DT-2 WSS VI processor user manual
Contents
1. GPI Input either 7 bit latched or 8 bit linear interface AR and or AFD info depending on GPI coding selection RS 232 serial communications AR amp AFD info User panel configuration AR amp AFD info l 2 2 Available AFD amp AR Destination Formats Wide Screen Signalling WSS insertion in either ETSI format AR info only or UK Line 23 UK_L23 format AR amp AFD info Video Index VI insertion Class 1 1 first Octet AR amp AFD info GPI s 8 bit linear interface AR and or AFD info depending on GPI coding selection RS 232 serial communications AR amp AFD info User panel display independent AR amp AFD info for VI and WSS inserters 1 2 3 VI amp WSS Additional Data Handling In addition to its primary role as an AR amp AFD trans coder the DT 2 also allows control over all of the extra data available in the ETSI WSS UK_L23 WSS and VI signals when using identical source and destination formats The DT 2 Setup software and DG 9 dongle are required to allow extra data to passed or forced to known values on a bit by bit basis By default all extraneous data is passed as is if present When using different source and destination formats all extra data in the destination format is forced to 0 l 2 4 Failsafe Features The DT 2 also incorporates a number of failsafe features that include an internally generated ident signal in the event of a loss of input video and a fall back source option for each dest2. Menu 60 63 Blanking Controls Menu Num Heading Automation Function 60 Ye Line none Go to the main 1 2 Line Blanking Blanking Controls menus 64 67 Setup 61 Line 1 none Go to the main Line 1 Blanking Blanking Controls menus 68 71 Setup 62 Line 2 none Go to the main Line 2 Blanking Blanking Controls menus 72 75 Setup 63 BACK none Go back a level in menu structure Menu 64 67 1 2 Line Blanking Controls lt Heading Automation Function Ea Line 0 Off Digipot A Bm ee 1 On On Off cc control of 1 2 line blanking Line 13625 Digipot B Number Line number 1 2 line blanking is applied to none none BACK none Go back a level in menu structure 23 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 68 71 Line 1 Blanking Controls Menu Num Heading Automation Function 68 Line 1 0 Off Digipot A Blanking 1 On On Off control of line 1 blanking Start Line 13625 Digipot B Number EET number line 1 blanking block starts End Line 13625 Digipot C Number Genin number line 1 blanking block ends BACK none Go back a level in menu structure sania TA Line 2 Blanking Controls Menu Num Heading Automation Function 72 Line 2 0 Off Digipot A Blanking 1 On On Off control of line 2 blanking Start Line 13625 Dig
3. 88 91 5 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 12 15 WSS Input Controls Menu Num Heading Automation Function 12 WSS Input 0O UK Changes the standard used to Decoding 1 ETSI decode the incoming WSS signal Standard 13 WSS Input none Go to the main WSS Input Info Display Controls menus 16 19 Information 14 Absent 0ff gt 138 GPI output which will activate when General input WSS signal is not Purpose present valid Output 15 BACK none Go back a level in menu structure Menu 16 19 WSS Input Info Controls Menu Num Heading Automation Function 16 Active 0 Number Digipot A Format 1 Defined Selects Look Up Table held in Descriptor 2 BBC onboard EEPROM which will 3 User 1 change how AFD decoded from 4 User 2 WSS is displayed in menu 00 5 User 3 17 Aspect 0 Number Digipot B Ratio 1 Defined Selects Look Up Table held in 2 ETSI onboard EEPROM which will 3 BBC change how AR decoded from 4 User 1 WSS is displayed in menu 00 5 User 2 18 General 0 Off Digipot C Purpose 1 Bypass Selects Look Up Table held in 16 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com
