Installing DEC/DES6800+ Modules
Contents
1. sss 56 Hardware Communication and Control Issues sss 57 Frames Fail to Communicate with the PC after a Power Failure 57 Module Does Not Seem to Work sessseee 57 Contacting Customer Service sse 57 Index Index ot Markers a ee ee 59 DEC DES6800 Installation and Operation Manual v Contents vi DEC DES6800 Installation and Operation Manual Preface Manual Information Purpose This manual details the features installation operation maintenance and specifications for DEC DES6800 Video Frame Synchronizers Audience This manual is written for engineers technicians and operators responsible for installation setup maintenance and or operation of DEC DES6800 Video Frame Synchronizers Revision History Table P 1 Revision History of Manual Edition Date Comments A May 2003 Initial release B May 2004 Content Corrections C October Formatting changes addition of NarrowChrBPF 2005 parameter D November Addition of product specific troubleshooting 2005 information minor corrections to content DEC DES6800 Installation and Operation Manual vii 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 Convention Description Bold Indicates dialog boxes property sheets fields bu2. InfoCaster InfoCaster Creator InfoCaster Manager InfoCaster Player InstantOnline Invenio Live Update mCAPTURE Magellan Magellan CCS Navigator Magellan Q SEE MultiService SDN NetPlus NetVX NewsForce Nexio G8 Nexio AMP ChannelView Nexio Channel ONE Nexio ClipSync Nexio Delay Nexio Digital Turnaround Processor Nexio Farad Nexio G Scribe Nexio IconKey Nexio IconLogo Nexio IconMaster Nexio IconStation Nexio InfoCaster Nexio InfoCaster Creator Nexio InfoCaster Manag er Nexio InfoCaster Player Nexio InfoCaster Traffic Nexio InstantOnline Nexio mCAPTURE Nexio News Force Nexio NXIQ Nexio Playlist Nexio Remote Nexio9RTX Net Nexio TitleMotion Nexio TitleOne Nexio Velocity ESX Nexio Velocity PRX Nexio Velocity XNG Nexio Volt OPTO Panacea Platinum Playlist Predator II GRF Predator Il GX Punctuate Remote RTX Net QuiC Q SEE SD STAR Selenio Selenio 6800 SelenioNext Selenio X50 Selenio X85 Selenio X100 TitleMotion TitleOne Velocity ESX Velocity PRX Velocity XNG Versio Videotek SD STAR X50 and X85 are trademarks of Imagine Communica tions or its subsidiaries Altitude Express Connectus Enabling PersonalizedTV9 ICE Broadcast System I
3. Table 2 1 Maximum Power Settings for 6800 Frames When Using an AC Power Supply frame with fans Max Frame Number of Max Power 6800 Frame Type Power Usable Dissipation Dissipation Slots per Slot FR6802 DM 50 W 10 5 W frame without fans fixed back panel FR6802 DMF 120 W 10 12 W frame with fans fixed back panel FR6802 X 50W 20 2 5W frame without fans FR6802 XF 120W 20 6W Table 2 2 Maximum Power Supply Settings for 6800 Frames When Using a DC Power Supply Max Frame Number of Max Power 6800 Frame Type Power Usable Dissipation Dissipation Slots per Slot FR6802 DM48 50 W 10 5 0 W frame without fans FR6802 DMF48 105 W 10 10 5 W frame with fans FR6802 X48 50W 20 2 5W frame without fans FR6802 XF48 105 W 20 5 25 W frame with fans DEC6800 and DES6800 Installation and Operation Manual Unpacking the Module Chapter 2 Installation Preparing the Product for Installation Before you install the DEC DES6800 perform the following A Note Contact your customer service representative if parts are missing or damaged Check the equipment for any visible damage that may have occurred during transit Confirm receipt of all items on the packing list See Checking the Packing List for more information Remove the anti static shipping pouch if present and all other packaging material Retain the original packa
4. Genlock 2 When this option is selected the genlock source will the same time be taken from the Genlock 2 input of the rear module and is independent of the jumper J28 setting Auto When this is selected the genlock source varies between Genlock 1 Frame and Genlock 2 genlock This is used if the card is expected to auto switch between an NTSC reference and a PAL B reference based on the video input For example an NTSC reference could be applied to Genlock 2 and a PAL B reference applied to either Genlock 1 or the Frame Then when the input signal changes between NTSC and PAL B the genlock will automatically switch to the appropriate genlock source Remember 14 DEC6800 and DES6800 Installation and Operation Manual Chapter 2 Installation that jumper J28 determines whether Genlock 1 or the Frame is the source of the first genlock input as shown in Using Jumper J28 to Set the Genlock Input Option DES6800 only on page 14 When the genlock source input is valid the Genlock LED D4 will turn green DEC6800 and DES6800 Installation and Operation Manual 15 Chapter 2 Installation Installing 6800 Modules Required Frames and Back Connector Types The DEC DES6800 modules have double width back connectors that can be installed in an FR6802 X F or a 6000 7000 series frame See the FR6802 Frame Installation and Operation Manual for details on installing back connectors in an FR6802 frame See the 6800 Serie
5. Green detect standard mode Off force standard mode 625 Signals if the input video standard is 625 Green Module is in 625 mode and valid 625 input is detected Flashing module is in 625 mode but valid 625 input is not detected Off module is not in 625 mode Genlock DES6800 only Signals the genlock state Yellow signal is locked to genlock Flashing module is set to sync mode but it is not locked Off module is in free run or delay mode Freeze DES6800 only Signals if the input video is frozen Green module s output video is frozen Off module s output video is not frozen DEC6800 and DES6800 Installation and Operation Manual 35 Chapter 3 Operation Table 3 6 Monitoring LEDs Continued LED Name Function Color Description TSG Signals if the test signal Yellow test signal generator is operating generator 1s operating Off test signal generator is not operating TBC Signals if the time base Yellow time base DES6800 only corrector is operating corrector 1s operating Off time base corrector is not operating Module Status LEDs The DEC DES6800 modules have two card edge alarms They also have module status LEDs that flash or remain unlit if an error is detected See Table 3 7 for more information about the module status LEDs Alarms are usually logged and monitored within the available 6800 softwa
6. 3 Operation Table 3 5 PAL B Parameter Banks 2 and 3 Bank Rotary Parameter Parameter Switch Name Function Option 2 0 Bank Select Selects parameter bank Bank increase Bank decrease Bank 0 2 1 VBI Filter Control Controls activation of VBI process control Enable Disable 2 2 VBI FilterField Selects field for VBI process control Field2 Field 1 2 3 Field 1 Line 6 Selects processing mode for these lines Notch Field 2 Line 319 Blank Bypass 2 4 Field 1 Line 7 Selects processing mode for these lines Notch Field 2 Line 320 Blank Bypass 2 5 Field 1 Line 8 Selects processing mode for these lines Notch Field 2 Line 321 Blank Bypass 2 6 Field 1 Line 9 Selects processing mode for these lines Notch Field 2 Line 322 Blank Bypass 2 7 Field 1 Line 10 Selects processing mode for these lines Notch Field 2 Line 323 Blank Bypass 2 8 Field 1 Line 11 Selects processing mode for these lines Notch Field 2 Line 324 Blank Bypass 2 9 Field 1 Line 12 Selects processing mode for these lines Notch Field 2 Line 325 Blank Bypass DEC6800 and DES6800 Installation and Operation Manual 31 Chapter 3 Operation Table 3 5 PAL B Parameter Banks 2 and 3 Continued Bank Rotary Parameter Parameter Switch Name Function Option 2 A Field 1 Line 13 Selects processing mode for these lines Notch Field 2 Line 326 Bl
7. Filter Line 14 Selects processing mode for line 14 Notch Blank Bypass 2 8 VBI Filter Line 15 Selects processing mode for line 15 Notch Blank Bypass 2 9 VBI Filter Line 16 Selects processing mode for line 16 Notch Blank Bypass DEC6800 and DES6800 Installation and Operation Manual 27 Chapter 3 Operation Table 3 4 NTSC Parameter Banks 2 and 3 Continued Parameter Option Bank Rotary Parameter Switch Name 2 A VBI Filter Line 17 Selects processing mode for line 17 Notch Blank Bypass Function 2 B VBI Filter Line 18 Selects processing mode for line 18 Notch Blank Bypass 2 C VBI Filter Line 19 Selects processing mode for line 19 Notch Blank Bypass 2 D VBIFilter Line 20 Selects processing mode for line 20 Notch Blank Bypass 2 E VBI Filter Line 21 Selects processing mode for line 21 Notch Blank Bypass 2 F VBI Filter Line 22 Selects processing mode for line 22 Comb both fields Notch Blank Bypass 28 DEC6800 and DES6800 Installation and Operation Manual Table 3 4 NTSC Parameter Banks 2 and 3 Continued Chapter 3 Operation Bank Rotary Parameter Parameter Switch Name Function Option 3 0 Bank select Selects parameter bank Bank increase Bank decrease Bank 0 3 1 VBI Setup Control Controls acti
