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1. P N 2349 72784 00 Page 2 9 User Manual Chapter 2 Installation 5 scopus 2 6 Initialization And Configuration Prior to powering up the IRD 2600 or IRD 2800 Integrated Receiver Decoder ensure that all cabling is correctly connected as explained in Section 2 4 Ensure that the unit is connected to the mains power supply and grounded according to instructions 2 6 1 Powering Up Upon power up you will hear the internal fan commence operation and see the front panel LCD display activated 2 6 2 Initialization Sequence Once the IRD is powered the unit commences an initialization phase IRD Initialization of the IRD includes loading of the embedded system parameters The IRD supports QPSK QAM G 703 ASI RS 422 DVB PDH and DVB SPI optional inputs Depending on the selected input initialization sequences will differ The initialization sequence may be monitored via the Front Panel LCD Status Messages are detailed in the IRD Operation Guide The initialization sequence is detailed in Table 2 6 Prior to initialization review the IRD Operation Guide for instructions on how to use and navigate the system menus and for explanation of configuration parameters Table 2 6 IRD 2600 IRD 2800 Initialization Sequence Gm OPERATION DESCRIPTION MPEG DVB IRD On initialization the LCD displays the initialization Initializing Please Wait PASSWORD If a password is defined for sys
2. PPPPPPPPPP a Aa Aa Aa d Page 3 64 P N 2349 72784 00 IRD 2600 IRD 2800 3 SCOPUS Network E Technologies Integrated Receiver Decoders Figure 3 33 Stream PSI SI Program Association Table PAT Overlay Example HEADER Information Current Applicable Version 04 with 001 001 Sections Transport Stream ID 00C8 Network PID 0010 Program num Program Map PID KKKEKKKKKKKKK KKEKKKKKKKKKKKKK 0001 0400 0002 0401 0003 0402 0004 0403 0005 0404 0006 0405 0007 0406 0008 0407 0009 0408 000A 0409 Figure 3 34 Stream PSI SI Program Map Table PMT Overlay Example HEADER Information Current Applicable Version 1B with 001 001 Sections Program info Pcr PID 00A5 Stream Type ES info kkkkxkkkkkkkkxkxkxkxk KKKKKKK Video MPEG2 CA Descriptor TREAM IDENTIFIER Descriptor Audio MPEG1 CA Descriptor TREAM IDENTIFIER Descriptor Private Packet CA Descriptor TREAM IDENTIFIER Descriptor TELETEXT English Descriptor User Private 81 TREAM IDENTIFIER Descriptor DIN 2349 72784 00 Page 3 65 S SCOPUS User Manual TD hen Frente Chapter 3 Operation Figure 3 35 Stream PSI SI Service Description Table SDT Overlay Example HEADER Information Current Applicable Version 16 with 001 001 Sections Service Type Descriptor KKKKKKEK KRKAKKKKKEK KEKE KKKKKKEKEK 0001 Encrypt Digital Television Networks MTV2 Pop Cha
3. sssosseeseesenneeeeeer ernennen 3 19 Decoder Video Configuration Sub Menu Tree Structure ssssssseseseese ernennen 3 20 Decoder Audio Configuration Sub Menu Tree Structure s ssssenseeeeseeee nenene 3 23 System Configuration Menu Tree Structure 0 0 cecceeeeeeneeeeeenneeeeeteeeeeenaeeeeeaas 3 25 IRD Status Menu Tree Structure DSNG IRD Confouraton 3 29 DSNG Receiver Status Menu Tree Structure c ecceeeeeeeceeeeeeeeeeeeceeeeeetees 3 31 Decoder Status Menu Tree Structure mrrrrrrrrrrrrnrernrnonnrnnnnrnnnnnnrrnrnnnnnnnneenrrnnnnn 3 35 Decoder Stream Status Sub Menu Tree Giructure eeeeeeeereeeeeeeeeenene 3 36 Decoder CI Status Sub Menu Tree Structure 3 39 Decoder Video Status Sub Menu Tree Structure srrrarsrrrrrrrnrrvvrrnnrnnrrnnnrnnnnn 3 41 Decoder Audio Status Sub Menu Tree Structure srrruravrvvrrrrrvrvrrrnrnnrrrnrrnnnnn 3 43 System Status Menu Tree ceccecceceeeceeceeeeeeceenenceeeeceessnceseseececesseeeeeeseeaeeeenaes 3 45 Test Menu Tree Structure 2cccccccceceeececceceeeeeeceeceeecaaeeeceeseseeaeeeeeeeesennenaeeeeees 3 46 IRD Run Menu Tree Structure ssnssnnnneeesennnnenstestenterrrtnnsteerttnnnnestentnnnnnnenn nrnna 3 48 Service Run Menu Tree Structure c cccceceeeeeeeeee ceceeceeeeeeesenaeceeeeeeeeessaeeeeees 3 49 PID Run Menu Tree Structure cccccccceceeeeeeeeceeeceeeeeeeeeececeeeeeeeeeesecsneeeeeeeetees 3 52 Mode Run M
4. Audio r 1 Sampling Frequency Audio Bit Product Decoding Test Video PID de ME Component Audio1 Tone Serial Number IRD 2600 only Audio1 Audio1 PID SubService Component Aude Audio2 PID SubService Component IRD 2800 only Audio3 1 Audio3 PID SubService Component Hoy Store Decoded Service to Video Operation Mode Audio1 Output Mode Mode H Mode Audio1 Output Volume Audio2 Output Volume l i IRD 2800 only f Volume Audio1 Output Type IRD 2800 only Audio2 Output i i Graphic OSD Background Color Fonts Color Graphic Test Product Status Advanced Commands Stream PSI SI Background Logo Text Intensity insertion Fonts Intensity X Position Offset Y Position Offset Page 9 5 scopus Figure A 5 RECEIVER ATM Mode VPI Address VCI address I Input Signal b Source L Page 10 ATM IRD Front Panel Menu Tree STREAM 27 MHz Synchronization PTS PCR Synchronization oke Sync Model Service Component PID Service ID Source When Current Service N A Data1 HSD PID Filtering Data2 LSD PID Filtering CONFIG DECODER CI C I Operation Enable Cl slot1 PIN Code CI slot2 PIN Code VIDEO Video Format Video Interpolation Video Lips Sync Delay RD 2800 only Decoded lines in 4 2 2 Monitor Aspect Ratio Teletext Insertion Subtitle Prefer Langu
5. ecceecccceceeeeceece cece eects eeeeeceaeaeeeeeeeeeeenaeeeeeeeeteees 1 19 1 5 3 Control Ports Specifications ssssssesseeeenneeeseetterettttrrensnrrnrnnnnererrenn nnne 1 21 1 5 4 Physical Features and Specifications srrrnnonrrnnnonnrrnrrnronnrrnnnonrrrnrennnn 1 21 2 EC UE le EE 2 1 2 1 ege ie ed e TE 2 1 2 1 1 Safety Precautions rsrrnrrnnrrnnronrrnnrrnnrrerennrrenrrarennrrenrennrnnnennrressennrnessennnn 2 1 2 1 2 Inventory Check 2 1 2 2 Site Preparation ccccccccceseccececeeeeeeeceeceeeeeeeeeeeeeeseceaeaeeeeeesececaeeeeeeeseeeceeeeeeeeeneenaees 2 2 2 3 EU e TEE 2 2 2 3 1 Installation in 19 Rack 2 2 2 3 2 Insertion of the DVB C Module DCMCIA 2 3 2 4 Cable Connections ssssssssssssesere nettir tt tetett ttnt tt tt En ESAE EEEE EEEAN SEEE EE EEEE EESE EEE EEEn nene EEEn 2 4 2 4 1 IRD 2600 and IRD 2800 Connection Setup and Opttons 2 4 2 4 2 Front End Panels rrrnnnnnonrnnnrnnnnnrnnnnnnnnnrnan annen nn nnnnnennnrnnnnnnnnennennnrnnnnnnnnnn 2 5 2 4 3 Decoder Cable Connections sssssessrsnneeesernrtt nete tstterttnnnnnenrenn rennene ennn 2 5 2 4 4 Terminal Control and Data Connechons 2 6 2 4 5 Ree e EE 2 7 2 4 5 1 Ground Connection rerrrrrrnrrnnrnrvrrrnnrrnrrnnrrrrnnr renn nnnnnennennenn 2 7 P N 2349 72784 00 5 scopus Page vi User Manual Front Matter 2 4 5 2 AC Power Connector mmasavrnnaanvvnnsannvnnnannvnnnnanannnvnensan
6. The M icon legend is used to show option availability for the specific receiver P N 2349 72784 00 IRD 2600 IRD 2800 C SCOPUS Integrated Receiver Decoders J CORE Figure 3 13 DSNG Receiver Status Menu Tree Structure STATUS RECEIVER QPSK Front End QAM Front End Signal Quality Signal Quality Signal Quality ATM Bit Channel Bit Error Rate ATM Input Eb NO Rate Eb NO gi Frequency Link Margin Tune Link Margin Viterbi Bit Error Rate Frequency Signal Level Offset QAM Mode Signal Spectral Density Frequency Tune Viterbi Bit Error Rate Frequency Offset Spectral Inversion R Solomon Bit Error Rate Viterbi Rate TU n D oO Qa o A D Qa Oo 3 Spectral Bit Seq Inversion Frequency Tune Modulation Mode Nyquist Filter Roll Off Viterbi Rate Spectral Inversion DIN 2349 72784 00 Page 3 31 scopus User Manual Chapter 3 Operation Table 3 10 Receiver Status Menu Parameters OPTION Signal Quality Link Margin Signal Level Signal Spectral Density Viterbi Bit Error Rate R Solomon Bit Error Rate Pseodo Random Bin Seq Page 3 32 DESCRIPTION Signal Quality Indicator Displays the quality of the input signal as a bar The longer the bar the stronger the signal The indicator may be used to position the antenna to obtain optimal signal quality Bit Energy Level Provides an estimation of the input signal strength
