines ahead of internal reference point 2 lines tolerance between the two input video streams Set the Sync Mode Set parameter to Genlock Set the Line Sync Mode parameter to Au
167. t is disabled ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Alarm Switch Parameters Alarm Switch Mode Alarm Reset Non Resetting Protection FS Fill Source The Alarm Switch Mode can be set to Automatic or Non Resetting In the Automatic setting the output is always switched to the good input source with the highest priority by alarm switching If all inputs are bad and Still Image is not a candidate for alarm switching the output is connected to In 1 The Non Resetting mode is only allowable for the output to be switched to the good input source with lower priority by alarm switching unless it is cleared by Alarm Reset or another switching command such as GPI and Manual Switching Example of Non Resetting If the current output is from In 2 but the signal fails the output is then switched to In 3 if the module detects In 3 is a good source In this case the condition of In 1 is ignored even if the original In 1 signal has returned Alarm Reset clears the non resetting status of Alarm Switch Mode and triggers a one time command to rescan the input source This parameter is active only when the Alarm Switch Mode parameter is set to Non Resetting and In 1 is not the source for the PGM output The output is then switched to the good input source with the highest priority Non Resetting Protection is only available when the Alarm Switch Mode parameter
168. t active HD or SD video has 6 2 0 2 0 not been present ASI Mode ASI Error Reports an ASI error including ASI 1 1 0 2 0 loss in streaming 78 ACO6800 Installation and Operation Manual Chapter 6 ACOQO6800 4X2 ICQST Parameters LEDs Overview and Alarms The ACO6800 4X2 ICQST module is an intelligent 4X2 clean quiet switchover for SD HD sources It provides Q SEE driven 4x1 signal protection with clean video switch and quiet audio fade between sources frame sync audio sync capability and switches between redundant signals at the point of ingest and ingest timing into a satellite DTH mobile TV or IPTV facility The ACO6800 4X2 ICQST works in both ASI and HD SD SDI a Note The ACO6800 4X2 ICQST does not pass SMPTE 352M video payload for all supported video formats in a 1 5G bit rate Line Sync Feature The line sync feature supports non frozen switching between any two video streams The line sync blocks for each channel are independent and the output phase after line sync is aligned to the internal reference point To activate the line sync feature follow these steps 1 Ensure that the following conditions are met e Genlock is available e The input video stream is present and has the same standard as the Operation Standard e The input video stream is locked with genlock e The input video stream is within 3 lines ahead of the internal reference point 1 5 lines tolerance between each
169. t source forthe In frame synchronizer when the In 1 relay In2 bypass is activated see page 85 In3 e In4 System gt General Purpose Interface gt GPI Setting GPI Trigger Mode 2 8 Selects the GPI working mode see e Standard page 80 e 4X2D GPI Input Trigger Level Stnd Selects the GPI Inputs trigger level for Standard mode Mode an activated command e Active low e Active High 4X2D Mode 4X2D mode 2 A e Rising Edge e Falling Edge GPI Input Filter 3 1 Selects the time duration to filter out a 0 to 100 10 unit Window GPI glitch Any pulse smaller than the ms window is ignored 90 ACO6800 Installation and Operation Manual Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued lt TO i Group Parameter Name E Function Options mw GPI Output Trigger 2 B Selects GPI Outputs trigger level foran Active Low Level activated command e Active High GPI I O 6 Functionality 3 2 Selects the functionality for GPI Input6 GPI Clear and GPI Output 6 e Auto Trigger GPI Trigger Mode must be set to 4X2D See Table 6 1 on page 80 for details Auto Trigger Mode 3 3 Selects the condition for executing the e Conditional Auto Trigger command e Absolute e Conditional If any current input source 1s good and allowable for Alarm Switch the Auto command is accepted e Absolute The Au