8. Jumper J28 to Set the Genlock Input Option DES6800 Cones only on page 14 for more information DEC6800 and DES6800 Installation and Operation Manual 23 Chapter 3 Operation Table 3 3 Common Parameter Banks 0 and 1 Continued Bank Rotary Parameter Switch Parameter Name Function Option 0 7 Analog Video Level Adjusts the analog video level 5 0 to 5 0 dB 0 0 dB 0 8 Analog Black Level Adjusts the analog black level 7 5 to 7 5 IRE 0 IRE 0 9 Proc Luma Level Adjusts the luma level 6 0 to 5 9 dB 0 IRE 0 A Proc Chroma Level Adjusts the chroma level 6 0 to 5 9 dB 0 0 dB 0 B Proc Hue Phase NTSC Adjusts the hue phase 180 00 to only 179 83 degrees 0 0 degrees 0 C Proc Cb Offset Adjusts the Cb offset 100 0 to 99 3 0 0 D Proc Cr Offset Adjusts the Cr offset 100 0 to 99 3 0 0 E Input Video with Burst Selects the input video locking mode Yes No 0 F Factory Recall Recalls the factory default settings Recall All default values in parameter banks 0 to 3 24 DEC6800 and DES6800 Installation and Operation Manual Table 3 3 Common Parameter Banks 0 and 1 Continued Chapter 3 Operation Bank Rotary Parameter Switch Parameter Name Function Option 1 0 Bank Select Selects the parameter bank Bank increase Bank decrease Bank 0 1 1 Freeze Forces the output video to freez
9. Off On DEC6800 and DES6800 Installation and Operation Manual 13 Chapter 2 Installation Using Jumper J28 to Set the Genlock Input Option DES6800 only Follow this procedure to set the J28 jumper for setting the genlock input option to either Genlock 1 mode or Frame Genlock mode 1 Locate jumper J28 on the module See Figure 2 1 on page 12 2 Place a jumper on pins 1 and 2 to set the module for Genlock 1 mode or pins 2 and 3 to set the module for Frame Genlock mode See Figure 2 4 Note he white triangle screened on the module near the jumper pins indicates pin 1 A A Genlock 1 mode Frame Genlock mode Figure 2 4 J28 Settings for Genlock Input Mode Configuring the Correct Genlock Input Source The Genlock source is not only selected by the J28 jumper setting described above but by the Reference Select parameter setting you make in Bank 0 rotary switch setting 6 see Table 3 3 on page 23 Parameter setting options include the following e Genlock 1 Frame Genlock When this is selected the genlock source must come from either the Genlock 1 input of the rear Note module or from the FR6802 frame genlock input This is em determined by the position of jumper J28 on the DES6800 module e same type of genlock is format NTSC or PAL B as shown in Using Jumper J28 to Set the Genlock Input Option should never be applied to DES6800 only on page 14 both genlock input sourcesat
10. and more can be found on our Web site at www broadcast harris com leitch Support section along with technical support information training information product downloads and our product knowledge base Contact your customer service representative if after following these initial steps you cannot resolve the issue To contact customer service see Contacting Customer Service on page 57 DEC6800 and DES6800 Installation and Operation Manual Appendix B Communication and Control Troubleshooting Tips Software Communication and Control Issues Pilot Lite Fails to Communicate with Installed Modules on page 53 Pilot Lite Does Not Find All Modules in Frame on page 55 ec Pilot Lite or CCS Software Application Not Responding on page 55 e e Pilot Lite Cannot Control a Module Showing in the Control Window on page 55 Pilot Lite Status Bar Reports Not Ready on page 56 e CCS Software Application or Remote Control Panel Does Not Communicate with Module on page 56 Alarm Query Fails When a Device Reboots on page 56 Pilot Lite Fails to Communicate with Installed Modules Confirm that the following items are not the reason for the communication failure e The proper module slot has not been specified Pilot Lite is not communicating with the appropriate slot See your FR6802 Frame Installation and Operation Manual for more information on slot identification Th
11. c Imagine Installation and Operation Manual lls Selenio 6800 DEC6800 DES6800 Decoder Decoder Synchronizer Edition D 175 000139 00 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 6800 ADC CCS Navigator Channel ONE ChannelView ClipSync Delay D Series D Series DSX Deliver the Moment Delivering the Moment FAME Farad G8 G Scribe HView IconMaster IconLogo IconSta tion lconKey
12. connector at the bottom of the back module See Figure B 1 20 pin connector Figure B 1 Connector on 6800 Back Module This connector should not have any bent or pressed pins Even a slightly depressed or bent pin may cause genlock issues d Ifthere are bent pins carefully re position them to their correct positions If this is not possible then a back module can be exchanged for a new one 54 DEC6800 and DES6800 Installation and Operation Manual Appendix B Communication and Control Troubleshooting Tips Pilot Lite Does Not Find All Modules in Frame If a discovery is started too soon after frame power up Pilot Lite will not find all the installed modules Refresh Pilot Lite File gt Refresh and ensure that installed modules are fully powered up before discovery If a module is plugged into the frame after a discovery Pilot Lite will not automatically detect the module Refresh Pilot Lite File gt Refresh to discover the newly installed module If a legacy 6800 series product is in the frame Pilot Lite will not detect it Pilot Lite cannot communicate with legacy 6800 series products Although they can be installed in the FR6802 frame and work using card edge controls they will not be discovered or controlled by Pilot Lite For Pilot Lite to find a module it must be from the 6800 product family Pilot Lite or CCS Software Application Not Responding Pilot Lite and a CCS application
13. cross functional parameter changes 19 customer service contacting 57 D damage during transit 11 data I O connector 34 Data I O port 6 DEC6800 and DES6800 Installation and Operation Manual 59 Index DC power supply 10 decode mode 20 23 default parameter settings 21 default settings 24 delay mode 23 25 26 35 description product 2 detect standard mode indicator 35 digital audio modules 34 discovery failure 55 E edge enhancement 19 error detection 36 Ethernet control interface 17 external control panel 5 external DATA I O connector 34 extractor handle 4 F factory default parameter settings 24 factory default settings 21 fail to communicate 57 FCC composite 26 features 2 firmware fault 36 force standard mode 35 FR6802 frame 6 frame power ratings 10 frame synchronization 7 23 25 26 free run mode 35 freeze indicator 35 freeze type 25 front module 4 11 G gain range analog video 24 genlock input jumper 14 Genlock mode 23 Genlock port 6 60 genlock source 14 genlock state 35 global recall 21 H h phase 19 hardware fault 36 hardware version 22 hex switch 21 horizontal timing 25 hot switch 20 25 26 hue adjustment 19 24 hue phase adjust 24 input select 23 input standard indicator 35 input video frozen 35 input video locking mode 24 installed modules 55 installing modules 16 J J28 jumper 23 J3 jumper 13 jumper locations 4 jumpers CJPC1 13 genlock inpu
14. in order to communicate remotely via Ethernet Alarm Query Fails When a Device Reboots When you reboot a device connected to your PC the alarm traffic hitting the network may cause an alarm query request to time out and fail While the query does not automatically retry it will post an Alarm query failed message to the Diagnostics window To clear an Alarm query failed message right click inside the Diagnostics window and then select Refresh from the resulting context menu 56 DEC6800 and DES6800 Installation and Operation Manual Appendix B Communication and Control Troubleshooting Tips Hardware Communication and Control Issues Frames Fail to Communicate with the PC after a Power Failure on page 57 e Module Does Not Seem to Work on page 57 Frames Fail to Communicate with the PC after a Power Failure Have you exited the software and restarted since the frame recovered from its power failure To restore communications between the PC and the frames ensure that the frames have three or more minutes to recover from the power failure before you exit the application and restart the PC Module Does Not Seem to Work Although the following troubleshooting tips may seem obvious please take the time to ensure the following All appropriate rear connections are securely made e The board is securely installed with no bent pins e The frame is turned on Contacting Customer Service We are committed