7. 0 cccccccceecceeceeeeececceeeeeeeceeeesesecaaeaeeeeeeseceaeaeeeeeesensnneeeeees 3 47 Table 3 17 Service Run Menu Parameiers vnr nvnnnnennrnnnnnnnnennennnrnnnnnnnnenennn 3 50 Table 3 18 PID Run Tree Parameters mmrnrnnnnnrnrnnnnnnnonnnnnnnnennnnnnenanrnnnnnnnnenernnrnnnnnnnnernrennnnn 3 53 Table 3 19 Mode Run Menu Parameiers tn rrereterstttntrnnnnrettrn nn nsnrrenn nnn ennr eenn 3 55 Table 3 20 Graphics Configuration GFX CNFG Sub Menu Functions s e 3 59 Table 3 21 Graphics Display GFX DSPL Sub Menu Commands rornnrrnrnnnvnrrvnnrnnrrnnrennnn 3 61 Table 4 1 Serviceability Check 2 usb geed Eege SEENEN ENNER 4 2 Table 4 2 General Messages australia dad kappa 4 3 Table 4 3 Hardware Failure Messages ccccceeccnceeeeeneeeeeeceee sees ecaneneeeaeeneeeaeeneseeanensecanentees 4 4 Table 4 4 Bit Stream ET te BEE 4 5 Table 4 5 Service Wamingauuaskimn E ca A E N O peated a eee ieee gad 4 6 Page x DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders DF Network Htechnologies 1 1 1 OVERVIEW General Information The CODICO IRD 2600 and IRD 2800 are a new generation of the 4 2 0 4 2 2 CODICO family of Integrated Receiver Decoders Both IRD 2600 and IRD 2800 are suitable for SCPC and MCPC 4 2 0 applications IRD 2800 provides support for 4 2 2 applications as well With DVB CI Common Interface decryption capabilities the IRD 2600 and IRD 2800 output high quality video audio and data for s
8. Audio2 PID Ratio d Rate i VITS Full H H SubService i Component ad i Screen Test H i d Video i p IRD 2800 only Resolution 1 Sampling r d S d I Frequency _ Audio3 TI Audio3 PID i Component 1 Audio3 H Bit Rate t 1 Teletext Lines Count 1 1 Sampling i 1 Frequency Store Decoded Service to scopus RUN MODE Video Operation Mode Audio1 Output Mode i Audio2 Output t Mode l Lene IRD 2800 only H Mode l GFX_CNFG Graphic OSD Background Color Fonts Color Background Intensity Fonts Intensity X Position Offset Y Position Offset ADVANCE GFX_DSPL Graphic Test Product Status Stream PSI SI Logo Text insertion Page 5 OTHER Advanced Commands IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D network I Technologies Figure A 3 QAM IRD Front Panel Menu Tree CONFIG STATUS TEST RUN RECEIVER DECODER SYSTEM RECEIVER DECODER SYSTEM SERVICE or PID MODE ADVANCE input STREAM CI VIDEO AUDIO STREAM CI VIDEO AUDIO GFX CNFG GFX DSPL OTHER VHF Frequency Symbol Rate Spectral Inversion S 3 F x i e 3 Video 27 MHz C I Operation d Audio Decoder Display a ASI Output CI Slot 1 8 Audio1 Bit Product Decoding Test Video PID R Advanced Synchronization Video Format Signal Quality Format Main Menu Video Format Rate Version Pattern DVB Service Component operaron Grap
9. BetaCrypt NDS VideoGuard DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders DF Network I Technologies Product Line The IRD 2600 IRD 2800 Integrated Receiver Decoders are an integral member of the advanced CODICO product line The CODICO product family offers comprehensive solutions for both transmission sites and reception stations In addition it is the most cost effective solution for TV broadcasting applications Table 1 1 lists the CODICO product family and Figure 1 2 shows the integration of the product line in a DVB environment Table 1 1 CODICO Product Family Figure 1 2 CODICO Integrated Product Line CODICO CID 3100 DVB CI Decryptor CODICO IRD 26xx Be Over the air control Program scheduling Over the air SW download Remote CA Statistical Multiplexer Re multiph DVB serami Remote NMS MN Redundancy a sf gt 7 SS e Zo ICO NM CODICrypt Management sy PCMCIA module SCPC Multiple gt see WE P N 2349 72784 00 Page 1 7 S SCOPUS User Manual D nt rinse Chapter 1 Overview 1 2 Functional Description 1 2 1 IRD 2600 and IRD 2800 Block Diagram Input to the Receiver QDSNG receiver QPSK QAM G 703 DS3 ATM and STM 1 OC 3 is transferred to the de multiplexer in the MPEG 2 Transport Demux A video decoder and an audio decoder process the resulting video audio and data streams The end output is modified to suit the required o
10. IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies 2 5 2 ASI Loopthrough Cascade Connect the input signal to the bottom IRD ASI input BNC Cascade the remaining units as shown in Figure 2 6 Figure 2 6 IRD Cascade with ASI Loopthrough TAESTEBUZ 100 240VAC 1A olren f 50 60 Hz Jaen o 7m O53 1 EX EAT ENT ES cert em input LOOPTHROUGH ON OUTPUT AN UNBALANCED 3 eiis sze en ET em INPUT LoOPTHROUGH ON OUTPUT UNBALANCED ANALOG AUDIO OUT s vineo vgs ASI SOURCE 2 5 3 RS 485 Master Slave Connection Multiple IRD devices can be managed from a single terminal control station using a Master Slave configuration as shown in Figure 2 7 As shown the Master Slave configuration uses a RS 232 to RS 485 converter The converter is connected to a bus which is in turn connected to the IRD devices The bus is comprised from transmit Tx and receive Rx route Each IRD device is identified on the bus by a unique address All IRDs on the bus will receive Tx and Rx messages only the IRD with the matching address will respond to the command of the Terminal Operation instructions for the Master Slave Terminal Control Protocol can be found in the IRD 2600 2800 Master Slave Operation Guide Figure 2 7 Master Slave RS 485 Control Cable Configuration
11. Spectral Inversion State Displays the current state of the spectral inversion function in the receiver as set in the Configuration Receiver menu see paragraph 3 2 1 Options available NORMAL INVERTED Page 3 33 Chapter 3 Operation S SCOPUS User Manual Table 3 10 Receiver Status Menu Parameters ei FEBE OPTION DESCRIPTION ATMS CAUTION Advanced status functions to be operated ONLY by the authorized Scopus personnel Unauthorized operation may create in unpredicted results ATM Input Rate ATM IRD Input Modulation Displays the input rate active at the ATM IRD receiver as set in the Receiver Configuration Menu see paragraph 3 2 1 Options available 14 Kbit sec 3 3 2 Status Decoder Menu The Decoder Status Menu enables the IRD user to monitor the status of the decoder in the IRD Figure 3 14 shows the menu tree of status parameters available in the Decoder Status Menu password is required only if it was enabled previously The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided The Decoder Status monitoring options are grouped into four groups and are described in the following sub paragraphs e Decoder Stream Status monitoring sub menu refer to paragraph 3 3 2 1 e Decoder Common Interface CI Status monitoring sub menu refer to paragraph 3 3 2 2 e Decoder Video Status monitor
12. X Position Offset Y Position Offset io1 Output Type IRD 2800 only Audio2 Output Type scopus ADVANCE GFX DSPL Graphic Test Product Status Stream PSI SI Logo Text insertion OTHER Advanced Commands Page 3 IRD 2600 IRD 2800 Integrated Receiver Decoders Figure A 2 QPSK IRD Front Panel Menu Tree RECEIVER Frequency Range Ku C Band LNB Local Oscillator LNB Power Supply Source Transponder Frequency Symbol Rate Viterbi Rate Spectral Inversion Freq Drift Compensation Frequency Scan Network Channel P N 2349 72784 00 L Band LNB Local Oscillator LNB Power Supply LNB 22KHz i i Source i i L Band Frequency Symbol Rate Viterbi Rate Spectral Inversion Freq Drift compensation Frequency Scan Network Channels STREAM 27 MHz Synchronization PTS PCR Synchronization oke Sync Model Service Component PID Service ID Source When Current Service N A Data1 HSD PID Filtering Data2 LSD PID Filtering CONFIG DECODER CI VIDEO C I Operation d Audio Decoder See A CI slot1 Video AC3 Sampling PIN Code Interpolation Frequency Cl slot2 IRD 2800 only audio1 Prefered PIN Code Video Lips ranguage Sync Delay AUDIO IRD 2800 only Decoded lines in 4 2 2 Audio3 Prefered Monitor Aspect language Ratio Teletext Insertion