4. 87 Failure Video Controls Menu Num Heading Automation Function 84 Failure 0 Auto Digipot A Switch 1 Test Manual override of failure switch Control Switch 03625 Digipot B Delay Delay of failure switch in lines Test 0 Y Ramp Digipot C Signal 1 Cb Ramp Grito output pattern of signal Generator 2 Cr Ramp generator in failure switch Output 3 YCrCb Ramp 4 Pathalogical 5 0 3 Split 6 Blue Screen 7 Bars 87 BACK none Go back a level in menu structure Menu 88 91 Memory Recall Menu Num Heading Automation Function 88 MEM1 1 recalls Recalls configuration memory 1 memory 89 MEM 2 1 recalls Recalls configuration memory 2 memory 90 MEM 3 1 recalls Recalls configuration memory 3 memory 91 BACK none Go back a level in menu structure 26 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 92 95 Memory Recall Menu Num Heading Automation Function 92 MEM 4 1 recalls Recalls configuration memory 4 memory 93 MEM 5 1 recalls Recalls configuration memory 5 memory 94 MEM 6 1 recalls Recalls configuration memory 6 memory 95 BACK none Go back a level in menu structure Menu 96 99 Memory Save Menu Num Heading Automation Function 96 SAVE 1 saves Saves current configuration as MEM1 configuration memory 1 97 SAVE 1 saves Saves curren
5. GPI4 Pull to Ground to activate 17 General Purpose Input 5 GPI5 Pull to Ground to activate 18 General Purpose Input 6 GPI6 Pull to Ground to activate General Purpose Input 7 GPI7 Pull to Ground to activate General Purpose Input 8 GPI8 Pull to Ground to activate RS 232 Receive 1 22 RS 232 Transmit 24 3 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com 3 Operation 3 1 Menu Control of the DT 2 Using the FP 9 or FP 10 with the DT 2 is as are all genetics modules controlled using a set of menus Each of these menus contains up to 3 parameters that are adjusted using the rotary digipots The Menus define all of the adjustable operational parameters in the DT 2 Pressing the rotary digipots brings the parameter to its default value Device selection is done using the device select switches which when pressed will offer the name of the device in the LCD Window Modules can be acquired and then de acquired using the set up switch For a full description of the operation philosophy of the geNETics system refer to the geNETics User Guide section Operation of the FlexiPanel A full list of the Menus and their functions are given in the following section Operation menus for the DT 2 The following set of menus defines the operation
6. Outputs 2 AFD IP onboard EEPROM which will 3 AR IP change how decoded WSS will 4 AFD OP control GPO s 5 AR OP 6 User 1 7 User 2 8 User 3 9 User 4 19 BACK none Go back a level in menu structure Menu 20 23 WSS Output Controls Menu Num Heading Automation Function 20 Source none Go to the main WSS Output Source Controls menus 24 27 21 Display none Go to the main WSS Output Info Information Controls menus 28 31 22 Alternate none Go to the main WSS Output Source Alternate Input Controls menus 32 35 23 BACK none Go back a level in menu structure Menu 24 27 WSS Output Source Controls Menu Num Heading Automation Function 24 Insert 0 Off Digipot A Encoding 1 UK Enables and changes the standard Standard 2 ETSI used to encode the outgoing WSS signal 25 Information 0 Panel Digipot B Source 1 WSSIP Changes the source of the data to 2 VI IP be encoded into the outgoing WSS 3 RS232 signal AmiI 7 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com 5 GPILt Look Up 0 Off Digipot C Table 1 Bypass Changes the look up table held in 2 AFD IP on board EEPROM This translates 3 AR IP between the WSS source data 4 AFD OP menu 25 and the actual encoded 5 AR OP WSS data 6 User 1 7 User 2 8 User 2 9 User 4 BACK none G
7. flexible Loss ident system The main features are e Encodes VI line11 and WSS Line 23 data e Encodes Data from GPI RS232 Fixed input e Converts WSS to VI or VI to WSS e Decodes VI line11 and WSS line 23 data e Decodes data to GPI RS232 Panel Display e WSS to UK or ETSI Standards e VIto Class 1 and Class 2 data with optional Class 3 user data e One line and two configurable blanking areas enabled data in any areas of the screen to be blanked e Configurable Loss Ident provides a test signal background with optional user Ident if video input fails Test Signal Text Overlay Generator WSS VI Video MESM Blanker Encoder coon Decoder Failure Switch Figure 1 DT 2 System Block Diagram Video Out 4 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com l 2 fundamentals of Operation The DT 2 unit is primarily a data trans coder taking AFD amp AR data from one source format and trans coding it to a destination format Each destination format can be separately configured and all destinations can be active simultaneously l 2 l Available AR amp AFD Source Formats Wide Screen Signalling WSS extraction in either ETSI format AR info only or UK Line 23 format AR amp AFD info Video Index VI extraction of Class 1 1 first Octet AR amp AFD info