15. item on the packing list is missing Contact the carrier if any item 1s damaged Ue eos 9 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 DEC DES6800 modules are not designed for field servicing All hardware upgrades modifications or repairs require you to return the modules to the Customer Service center Returning a Product In the unlikely event that your product fails to operate properly please contact Customer Service to obtain a Return Authorization RA number then send the unit back for servicing Keep at least one set of original packaging in the event that a product needs to be returned for service 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 The product must be held rigid within the packaging There must be at least 2 in 5 cm of space between the product and the container The corners of the product must be protected DEC DES6800 Installation and Operation Manual ix Preface 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 p
16. such as Navigator or Pilot cannot run on the same PC at the same time Both applications can be installed but only one can be opened at a time Pilot Lite Cannot Control a Module Showing in the Control Window Consider these questions e Did you physically set the jumper for local control If so set this jumper to the REM position for remote control s the module properly seated in the frame Check the positioning of the module in its slot in the frame e Does the Control window indicate the device is ready The device may be powered off or disconnected from the network DEC6800 and DES6800 Installation and Operation Manual 55 Appendix B Communication and Control Troubleshooting Tips Pilot Lite Status Bar Reports Not Ready Pilot Lite reports each device s connection status in the status bar If the connection status message reads Not Ready check the following e Is the module properly seated in the frame Check the position of the module in the frame e Is the frame connected to the network Check the device s network connection If the status bar still reports no status or Not Ready for the frame or device try restarting Pilot Lite CCS Software Application or Remote Control Panel Does Not Communicate with Module CCS software applications such as Pilot CoPilot and Navigator and remote control panels require the purchase and installation of an ICE6800 module in an FR6802 frame
17. to providing round the clock 24 hour service to our customers around the world Visit our Web site at www broadcast harris com leitch click on Support gt Technical Support for information on how to contact the customer service team in your geographical region DEC6800 and DES6800 Installation and Operation Manual 57 Appendix B Communication and Control Troubleshooting Tips 58 DEC6800 and DES6800 Installation and Operation Manual Symbols 2 D adaptive filter 23 525 LED 35 525 mode 19 525 video standard 23 625 LED 35 625 mode 19 625 video standard 23 6800 7000 series frames 6 34 6802 frame 6 A A D converter 7 AC power supply 10 adaptive comb filtering 28 33 alarm query failed 56 request 56 alarms 37 analog black level 24 analog video gain range 24 application not responding 55 associated parameters 19 audio modules 34 synchronization 43 audio sync interface 7 auto standard select 23 B back connectors 6 11 16 Index back module overlay 11 black clip 25 black level 24 blanking interval 27 C card edge alarms 36 card edge control 5 card edge LEDs 34 Cb offset adjust 24 CCS applications 17 55 chroma level adjust 24 clock generator 7 color bar generator 26 comb filter 7 28 33 compatibility 55 composite input 7 configuration LED 36 connections external 16 contacting customer service 57 control LEDs 4 control problems 55 CoPilot 17 Cr offset adjust 24
18. CE Illustrate ICE Q algorithms ICE PAC Imagine ICE Inscriber Inscriber Connectus Invenio NEO Nexio Nexio AMP PersonalizedTV Router Works Videotek Videotek ASI STAR Videotek GEN STAR and Videotek HD STAR are registered trademarks of Imagine Communications or its subsidiaries Microsoft and Windows are registered trademarks of Microsoft Corporation HD BNC is a trademark of Amphenol Corporation Some products are manufactured under license from Dolby Laboratories Dolby and the double D symbol are registered trademarks of Dolby Laboratories DTS Neural audio products are manufactured under license from DTS Licensing Limited DTS and the Symbol are registered trademarks amp the DTS Logos are trademarks of DTS Inc 2008 2010 DTS Inc 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 2014 Imagine Communications Corp Proprietary and Confidential DEC DES6800 HD SD TV Two and Four Channel AES Demultiplexers Installation and Operation Manual Edition D Decemb
19. S6800 module still does not operate as expected contact customer service for further assistance Send an email to service leitch com DEC6800 and DES6800 Installation and Operation Manual 49 Appendix A DEC6800 and DES6800 Troubleshooting 50 DEC6800 and DES6800 Installation and Operation Manual Appendix B Communication and Control Troubleshooting Tips Overview Find the following troubleshooting information in this appendix e General Troubleshooting Steps on page 52 Software Communication and Control Issues on page 53 Hardware Communication and Control Issues on page 57 e Contacting Customer Service on page 57 DEC6800 and DES6800 Installation and Operation Manual 51 Appendix B Communication and Control Troubleshooting Tips General Troubleshooting Steps Associated documentation for 6800 series products can generally be found in the product specific manual that accompanies every module in the FR6802 Frame Installation and Operation Manual and in the 6800 Safety Instructions and Standards Manual 52 Ed Note Follow these steps in troubleshooting 6800 product problems l Review the Software Communication and Control Issues on page 53 outlined in this chapter Search this product manual and other associated documentation for answers to your question Product documentation including manuals online help application notes erratas product release notes
20. ank Bypass 2 B Field 1 Line 14 Selects processing mode for these lines Notch Field 2 Line 327 Blank Bypass 2 C Field 1 Line 15 Selects processing mode for these lines Notch Field 2 Line 328 Blank Bypass 2 D Field 1 Line 16 Selects processing mode for these lines Notch Field 2 Line 329 Blank Bypass 2 E Field 1 Line 17 Selects processing mode for these lines Notch Field 2 Line 330 Blank Bypass 2 F Field 1 Line 18 Selects processing mode for these lines Notch Field 2 Line 331 Blank Bypass 32 DEC6800 and DES6800 Installation and Operation Manual Table 3 5 PAL B Parameter Banks 2 and 3 Continued Chapter 3 Operation Bank Rotary Parameter Parameter Switch Name Function Option 3 0 Bank select Selects parameter bank Bank increase Bank decrease Bank 0 3 1 VBI Filter Control Controls activation of VBI process control Enable Disable 3 2 VBI FilterField Selects field for VBI process control Field2 Field 1 3 3 Field 1 Line 19 Selects processing mode for these lines Notch Field 2 Line 332 Blank Bypass 3 4 Field 1 Line 20 Selects processing mode for these lines Notch Field 2 Line 333 Blank Bypass 3 5 Field 1 Line 21 Selects processing mode for these lines Notch Field 2 Line 334 Blank Bypass 3 6 Field 1 Line 22 Selects processing mode for these lines Comb Field 2 Line 335 Notch Blank By
21. ard edge controls only See the following documents for information on how to operate this product remotely e Pilot Lite User Manual for serial control interface e CCS Navigator Pilot CoPilot or RCP CCS 1U Remote Control Panel Manual for Ethernet control interface The following topics are discussed in this chapter e Operating Notes on page 18 e Cross Functional Parameter Changes on page 19 Setting DEC DES6800 Control Parameters on page 23 Data I O Interface DES6800 Only on page 34 e LEDs and Alarms on page 34 DEC6800 and DES6800 Installation and Operation Manual 17 Chapter 3 Operation Operating Notes When change a parameter on the DEC DES6800 observe the following 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 Ifyou make a change to certain parameters other related parameters may also be affected See Cross Functional Parameter Changes on page 19 for more information on these cross functional parameter changes 18 DEC6800 and DES6800 Installation and Operation Manual Chapter 3 Operation Cross Functional Parameter Changes When you configure certain parameters you force a change in other associated parameters Table 3 1 lists these cross functional parameters and