13. Disable VBI Lines 12 14 Extrn VBI Lines 14 16 Extrn VBI Lines 16 18 Extrn VBI Line 14 Extrn VBI Line 19 Extrn VBI Lines 12 14 Intrn VBI Lines 14 Intrn NOTE Extrn The time code is taken from the stream GOP Header Intrn The time code is locked to the internal IRD clock SMC Insertion Control Enable Disable the Sound Mode Control SMC insertion VPS Insertion Control Enable Disable the Video Programming Signal VPS insertion CC Insertion Control Controls the Closed Caption CC insertion Option available Disable Disables CC insertion Enable Decode LSB gt MSB Enables CC insertion LSB first Enable Decode MSB gt LSB Enables CC insertion MSB first P N 2349 72784 00 IRD 2600 IRD 2800 SI scopus Integrated Receiver Decoders J CORE 3 2 2 4 Decoder Audio Configuration Sub Menu The Decoder Audio Configuration Sub Menu provides an extended menu of setup and selection options to configure the decoder s audio signals generated from the input data Figure 3 10 shows the menu tree of configuration functions available in the Decoder Audio Configuration Sub Menu Table 3 8 describes the configuration functions provided to the IRD operator in the sub menu Figure 3 10 Decoder Audio Configuration Sub Menu Tree Structure CONFIG DECODER VIDEO AUDIO Audio Decoder Operation AC3 Sampling Frequency Audio1 Prefered Language STREAM Audio2 Prefered
14. Fonts Color Background Intensity Fonts Intensity X Position Offset Y Position Offset DIN 2349 72784 00 DESCRIPTION Graphics Display Control This function ENABLE DISABLE the On Screen Display OSD of the IRD generated graphics overlay as selected by the Graphics Display Sub Menu see paragraph 3 5 4 2 Options available Disable Disables on screen display of graphic overlay EBU TTX Subtitle Enables display of EBU Teletext subtitles DVB Subtitle No Page Enables display of DVB Subtitles One Language is selected for the provided service DVB Subtitle PAGE mode Enables display of DVB Subtitles the subtitles Language is selected in the subtitle page NOTE Select DUB Subtitle Page Mode only when required Working from DVB Subtitle No Page is more effective Background Color Select Selects the background color 16 options for the graphics overlay Available options Turquoise White Black Cyan Blue Grey Olive Green Magenta Purple Violet Brown Orange Pink Yellow Red Fonts Color Select Selects the color 16 options of the fonts displayed on the graphics overlay Available options Turquoise White Black Cyan Blue Grey Olive Green Magenta Purple Violet Brown Orange Pink Yellow Red Background Intensity Select Selects the level of transparency 9 levels for the graphics overlay background i e how much of the video picture can be viewed through the overlay Available op
15. bit energy relative to the noise level spectral density Number is given in dB NOTE For a proper reading wait one minute for value stabilization Link Signal Margin Display Displays the margin between the input signal strength and the link margin standard as per Error Performance Requirements EN300 421 for QPSK input link and EN301 210 for DSNG input link Number is given in dB above dB or below dB the link margin standard Input Signal Level Displays the signal level at the RF input to the receiver Number is given in dBm Input Signal Spectral Density Level Displays the signal spectral density at the RF input to the receiver Number is given in dBm Hz Viterby Bit Error Rate BER Indication Indicates BER level measured after Viterbi correction Reed Solomon Bit Error Rate BER Indication Indicates BER level measured after Reed Solomon correction Pseodo Random Binary Sequence Detection Checks and displays detection of the Pseodo Random Binary Sequence data in the DSNG packet and the test results Displays one of the following messages Not Available Test data not detected RCV error bits detected test time sec AIS ft error bits detected test time sec P N 2349 72784 00 IRD 2600 IRD 2800 Integrated Receiver Decoders scopus Table 3 10 Receiver Status Menu Parameters OPTION Frequency Tune Frequency Offset QAM Mode Modulation Mode Nyquist Filter Rol
16. d Language IRD 2800 only Audio3 Prefered Language i P N 2349 72784 00 Page 3 23 scopus Table 3 8 OPTION Audio Decoder Operation AC3 Sampling Frequency Audio1 Prefered Language Audio2 Prefered Language Audio3 Prefered Language Page 3 24 User Manual Chapter 3 Operation Decoder Video Configuration Sub Menu Options DESCRIPTION Audio Decoder Operation Selects the digital audio operation mode Available options MPEG Musicam Decoding AC3 Passthru IEC 1937 Digital output only Linear PCM Audio Available only in the IRD 2800 AC3 Sampling Frequency Select Selects the sampling frequency for the AC3 pass through function in the digital audio function provided by the IRD Available options are 48 KHz 44 1 KHz 32 KHz Preferred Language for Subtitles Selects the preferred language for the audio1 or audio2 audio3 respectively Option available ALL default No preferred language is selected The audio language is set according to the Service PID 1 English 9 Finnish 17 Turkish 2 Arabic 10 French 18 Persian 3 Bulgarian 11 Hebrew 19 Polish 4 Chinese 12 Hungarian 20 Portuguese 5 Dutch 13 Irish 21 Romanian 6 7 8 Danish 14 Italian 22 Russian German 15 Japanese 23 Spanish Greek Modern 16 Norwegian 24 Swedish P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network
17. 00 OPTION ATM Mode ATM FEC VPI Address VCI Address Configuration Receiver Menu Options DESCRIPTION ATM Receiver Mode Selection Selects the operational mode of the ATM receiver According to the hardware installed Options available E3 Mode Ds3 Mode STM1 Multi Mode STM1 Single Mode Oc3 Multi Single Mode Select the ATM FEC Mode Option available Enable enable FEC Packet size 204 Disable disable FEC Packet size 188 Path Address Virtual Path Indication Address Acceptable range 0 FF 8bit Channel Address Virtual Channel Indication Address Acceptable range 0 FFFF 16 bit Page 3 13 S SCOPUS User Manual 3 2 2 Page 3 14 Chapter 3 Operation Configuration Decoder Menu The Decoder Configuration menu provides the IRD user the capability to setup and configure the decoder in the IRD Figure 3 6 shows the menu tree of configuration functions available in the Decoder Configuration Menu password is required only if it was enabled previously The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided The Decoder Configuration functions are grouped into four groups and are described in the following sub paragraphs e Decoder Stream functions configuration sub menu refer to paragraph 3 2 2 1 e Decoder Common Interface Cl functions configuration s
18. 2 are available only in IRD 2800 Video Aspect Ratio Current Video Aspect Ratio Displays the aspect ratio for the incoming video stream Options available 4 3 16 9 Video Resolution Current Video Resolution Displays the horizontal and vertical video resolutions for the incoming video stream i e the number of pixels per horizontal and vertical screen lines Video Bit Rate Current Video Bit Rate Displays the bit rate in bits sec for the incoming video stream Teletext Line Count Current Teletex Line Count Shows the number of Teletext lines detected on each video field Page 3 42 P N 2349 72784 00 IRD 2600 IRD 2800 scopus Integrated Receiver Decoders J CORE 3 3 2 4 Decoder Audio Status Sub Menu The Decoder Audio Status Sub Menu provides an extended menu of status monitoring options on the audio data Figure 3 18 shows the menu tree of status monitoring options available in the Decoder Audio Status Sub Menu Table 3 14 describes the status parameters provided by the sub menu to the IRD operator Figure 3 18 Decoder Audio Status Sub Menu Tree Structure STATUS DECODER VIDEO STREAM AUDIO Audio Bit Rate Audio1 Sampling Frequency Rate prepar Sampling Frequency Audio3 d Bit Rate d Audio Sampling k Frequency P N 2349 72784 00 Page 3 43 S SCOPUS User Manual D gt rect Freng Chapter 3 Operation Table 3 14 Decoder Video