8. gt Alt lp Setup gt and set WPn to desired WSS value to be encoded e Press BACK gt BACK gt VI OP Setup gt Source Setup gt and set Info Source to Panel e Press BACK gt AIt lp gt and set VPn to desired VI value to be encoded e Press BACK gt BACK gt PREV gt now the display will show the WSS and VI values being decoded from Video In and the WSS and VI values being encoded into Video Out from the Panel values set above 8 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Figure 5 Example of display showing WSS VI data being decoded and encoded 1 3 2 Example Application 2 GPI Control of WSS VI In this example the unit is first reset to the factory default settings and configured to insert WSS and VI information as presented to the unit via the GPI interface as linear data i e highest GPI active defines the data to be inserted e Power on unit then press NEXT gt NEXT gt Memory gt NEXT gt NEXT gt NEXT gt NEXT gt NEXT gt TOTAL IRESET and wait for unit to reset approx 10 secs e Press NEXT gt WSS OP Setup gt Source Setup gt and set Info Source to GPILn e Press BACK gt BACK gt VI OP Setup gt Source Setup gt and set Info Source to GPILn e Press BACK gt BACK gt PREV gt now the display will show the WSS and VI va
9. of the DT 2 Menu 00 03 Top Level Controls Menu Num Heading Automation Function 00 WSS Input none Shows current decoded WSS value 01 WSS none Shows current WSS value being Output encoded If the WSS is in BYPASS or the inserter is switched OFF this menu goes RED 02 VI Input none Shows current decoded VI value 03 VI Output none Shows current VI value being encoded If the VI is in BYPASS or the inserter is switched OFF this menu goes RED 14 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 04 07 Setup Controls Heading Automation Function WSS Input none Go to the main WSS Input Setup Controls menus 12 15 WSS none Go to the main WSS Output Output Controls menus 20 23 Setup VI Input none Go to the main VI Input Controls Setup menus 36 39 VI Output none Go to the main VI Output Controls Setup menus 44 47 Menu 08 11 Utilities Controls Menu Num Heading Automation Function 08 EDH Insert O EDH off This controls the reinsertion of 1 EDH on EDH onto video output 09 Blanking none Go to the main Blanking Controls menus 60 63 10 Signal none Go to the main Signal Generator Generator Controls menus 76 79 11 Configuration none Go to the main Memory Recall Memories menus
10. 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Format 1 Defined Selects Look Up Table held in Descriptor 2 BBC onboard EEPROM which will 3 User 1 change how AFD encoded into the 4 User 2 VI is displayed in menu 03 5 User 3 53 Aspect O Number Digipot B Ratio 1 Defined Selects Look Up Table held in 2 ETSI onboard EEPROM which will 3 BBC change how AR encoded into the VI 4 User 1 is displayed in menu 03 5 User 2 54 General 0 Releas Will hold last valid GPI output Purpose 1 Hold values even if VI is absent when set Outputs to Hold When set to Releas then Release GPI outputs will only be active Hold when VI is present 55 BACK none Go back a level in menu structure Menu 56 59 Alternate Input Controls Menu Num Heading Automation Function 56 VI Panel 0 gt 63 Digipot A Setting Sets panel input value for encoding into VI when menu 45 is set to Panel 57 Fail Safe 0 Panel Digipot B Source 1 WSSIP Sets source for VI encoding when 2 VI IP input video signal is missing 3 RS232 4 GPILn 5 GPILt 58 Bypass off gt 138 Digipot C GPI Enables and sets the GPI number Number which will put VI encoder into bypass mode disabled 59 BACK none Go back a level in menu structure P2 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com