22. are version numbers 22 DEC6800 and DES6800 Installation and Operation Manual Z Note The sequence of options listed in the Parameter Option column mirrors the sequence achieved when you move the navigation toggle switch up Chapter 3 Operation Setting DEC DES6800 Control Parameters Table 3 3 lists bank 0 and 1 control options and parameters for both NTSC and PAL B modes Table 3 4 lists the NTSC specific options for and 3 Changes on page 19 for more information Table 3 3 Common Parameter Banks 0 and 1 banks 2 and 3 Table 3 5 lists the PAL B specific options for banks 2 Note that bank numbers are indicated on the card edge by the On Off combinations of the control LEDs See Cross Functional Parameter Bank Rotary Parameter Switch Parameter Name Function Option 0 0 Bank Select Selects the parameter bank Bank increase Bank decrease Bank 0 0 1 Video Standard Sel Selects the video standard Auto e 525 625 0 2 Not functional 0 3 Decode Mode Selects the decode mode Auto default in DES6800 2 D adaptive filter default in DEC6800 Notch filter 0 4 Not functional 0 5 Genlock Selects the genlock mode Sync mode DES6800 only Delay mode Freerun 0 6 Reference Select Selects the reference input source Auto DES6800 only This parameter works in conjunction Genlock 1 with the J28 Local frame jumper setting Frame genlock See Using
23. ation Output ports 1 Connector BNC per IEC 169 8 Impedance 75 DEC6800 and DES6800 Installation and Operation Manual 43 Chapter 4 Specifications Power Consumption Table 4 9 DEC DES6800 Power Consumption Item Specification DEC6800 6 9 W typical DES6800 7 3 W typical Module Start Up Time Table 4 10 DEC DES6800 Module Start Up Time Module Duration DEC6800 8 sec approximate DES6800 10 sec approximate Operating Temperature The operating temperature for DEC6800 and DES6800 modules is 41 to 113 F 5 to 45 C 44 DEC6800 and DES6800 Installation and Operation Manual Overview Appendix A DEC6800 and DES6800 Troubleshooting The following checklists will help you solve some of the most commonly seen issues It is split into the following two sections e Genlock Issues DES6800 only on page 46 e Output Issues on page 48 For best results use Pilot Lite software to check settings and parameters if housed inside an FR6802 frame Pilot Lite software is installed on a PC that connects to the 6800 frame via the serial port connector at the rear of the frame and can be downloaded from www broadcast harris com leitch Use a null modem RS 232 cable to connect between the PC and the 6800 frame DEC6800 and DES6800 Installation and Operation Manual 45 Appendix A DEC6800 and DES6800 Troubleshooting Genlock Issue
24. ber letter in the current parameter bank and then repeat step 4 or Rotate the hex switch to 0 again to select a different parameter bank and then repeat steps 3 and 4 Recalling Default Parameter Settings Table 3 3 on page 23 describes all of the parameter settings for the DEC DES6800 including the original factory defaults To return this module to its default settings you can either reset each parameter individually or do a global recall using the following procedure l Rotate the hex switch to 0 DEC6800 and DES6800 Installation and Operation Manual 21 Chapter 3 Operation 2 Toggle the navigation switch to bank number 0 Use the control LEDs to verify which bank you have selected or use an available 6800 software control option serial local or Ethernet remote to aid in confirming your bank selection 3 Rotate the hex switch to the global recall parameter F 4 Toggle the navigation switch to recall the default parameter settings Reading Software and Hardware Versions The current software and hardware version of your DEC6800 or DES6800 module can only be viewed using a CCS enabled control panel or a CCS software application such as Pilot or Pilot Lite See your LCP 3901 1U and RCP CCS 1U Local and Remote Control Panel Installation and Operation Manual CCS software application user manual or CCS software application online help for information on viewing software and hardw
25. ctor for FR6802 Frame 6800 7000 Series Frame Back Connector Overlay EE Z Note Remote control for these 6800 modules is not available if it is installed in a 6800 7000 series frame Only DES6800 modules use the Data I O and Genlock ports Figure 1 3 shows the double slot back connector overlays for use with the DEC DES6800 when installed in a 6800 7000 series frame Na ENLOCK Figure 1 3 Back Connector Overlay for 6800 7000 Series Frame DEC6800 and DES6800 Installation and Operation Manual Signal Flow Chapter 1 Introduction Figure 1 4 shows the basic signal flow of the DEC DES6800 Line Frame memory Clamp control memory DES6800 only Prima 4T com os H JL video Data Frame Video 12 bit A D 2 D comb Color a d e hA a preprocessing converter gt filter demodulator gt formatter Synenronizer hi i FPGA video processing unit and PLL Syne Clock Audio s G ync separator and PLL interia se Reference gt control DES6800 only composite video i Genlock DES6800 only User SE interface unit SDI output serializer SDI output e e Data I O Serializer Figure 1 4 DEC DES6800 Signal Flow Diagram DEC6800 and DES6800 Installation and Operation Manual Chapte
26. e COM port is used elsewhere Check that the correct COM port is configured in Pilot Lite and that another application is not using that COM port The actual frame ID does not match the two DIP switch settings in the back of the frame Pilot Lite is not communicating with the proper frame See your FR6802 Frame Installation and Operation Manual for more information on frame ID switch settings A null modem cable is not being used Between the PC running Pilot Lite and the FR6802 frame there should be a null RS 232 modem cable At minimum this requires that pins 2 and 3 are crossed and 5 to 5 for ground An ICE6800 module is installed in the frame Pilot Lite control is disabled if an ICE6800 module is installed in the frame ICE6800 modules are used for CCS control DEC6800 and DES6800 Installation and Operation Manual 53 Appendix B Communication and Control Troubleshooting Tips Alegacy 6800 series product is in the frame To communicate with Pilot Lite modules must be from the 6800 product family Pilot Lite cannot communicate with legacy 6800 series products Although they can be installed in a FR6802 frame and work using card edge controls 6800 series cards cannot be discovered or controlled by Pilot Lite The back module has bent pins To determine if the module has bent pins follow this procedure a Unplug the front module b Unscrew and remove the back module c View the 20 pin spring
27. e e On DES6800 only Off 1 2 Freeze Mode Selects the type of video freeze Field 1 DES6800 only Field 2 Frame 1 3 Not functional 1 4 H Phase Adjusts the horizontal timing NTSC DES6800 only this 0 0 to 63 518 us function is available in Sab UAR ete PALA y 8 0 0 to 63 963 us wraps 15 V Phase Adjusts the vertical timing NTSC 0 to 524 Ln DES6800 only this function is available in both Delay mode and PAL B 0 to 624 Synchronizing mode m wraps 1 6 Input Video Active Sets the presence of Setup 7 5 IRE in With Lines with without the input video Without Setup Disabled in PAL B 1 3 Black Clip Sets the activation of the black clip Enable Disable 1 8 Hot Switch Auto TBC activation will disable the Auto DES6800 only Bank hot switch Enable 0 Genlock parameter Disable Passes video including any Disable must be set to Sync mode or Free run input disturbances Enable Freezes or selects test signal DEC6800 and DES6800 Installation and Operation Manual 25 Chapter 3 Operation Table 3 3 Common Parameter Banks 0 and 1 Continued Bank Rotary a Parameter Switch Parameter Name Function Option 1 9 Loss of Video Mode Selects video output in the absence of Hot Switch input video DES6800 Pass DEC6800 Displays selected test pattern LA Not functional 1B TBC Switch Delay When a non TBC source is encounte
28. ed Read Only Hotswitch Disabled if Hotswitch is set to Auto Read Only Decode Mode Notch if Decode Mode is set to Auto Disabled Read Only Hotswitch Enabled if Hotswitch is set to Auto Read Only Decode Mode 2 D Adaptive if Decode Mode is set to Auto 20 DEC6800 and DES6800 Installation and Operation Manual Chapter 3 Operation Changing Parameter Settings Follow these steps to change the DEC DES6800 parameter settings For best results use the available 6800 software control options serial local or Ethernet remote to aid in viewing setting and confirming parameter values P Note l 2 Rotate the mode select rotary switch hex switch to 0 Once the hex switch is set to 0 toggle the navigation switch up or down to select a parameter bank View the two control LEDs immediately below the navigation toggle switch to see which bank is currently selected Table 3 2 Selected Bank as Indicated by Control LEDs Bank Mark 0 Bank Mark 1 Bank Off Off 0 On Off 1 Off On 2 On On 3 See Table 3 3 on page 23 to view the various parameter banks hex switch positions and corresponding parameter options and values Rotate the hex switch to the parameter number 1 to 9 or letter A to F of the option you want to set Toggle the navigation switch to select and set the value of the chosen parameter Rotate the hex switch to another parameter num