19. 3 4 5 6 7 g Ey ATT H DRM d KA ag d DET c IU 10914092 ER Les ei 5O TON FION Table 3 2 IRD Infrared Remote Control Items 1 2 3 4 ESC Exits from the current message or returns to the Status Message when working in the menus es MENU Calls up Additional Commands s PR PR Scrolls programs increasing or decreasing by one Enables the first pressed numerical key to indicate the tens digit of the program to be run Use to select preset program numbers In conjunction with the Decimal Key the first numerical key pressed in a sequence indicates the tens digit and the second numerical pressed key indicates the units digit of the selected program In conjunction with the right touch pad each key changes the value of the digit indicated by the cursor 9 Audio Toggles audio mode ON OFF Mute UnMute SHIFT Increases or decreases program audio level FOUR WAY The four way touch buttons enable navigation UP DOWN LEFT or RIGHT in the embedded software menus ENTER Confirms menu selection saves a new parameter or proceeds to the next menu P N 2349 72784 00 Page 3 3 S SCOPUS User Manual Chapter 3 Operation 3 1 1 3 Four Way Touch Pad The four way touch pad on the Front Control panel see Figure 3 1 Four way touch buttons on the optional Infrared Remote Control see Figure 3 2 are used to navigate in the
20. BAND input and RF Loop through b DVB C QAM Receiver Front End Option e 16 32 64 128 256 QAM receiver for SCPC amp MCPC operation at agile 1 7 MSymbols Sec e VHF UHF input and Loop through c Decoder Standard Unit RS 422 input e For ASI Input refer to options 104 and 105 d DVB C G 703 Receiver Front End Options e G 703 unframed input interface for SCPC amp MCPC operation in telecom applications at E1 E2 or E3 rates e With or without FEC and Loop through e DVB PDH Framed DS3 or E3 Receiver Front End Options e DS3 or E3 framed interface and Loop through back to back ATM protocol AAL1 f DVB SDH STM 1 OC 3 Receiver Front End Options e Optical Multimode or Single mode e STM 1 OC 3 SONET 155Mbps input Max TS bitrate up to 60Mbps interface and e Loop through back to back ATM protocol AAL1 g DVB DSNG 8PSK 16QAM and QPSK Receiver Front End Option e 8PSK 16QAM and QPSK receiver for full bandwidth SCPC MCPC operation at agile 1 45 Msymbols sec e 2xL Band inputs 950 2150 MHz The IRD also supports an option of 2 inputs with loop through of the selected input with automatic redundancy switching between inputs A amp B for the following input front end options DVB S DVB C G 703 DVB PDH Time between switching is controlled DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network Technologies 1 2 4 Configuration Options Table 1 2 lists the configuration opt
21. Channel 1 PID number The bottom line displays a list of all available services for selection The information is provided as index number Example 005 H S Data Data2 Sub Service Data2 Sub Service Selection Enables selection of the 2 nd Data Channel LS low speed data Sub service contained within the main DVB Service The top line on the LCD displays the LS Data Channel 2 PID number The bottom line displays a list of all available services for selection The information is provided as index number Example 005 L S Data Store Decoded Current Service Store Service to Stores the current IRD Service Parameters to one of the non volatile memory Setups A maximum of 140 setups may be stored 1 140 DIN 2349 72784 00 Page 3 51 S SCOPUS User Manual 3 5 2 Page 3 52 Chapter 3 Operation Run PID Menu The PID Run Menu enables the IRD user to control the operation of the IRD by setting the Packet Identifier PID parameters Figure 3 23 shows the menu tree flowchart for the PID Run Menu password is required only if it was enabled previously Table 3 18 describes the System Status Menu options Figure 3 23 PID Run Menu Tree Structure RUN Video PID Componen Audio1 PID Componen Audio2 PID Componen IRD 2800 only Audio3 PID Componen Teletext PID PCR PID Data1 HSD PID Data2 LSD PID P N 2349 72784 00 IRD 2600 IRD 2800 Ss U Integrated Receiver Decoders D senna eet Table 3 18 P
22. Configuration Menu tree and the options available to the user The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided Figure 3 4 Initialization Main Status Display Ku C Band LNB Local Oscillator LNB Power Supply Input Signal Source Transponder Frequency Symbol Rate Modulation Mode Nyquist Filter oll Viterbi Rate Spectral Inversion Freq Drift Compensation Frequency can Network Channel o D O E Page 3 6 CONFIG STATUS DECODER STREAM Cl VIDEO L Band LNB Local 27 MHz C I Operation Oscillator Synchronization Enable Video Format PTS PCR Synchronization LNB Power Supply Video Interpolation CI slot1 PIN Code CI slot2 RD 2800 only PIN Code Video Lips Sync Delay LNB 22KHz oke Sync Model Service Input Signal Component ID ource Monitor Aspect Ratio L Band Frequency Service ID Source Teletext Insertion When Current Symbol Rate Service N A Subtitle Prefer Language Modulation Data1 HSD PID Mode Filtering Teletext Subtiling Page N requist Filter Data2 LSD PID Roll Off Filtering VITS Insertion Viterbi Rate VITC Insertion Spectral Inversion SMC Insertion Freq Drift compensation VPS Insertion Frequency can CC Insertion Network Channels TEST RUN SYSTEM AUDIO Audio Decode
23. Menu Options OPTION DESCRIPTION Video Format Video Format Selection Selects the output format of the video signal Options available are PAL N PAL B G PAL M NTSC PAL DI SECAM Video Interpolation Video Interpolation Selection Selects the interpolation format of the output video signal Options available are Pan Scan Activates the expand resolution function for the received picture full resolution out of half or quarter Pass Through No expansion picture resolution is provided as received Letter Box Picture is in letter box format Lips Synchronization Delay Setup Sets the delay between video and audio data when the lips PTS PCR Synchronization function is locked see paragraph 3 4 2 1 Delay range available from 20 to 20 mSec negative for delay of audio Option available for IRD 2800 ONLY Monitor Aspect Ratio Aspect Ratio Select Selects the aspect ration for the displayed picture 16 9 or 4 3 or 14 9 Selects the monitor type connected to the IRD The IRD will insert the Wide Screen Signaling WSS line 23 signal accordingly W S S Disabled The IRD will not insert disable the WSS signal Transparent to Encoder The IRD will set the WSS in accordance with the video stream ratio detected Teletext Insertion Teletext Insertion Control Enable Disable the insertion of Teletext information in the VBI Subtitle Prefer Language Preferred Language for Subtitles Selects the preferred lan
24. Module accommodates one Smart card inserted with the UP mark pointing up and forward WARNING DO NOT ATTEMPT TO REMOVE OR INSERT THE DVB CI MODULE OR THE SMART CARD WHILE THE IRD IS POWERED ON OR INNITIALIZING Figure 2 1 DVB CI Module and Smart Card Insertion DVB Descrambling Decryption Algorithm P N 2349 72784 00 Page 2 3 SCOPUS User Manual Chapter 2 Installation 2 4 Cable Connections 2 4 1 IRD 2600 and IRD 2800 Connection Setup and Options This section describes the cable connections for ground power and interface cables connected to the rear panel of the IRD 2600 and IRD 2800 Integrated Receiver Decoders The IRD 2600 or the IRD 2800 are ordered with a specific configuration to suit the requirements of a specific application It should therefore not be assumed that any two IRDs are identical both on a hardware and software level To accommodate such flexibility the IRD is designed with a high degree of modularity and is assembled in the factory with the customer selected options The rear panel can be logically dived in to three sections Left Receiver Center Decoder and Right Output The left and right sections are comprised of option cards The functionality of the available options is described in paragraph 1 2 4 Configuration Options The left section provides fron end connectors for the receiver option installed in the IRD The center Decoder section is a standard feature for digital and ana