11. Fax 44 0 1923 256 100 email eyesales eyeheight com 1 3 4 Settings for Example Application Using WSS to control GPI Outputs Using Internal LUT In this example the unit is first reset the factory default settings and then configured to decode WSS data and present the resulting AR data on the GPI outputs e Power on unit then press NEXT gt NEXT gt Memory gt NEXT gt NEXT gt NEXT gt NEXT gt NEXT gt TOTAL IRESET and wait for unit to reset approx 10 secs e Press NEXT gt WSS IP Setup gt Info Setup gt and set GPO LUT to AR OP e Press BACK gt BACK gt PREVs3 display will show WSS VI values being decoded and encoded as normal GPI outputs will indicate the WSS AR value that is decoded from the video input in priority encoding e g for AR 5 then only GPI 5 will be activated for AR 2 then only GPI 2 will be activated 1 4 Associated Equipment for the DT 2 The DT 2 is a module and requires both a chassis and a control surface to function In it s simplest form the system would consist of e 1 off DT 2 Modules e 1 off MX 9 maxiBox e 1 off FP 9 flexiPanel 1 4 1 Chassis There are two 1RU chassis available e The most cost effective one is called the maxiBox MX 9 this can hold up to 6 DT 2 processing modules e The flexiBox FB 9 has optional dual redundant power supplies and allows user replacement of modules this can also hold up to 6 DT 2 processing modules 1 4 2 Control Equipment for the DT 2 There are two opt
12. Figure 3 Text Representations of AFD for Built In AFD Name Sets 2 7 Figure 4 Mapping Table Configuration cccccceeeeeeeeeneeeeeeeeeeeeeeeeenneeeeeeeeeeeteees 7 Figure 5 Example of display showing WSS VI data being decoded and encoded 9 Figure 1 6 flexiPanel FP 9 sssssssssnneneeesssessenrnrnresserrsnnrnnrrrnsseerrnnnnnnnnseerrnrnnnnne 11 Figure 7 deskPanel FP 10 ssonnnsnsnnneneeeooeeennnnnnnreoereeenrnnnrrneerreternnnnrnserrrrennnnnne 11 Fig re 8 DT 2 Connections e sscriieeireirrerorininrinrrirrerereniena kreinte rannin innnan 12 3 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com System Overview This manual describes the function of the DT 2 This unit decodes and encodes Video Index and WSS in an SDI video signal l l The DT 2 Product This manual describes the function of the DT 2 This unit is a Video Index and WSS transcoder It is a comprehensive answer to Video Index VI and Wide Screen Signalling WSS encoding and decoding Full functionality of encoding and decoding on one card allows more flexibility All Known data formats are supported The unit is an upgrade of the Eyeheight ADP 1000 uniBox and has been designed to be move user configurable as well as including new features such as user configurable blanking generators and a
13. Reserv 16 9An AR 15 AR 7 AR 7 Figure 2 Text Representations of AR for Built In AR Name Sets Number Defn d BBC User 1 User 2 User 3 AFD 000 AFD 0 Raster FAULT AFD 0 AFD 0 AFD 0 AFD 001 AFD 1 4x3 12F12C AFD 1 AFD 1 AFD 1 AFD 010 AFD 2 16x9 16F16A AFD 2 AFD 2 AFD 2 AFD 011 AFD 3 14x9 14P16B AFD 3 AFD 3 AFD 3 AFD 100 AFD 4 Reserv FAULT AFD 4 AFD 4 AFD 4 AFD 101 AFD 5 4x3STP 14L12B AFD 5 AFD 5 AFD 5 AFD 110 AFD 6 16x9SP 16F16B AFD 6 AFD 6 AFD 6 AFD 111 AFD 7 Reserv 16F16C AFD 7 AFD 7 AFD 7 6 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Figure 3 Text Representations of AFD for Built In AFD Name Sets N B changing the AR or AFD names does not alter the underlying binary representation or the data handled by the destination format only the way that data is represented to the user via the panel l 2 7 GPis Latched Vs Linear The GPI inputs can be configured to operate in either 8 bit linear mode where the bits represent an 8 bit binary encoded value with GPI1 bit 0 and GPI8 bit 7 or a 7 bit latched mode where GPI1 7 represent a 7 bit binary encoded value but the value is latched into the DT 2 on the rising edge of GPI8 which does not contribute to the bin