29. er 2005 HARRIS Contents Preface Manual Information 2 0 ce eeeccseeseeeeeseceeceeeeceeceeeaeeeeeeecaeeaeeseeaeeaeeereres vil PULPOSE ceed E vii Audience eoi ob ot to ueteres oeste ef vii Revision History 5 caet e EHE RE I E vii Writing Conventions s o sto RI RI viii Obtaining Documents emen vili Unpacking Shipping Information seen ix Unpacking a Product essere Ix Product Servicing sedis Ix Ret r ing a Product oerte terit etes ix Restriction on Hazardous Substances RoHS Compliance x Waste from Electrical and Electronic Equipment WEEE Compliance xi Safety metere eta ten aeuum atento xii Safety Terms and Symbols in this Manual sues xii Chapter 1 Introduction DEC DES6800 Installation and Operation Manual OVERVIEW ec 1 Product Description esses nennen 2 DEC DES6800 Modules sse 2 Module Descriptions 0 4 an RR RGB TO DE EHE 4 Front Module eed dee e ete edad 4 Back Connectors asics Asi eae ied tien diets 6 Signal Blow 5 Ns ode e ee t DR UE ee 7 Contents Chapter 2 Installation OVENI E Wresni ee ie teas thet beta prin a eaea 9 Maximum 6800 Frame Power Ratings sse 10 Unpacking the Moduler meiaes e r R een 11 Preparing the Product for Installation seeeeese 11 Checking the Packing List nr RIS 11 Setting J m
30. erence input source 23 reference locked 37 remote control 5 6 17 55 remote control jumper 13 Remote Control Panel 17 remote software applications 5 required frames 16 return loss 40 Returning a product ix DEC6800 and DES6800 Installation and Operation Manual 61 Index Revision history of the manual vii RoHS compliance x rotary switch 4 21 S safety instructions 9 Safety precautions xii SDI output 7 serial control interface 17 serializer 7 setup 19 25 Shipping and unpacking a product ix Shipping information ix signal flow 7 signal frozen 35 software version 22 Standards RoHS compliance x WEEE compliance x1 start up time 44 status LEDs 4 status not ready 55 super black handling 24 25 Support documents viii switch input 23 sync lock 23 24 25 35 37 syne mode 23 25 26 35 sync separator 7 T TBC capabilities 20 25 26 TBC mode 26 TBC parameter 20 TBC switch delay 26 temperature 44 termination jumper 13 test pattern generator 26 test signal display and select 26 test signal generator 36 time base correction 25 36 62 toggle switch navigation 4 Trademarks and copyrights ii troubleshooting 45 57 TSG pattern 26 U Unpacking and shipping a product ix Unpacking information ix unpacking module 11 user interface 7 V v phase 19 VBI processing NTSC 27 processing PAL 31 setup NTSC 29 setup PAL 33 VBI filter field 20 VBl setup field 20 version software amp hardware 22 ve
31. ging materials for possible re use See Unpacking Shipping Information on page ix for information about returning a product for servicing Checking the Packing List iN Note Back connectors must be ordered separately from the DEC DES6800 front module Various back connectors and overlays are available depending on your specific product requirements Table 2 3 Available Product Packages Ordered Product Content Description DEC DES6800 One DEC6800 or DES6800 front module One DEC DES6800 Installation and Operation Manual DEC DES6800 D One DEC6800 or DES6800 front module One DEC DES6800 standard double slot 10 BNC back connector for use in the FR68024 frame One DEC DES6800 Installation and Operation Manual DEC DES6800 DR One DEC DES6800 standard double slot 10 BNC back connector for use in the FR6802 frame Optional items One DEC DES6800 back connector overlay for use in a 6800 7000 series frame DEC6800 and DES6800 Installation and Operation Manual 11 Chapter 2 Installation Setting Jumpers The DES6800 module includes 3 jumpers CJPC1 J3 and J28 The DEC6800 module includes only the CJPCI and J3 jumpers Jumper CJPCI allows you to select either Local control or Remote control Jumper J3 allows you to select either Termination On or Termination Off for video input Jumper J28 DES6800 only allows you to select the genlock input
32. ification Input 12 bit quantized video Decoding algorithm 3 line adaptive comb Frequency response 0 1 dB to 5 75 MHz Luma signal to noise ratio gt 60 dB 10 kHz to 6 MHz Minimum delay DEC6800 NTSC mode 68s PAL mode 197s DES6800 NTSC mode 398s PAL mode 401s DEC6800 and DES6800 Installation and Operation Manual 41 Chapter 4 Specifications Phasing DES6800 Table 4 5 DES6800 Phasing Item Specification Horizontal phase 1 line with resolution of 37 ns adjustment range Vertical phase 1 frame with resolution of 1 line adjustment range Storage DES6800 Table 4 6 DES6800 Storage Item Specification Number of fields 2 1 frame Data path 10 bits 42 DEC6800 and DES6800 Installation and Operation Manual Chapter 4 Specifications Output Video Output Table 4 7 DEC DES6800 Video Output Item Specification Quantity 4 Standard 259M C 270 Mb s Connector BNC per IEC 169 8 Impedance 75 Return loss gt 18 dB to 270 MHz Signal level 800 mV 10 DC level 0 0 V 0 5 V Rise and fall times 400 to 1000 ps 20 to 80 amplitude Overshoot lt 10 of amplitude all outputs terminated Jitter lt 500 ps Audio Synchronization Interface Output DES6800 Table 4 8 DEC DES6800 Audio Synchronization Interface Output Item Specific
33. nded that each frame be connected to a separate electrical circuit for protection against circuit overloading If this product relies on forced air cooling it is recommended that all obstructions to the air flow be removed prior to mounting the frame in the rack If this product has a provision for external earth grounding it is recommended that the frame be grounded to earth via the protective earth ground on the rear panel IMPORTANT Only qualified personnel should perform service procedures Safety Terms and Symbols in this Manual xii WARNING A Statements identifying conditions or practices that may result in personal injury or loss of life High voltage is present CAUTION IN Statements identifying conditions or practices that can result in damage to the equipment or other property DEC DES6800 Installation and Operation Manual Chapter 1 Introduction Overview The DEC6800 and DES6800 modules are NTSC PAL to SDI decoders You can set up control and monitor DEC DES6800 modules either locally via card edge controls or remotely on a PC The following topics are described in this chapter e Product Description on page 2 Module Descriptions on page 4 Signal Flow on page 7 DEC6800 and DES6800 Installation and Operation Manual 1 Chapter 1 Introduction Product Description DEC DES6800 Modules The DEC DES6800 decoders are compact high precision 12 bit decoders that convert NTSC o
34. nstallation and Operation Manual 37 Chapter 3 Operation 38 DEC6800 and DES6800 Installation and Operation Manual Overview Chapter 4 Specifications The tables in this chapter list selected specifications for the DEC DES6800 modules The following specifications are found in this chapter nput on page 40 Video Processing on page 41 Output on page 43 Power Consumption on page 44 Module Start Up Time on page 44 DEC6800 and DES6800 Installation and Operation Manual 39 Chapter 4 Specifications Input Analog Video Input Table 4 1 DEC DES6800 Analog Video Input Item Specification Standards NTSC PAL B Level 1 V peak to peak 2 5 dB Impedance 75 Return loss gt 40 dB to 5 75 MHz Common mode 760 dB at 50 60 Hz rejection Common mode range 5 V peak to peak Video level adjust 5 dB range Reference Input DES6800 Table 4 2 DES6800 Reference Input Item Specification Level 1 V p p Signal type Analog composite NTSC PAL B Connector BNC Impedance 75Q 40 DEC6800 and DES6800 Installation and Operation Manual Video Processing Analog Video Processing Chapter 4 Specifications Table 4 3 DEC DES6800 Analog Video Processing Item Specification Gain range 5 dB Hue range 180 Digital Video Processing Table 4 4 DEC DES6800 Digital Video Processing Item Spec