170. ter 9 ACO6800 ISD Parameters LEDs and Alarms Module Status LEDs Alarms The ACO6800 ISD modules do not have any card edge alarms Instead the module status LED on the corner of the module lights up if an error is detected See Figure 9 1 on page 153 for the location of the LED and Table 9 4 for a description of the LED colors Table 9 4 Module Status LED Descriptions Sea Meaning Off There is no power to the module the module is not operational Green There is power to the module the module is operating properly Red There is an alarm condition Flashing Red The module has detected a hardware firmware fault Yellow The module is undergoing configuration s Note If the LED is flashing red contact your Customer Service representative If a major or minor alarm is triggered within your modules the Status LED will light red Alarms are usually logged and monitored within available software control applications You can only differentiate between major and minor alarms within a software control application See the appropriate software control user manual or online help for more information The following settings can be made for each alarm within the software Table 9 5 Alarm Options Alarm Option Effect Enable Disable This option toggles between Enabled and Disabled If the alarm is Enabled an alarm condition will generate an alarm but if it is Disabled the alarm condition will be igno
171. tering license lt string gt key numbers Enabled Options RO Displays the current license option lt string gt Factory Recall 0 F Sets your module back to factory default On settings e Off Note There are two independent sets of default values for SDI mode and ASI mode Factory Recall in SDI mode does not affect the parameters in ASI mode and vice versa Soft Reboot 0 E Activates a soft reboot of the module e On e Off Operation Mode 0 1 Sets the ACO work mode to SDI or ASI SDI Note Factory recall does not change this e ASI parameter It has no default value Thumbnail Source 0 2 Selects the thumbnail source Input Al Note This parameter is not available in Input A2 ASI mode Input Bl e Input B2 e Output GrpA e Output GrpB Submodule Type RO Displays whether or not there is a e None submodule included on the module e For ISCS 112 ACO6800 Installation and Operation Manual Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table 7 1 ACO6800 IDSD Parameters Continued Group Parameter Name Backmodule Type RO Bank Switch Function Options Displays which back module is connected to the front module e For DS IDS e For ISCS ACO Group A gt Switch Settings ACO Group A gt General Purpose Interface Group A Output Source Displays the current output source Input Al RO e Input A2 Group A Switch High 1 A Se
172. that the HD or SD content in the video l 30 0 2 0 frame is not changing 54 ACO6800 Installation and Operation Manual Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 8 ACO6800 4X2D Subdevice Alarms Continued Alarm Option Default i Settings Alarm Name Alarm Description Alarm Trigger Clear priority s s SDI AFD Missing Reports that AFD is not present l 30 0 2 SDI Embedded Detects that the peak audio level meets or exceeds l 30 0 2 0 Ch 01 16 Peak the limit set in the Peak Audio Threshold parameter SDI Embedded Detects that the audio amplitude has fallen below l 30 0 2 0 Ch 01 16 Loss of the limit set in the Loss of Sound Threshold Sound parameter SDI Embedded Detects a set V Bit in the embedded audio source l 1 0 2 0 Ch 01 16 Vbit Set SDI Embedded Detects that the peak audio sample has stayed l 30 0 2 0 Ch 01 16 Low Audio below the level set in the Low Audio Threshold parameter SDI Embedded Reports if the SDI embedded audio channel is l 1 0 2 0 Ch 01 16 Missing missing SDI Embedded Audio Reports that the audio in the specified group is not l 1 0 2 0 Group 1 4 Missing present ASI Mode ASI Error Reports an ASI error including ASI loss in 1 1 0 2 0 streaming ACO6800 Installation and Operation Manual 55 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms 56 ACO6800 Installation and Operation Manual Chapter 4 ACQ6800 ASID P