14. ary encoded value 1 2 8 Built In Mapping Tables The DT 2 uses mapping tables to control how source data is transformed to destination data The source data essentially provides an address to mapping table and the data stored at that location in the mapping table is used as data by the destination Panel GPO RS 232 WSS Mapping Encoded into Video Out v WSS Decoded from Video In VI Figure 4 Mapping Table Configuration The DT 2 has the following 6 built in mapping tables OFF All source data maps to all 0 s BYPASS Source data is unchanged by the mapping table AFD IP Designed to allow the GPI inputs to provide the AFD data as highest bit takes precedence i e if the highest GPI input set is GPI4 bit 3 as GPI s number 1 to 8 then the AFD is taken to be 4 100 irrespective of the lower GPI inputs The AR is always taken as 0 000 AR IP Designed to allow the GPI inputs to provide the AR data as highest bit takes precedence i e if the highest GPI input set is GPI4 bit 3 as GPI s number 1 8 7 x eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com then the AR is taken to be 4 100 irrespective of the lower GPI inputs The AFD is always taken as 0 000 AFD OP Designed to allow the GPI outputs to represent the AFD data by s
15. ct Ratio AR in WSS Vo cectcsesaveosbicnnnteensseetanndiwbonniadiadansdidehbeaniansecahiaebbieuiiends 9 1 3 4 Settings for Example Application Using WSS to control GPI Outputs Using Internal LUT sseeeeeennnneneeeeeeesnnrnnnrrseeerrrrnrnrneserrtrntnnnnnnesettnnnnnnnenet 10 1 4 Associated Equipment for the DT 2 ssssssessssnnnnneesesrerrrrnnrensserrrrrrnn 10 141 CaS Si Senin E cere a 10 1 4 2 Control Equipment for the DT 2 0 eee eee ec eeeeeeeee eee eee eeeeeteeeeeeeeeeeeeeees 10 2 Installations aE EEEE E a e aE EE 12 2 1 Installation of the DT 2 product seessesssesssnenrreeesererrrnrnrneserrrrrennn 12 3 SATO escicseestisteiteer cp cticer terier onana araia ai aaeeei niana e et aytisi 14 3 1 Menu Control of the DT 2 ac ccecnesecdencssesieesededigecedeoivccstedivevsdeddvenadenivesedate 14 4 Technical Appendix a ainnccstsecicsccsemeiesiseictnasnincehcwiennnevese iauep aceveneenksnustededeue ededeueeauineeeted 30 4 1 Technical Specification for the DT 2 o ee eeeeeeeeeeceeeeeeeeeeeeeeeneeeeeeeeeees 30 2 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Table of Figures Figure 1 DT 2 System Block Diagram ccccceeeeeeeeeeeeeeeeeeeeeeeeeeeeeeneeeeeeeeeeeeeees 4 Figure 2 Text Representations of AR for Built In AR Name Sets eeee 6
16. ction 108 Save 1 to save Saves current configuration as Power On memory Power On memory Memory 109 Recall 1 to recall Recalls the Power On memory Power On memory configuration Memory 110 Total 1 to cause This puts all current and power on Reset Total Reset default settings to the factory default 111 BACK none Go back a level in menu structure 29 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com 4 Technical Appendix 4 1 Technical Specification for the DT 2 Number of Inputs Type of Inputs 270Mbit Serial Digital Video Inputs 75 Ohm Line Length At least 200 Meters of PSF1 3 Typically 275 Meters Number of Outputs 1 Output BNC s per Card Configurable Type Of Outputs 270Mbit Serial Digital Video Outputs 75 Ohm 800mV Total Number Of 2 consisting of 1 Inputs and 1 output BNC Connections SDI Output Jitter The system will add less than 0 2UI to the input Jitter This is only guaranteed on issue 2 or later cards Current Consumption lt 800mA at 5V 215mm by 100mm 30 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com
17. els to a flexiBox in the geNETics Hardware Installation Guide A diagram of the DT 2 I O connector is shown below Figure 8 DT 2 Connections Input and Output connectors are BNC s The GPI s connector is a 25 way DIN socket with pin outs as below 1 General Purpose Output 1a GPO1a Isolated Relay closure General Purpose Output 1b GPO1b Isolated Relay closure 3 General Purpose Output 2a GPO2a Isolated Relay closure 4 General Purpose Output 2b GPO2b Isolated Relay closure 5 General Purpose Output 3a GPO3a Isolated Relay closure General Purpose Output 3b GPO3b Isolated Relay closure 7 General Purpose Output 4a GPO4a Isolated Relay closure General Purpose Output 4b GPO4b Isolated Relay closure General Purpose Output 5 GPO5 Open Collector Output lt 100mA General Purpose Output 6 GPO6 Open Collector Output lt 100mA General Purpose Output 7 GPO7 Open Collector Output lt 100mA le eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com General Purpose Output 8 GPO8 Open Collector Output lt 100mA 13 General Purpose Input 1 GPI1 Pull to Ground to activate 14 General Purpose Input 2 GPI2 Pull to Ground to activate 15 General Purpose Input 3 GPI3 Pull to Ground to activate 16 General Purpose Input 4