25. PID i Advanced DVB Service Component Operation Graphic OSD Graphic Test Commands Audio1 Audio1 PID Audio1 Output Background SubService Golor Pogue Se Stream Fonts Color PSI SI Audio2 SubService 1 H Audio2 PID Audio2 Output Component Mode 1 1 IRD 2800 only Background Logo Text 099 i Audio3 i Audio3 PID Intensity insertion I SubService H i Component H Mode 1 L i Fonts Intensity Teletext SubService Teletext PID ENTIER DEE X Position i H Offset Audio Output PCR PID i Volume i H I Y Position Offset TTX SbtL Sub Service DVB SbtL Sub Service Data1 HSD PID Data2 LSD PID Data1 SubService Audio1 Output Type Data2 SubService IRD 2800 only Audio2 Output Type Store Decoded Service to NOTE Either the Run Service Menu or the Run PID Menu can be displayed under the IRD Run Menu Selection is provided either by choosing the DVB Service Content Service parameter or the Manually By User PID parameter in the Decoder Stream Configuration Sub Menu see paragraph 3 2 2 1 P N 2349 72784 00 IRD 2600 IRD 2800 scopus Integrated Receiver Decoders J CORE 3 5 1 Run Service Menu The Service Run Menu enables the IRD user to control the operation of the IRD using the Service parameters available in the PSI SI tables from the broadcaster When the IRD receives data from the service it is provi
26. Parallel TTL DVB ASI or RS 422 serial input This option enables input directly to the Decoder where the signal source is digital or when input via a receiver is not required Paragraph 1 3 4 shows and describes the various options provided The Decoder contains a demultiplexer MPEG 2 video and audio decoders as well as a Teletext Transcoder module for Teletext output The Decoder section on the rear panel is standard However digital and analog audio options are available Figure 1 5 shows two examples of IRD 2600 and IRD 2800 rear panel configurations Example A shows the Decoder configured for output over RCA connectors Example B shows the XLR alternative Figure 1 5 IRD 2600 IRD 2800 Rear Panel Section Example A 100 240VAG 1A 50 80 Hz WG ersten our ANALOG AUDIO OUT 100 240VAG 1A 50 60 Hz DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies 1 3 4 Rear Panel Option Cards Table 1 3 and Table 1 4 describe the various option cards available for the IRD 3600 and IRD 3800 Integrated Receiver Decoders Table 1 3 Rear Panel Receiver Front End Option Cards OPTION CARD DESCRIPTION RSADZIGPI DSNG RECEIVER FRONT END OF co l a gt Two input with two ASI outputs and RS 422 GPI interface connector o Or 25dBmMax QPSK RECEIVER FRONT END QPSK input and loop
27. Rosh Ha ayin 48092 Israel Tel 972 3 9007777 Fax 972 3 9007888 Email info scopus co il Web www scopus co il DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies WARRANTY SCOPUS Network Technologies Ltd warrants that the Product and any part thereof including but not limited to spare parts will when properly installed conform to SCOPUS Network Technologies Ltd published specifications and that the Product and any parts thereof including but not limited to spare parts will be free from defects deriving from wrong workmanship and faulty materials under normal use and service for a period of twelve 12 months following the date of manufacture thereof The supply of spare parts at reasonable cost shall be available for a period of three 3 years from the date of delivery This warranty does not cover ordinary wear and tear of the Product or other defects due to circumstances beyond SCOPUS Network Technologies Ltd control such as unsuitable operating means chemical Electro mechanical or electrical influences and damages which may be caused by interference by the CUSTOMER or any unauthorized third party Defective cards assemblies will be sent to SCOPUS Network Technologies Ltd for repair The repaired cards assemblies will be returned to the CUSTOMER within 30 days from their receipt by SCOPUS Network Technologies Ltd Cards assemblies repaired during the 12
28. Status Sub Menu Parameters OPTION DESCRIPTION Audio1 Bit Rate Current Audio1 Bit Rate Displays the current Audio1 rate in bits sec Audio1 Sampling Current Audio1 Sampling Frequency Frequency Displays the current Audio1 sampling frequency in KHz Audio2 Bit rate Current Audio2 Bit Rate Displays the current Audio2 rate in bits sec Audio2 Sampling Current Audio2 Sampling Frequency Frequency Displays the current Audio2 sampling frequency in KHz Audio3 Bit Rate Current Audio3 Bit Rate Displays the current Audio3 rate in bits sec Available ONLY in the IRD 2800 Audio3 Sampling Current Audio3 Sampling Frequency Frequency Displays the current Audio3 sampling frequency in KHz Available ONLY in the IRD 2800 Page 3 44 P N 2349 72784 00 IRD 2600 IRD 2800 scopus Integrated Receiver Decoders J CORE 3 3 3 Status System Menu The System Status Menu enables the IRD user review the current version of the IRD Figure 3 14 shows the menu tree flowchart to the Status System Menu with an example of message displayed on the LCD display Table 3 15 describes the System Status Menu options Figure 3 19 System Status Menu Tree Initialization CONFIG STATUS RECEIVER DECODER SYSTEM Product Version Product Serial Number Table 3 15 System Status Menu Parameters OPTION DESCRIPTION Product Version Product Version Information Provides the current Version Code Date and Time Example forma
29. Subtitle Prefer Language Teletext Subtiling Page VITS Insertion VITC Insertion ES bel SYSTEM RECEIVER STREAM Display a ASI Output ae Se Software Eb NO Transport CI Slot 1 Video Chroma Reset Stream Error CA Specifier Format A Transport Product Type Link Margin Stream ID Control Port 232 Syntax Control Port Baud Rate Control Port Address Data1 HSD Output Format Data2 LSD Output Format Data1 HSD Output Rate Data2 LSD Output Rate Default Data DSNG CA Encryption Key Session Word Injected ID Viterbi Bit Error Rate Frequency CI Slot 2 i S Network Name CA Specifier Video Bit Rate Frequency Offset Viterbi Rate Spectral Inversion Network ID Stream Time amp Date Stream Services Count Service ID Service Provider Name Service Type Service CA Mode Service CA System Type Video PID Decoded Audio1 PID Decoded Audio2 PID Decoded IRD 2800 only Audio3 i PID Decoded i i Teletext PID Decoded PCR PID Decoded Data1 HSD PID Decoded Data2 LSD PID Decoded STATUS TEST DECODER SYSTEM SERVICE or PID CI VIDEO AUDIO CI Slot 1 Audio1 Bit Product Decoding Test A Video PID Main Monu ko SE Component Cl Slot 1 Service Mode Cl Slot 2 Main Menu Cl Slot 2 Service Mode Audio n e H Audio1 Tone Audio1 Audio1 PID Ge Seta Number Video Aspect Audio2 Bit IRD 2600 only Audio
30. and options of the IRD 2600 and IRD 2800 P N 2349 72784 00 Page 1 1 i scopus 1 1 1 1 Page 1 2 Inputs Decoder Inputs Receiver Input Options User Manual Chapter 1 Overview RS 422 Clock Data Input DVB ASI with Loop through optional e Interface Copper or Optical e TS bitrate up to 54 Mbps DVB Satellite QPSK Front End e Frequency range 950 2150 MHz e Symbol rate range 1 45 M Symbols s e L Band RF input with LNB control and Loop through output DVB DSNG 8PSK 16QAM and QPSK Front End e Frequency Range 950 2150 MHz e Symbol rate Range 1 45 Msym s e 2 L Band inputs with LNB control DVB Cable QAM Front End e QAM demodulation 16 32 64 128 256 e VHF UHF input 50 5 858 MHz e Symbol Rate Range 1 7 Msym s Telecom G 703 Front End e Unframed PDH Data rates E1 E2 or E3 e FEC optional DVB C FEC e Loop through output DVB PDH Front End e Interface ATM AAL 1 e Data rates DS3 or E3 e Loop through output DVB SDH SONET e TS bit rate up to 58 Mbps e Interface STM 1 OC 3 ATM AAL 1 e Optical interface types SM or MM 1300 nm e _Loop through output DIN 2349 72784 00 IRD 2600 IRD 2800 Integrated Receiver Decoders 1 1 1 2 Outputs Video VBI Re Insertion Audio Data Transport Stream Outputs options P N 2349 72784 00 S scopus Analog video Interfaces 2 composite 1 S Video Digital video Interfaces optional 2x SDI with embedded VBI an