35. on The PQM decoding technology is based on a set of dynamic control signals that are derived from specific quadrature characteristics of the source video signal These signals are filtered and subsequently used to modulate the summation of the original source video components in a balanced mixer hierarchy that mirrors the control signal quadrature relationship DEC6800 and DES6800 Installation and Operation Manual 3 Chapter 1 Introduction Module Descriptions Front Module Figure 1 1 is a generic top front view of a typical 6800 module and shows the general location of standard LEDs controls and jumpers The number of Control and Monitoring LEDs on 6800 modules varies Remote local control jumper Module Mode select Navigation Control Monitoring Extractor L LEDs status rotary toggle EDs handle LEDs switch switch Figure 1 1 Typical 6800 Module Table 1 1 on page 5 briefly describes generic 6800 LEDs switches and jumpers See Chapter 3 Operation for more information on specific DEC6800 and DES6800 module controls LEDs and jumpers DEC6800 and DES6800 Installation and Operation Manual Chapter 1 Introduction Table 1 1 Generic 6800 Module Features Feature Description Module status LEDs Various color and lighting combinations of these LEDs indicate the module state See Monitoring LEDs in Chapter 3 for more information Mode select rotary switch This
36. option as either Genlock 1 or Frame Genlock Figure 2 1 shows the location of the three jumpers J28 jumper J3 jumper AMA NULUU MS 2d aie stam BAAI LIN ga H Het CJPC1 jumper Figure 2 1 Location of Jumpers CJPC1 J3 and J28 12 DEC6800 and DES6800 Installation and Operation Manual Chapter 2 Installation Using Jumper CJPC1 to Set Local Remote Control Follow this procedure to set the CJPC1 jumper for either local or remote control 1 Locate jumper CJPC1 on the module beside the extractor handle See Figure 2 1 on page 12 2 Place a jumper on pins and 2 to set the module for Local control or pins 2 and 3 to set the module for Remote control See Figure 2 2 _ Note The white triangle screened on the module near the jumper pins indicates pin 1 A A Local control setting Remote control setting Figure 2 2 CJPC1 Settings for Local and Remote Control Using Jumper J3 to Set Termination Off On Follow this procedure to set the J3 jumper for either termination off or termination on mode 1 Locate jumper J3 on the module See Figure 2 1 on page 12 2 Place ajumper on pins 1 and 2 to set the module for termination off mode or pins 2 and 3 to set the module for termination on mode See Figure 2 3 Note The white triangle screened on the module near the jumper pins indicates pin 1 A Termination Off mode Termination On mode Figure 2 3 J3 Settings for Termination
37. pass 3 7 Field 1 Line 23 Selects processing mode for these lines Comb Field 2 Line 336 Notch Blank Bypass 3 8 to F Not functional DEC6800 and DES6800 Installation and Operation Manual 33 Chapter 3 Operation Data I O Interface DES6800 Only The DES6800 is designed to provide synchronization with 6800 7000 series audio modules using the external DATA I O connector see Figure 1 2 on page 6 More information on this future use feature will be released as modules become available LEDs and Alarms Monitoring LEDs 34 The DEC DES6800 have five monitoring LEDs that serve as a quick monitoring reference Figure 3 1 illustrates the location of the monitoring LEDs on the module See Table 3 6 for more information about the monitoring LEDs AFEMIUUEHEUNS Module Status LEDs Monitoring LEDs Figure 3 1 Location of DEC DES6800 LEDs The monitoring LEDs on the card edge of DEC DES6800 modules are identified in Figure 3 1 left to right DEC6800 and DES6800 Installation and Operation Manual Table 3 6 Monitoring LEDs Chapter 3 Operation LED Name Function Color Description 525 Signals if the input video standard is 525 Green Module is in 525 mode and valid 525 input is detected Flashing module is in 525 mode but valid 525 input is not detected Off module is not in 525 mode Auto Signals if the module is in detect standard mode or force standard mode
38. pears to be frozen check that the Freeze Mode parameter is not turned on When this parameter is set to On the DES6800 will freeze the last video frame or field that was received DES6800 only If the video output appears to be stuck on black or color bars check that the TSG parameter Test Signal Generator is not enabled DES6800 only If the video output appears to be unstable it may mean that the source is non time base corrected Try turning the TBC Mode parameter to Enable DEC6800 and DES6800 Installation and Operation Manual Appendix A DEC6800 and DES6800 Troubleshooting 6 If Closed Captioning on Line 21 does not appear to be picked up by CC decoders or is intermittent ensure that the VBI Filter Line 21 parameters are set to Bypass This bypasses the comb filter and since CC is a luma only signal it should not be comb filtered Fist go to the VBI Filter Control parameter and enable it e Go to the VBI Filter Field parameter and select Field 1 first e Goto the VBI Filter Line 21 parameter and choose Bypass e Ifthere is Closed Caption 2 CC 2 on Field 2 then go back to the VBI Filter Field parameter and choose Field 2 and repeat the next step 7 Ifthe output is still not valid try doing a Factory Recall 8 Check the Module Status LED on the card edge If it is flashing red there is a likely hardware or firmware fault Contact customer service If after going through this checklist the DEC6800 or DE
39. petrs det ER RR EEUU ties 12 Installing 6800 Modules sse 16 Required Frames and Back Connector Types ssssss 16 Installing DEC DES6800 Modules see 16 Removing DEC DES6800 Modules see 16 Making Connections ccccceccescesseescesseeeceneecaeceseeseceeenesereneeeeeees 16 Chapter 3 Operation OVERVIEW 3c estie eee mH re E e ec qe 17 Operating Notes nies tese a te eed Ue eot aaaea niae 18 Cross Functional Parameter Changes eee 19 Changing Parameter Settings 21 Recalling Default Parameter Settings sss 21 Reading Software and Hardware Versions esses 22 Setting DEC DES6800 Control Parameters see 23 Data I O Interface DES6800 Only sse 34 LEDS and Alanus ete eei p ee eet Pede tee tn 34 Monitoring LEDS ssessseeseeeneerenreennenen nennen 34 Module Status LEDS anean naai eterne nettes 36 PAV ARIS ooo EFE e Ee Ue piti s tities 37 Chapter 4 Specifications OVeIVIEW Lo terere PA EC cnusager st sanaigu ERAN RR RR RET ARE REES 39 li 40 Analog Video Input sese 40 Reference Input DES6800 sss 40 Video Processimp au eset ne toe tetas i tetetuliiden neulieg 41 Analog Video Processing sse 41 Digital Video Processing 5 nsi n eta helt 41 Pha
40. r 1 Introduction 8 DEC6800 and DES6800 Installation and Operation Manual Overview A caution Before installing this product read the 6800 Series Safety Instructions and Standards Manual shipped with every FR6802 Frame Installation and Operation Manual or downloadable from our Web site at www broadcast harris com leitch This safety manual contains important information about the safe installation and operation of 6800 series products Chapter 2 Installation This chapter describes the DEC DES6800 installation process including the following topics e Maximum 6800 Frame Power Ratings on page 10 e Unpacking the Module on page 11 e Setting Jumpers on page 12 e Installing 6800 Modules on page 16 e Making Connections on page 16 See the FR6802 Frame Installation and Operation Manual for information about installing and operating an FR6802 frame and its components See the 6800 Series Frames and Power Supply Installation and Operation Manual for information about installing and operating a 6800 7000 series frame DEC6800 and DES6800 Installation and Operation Manual 9 Chapter 2 Installation Maximum 6800 Frame Power Ratings The following tables state the maximum allowable power ratings for 6800 frames Note the given maximums before installing any 6800 modules in your frame The power consumption rating for the DEC DES6800 is provided in the specifications chapter
41. r PAL analog composite signals into superior quality component 4 2 2 digital video These decoders use advanced Phase Quadrature Mixing POMTM technology for 2 D adaptive comb filtering and are designed for high performance and optimal value They are both able to process vertical blanking intervals VBIs and handle super black levels The DES6800 also provides frame synchronization features and TBC capabilities It provides an audio sync lock with video delay and hot switch outputs for an data I O interface to accommodate future digital audio modules Other DEC DES6800 features include the following Analog video processing at 5 dB gain range e 7 5 IRE black level e 360 hue adjustment allowing full range user control e Over sampling analog to digital conversion with 12 bit resolution e TBC capabilities locking to VHS or bad microwave feeds DES6800 only 2 D adaptive comb filtering utilizing the new PQM technology e Automatic PAL NTSC switching based on input signal e Full VBI handling and processing line by line e Test signal generation 75 color bar FCC composite black Full compatibility with existing frames The new Phase Quadrature Mixing PQM technology provides the highest degree of video decoding quality while minimizing the level of residual subcarrier artifacts associated with previous comb filter designs 2 DEC6800 and DES6800 Installation and Operation Manual Chapter 1 Introducti