18. etting the appropriate GPI and clearing all others i e if the AFD is 6 110 then GPI6 will be set and all others cleared AR OP Designed to allow the GPI outputs to represent the AR data by setting the appropriate GPI and clearing all others i e if the AR is 6 110 then GPI6 will be set and all others cleared User Mapping Tables In addition to the 6 built in mapping tables the DT 2 provides 4 user mapping tables which can be named and edited using the DT 2 Setup software which can be downloaded from www eyeheight com and DG 9 dongle By default these 4 tables are the same as the BYPASS built in table 1 3 Applications for the DT 2 Applications for the DT 2 include the following e Re mapping between VI WSS UK and WSS ETSI information e Auto inserting different values of VI WSS via GPI inputs e Reconstructing and inserting VI WSS when input VI WSS is corrupt e Interfacing between a video input with VI WSS and other equipment ARC s Keyers etc via the GPI outputs 1 3 1 Example Application Manual Control of WSS VI In this example the unit is first reset to the factory default settings and then configured to insert WSS and VI data set via the front panel e Power on unit then press NEXT gt NEXT gt Memory gt NEXT gt NEXT gt NEXT gt NEXT gt NEXT gt TOTAL IRESET and wait for unit to reset approx 10 secs e Press NEXT gt WSS OP Setup gt Source Setup gt and set Info Source to Panel e Press BACK
19. eyeheight Di c deo index and WSS transco der user manual Table of Contents 1 System Overview cxscrictcss ieniserteicaietciesdatvaedalondeticdincdetasedniodaladels caine lbadelnadelacdeinedebdsinadelts 4 Med RTE dC eaea AT A A 4 1 2 Fundamentals of Operauoi sgececiceticecttcts cnadeeig cs Movin cethscigeeMevinasddndiae teri 5 1 2 1 Available AR amp AFD Source Formats ccceceeeeeeeeeeeeeeeeeeeeeeeeeeees 5 1 2 2 Available AFD amp AR Destination Formats ccccccceseeeeeeeeeeeeeeees 5 1 2 3 VI amp WSS Additional Data Handling cccceceeceeeeeeeeeeeeeeeeeeeeeeeeeeees 5 1 2 4 Failsafe Features ccccceeeccccsccceeeeeeeeeeeeeeaeeeeeeeeeeeeeesssaeeeeeeeeeeeeeeeea 5 1 2 5 Native AR amp AFD representation ccceececeeeeeeeeeeeeeeeeeeeeeeeeeeeeees 6 1 2 6 User AR amp AFD representation eeeeeeeeececeeeeeeeeeeeeeeneeeeeeeeeeeeeneees 6 1 2 7 GPIs Latched Vs Linear aancscccadecccncncncidnentncgucnenctcrancnertncednetdnentnentnence 7 1 2 8 Built In Mapping Tables cafeie ecextcenenentves coax teesenentrartvexiveseensiusdicaudenderexiene 7 1 3 Applications for the DT 2 nsssseeeeesnnnnnneeeseeeenrnrrrrrsesrrtrnrnnnnnnserrrrrnnne ne 8 1 3 1 Example Application 1 Manual Control of WSS VI eee 8 1 3 2 Example Application 2 GPI Control of WSS V1 eeeeeeeeeeteeeeeees 9 1 3 3 Example Application 3 GPI Control Using Internal LUT of Aspe
20. ination format in the event that no data is present on the selected primary source S eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com 1 2 5 Native AR amp AFD representation The DT 2 represents the AR amp AFD data as two 3 bit binary numbers corresponding to AR amp AFD values from 0 7 In situations where the AR amp AFD data is combined the data is represented as a 6 bit binary concatenation of the AR amp AFD data with the AR data represented by bits 5 3 and the AFD by bits 2 0 1 2 6 User AR amp AFD representation The DT 2 enables users to map the native AR amp AFD binary representations to more meaningful text representations by selecting sets of AR names and AFD names The name sets and the names of the name sets themselves can be modified using the DT 2 Setup software and dongle Number Defn d ETSI BBC User 1 User 2 AR 000 AR 0 Nolnfo 4 3 AR 8 AR 0 AR 0 AR 001 AR 1 4x3 5 14 9C AR 9 AR 1 AR 1 AR 010 AR 2 4x3 6 14 9T AR 10 AR 2 AR 2 AR 011 AR 3 Reserv 16 9C AR 11 AR 3 AR 3 AR 100 AR 4 Reserv 16 9T AR 12 AR 4 AR 4 AR 101 AR 5 16x9 5 gt 16 9C AR 13 AR 5 AR 5 AR 110 AR 6 16x9 6 4 3SPC AR 14 AR 6 AR 6 AR 111 AR 7