31. configuration 1 to 45 Mbaud sec QAM configuration 1 to 7 2 Mbaud sec If the Bit rate information is provided but no Symbol Rate information is given the Symbol Rate may be calculated by the equations provided in Appendix B NOTE It is important to input the Symbol Rate accurately including all the decimal places that are given QAM Mode Select Selects the QAM Mode of operation for the QAM IRD Available options 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM Modulation Mode Select Selects the modulation mode for the DSNG IRD Available options MOD QPSK Quadrature Shift Keying Modulation MOD 8PSK Eight Phase Shift Keying Modulation MOD 16 QAM 16 Quadrature Amplitude Modulation Automatic Automatic Selection of modulation Nyquist Filter Type Selection Selects the roll off parameter for the Nyquist filter Available options 35 35 roll off parameter 25 25 roll off parameter Automatic Automatic selection of the roll off parameter 25 or 35 Page 3 11 scopus Page 3 12 User Manual Chapter 3 Operation Table 3 4 Configuration Receiver Menu Options 7 n OPTION DESCRIPTION KL Viterbi Rate Spectral Inversion Freq Drift Compensation Frequency Scan Channels Viterbi Rate Select This parameter is configured according to the information provided from the broadcast head end The available values are Auto 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 NOTE If the
32. e FRE Free to Air i e No CA descriptors e CAS Conditional Access System i e CA descriptors detected e ENT Enabled SLOT 1 i e descrambling of the selected service is possible by module in slot 1 e ENZ Enabled SLOT 2 i e descrambling of the selected service is possible by module in slot 2 The bottom line displays the service mode Table 4 2 General Messages MESSAGE TYPE DESCRIPTION ALL OK System initialized and ready for use Internal Test System The system is performing an internal test on all components and configurations DIN 2349 72784 00 Page 4 3 scopus User Manual Network Technologies Chapter 4 Maintenance 4 4 2 Hardware Failure Messages The Hardware failure messages are displayed on the IRD Main Status display as shown in Figure 4 2 which shows the structure of the messages Table 4 3 lists the messages and provides information about the detected failure type and possible reasons for the failure It also advise the corrective action required Figure 4 2 Hardware Failure Message example Top Line Hardware Failure Bottom Line E2 Prom Failure The top line displays the HARDWARE FAILURE Message The bottom line displays the problem type Table 4 3 Hardware Failure Messages PROBLEM TYPE POSSIBLE REASON CORRECTIVE ACTION Demux GTX Failure Hardware Problem Repair in Scopus Network Technologies Audio Video Decoder Failure Fault Hardware Problem Repair in Scopus Netwo
33. etext Sampling bu a Data1 HSD PID pre Data1 HSD Stream 1 Frequency Filtering Output Format Services Count Network Y Position Channels Offset Subtitle Prefer Data2 LSD PID Language Data2 LSD Filtering Output Format Volume Service ID Teletext Subtiling Page Data1 HSD Output Rate Service Provider Name VITS Insertion VTS isein Data2 LSD i Service Type Output Rate Store Decoded Service to VITC Insertion Default Data Service CA Mode SMC Insertion DSNG CA Service CA Encryption Key System Type VPS Insertion Video PID Session Word Decoded CC Insertion bel ki Audio1 PID Injected ID Decoded Audio2 PID Decoded H IRD 2800 only 1 Audio3 i PID Decoded i i Teletext P Decoded PCR PID Decoded Data1 HSD Decoded Data2 LSD Decoded P N 2349 72784 00 Page 7 IRD 2600 IRD 2800 Integrated Receiver Decoders scopus Figure A 4 G 703 IRD Front Panel Menu Tree CONFIG STATUS TEST RUN RECEIVER DECODER SYSTEM RECEIVER DECODER SYSTEM SERVICE or PID MODE ADVANCE Input Signa i STREAM Cl VIDEO AUDIO STREAM Cl VIDEO AUDIO GFX_CNFG GFX_DSPL OTHER H Source H i i P N 2349 72784 00 Audio Decoder Operation 27 MHz C I Operation Synchronization Video Format PTS PCR CI slot1 Video Synchronization PIN Code Interpolation RD 2800 onl oke Sync Mode Gi slot 7 Video Lips AC3 Sampling Frequency Audio1 Prefered Language Sync Dela
34. functions not available when using the IRD 2600 and IRD 2800 Front Panel or the infrared remote control NMS 4000 Control The CODICO NMS 4000 Network Management System enables management of the IRD 2600 and IRD 2800 via the Transmission Link The NMS 4000 provides a menu and dialog driven interface from which control modification and upgrade operations can be performed on the IRD 2600 and IRD 2800 P N 2349 72784 00 Page 1 15 C S1SCODPUS User Manual 5 KKK Chapter 1 Overview 1 5 Characteristics and Specifications 1 5 1 Receiver Input Specifications The following tables summarize the features and specifications of the various receiver input options available for the IRD 2600 and the IRD 2800 Integrated Receiver Decoder e QPSK input option see Table 1 5 e DNSG input option see Table 1 6 e QAM input option see Table 1 7 e G 703 input option see Table 1 8 The decoder is able to receive the following PDH and SDH ATM input interfaces as specified in DVB standards ETS 300813 for PDH and ETS 300814 for SDH The IRD also supports an option for 2 PDH Inputs with loop trough of the selected input with automatic redundancy switching between inputs A amp B Time between switching is controlled The specifications of these ATM protocol supporting front end interfaces are described in Table 1 9 through Table 1 11 Table 1 5 QPSK Input Features and Specifications FEATURE SPECIFICATION L Band input 950 2150 MHz L Ba
35. in 2 dB steps analog values Digital values are shifted down by 06 dB i e from 64 dB to 00 dB Audio2 Output Volume Audio2 Volume Control Selects the volume level gain attenuation for Audio2 Output analog and digital signals Available options from 58 dB min to 06 db max in 2 dB steps analog values Digital values are shifted down by 06 dB i e from 64 dB to 00 dB DIN 2349 72784 00 Page 3 55 scopus User Manual neework Liege Chapter 3 Operation Table 3 19 Mode Run Menu Parameters OPTION DESCRIPTION Audio3 Output Volume Audio3 Volume Control Available ONLY for the IRD 2800 Selects the volume level gain attenuation for Audio3 Output analog and digital signals Available options from 58 dB min to 06 db max in 2 dB steps analog values Digital values are shifted down by 06 dB i e from 64 dB to 00 dB Audio1 DAC Output Type Audio1 DACOutput Type Selects the modulation type for the Audio 1 Digital to Analog Converter DAG Options available MONO MIXING Mixes left and right stereo channels signals for mono output on both LEFT and RIGHT connectors STEREO LEFT amp RIGHT Standard stereo output on the respective LEFT amp RIGHT connectors BOTH RIGHT Outputs right channels on both LEFT and RIGHT connectors BOUT LEFT Outputs left channels on both LEFT and RIGHT connectors SWAP L gt ROL Swaps outputs Left channels on RIGHT connectors Righ
36. months warranty period will carry a warranty of 6 months from date of repair or until end of original warranty period whichever is the later date SCOPUS Network Technologies Ltd sole liability under this warranty shall be limited to the repair or replacement with equivalent units at SCOPUS Network Technologies Ltd facilities of any Product or parts thereof that do not conform to SCOPUS Network Technologies Ltd published specifications or that are defective in material or workmanship as specified above The expense of installing repaired or replaced parts shall be borne by the CUSTOMER SCOPUS Network Technologies Ltd sole obligation under this Warranty is be the supplier of the Product to the CUSTOMER and to provide such services as set out in this Warranty on the SCOPUS Network Technologies Ltd terms and conditions provided for herein In no event will SCOPUS Network Technologies Ltd be liable to the CUSTOMER for any business expenses loss of profits incidental indirect or consequential damages however caused unless such expenses loss or damages shall have derived from an infringement of patents of copyrights THE WARRANTIES STATED HEREIN ARE EXCLUSIVE AND ARE EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES EXPRESSED OR IMPLIED INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE Beyond the warranty period SCOPUS Network Technologies Ltd shall repair or replace defective cards as