173. the coded video audio or other variable length bit streams that are packetized to form MPEG 2 transport streams Consists of compressed data from a single source audio video data etc One elementary stream is carried in a sequence of PES packets with one and only one stream ID ACO6800 Installation and Operation Manual 169 Appendix B Glossary 170 Extended Text Table ETT Describes the detailed descriptions of virtual channels Event Information Tables EIT Describes 3 hours of events TV programs titles start times etc including all of the virtual channels listed in the TVCT GPI General Purpose Interface High Definition Television HDTV High definition television has a resolution of approximately twice that of conventional television in both the horizontal H and vertical V dimensions and a picture aspect ratio H to V of 16 9 High Level A range of allowed picture parameters defined by the MPEG 2 video coding specification that corresponds to high definition television LED Light Emitting Diode Main Level A range of allowed picture parameters defined by the MPEG 2 video coding specification with maximum resolution equivalent to standard definition television Main Profile A subset of the syntax of the MPEG 2 video coding specification that is supported over a large range of applications Applications include MP HL Main Profile at High Level and MP ML Main Profile at Main Level The Maste
174. the correct IP address is being used If your are not certain refer to the above procedure to set to default IP e Verify that the Ethernet cable is the correct type a crossover cable is required for direct connection from a PC e Verify the Link and Activity left and right status LEDS are active on the RJ 45 connector at the rear of the frame e Verify the Status LED is lit and green on the ETH6800 card as viewed from the front of the frame with the door open e Verify that the security settings on the PC allow for connection to a frame TCP port 80 and UDP ports 4000 4050 must be open e Verify that the PC is configured for and can communicate on the desired subnet e Verify that the frame reference signal has not been mistakenly connected to a Communications port on the rear of the frame Problem CCS software sees the frame but does not find all of the modules Solutions e Remove any legacy 6800 series products e Plug your modules in before starting the discovery e Start your discovery after the frame and all modules have fully powered up e Refresh the CCS software and ensure that the installed modules are fully powered up first before discovery Problem CCS Software does not respond after it is launched Solutions Close any CCS software that is already launched Problem CCS software shows a module in the Control window but cannot control it Solution Follow this procedure 1 Set the module
175. to ACO6800 Installation and Operation Manual 125 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Using Alarm Switch Mode Three parameters help handle situations when the module s current source is on the secondary channel and the primary channel becomes good or the secondary channel becomes bad When the Alarm Switch Mode parameter is set to Automatic the Non Resetting Protection parameter is unavailable The module returns to its primary input after the primary input channel s alarm clears When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set to Switch to In1 the module switches to its primary channel when the secondary input channel becomes bad When the Alarm Switch Mode parameter is set to Non Resetting and the Non Resetting Protection parameter is set to Stay with to In2 the module stays with the secondary channel even when the secondary input channel is bad Set the Alarm Reset parameter to On to switch back to primary input when applicable This parameter is unavailable when the Alarm Switch Mode parameter is set to Automatic Parameter Table Notes When you look at the control parameter tables note the following 126 Shaded table rows and RO after the parameter name indicate read only feedback parameters Bolded parameter options indicate the default settings for the parameter The bank selection and rotary switch combinations for each p
176. to Al Group A GPI Input 2 RO Displays whether or not GPI Input 2 N A has been switched to A2 e Switch to A2 Group A GPI Input 3 RO Displays whether or not GPI Input 3 N A has been switched to Relay Bypass e Relay Bypass Group A GPI Output 1 RO Displays whether or not A1 is NA selected as current output source e Input A1 online Group A GPI Output 2 RO Displays whether or not A2 is ENA selected as current output source e Input A2 online Group A GPI Output 3 RO Displays whether or not the relay NA bypass has been activated e Signal Bypass ACO Group A gt MISC Settings OutA OSD Enable 1 4 Enables the on screen display Off Note This parameter is not presentin On ASI mode OutA EDH Control 1 5 Inserts or clears the EDH when the Insert input online is SD SDI e Clear Note This parameter is not available in ASI mode and is grayed out when the selected input is HD ACO Group A gt Out B Settings OutB Source 4 6 Select output source for Out B Follow Out A e Input Al e Input A2 OutB EDH Control 4 7 Inserts or clears the EDH when the Insert input online is SD SDI e Clear Note This parameter is not available in ASI mode and is grayed out when the selected input is HD 150 ACO6800 Installation and Operation Manual Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Table 9 1 ACO6800 ISD Parameters Continued Group Parameter Name Function Options Bank