42. re control applications for example Pilot Lite or Pilot See Alarms on page 37 and the appropriate software control user manual or online help for more information 2 Note Table 3 7 Status LED Descriptions Jf the LED is flashing r d LED Color Sequence Meaning please contact your customer service epresentative 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 detected a hardware firmware fault See Note Amber The module is undergoing configuration 36 DEC6800 and DES6800 Installation and Operation Manual Alarms Table 3 8 describes the specific alarms for the DEC DES6800 modules You can identify alarms most easily by using a software Chapter 3 Operation control application such as Pilot Lite or Pilot The alarms can also be identified through the card edge LEDs on the module itself Table 3 8 Module Alarms Pilot Lite and CCS mode but no reference is present LED names Genlock for alarm description Alarm Name Alarm Description Alarm Description Alarm Level Loss of Video Video input not See Table 3 6 on page 35 for Major detected LED names 525 and 625 for alarm description Loss of reference locked Module is set to Sync See Table 3 6 on page 35 for Major DEC6800 and DES6800 I
43. red Increase 20 ms DES6800 only wait this amount of time before enabling max 2 sec TBC mode Decrease 20 ms min 100 ms 500 ms 1 C TBC mode DES6800 Controls the activation of TBC mode Auto only Bank 0 Genlock Enable parameter must be set to Disable Sync mode or Free run 1 D TSG Controls the activation of the text signal Enable generator Disable 1 E TSG Pattern Selects TSG pattern Black FCC composite Color bars 1 F NarrowChrBPF Enables alternate narrow bandpass Disable NTSC only filter for the chroma channel Enable 26 DEC6800 and DES6800 Installation and Operation Manual Table 3 4 NTSC Parameter Banks 2 and 3 Chapter 3 Operation Bank Rotary Switch Parameter Name Function Parameter Option 2 0 Bank Select Selects parameter bank Bank increase Bank decrease Bank 0 VBI Filter Control Controls activation of VBI process controls Enable Disable 2 2 VBI Filter Field Selects field for VBI process controls Field2 Field 1 2 3 VBI Filter Line 10 Selects processing mode for line 10 Notch Blank Bypass 2 4 VBI Filter Line 11 Selects processing mode for line 11 Notch Blank Bypass 2 5 VBI Filter Line 12 Selects processing mode for line 12 Notch Blank Bypass 2 6 VBI Filter Line 13 Selects processing mode for line 13 Notch Blank Bypass 2 7 VBI
44. roduct prepaid after servicing Restriction on Hazardous Substances RoHS Compliance Directive 2002 95 EC commonly known as the European Union EU 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 takes effect on July 1 2006 and it refers to the following hazardous substances e Lead Pb e Mercury Hg e Cadmium Cd Hexavalent Chromium Cr V1 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 Web site www broadcast harris com leitch for more information on dates and deadlines for compliance 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 DEC DES6800 Installation and Operation Manual Preface Waste from Electrical and Electronic Equipment WEEE Compliance The European Union EU Directive 2002 96 EC on Waste from Electrical and Elec
45. rtical blanking interval 27 vertical phase adjust 42 vertical timing adjust 25 VHS 2 video delay 23 25 26 video input freeze 25 video input standards 40 video level adjustment range 40 video loss 37 video standard 35 video standard select 23 W Warranty information ii WEEE compliance xi Writing conventions viii DEC6800 and DES6800 Installation and Operation Manual Harris and Leitch are registered trademarks of Harris Corporation Trademarks and tradenames are the property of their respective companies IS Broadcast Communications Division 4393 Digital Way Mason OH USA 45040 Tel 1 513 459 3400 www broadcast harris com assuredcommunications Copyright 2006 Harris Corporation
46. s DES6800 only If the DES6800 cannot lock to genlock proceed through the following checklist Note The DEC6800 does not use or lock to genlock The back module has genlock connectors because it shares the same back module as the DES6800 The DEC6800 cannot be upgraded to a DES6800 The same type of genlock format NTSC or PAL B should never be applied to both genlock input sources at the same time 46 1 Check that the Reference Select parameter is properly set There are three choices Genlock 1 Frame Genlock When this setting is chosen the genlock source must come from either the Genlock 1 input of the back module or from the FR6802 frame genlock input This is determined by the position of jumper J28 on the DES6800 module Set to pins 1 and 2 for Genlock 1 input and pins 2 and 3 for Frame input as shown below J28 jumper Genlock 1 mode Frame Genlock mode Figure A 1 Genlock Mode Jumper Locations and Settings Genlock 2 If this setting is chosen the genlock source will be taken from the Genlock 2 input of the back module and is independent of the jumper J28 setting Auto If this setting is chosen the genlock source will vary between Genlock 1 Frame and Genlock 2 genlock Use this setting if the card is expected to auto switch between an NTSC reference and a PAL B reference based on the video input In this case an NTSC reference would be applied one Genlock inpu
47. s Frames and Power Supply Installation and Operation Manual for details on installing back connectors in a 6000 7000 series frame Installing DEC DES6800 Modules These modules require no specialized installation procedures However if installing both front and rear modules ensure that the back module is installed first before plugging in the front module See the FR6802 Frame Installation and Operation Manual for information about installing and operating an FR6802 frame and its components e See the 6800 Series Frames and Power Supply Installation and Operation Manual for information about installing and operating a 6800 7000 series frame Removing DEC DES6800 Modules These modules require no specialized removal procedures However if removing both front and rear modules ensure that the front module is unplugged from the frame first before removing the rear module e See the FR6802 Frame Installation and Operation Manual for information about removing components in an FR6802 frame e See the 6800 Series Frames and Power Supply Installation and Operation Manual for information about removing components in a 6800 7000 series frame Making Connections Once you have installed your DEC DES6800 modules you can connect them to the appropriate input and outputs 16 DEC6800 and DES6800 Installation and Operation Manual Chapter 3 Operation Overview This chapter describes how to operate the DEC DES6800 using c
48. sing DES6800 sse 42 Storage DES6800 irte ett RR EES 42 OUEDULs corio o eaters tor retta entes i seti pd etes tese mie DEDI Ede tenements 43 DEC DES6800 Installation and Operation Manual Contents Video Output rete I i Pu ETE ties 43 Audio Synchronization Interface Output DES6800 43 Power Consumption eei eed e ER e ree tede d 44 Module Start Up Time essere 44 Operating Temperature 54 seii mene ERE d 44 Appendix A DEC6800 and DES6800 Troubleshooting RI 45 Genlock Issues DES6800F only sse 46 Output ISSUES ence ri etre eee eH REUNREXHE TU Y TREE ER ORE ERR ERROR 48 Appendix B Communication and Control Troubleshooting Tips OO VerVIeW i un dcs T np nO MR Oe 51 General Troubleshooting Steps essen 52 Software Communication and Control Issues sss 53 Pilot Lite Fails to Communicate with Installed Modules 53 Pilot Lite Does Not Find All Modules in Frame 55 Pilot Lite or CCS Software Application Not Responding 55 Pilot Lite Cannot Control a Module Showing in the Control Window sese 55 Pilot Lite Status Bar Reports Not Ready sss 56 CCS Software Application or Remote Control Panel Does Not Communicate with Module sse 56 Alarm Query Fails When a Device Reboots