37. musical sample from the monitor speakers A Standard Test Pattern should be displayed on the TV Monitor When both Video and Audio tests are complete return the TEST mode to the NONE state If you received any errors during the test contact your vendor Page 4 2 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies 4 4 Common Status Messages After the IRD initialization is completed the IRD LCD displays the Common Status Message This message provides information on the IRD status and includes the following e General Status message see paragraph 4 4 1 e Hardware Failure messages see paragraph 4 4 2 e BIT Stream warning messages see paragraph 4 4 3 e Service Warning see paragraph 4 4 4 4 4 1 General Status Messages The General Status messages are displayed on the IRD Main display providing the IRD status information Figure 4 1 shows the structure of the message and table 5 1 lists and describes the messages available Figure 4 1 General Status Message Example Top Line ALL OK Bottom Line Service MTV The top line consists of three fields a Leftfield the message as listed in Table 4 2 b Center to the right field when ALL OK message is displayed this field displays the service type provided TV Radio DATA etc c Right field when ALL OK message is displayed this field displays the IRD operation status
38. r BitRate Audio r 1 Sampling Frequency Audio1 Tone Audio1 Audio1 PID Audio1 Outpu See ee 1 Audio2 PID I Audio2 Output f Component Mode i IRD 2600 only 1 Audio2 VITS Full i SubService Screen Test PT i IRD 2800 only Audio3 PID Component Audio3 SubService Audio2 Outpu i i Store Decoded Service to User Manual Chapter 4 Maintenance RUN GFX_CNFG Graphic OSD Background Color Fonts Color ADVANCE GFX_DSPL Graphic Test Product Status Stream PSI SI OTHER Advanced Commands P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies Appendix B LNB Theory Of Operation B 1 B 2 Why is an LNB needed A signal from a satellite is a very low power signal The satellite reception dish does a first amplification by reflecting and concentrating the signal received into one focus point The LNB mounted exactly at this point in front of the parabolic dish further amplifies this signal because it is still very weak This amplified satellite signal cannot be sent directly though a coax cable Due to the still very high frequency 10 to 13Ghz sending this signal directly into a coax cable would result in very high signal loss This is why the LNB also converts the signal into a lower frequency The LNB Frequency determines over how many Mhz the signal is converted downw
39. satellite signal 10 GHz to 13 GHz approx Scopus IRD Scopus IRD Satellite dish Distribution Amplifier e g 850 MHz 2000 MHz Page 12 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies B 4 In Figure B 2 a distribution amplifier is used that limits the frequency reception range of the whole system IRDs distribution amplifier and satellite dish with LNB The distribution amplifier only passes frequencies between 850 MHz up to 2000 MHz while the IRDs are capable of tuning to frequencies between 950 MHz up to 2150 MHz The IRDs will not receive any signal between 2000 MHz and 2150 MHz because the distribution amplifier blocks this range The calculation of the reception range of this example set up is as shown below Combined frequency range 950 MHz 2000 MHz Amplifier IRD Example LNB frequency 10750 MHz System Input frequency range 950 10750 2000 10750 MHz 11700 MHz 12750 MHz Calculating the L Band Frequency To calculate the L Band Frequency L Band frequency FS FLO Where e FS transponder transmitting frequency e FLO LNB local oscillator frequency Examples e For LNBs with a single Local Oscillator 10 GHz e For universal Ku band LNBs Low Band Local Oscillator 9 750 GHz High Band Local Oscillator 10 600 GHz The available L Band frequency range is 0 950000 to 2 150000 GHz The following is a numerical example
40. specific Viterbi rate is not provided selecting the AUTO option enables the IRD to automatically detect the Viterbi rate Spectral Inversion Select Selects the operation mode of the spectral inversion options Available options Automatic IRD automatic selection between Normal and Inverted spectral inversion Normal Normal spectral inversion Inverted Inverted spectral inversion Frequency Drift Compensation Activation ENABLE DISABLE the frequency drift compensation function caused by LNB drift and enviromental changes Frequency Scan Select This utility provides two frequency scan options used to find DVB transmition signals Scan Frequency between 6 MHz Allows scanning a frequency range of 6 MHz from the current tuning frequency Entire Current Band Scan the entire band to find the DVB Network frequencies The detected frequency and it s parameters are stored in volatile memory Powering down the IRD will erase them NOTE The user must save them manually in the non volatile memory Network Channels Select In systems where several network channels has been detected this option allows the user to select one network channel from an incoming satellite signal NOTE This option can be accessed directly from the Start Up Menu by pressing the RIGHT Touch Pad on the on the Front Panel P N 2349 72784 00 IRD 2600 IRD 2800 Integrated Receiver Decoders 5 scopus Table 3 4 DIN 2349 72784
41. the user to enter the password PID Code for the smart card installed in CI slot 1 CI slot 2 PIN Code PIN Code for CI Slot 2 Enables the user to enter the password PID Code for the smart card installed in CI slot 2 Figure 3 8 Decoder CI Configuration Sub Menu Tree Structure CONFIG VIDEO STREAM AUDIO C I Operation Enable CI slot1 PIN Code CI slot2 PIN Code DIN 2349 72784 00 Page 3 19 S SCOPUS User Manual 3 2 2 3 Page 3 20 Chapter 3 Operation Decoder Video Configuration Sub Menu The Decoder Video Configuration Sub Menu provides an extended menu of setup and selection options to configure the decoder s video signal generated from the input data Figure 3 9 shows the menu tree of configuration functions available in the Decoder Video Configuration Sub Menu Table 3 7 describes the configuration functions provided to the IRD operator in the sub menu Figure 3 9 Decoder Video Configuration Sub Menu Tree Structure CONFIG DECODER STREAM Cl VIDEO AUDIO Video Format Video Interpolation IRD 2800 only Video Lips Sync Delay Monitor Aspect Ratio Teletext Insertion Subtitle Prefer Language Teletexi Subtiling Page VITS Insertion VITC Insertion SMC Insertion VPS Insertion CC Insertion P N 2349 72784 00 IRD 2600 IRD 2800 SI scopus Integrated Receiver Decoders J CORE Table 3 7 Decoder Video Configuration Sub
42. 1 2 2 1 1 2 3 1 1 2 4 Applications The IRD 2600 and IRD 2800 Integrated Receiver Decoders can be implemented in a wide range of applications The following is a list of some of the typical uses for the IRD 2600 and IRD 2800 e Satellite Receiving e Cable Head end Receiving e Digital Satellite News Gathering DSNG e Telecommunication SDH or microwave e Network Professional Video Distribution e Distance Learning e Business TV e Radio Reception e DVB Cl Decryption for transport stream re multiplexing e Bilingual audio transmission The following sub paragraphs provides detailed description on various applications Broadcast Redistribution The primary application of the IRD 2600 and IRD 2800 is reception and distribution of DVB broadcast signals for cable or local broadcasting Stand Alone Decoder The IRD 2600 and IRD 2800 may be utilized without an input receiver as an online decoder for a DVB signal This may be utilized for monitoring purposes within a broadcast center for editing components of the DVB bit stream and for redistribution of local line input such as prerecorded video programs Internal Corporate Distribution A growing application for DVB redistribution is internal corporate training and communications Both training and internal communications can greatly benefit from the decoding and redistribution of DVB signals originating from a central broadcast point within a company Data Transfer