177. to Stay with to A2 the module stays with the secondary channel even when the secondary input channel is bad Set the Alarm Reset parameter to On to switch back to primary input when applicable This parameter is unavailable when the Alarm Switch Mode parameter is set to Automatic ACO6800 Installation and Operation Manual 69 Chapter 5 ACO6800 DSD Parameters LEDs and Alarms Parameter Table Notes When you look at the control parameter tables note the following e Shaded table rows and RO after the parameter name indicate read only feedback parameters e Bolded parameter options indicate the default settings for the parameter e The bank selection and rotary switch combinations for each parameter and parameter option are listed in the tables under the Bank Switch heading For more information about using the card edge controls see page 21 e The parameters are listed in the order that they appear in CCS Navigator ACQ6800 DSD Parameters Table 5 1 ACO6800 DSD Parameters lt TO Group Parameter Name c Function Options ow General Serial Number RO Displays the serial number of the module lt string gt License Key Provides a location for entering license lt string gt key numbers Enabled Options RO Displays the current license option lt string gt Factory Recall 0 F Sets the module back to factory default On settings e Off Note There are two
178. to command is accepted in any case Auto Trigger Mode is only available when Auto Trigger is the GPI I O 6 Functionality setting Virtual Auto Trigger 3 4 Performs the same functionality as Enabled triggering GPI Input 6 it would be reset to automatically afterwards Virtual Auto Trigger is only available when Auto Trigger is the GPI I O 6 Functionality setting System gt General Purpose Interface gt GPI Status GPI Input 1 RO Reports whether the command on GPI N A Input 1 switched to In 1 is activated e Switch to In 1 GPI Input 2 RO Reports whether the command on GPI I N A Input 2 switched to In 2 is activated e Switch to In 2 e N A GPI Input 3 RO Reports whether the command on GPI Input 3 activate In 1 relay bypass is activated e Relay Bypass GPI Input 4 RO GPI Input 5 RO GPI Input 6 RO Reports whether the command on GPI Input 4 switched to In 3 is activated Reports whether the command on GPI Input 5 switched to In 4 is activated Reports whether the command on GPI Input 6 is activated e N A e Switch to In 3 e N A e Switch to In 4 e N A e Enable In 2 Relay e Clear All GPI Inputs e Auto Trigger ACOQ6800 Installation and Operation Manual 91 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Table 6 2 ACO6800 4X2 ICQST Parameters for SDI Continued Group the In 2 relay bypass h
179. tomer Service representative If a major or minor alarm is triggered within your modules the Status LED will light red Alarms are usually logged and monitored within available software control applications You can only differentiate between major and minor alarms within a software control application See the appropriate software control user manual or online help for more information The following settings can be made for each alarm within the software Table 3 6 Alarm Options Alarm Option Effect Enable Disable This option toggles between Enabled and Disabled If the alarm is Enabled an alarm condition will generate an alarm but if it is Disabled the alarm condition will be ignored Alarm priority This setting determines whether a triggered alarm will be reported as major or minor The range is 1 10 A priority of 6 or higher is a major alarm and a priority of 5 or lower is a minor alarm ACO6800 Installation and Operation Manual Main Device Alarms Subdevice Alarms Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 6 Alarm Options Continued Alarm Option Effect Trigger s This option determines how long an alarm condition must exist in seconds before the alarm is triggered If the alarm level is reached for less time than the Trigger duration then the alarm will not trigger Choose any duration from 0 to 7200 or 2 hours If this option is set to 0 and the alarm condition