49. switch selects between various control and feedback parameters Navigation toggle switch This switch navigates up and down through the available control parameters Down Moves down through the parameters 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 Table 3 1 Selected Bank as Indicated by Control LEDs for more information Monitoring Each 6800 module has a number of LEDs assigned to LEDs indicate varying states functions See Monitoring LEDs in Chapter 3 for a description of these LEDs Local remote Local Locks out external control panels and allows control jumper card edge control only limits the functionality of remote software applications to monitoring Remote Allows remote or local card edge configuration operation and monitoring of the DEC6800 and DES6800 DEC6800 and DES6800 Installation and Operation Manual Chapter 1 Introduction Back Connectors FR6802 Frame Back Connector Note Only DES6800 modules use the Data I O and Genlock ports Figure 1 2 shows the double slot back connector DEC DES6800 DR for use with the DEC DES6800 when installed in an FR68024 frame e e o g Oo c 4 wo n 9 o c 4 o ie o c o AB o J o 4 N Figure 1 2 Back Conne
50. t 14 J28 14 23 J3 13 location and setting 12 L LEDs 4 34 local control 5 55 local remote control jumper 4 lock mode 24 35 DEC6800 and DES6800 Installation and Operation Manual loss of reference locked 37 loss of video 37 luma level adjust 24 Manual information vii viii manual in packing list 11 maximum power ratings 10 microwave feeds bad 2 mode select 21 mode select rotary switch 4 module description 4 module installation and removal 16 module not found 55 module start up time 44 module status LEDs 4 34 36 monitoring LEDs 4 34 N navigation toggle switch 4 Navigator 17 network connection 56 not ready status 55 NTSC 23 24 25 40 input indicator 35 input select 23 parameter banks 27 NTSC mode 19 O offset adjust 24 operating notes 18 operating temperature 44 P packaging material 11 packing list 11 Index PAL 19 40 input indicator 35 input select 23 parameter banks 31 PAL B mode 23 parameter banks 21 parameter changes 18 21 cross functional 19 parameter navigation 5 phase adjust 42 phase quadrature mixing 2 Pilot 17 36 Pilot Lite 17 36 power consumption 44 power failure 57 power loss 36 power ratings 10 PQM 2 Precautions safety xi preparing for installation 11 proc hue phase 19 24 product description 2 product requirements 11 Product servicing 1x R read only decode mode 20 reboot device 56 recall factory defaults 24 ref select 23 reference input 7 40 ref
51. t and a PAL B reference applied to the other Then when the input signal changes between NTSC and PAL B the genlock will automatically switch to the appropriate genlock DEC6800 and DES6800 Installation and Operation Manual XI Note Bent pins may also cause communications issues with Pilot Lite Pilot or Navigator Appendix A DEC6800 and DES6800 Troubleshooting source Remember that the jumper determines whether Genlock 1 or the Frame is the source of the second genlock input see Figure A 1 on page 46 When the genlock input is valid the D4 Genlock LED on the card edge will turn yellow Check that the Genlock parameter is set to Sync mode If this parameter is set to Delay mode or Free run it will not synchronize the video to the genlock reference Check that the Video Standard Sel parameter is set to the correct standard for the current video input This parameter is normally left in Auto mode where it will automatically switch to 525 or 625 video standards as the input changes However if this is forced into 525 or 625 then the genlock input must also match the chosen standard For example 1f 625 mode is selected but an NTSC reference is present on the genlock input the unit will not genlock or synchronize If the first three items are correct on your DES6800 module the next thing to check is the back module Follow these steps a Unplug the front module Unscrew and remove the back module Check that
52. the 20 pin spring connector at the bottom of the back module does not have any bent or pressed in pins See Figure A 2 Even a slightly depressed or bent pin may cause genlock issues 20 pin connector Figure A 2 Back Module to Front Module Connector DEC6800 and DES6800 Installation and Operation Manual 47 Appendix A DEC6800 and DES6800 Troubleshooting 5 Output Issues d Ifthere are bent pins carefully re position them to their correct positions If this is not possible then you can exchange the back module for a new back module Use part number DES6800 DR If the DES6800 can still not be genlocked attempt doing a Factory Recall on the module If the SDI output has issues such as no output unstable output or frozen output proceed with the following checklist l 48 Check that the Video Standard Select parameter is set correctly This is normally left in Auto mode but if 525 or 625 mode is selected and then the wrong input standard is applied the unit will not pass good video If the video output appears to be soft or unstable check the Decode Mode parameter If Notch is selected this may cause softer video The Notch filter is normally only needed with poorer quality video sources so try setting this parameter to Auto or 2 D Adaptive mode In Auto mode it will automatically switch between 2 D Adaptive or Notch depending on the quality of the input signal DES6800 only If the video output ap
53. the settings affected Table 3 1 Cross Functional Parameter Changes Parameter Option Affected Parameter Forced Setting Video Standard 525 Proc Hue Phase Enabled H Phase Range is 0 to 63 518 us V Phase Range is 0 to 524 Ln Edge Enhancement Enabled Setup Enabled VBI Setup Control Enabled VBI Filter Lines 6 7 8 Disabled 9 and 23 625 Proc Hue Phase Disabled H Phase Range is 0 to 63 963 us V Phase Range is 0 to 624 Ln Edge Enhancement Disabled Setup Disabled VBI Setup Controls All Disabled VBI Filter Lines 6 7 8 Enabled 9 and 23 VBI Filter Control Enabled VBI Filter Lines 10 to 22 Enabled 525 or VBI Filter Lines 6 to 23 625 Disabled VBI Filter Lines 10 to 22 Disabled 525 or VBI Filter Lines 6 to 23 625 DEC6800 and DES6800 Installation and Operation Manual 19 Chapter 3 Operation Table 3 1 Cross Functional Parameter Changes Continued Parameter Option Affected Parameter Forced Setting VBI Setup Control Enabled VBI Setup Lines 10 to 22 Enabled 525 only Disabled VBI Setup Lines 10 to 22 Disabled 525 only VBI Filter Field Field 1 VBI Filter All Lines Affects Field 1 Field 2 VBI Filter All Lines Affects Field 2 VBI Setup Field Field 1 VBI Setup Lines 10 to 22 Affects Field 1 525 only Field 2 VBI Setup Lines 10 to 22 Affects Field 2 525 only Read Only TBC Parameter Enabl
54. tronic Equipment WEEE deals with the collection treatment recovery and recycling 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 Effective 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 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 Web site www broadcast harris com leitch for more information on dates and deadlines for compliance 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 Figure P 2 WEEE Compliance Emblem DEC DES6800 Installation and Operation Manual xi Preface Safety 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 It is recomme
55. ttons 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 Web site or URL Note Indicates important information that helps to avoid and troubleshoot problems Obtaining Documents Product support documents can be viewed or downloaded from our Web site at www broadcast harris com leitch go to Support gt Documentation Alternatively contact your customer service representative to request a document DEC DES6800 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 received all items listed on the packing list Contact your dealer if any
56. vation of VBI setup controls Enable Disable 3 2 VBI Setup Field Selects field for VBI setup controls Field2 Field 1 3 3 VBI Setup Line 10 Selects presence of setup of line 10 Without With 3 4 VBI Setup Line 11 Selects presence of setup of line 11 Without With 3 5 VBI Setup Line 12 Selects presence of setup of line 12 Without With 3 6 VBISetup Line 13 Selects presence of setup of line 13 Without With 3 7 VBI Setup Line 14 Selects presence of setup of line 14 Without With 3 8 VBI Setup Line 15 Selects presence of setup of line 15 Without With 3 9 VBI Setup Line 16 Selects presence of setup of line 16 Without With 3 A VBI Setup Line 17 Selects presence of setup of line 17 Without With 3 B VBI Setup Line 18 Selects presence of setup of line 18 Without With 3 C VBI Setup Line 19 Selects presence of setup of line 19 Without With DEC6800 and DES6800 Installation and Operation Manual 29 Chapter 3 Operation Table 3 4 NTSC Parameter Banks 2 and 3 Continued Bank Rotary Parameter Parameter Switch Name Function Option 3 D VBI Setup Line 20 Selects presence of setup of line 20 Without With 3 E VBI Setup Line 21 Selects presence of setup of line 21 Without With 3 F VBI Setup Line 22 Selects presence of setup of line 22 Without With 30 DEC6800 and DES6800 Installation and Operation Manual Chapter
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