21. ions available for controlling the DT 2 The available modules are e A1RU control surface that fits on the front of a maxiBox or flexiBox This is called a flexiPanel Order code FP 9 and provides access to the control and configuration menus as detailed in section 3 e Adesk mounting control surface Order code FP 10 This is a 4RU version of the FP 9 above designed to be desk mounted and is functionally compatible with the FP 9 control panel 10 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com eyeheight Figure 1 6 flexiPanel FP 9 eyeheight fAvoi0 e PREV zez EE Prev Figure 7 deskPanel FP 10 Il eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com 2 Installation 2 1 Installation of the DT 2 product The unit can be installed in a spare slot by a user in a flexiBox FB 9 or by Eyeheight in a maxiBox MX 9 with an associated FP 9 or FP 10 for control The FP 9 and FP 10 can be used to control the DT 2 remotely Where as the FP 9 can also be mounted on the front of the FB 9 MX 9 For detailed information on connecting remote panels refer to the section Connection of Remote Pan
22. ipot B Number fine nui number line 2 blanking block starts End Line 13625 Digipot C Number Grewia number line 2 blanking block ends BACK none Go back a level in menu structure 24 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 76 79 Signal Generator Controls Menu Num Heading Automation Function 76 RS 232 0 Off Digipot A Serial Port 1 WSS Controls operation of RS232 port 2 VI on 25 pin DIN connector 77 Text none Digipot B Position Go to the main Text Position Blanking Controls menus 80 83 78 Failure none Digipot C Video Go to the main Failure Video Settings Controls menus 84 87 79 BACK none Go back a level in menu structure Menu 80 83 Text Position Controls Menu Num Heading Automation Function 80 Text 0 Off Digipot A Overlay 1 On Controls look and visibility of text Control 2 Blk ovelay 3 All 81 Text 0 gt 768 Digipot B Horizontal Controls horizontal position of text Position 82 Text 03625 Digipot C Vertical Controls vertical position of text Position 83 BACK none Go back a level in menu structure 25 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 84
23. lues being decoded from Video In and the WSS and VI values being encoded into Video Out from the current GPI s 1 thru 6 GPI1 is the LSB of the AFD GPI3 is the MSB of the AFD GPI4 is the LSB of the AR and GPI6 is the MSB of the AR 1 3 3 Example Application 3 GPI Control Using Internal LUT of Aspect Ratio AR in WSS VI In this example the unit is first reset to the factory default values and then configured to take linear GPI data and map it via the AR input mapping AR IP to insert AR data only for WSS and VI e Power on unit then press NEXT gt NEXT gt Memory gt NEXT gt NEXT gt NEXT gt NEXT gt NEXT gt TOTAL IRESET and wait for unit to reset approx 10 secs e Press NEXT gt WSS OP Setup gt Source Setup gt and set Info Source to GPI Ln e Set LUT menu to data 3 AR IP e Press BACK gt BACK gt VI OP Setup gt Source Setup gt and set Info Source to GPI Ln e Set LUT menu to data 3 AR IP e Press BACK gt BACK gt PREV gt now the display will show the WSS and VI values being decoded from Video In and the WSS and VI values being encoded into Video Out with the GPI s priority encoded to control the AR value of both WSS and VI highest GPI set will set AR e g if GPI 2 5 set then AR 5 or if just GPI 2 set then AR 2 9 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000
24. o to Top Level Control menus dens ert WSS Output Info Controls Menu Num Heading Automation Function 28 Active 0 Number Digipot A Format 1 Defined Selects Look Up Table held in Descriptor 2 BBC onboard EEPROM which will 3 User 1 change how AFD encoded into the 4 User 2 WSS is displayed in menu 01 5 User 3 29 Aspect 0 Number Digipot B Ratio 1 Defined Selects Look Up Table held in 2 ETSI onboard EEPROM which will 3 BBC change how AR encoded into the 4 User 1 WSS is displayed in menu 01 5 User 2 30 General 0 Releas Will hold last valid GPI output Purpose 1 Hold values even if WSS is absent when Outputs set to Hold When set to Releas Release then GPI outputs will only be active Hold when WSS is present 31 BACK none Go back a level in menu structure IS eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 32 35 WSS Output Alternate Input Controls Menu Num Heading Automation Function 32 WSS 0463 Digipot A Panel Sets panel input value for encoding Setting into WSS when menu 25 is set to Panel 33 Fail Safe 0 Panel Digipot B Source 1 WSSIP Sets source for WSS encoding 2 VI IP when input video signal is missing 3 RS232 4 GPILn 5 GPILt 34 Bypass off gt 138 Digipot C GPI Enables and sets the GPI number Number which will