180. tor Off ACO6800 Installation and Operation Manual 59 Chapter 4 ACO6800 ASID Parameters LEDs and Alarms Group Parameter Name Function Options ATSC MGT CRC change Displays the current alarm status e Indicator On RO e Indicator Off ATSC TVCT CRC change Displays the current alarm status e Indicator On RO e Indicator Off ATSC CVCT Displays the current alarm status e Indicator On CRC change RO e Indicator Off ATSC RRT CRC change Displays the current alarm status e Indicator On RO e Indicator Off ATSC EIT CRC change Displays the current alarm status e Indicator On RO e Indicator Off ATSC ETT CRC change Displays the current CRC status e Indicator On RO e Indicator Off Parameters gt Status gt CRC Error PAT CRC error RO Displays the current alarm status e Indicator On e Indicator Off PMT CRC error RO Displays the current alarm status e Indicator On Indicator Off CAT CRC error RO Displays the current alarm status e Indicator On e Indicator Off DVB NIT CRC error RO Displays the current alarm status e Indicator On e Indicator Off DVB BAT CRC error Displays the current alarm status e Indicator On RO e Indicator Off DVB SDT CRC error Displays the current alarm status e Indicator On RO e Indicator Off DVB EIT CRC error RO Displays the current alarm status e Indicator On e Indicator Off DVB TOT CRC error Displays the current alarm status e Indicator On RO e Indicator Off ATSC MGT CRC err
181. ts the high priority for switching GPI Input Priority e Manual e Alarms Group A Switch 1 B Sets the medium priority for switching GPI Input Medium Priority e Manual e Alarms Group A Switch Low 1 C Sets the low priority for switching GPI Input Priority e Manual e Alarms Group A Alarm Switch 1 D Sets the level for alarm auto switch 1 to 10 6 Level Group A Manual Switch 1 E Sets what the output source will be when Disable a channel is switched manually e Switch to Al e Switch to A2 Group A Alarm Switch 1 8 When Automatic is selected the module Automatic Mode returns to the primary input A1 afteran e Non resetting alarm clears when Non resetting is selected the module must be switched back input manually or depends on the setting for the Non Resetting Protection parameter Group A Reset 1 9 Sets the output source to the primary e On input e Off Group A Non Resetting 1 F Sets what the output source will be when Switch to Al Protection current source is A2 Al is good and A2 Stay with A2 becomes bad Group A Relay Bypass 1 1 Activates the relay bypass e On e Off Group A Relay Status Displays whether or not the relay is e On RO active e Off Group A GPI In Trigger 1 2 Sets the level at which an alarm is e Active Low Level triggered for the Group A GPI Input e Active High ACQ6800 Installation and Operation Manual 113 Chapter 7 ACO6800 IDSD Parameters LEDs and Alarms Table
182. ty should be e SDI Loss of Video 10 e SDI Video Black 7 e SDI AFD Missing 7 e Any of other alarms must be configured with priority 1 to 4 even though it is disabled ACO6800 Installation and Operation Manual 83 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Example 3 The alarm switching is expected to happen if any of the following three conditions happens Condition 1 Video is lost Condition 2 Audio group 1 is absent Condition 3 Video is frozen additionally both audio channel and 2 are silent Therefore the configurations of the alarms priority should be SDI Loss of Video 10 SDI Embedded Audio Group 1 Missing 10 SDI Video Frozen 8 SDI Embedded Ch01 Loss of Sound 7 SDI Embedded Ch02 Loss of Sound 7 Any of other alarms must be configured with priority 1 to 4 even though it is disabled Example 4 The alarm switching is expected to happen if any of the following four conditions happens Condition 1 Video is lost Condition 2 Audio group 1 is absent Condition 3 Video is frozen additionally audio channel 1 is silent Condition 4 Both audio channel 1 and channel 2 are silent Therefore the configurations of the alarms priority should be 84 SDI Loss of Video 10 SDI Embedded Audio Group 1 Missing 10 SDI Video Frozen 8 SDI Embedded Ch01 Loss of Sound 7 SDI Embedded Ch02 Loss of Sound 8 Any of other alarms must be configured with priority 1 to 4 even though i
183. ule has detected a hardware firmware fault Yellow The module is undergoing configuration y Note If the LED is flashing red contact your Customer Service representative ACO6800 Installation and Operation Manual 107 Chapter 6 ACO6800 4X2 ICQST Parameters LEDs and Alarms Alarms If a major or minor alarm is triggered within your modules the Status LED will light red Alarms are usually logged and monitored within available software control applications You can only differentiate between major and minor alarms within a software control application See the appropriate software control user manual or online help for more information The following settings can be made for each alarm within the software Table 6 7 Alarm Options Alarm Option Effect Enable Disable This option toggles between Enabled and Disabled If the alarm is Enabled an alarm condition will generate an alarm but if it is Disabled the alarm condition will be ignored Alarm priority This setting determines whether a triggered alarm will be reported as major or minor The range is 1 10 A priority of 6 or higher is a major alarm and a priority of 5 or lower is a minor alarm Trigger s This option determines how long an alarm condition must exist in seconds before the alarm is triggered If the alarm level is reached for less time than the Trigger duration then the alarm will not trigger Choose any duration f
184. verage Displays the embedded audio 99 dBFS to 0 dBFS Level dBFS RO average level for the channel Parameters available in ASI Mode Status ASI Error RO Displays where or not there isan On ASI error including ASI loss e Off 152 ACO6800 Installation and Operation Manual Chapter 9 ACO6800 ISD Parameters LEDs and Alarms LEDs and Alarms The ACO6800 ISD modules have LEDs that serve as a quick monitoring reference and one module status LED Figure 9 1 shows the location of the LEDs on a typical ACO6800 module Table 9 3 and Table 9 4 describe each LED in more detail Module status LED are x Monitoring LEDs Figure 9 1 Location of Typical ACO6800 LEDs ACO6800 Installation and Operation Manual 153 Chapter 9 ACO6800 ISD Parameters LEDs and Alarms Monitoring LEDs Table 9 3 ACO6800 ISD Monitoring LEDs Indicators LED Name Description Color Indication l Out A LED 1 The current selected input is 1A for group A Green 2 Out A LED 2 The current selected input is 2A for group A Green 3 In 1A Present Input 1A signal is present Green 4 In 1A Alarm Input 1A is in an alarm state Amber 5 In 2A Present Input 2A signal is present Green 6 In 2A Alarm Input 2A is in an alarm state Amber 7 Out B LED 1 8 Out B LED 2 9 In 1B Present Not used 10 In 1B Alarm 11 In 2B Present 2 In 2B Alarm 154 ACO6800 Installation and Operation Manual Chap
185. vice SEE 6800 HS Slot 5 Found Port 1 Input 1 Found Port 2 Input 2 Found Port 3 Input 3 Found Port 4 Input 4 Found Port 5 Input 5 Found Port 6 Input 6 Found Port 7 Input 7 Found Port 8 Input 8 easier Found Device ACOBS00 Slot 10 ACO6800 ISCST Found Port 1 lrput 1 Found Port 2 Input Found Device ACOBS00 Slot 15 ACO6800 ICQST Found Port 1 Imput 7 Found Port 2 Input 2 Found Port 3 lnput 3 Found Port 4 Irput 4 acters Found Device ACO BS00 Slot 17 J Found Port 1 Inputs41 ACO6800 IDSD Found Port 2 Input Found Port 3 Input 67 Found Port 4 Input B 2 Found Device BS00 ETH Slot 21 Found 6800 192 168 1 18 Found Frame 1 FR GSH 01F Figure 2 1 Discovery of ACO6800 Modules in CCS Navigator Card Edge Controls Using the module s rotary and navigation switches you can change ACO6800 parameter settings at the card edge You can view and confirm your changes using the On screen display feature see Activating On Screen Display on page 23 s Note Card edge controls are not available for ACO6800 ASID modules Rotate the mode select rotary switch hex switch to 0 2 Once the hex switch is set to 0 toggle the navigation switch up or down to select a bank View the four control LEDs next to the navigation toggle switch to see which bank is currently selected ACO6800 Installation and Operation Manual 21 Chapter 2 Installation Configurati
186. w 4 C Sets the low priority for switching GPI Input Priority e Manual e Alarms Group B Alarm Switch 4 D Sets the level of the alarm at which the 1 to 10 6 Level channel will be switched automatically ACO6800 Installation and Operation Manual Chapter 5 ACO6800 DSD Parameters LEDs and Alarms Table 5 1 ACO6800 DSD Parameters Continued O i Group Parameter Name E Function Options mw Group B Manual Switch 4 E Sets what the output source will be when Disable a channel is switched manually e Switch to B1 e Switch to B2 Group B Alarm Switch 4 8 When Automatic is selected the module Automatic Mode returns to the primary input A1 afteran Non resetting alarm clears when Non resetting is selected the module must be switched back input manually or depends on the setting for the Non Resetting Protection parameter Group B Reset 4 9 Sets the output source to the primary e On input e Off Group B Non Resetting 4 F Sets what the output source will be when Switch to Al Protection current source is A2 and Al is goodand Stay with A2 A2 becomes bad Group B Relay Bypass 4 1 Activates the relay bypass On e Off Group B Relay Status Displays whether the relay is active or e On RO not e Off ACO Group B gt General Purpose Interface Group B GPI In Trigger 4 2 Sets the level at which an alarm is Active Low Level triggered for the