25. put WSS encoder into bypass mode disabled 35 BACK none Go back a level in menu structure Menu 36 39 VI Input Controls Menu Num Heading Automation Function 36 none none none 37 VI Input none Go to the main VI Input Info Display Controls menus 40 43 Information 38 Absent 0ff gt 1 gt 8 GPI output which will activate when General input VI signal is not present valid Purpose Output 39 BACK none Go back a level in menu structure I9 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 40 43 VI Info Input Controls Menu Num Heading Automation Function 40 Active 0 Number Digipot A Format 1 Defined Selects Look Up Table held in Descriptor 2 BBC onboard EEPROM which will 3 User 1 change how AFD decoded from VI 4 User 2 is displayed in menu 02 5 User 3 41 Aspect 0 Number Digipot B Ratio 1 Defined Selects Look Up Table held in 2 ETSI onboard EEPROM which will 3 BBC change how AR decoded from VI is 4 User 1 displayed in menu 02 5 User 2 42 General 0 Off Digipot C Purpose 1 Bypass Selects Look Up Table held in Outputs 2 AFD IP onboard EEPROM which will 3 AR IP change how decoded VI will control 4 AFD OP GPO s 5 AR OP 6 User 1 7 User 2 8 User 3 9 User 4 43 BACK none Go back a level in menu structure Menu 44 47 VI Outpu
26. t Controls Menu Num Heading Automation Function 44 Source none Go to the main VI Output Source Controls menus 48 51 20 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com 45 Display none Go to the main VI Output Info Information Controls menus 52 55 46 Alternate none Go to the main VI Output Alternate Source Input Controls menus 56 59 47 BACK none Go back a level in menu structure Menu 48 51 VI Output Source Controls we a Heading Automation Function Insert VI 0 Off Digipot A Data 1 On N whether VI is encoded onto video signal Information 0 Panel Digipot B Source 1 WSSIP Changes the source of the data to 2 VI IP be encoded into the outgoing WSS 3 RS232 signal 4 GPILn 5 GPILt 50 Look Up 0 Off Digipot C Table 1 Bypass Changes the look up table held in 2 AFD IP on board EEPROM This translates 3 AFD OP between the WSS source data 4 AR OP menu 25 and the actual encoded 5 User 1 WSS data 6 User 2 7 User 2 8 User 4 51 BACK none Go back a level in menu structure Menu 52 55 VI Info Controls Menu Num Heading Automation Function 52 Active 0 Number Digipot A el eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256
27. t configuration as MEM2 configuration memory 2 98 SAVE 1 saves Saves current configuration as MEM3 configuration memory 3 99 BACK none Go back a level in menu structure 27 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 100 103 Memory Save Menu Num Heading Automation Function 100 SAVE 1 saves Saves current configuration as MEM4 configuration memory 4 101 SAVE 1 saves Saves current configuration as MEM5 configuration memory 5 102 SAVE 1 saves Saves current configuration as MEM6 configuration memory 6 103 BACK none Go back a level in menu structure Menu 104 107 Power On Memory Menu Num Heading Automation Function 104 Save 1 to save Saves current configuration as Power On memory Power On memory Memory 105 Recall 1 to recall Recalls the Power On memory Power On memory configuration Memory 106 Total 1 to cause This puts all current and power on Reset Total Reset default settings to the factory default 107 BACK none Go back a level in menu structure 28 eyeheight Unit 34 Park House Watford Business Park Greenhill Crescent Watford Herts GB WD18 8PH Reg No 2855535 Telephone 44 0 1923 256 000 Fax 44 0 1923 256 100 email eyesales eyeheight com Menu 108 111 Power On Memory Menu Num Heading Automation Fun
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