187. ways defined as Level active Table 3 3 lists the functions of the GPIs in standard mode and in 4X2D mode Table 3 3 GPI Functions in Standard Mode and 4X2D Mode GPI Standard Mode 4X2D Mode GPI Input A1 Switch to A1 Switch to A1 GPI Input A2 Switch to A2 Switch to A2 GPI Input A3 Force relay bypass Force relay bypass If it is triggered GPI Input A1 is automatically triggered once GPI Input B1 Switch to B1 Switch to B1 GPI Input B2 Switch to B2 Switch to B2 GPI Input B3 No use Clear all GPI input commands except GPI Input A3 l GPI Output B3 No use Auto switch is enabled No switching command by GPI control ACO6800 Installation and Operation Manual 49 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms LEDs and Alarms The ACO6800 4X2D modules have LEDs that serve as a quick monitoring reference and one module status LED Figure 3 1 shows the location of the LEDs on a typical ACO6800 module Table 3 4 and Table 3 5 describe each LED in more detail Monitoring LEDs Figure 3 1 Location of Typical ACO6800 LEDs 50 ACO6800 Installation and Operation Manual Monitoring LEDs Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 4 ACO6800 4X2D Monitoring LEDs Indicators LED Name Description Color Indication 1 Out A LED 1 LED2 LED1 Green Off off The current selected input is Al for Out A gt OWALED ec S On On The current
188. whether or not GPI Input 1 N A has been switched to A1 e Switch to Al GPI Input A2 RO Displays whether or not GPI Input 2 N A has been switched to A2 e Switch to A2 GPI Input A3 RO Displays whether or not GPI Input 3 N A has been switched to Relay Bypass e Relay Bypass ACO6800 Installation and Operation Manual 43 Chapter 3 ACO6800 4x2D Parameters LEDs and Alarms Table 3 1 ACO6800 4X2D Parameters Continued lt T oO i Group Parameter Name Function Options nw GPI Input B1 RO Displays whether or not GPI Input ENA B1 has been switched to B1 e Switch to Bl Note When the Extra Input Source Control parameter is set to Manual this parameter reports the state of the input but the field turns grey to indicate that commands from the GPI input will not be accepted GPI Input B2 RO Displays whether or not GPI Input NA B2 has been switched to B2 e Switch to B2 Note When the Extra Input Source Control parameter is set to Manual this parameter reports the state of the input but the field turns grey to indicate that commands from the GPI input will not be accepted GPI Input B3 RO Clears all GPI input status except e N A GPI Input A3 e Auto Switch Note This parameter is only available when the GPI Mode parameter is set to 4X2D mode GPI Output A1 RO Displays whether or not A1 is ENA selected as the current output source e Input Al online G
189. witch Settings Output Source RO Displays the current output source e Inl e In2 Switch High Priority 1 A Sets the high priority for switching e GPI e Manual e Alarms Switch Medium 1 B Sets the medium priority for switching GPI Priority e Manual e Alarms Switch Low Priority 1 C Sets the low priority for switching e GPI e Manual e Alarms Alarms Switch Level 1 D Sets the level for alarm auto switch 1 to 10 6 Manual Switch LE Sets the what the output source will be whena Disabled channel is switched manually e Jnl e JIn2 ACO6800 Installation and Operation Manual 137 Chapter 8 ACO6800 ISCST Parameters LEDs and Alarms Table 8 3 ACO6800 ISCST ASI Parameters Continued Group Parameter Name AUX Source 1 F Function Options Sets the backup channel s output source e AUX Inl In2 Alarm Switch Mode 1 5 When Automatic is selected the module returns to the primary input In 1 after an alarm clears when Non resetting is selected the module must be switched back input manually or depends on the setting for the Non Resetting Protection parameter e Automatic e Non resetting Alarm Reset 1 6 Sets the output source to the primary input Off e On Non Resetting 1 7 Sets what the output source will be when the e Switch to In 1 Protection current source is In 2 In 1 is good and In 2 e Stay with In 2 becomes bad Relay Bypass 1 1 Determines wh
190. witch to 1 GPI Input 2 RO Displays whether or not GPI Input 2 has been N A switched to 2 e Switch to 2 GPI Input 3 RO Displays whether or not GPI Input 3 hasbeen N A switched to Relay Bypass e Relay Bypass GPI Output_1 RO Displays whether or not 1 is selected as the aN ES current output source e Input 1 online GPI Output 2 RO Displays whether or not 2 is selected as the oN current output source e Input 2 online GPI Output 3 RO Displays whether or not the relay bypass has N A been activated e Signal Bypass ACOService Out B Settings OutB Source Select the output source for Out B e Follow Out A e Input e Input 2 ACOQ6800 ASID Subdevice Parameters ACO6800 ASID has two subdevices The following parameters appear for both Input 1 and Input 2 Group Parameter Name Function Options Parameters gt Status gt CRC Change PAT CRC change RO Displays the current alarm status e Indicator On e Indicator Off PMT CRC change RO Displays the current alarm status e Indicator On e Indicator Off CAT CRC change RO Displays the current alarm status e Indicator On Indicator Off ame CRC_change Displays the current alarm status Indicator On Indicator Off DVB BAT CRC change Displays the current alarm status Indicator On RO Indicator Off DVB SDT CRC change Displays the current alarm status Indicator On RO e Indicator Off DVB EIT CRC_change Displays the current alarm status e Indicator On RO e Indica
191. ycling of electrical and electronic waste products The objective of the WEEE Directive is to assign the responsibility for the disposal of associated hazardous waste to either the producers or users of these products As of August 13 2005 producers or users will be required to recycle electrical and electronic equipment at end of its useful life and may not dispose of the equipment in landfills or by using other unapproved methods Some EU member states may have different deadlines X ACO6800 Installation and Operation Manual Safety Preface In accordance with this EU Directive companies selling electric or electronic devices in the EU will affix labels indicating that such products must be properly recycled See our website for more information Contact your local Sales Representative for information on returning these products for recycling Equipment that complies with the EU directive will be marked with a WEEE compliant emblem as shown in Figure P 2 lt J f Figure P 2 WEEE Compliance Emblem Carefully review all safety precautions to avoid injury and prevent damage to this product or any products connected to it If this product is rack mountable it should be mounted in an appropriate rack using the rack mounting positions and rear support guides provided To protect a frame from circuit overloading connect each frame to a separate electrical circuit If this product relies on forced air cooling all obstructi
192. your IconLogo system Enter a name for the logo in the Name box Click the Open button below the Logo Image Preview window The Open dialog box displays Select your existing logo file and click the Open button to open the logo in the Static Logo dialog box Lopo Creator Salit Logo Loga l fi Haa aam kaw m a Save As Save Cancel Figure 2 4 Static Logo Dialog Box e A preview of the composited logo displays in the Logo Image Preview area ACOQ6800 Installation and Operation Manual Chapter 2 Installation Configuration and Operation e A preview of the image alpha displays in the Logo Alpha Preview area if the file contains alpha 7 Select a file to use as the alpha channel for your logo You must select a file before you can save the logo e To use the original image s alpha channel select the Use the alpha key found with image checkbox e To use a different image for the alpha channel clear the Use the alpha key found with image checkbox and then click the Open button to select a new file for your alpha channel Note An alpha channel is an 8 bit layer in a graphics file format that expresses transparency Typically you define the alpha channel on a per object basis Different parts of an object will have different levels of transparency depending on how much background you want to show through 8 Click the Save button in the Static Logo dialog box The Save Logo File dialog box opens In

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