43. 1 Tone Test This test option establishes the tone test for Audio 1 Test tone is between 1 KHz to 10 KHz VITS Full Screen Test VITS Test IRD 2600 Only NOTE This test is available ONLY in the IRD 2600 Insertion of full screen test pattern only if the Video Internal Time Code VITS is enabled refer to the Decoder Video Configuration Sub Menu see paragraph 3 2 2 3 Available test options NONE SIGNAL TO NOISE S N SIN x x BAR 75 CCIR473 LINE 17 CCIR473 LINE 18 CCIR473 LINE 330 CCIR473 LINE 331 CCIR473 ADDITIONAL DIN 2349 72784 00 Page 3 47 scopus 3 5 Page 3 48 User Manual Chapter 3 Operation Run Menu The IRD Run Menu provides the IRD user access to high level operation functions The IRD operation is basically effected when operated by information received from the stream Service parameters or from the users PID parameters as set by the Decoder Stream Configuration Sub menu see paragraph 3 2 2 1 Figure 3 21 shows the IRD Run Menu tree and the options available to the user password is required only if it was enabled previously The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided Figure 3 21 IRD Run Menu Tree Structure Initialization Main Status Display CONFIG STATUS SERVICE or PID MODE ADVANCE GFX_CNFG GFX_DSPL OTHER o Video 7 Video
44. 20 VBI LINES 17 18 VBI LINES 14 14 ON MPEG VIDEO OFF ON MPEG VIDEO OFF ON ON ON By Software Xon Xoff Echo on Burst msg on 115200 Baud RS422 MSB LSB 08202531 Bit Sec PES PAYLOAD RS232 115057 Baud DVB DATA STREAMING DVBS CAS2693A 1 45 Page 3 63 S SCOPUS User Manual TD hen Frente Chapter 3 Operation Figure 3 31 Product Status Product Revision Overlay Example PRODUCT COMPONENT hard amp soft Versions CPU SOFTWARE MC68302 20 Rev 02 00 50 Oct 14 2001 08 37 48 DECODER CARD LAYOUT SP340 MPEG2 DVB DEMUX DMX GTX Microcode 1 30 A V DECODER AVIA 60xL Microcode 0 22 VIDEO ENCODER SAA7129 AUDIO DAC CS4341 XILINX1 XCS40x1 BACK PANEL OPTION OPTIMA 0334 AUDIO2 DECODER CS4922 Microcode 4 01 XILINX2 XCS40x1 Figure 3 32 Product Status Product Setups Overlay Example PRODUCT SERVICE SETUPS Num Frequency GHz Symbol R Msm Viterbi LNB Service ID kkkkxkkxkkkkkkkkkxk kkkxkkxkkkkkkkkxk KKKKKKK KKKKKKKKKKK KKK KKK KK 01 488000 27 50000 01 488000 27 50000 01 488000 27 50000 18V 18V 18V 18V 18V 18V 18V 18V 18V 18V 22KHZ 0x0006 22KHz 0x0001 22KHZ 0x0002 22KHZ 0x0003 22KHZ 0x0004 22KHZ 0x0005 22KHz 0x0006 22KHZ 0x0007 22KHZ 0x0008 22KHz 0x0009 C 01 488000 27 50000 01 488000 27 50000 01 488000 27 50000 01 488000 27 50000 01 488000 27 50000 01 488000 27 50000 01 488000 27 50000
45. 4 2 e Other Advanced Run Sub Menu refer to paragraph 3 5 4 3 Figure 3 25 Advance Run Menu Tree CONFIG STATUS SERVICE or PID ADVANCE GFX_CNFG Graphic OSD Mode Background Color Fonts Color Background Intensity Fonts Intensity X Position Offset Y Position Offset GFX_DSPL Graphic Test Product Status Stream PSI SI Logo Text insertion OTHER Advanced Commands DIN 2349 72784 00 Page 3 57 S SCOPUS User Manual Chapter 3 Operation 3 5 4 1 Graphics Configuration GFX CNFG Sub Menu The Graphics Configuration Sub Menu enables the IRD user to configure the graphics function provided by the IRD This function generates graphic overlays to be displayed over the video picture Figure 3 26 shows the menu tree flowchart for the Graphics Configuration GFX CNFG Sub Menu Tree password is required only if it was enabled previously Table 3 20 describes the Sub Menu functions Figure 3 26 Graphics Configuration GFX CNFG Sub Menu Tree CONFIG STATUS SERVICE or PID ADVANCE GES CNFG Graphic OSD Mode Background Color Fonts Color Background Intensity Fonts Intensity X Position Offset Y Position Offset OTHER GES DSPL Page 3 58 P N 2349 72784 00 IRD 2600 IRD 2800 5 scopus Integrated Receiver Decoders Table 3 20 Graphics Configuration GFX CNFG Sub Menu Functions OPTION Graphics OSD Background Color
46. 48 2 x 30 2cm 1 75 x 19 x 11 9 Weight 2 5 Kg Operating Temperature 0 C 50 C Operating Humidity 5 85 Non condensing Storage and Transport 40 70 C Temperature NOTE before operation after transportation of the equipment below 00C wait for 12 Hours at room temperature Storage and Transport 0 95 Non condensing Humidity Table 1 16 Electrical Specifications PARAMETER SPECIFICATION AC Mains Supply Power Source 100 240 V AC 50 60 Hz P N 2349 72784 00 Page 1 21 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies 2 2 1 1 INSTALLATION Introduction This chapter describes the procedures required for installation of the CODICO IRD 2600 and IRD 2800 family of Integrated Receiver Decoders The scope of the procedures found in this manual include site preparation and requirements installation in a 19 rack cable connections panel options and pin out descriptions initial settings serviceability check and multiple unit connections This manual also describes the inter connection of multiple IRD devices in order to facilitate system expansion Safety Precautions To avoid injury and prevent equipment damage observe the following safety precautions Do not move or ship equipment unless it is properly packed in its original wrapping and shipping containers Equipment service and maintenance should be undertaken only by Scopus trained personnel To pre
47. 5 EBU Subtitling page 541 MPEG DECODED IEC958 PLAY STEREO 192000 Bit Sec 48 0 kHz PLAY 000000 Bit Sec 00 0 kHz Pcr 00A5 Product Status Front End Operation Overlay Example UNIVERSAL 14 Volts OFF 11238000 27500 00 3 4 NORMAL 10 09 05 0 057 042 0 0e 7 00000 Ku Vertical Khz KBaud P N 2349 72784 00 IRD 2600 IRD 2800 scopus Integrated Receiver Decoders Figure 3 30 PRODUCT Configuration PRODUCT TYPE num group INPUT TYPE DECODER CLOCK 27 Mhz SERVICE INFORMATION SOFTWARE UPGRADE OPTION CODES VIDEO Config SECOND VIDEO ENCODER USER SETING Video Encoder TELETEXT 5 0000 VIDEO VIDEO Vertical Time Code WIDE Screen Signaling VIDEO Programming System CLOSE Caption SOUND Mode Control OPTION CARD Config XILINX2 OPTION DIGITAL INTERFACE VIDEO SYNC LOCK SECOND AUDIO SDI CONTROL PORT Config CONTROL OPERATION CONTROL RATE DATA HSD LSD Config DATA1 DATA1 DATA1 DATA2 DATA2 CLK DATA2 MPEG2 FILTER FRONT END Config FRONT END TYPE OUTPUT CLK MPEG2 FILTER OUTPUT TYPE TYPE dec dec DIN 2349 72784 00 KKKKKKKKK Interval Test Signal kkk KKK Product Status Product Configuration Overlay Example IRD 0003E881 PARALLEL TTL LOCKED TO PCR SERVICE MODE PSI SI SOURCE AUTOMATIC 00007006 00000000 ON OFF id 016 pts off start line 07 dis lines
48. 5 host controller Master Slave Protocol The IRD Master Slave protocol is used to control status monitoring multi IRD connection RS 485 or single IRD connection RS 232 to any host controller P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Table 3 9 System Configuration Menu Options OPTION DESCRIPTION Control Port Baud Rate Control Port Rate Select Selects the Baud rate of the RS 232 RS 488 Control Port Available options 9600 Baud 19200 Baud 38400 Baud 57600 Baud 115200 Baud Control Port Address Control Port Address Set Up Sets the address of the RS 232 RS 488 Control Port Address is given in two digits decimal number Range 128 255 Dec Data1 HSD Output Data1 Output Format Select Format This parameter sets the Data1 HSD output format Available on the DATA Output connector Available options RS 422 MSB to LSB Transmits bytes from MSB to LSB RS 422 LSB to MSB Transmits bytes from LSB to MSB Data2 LSD Output Data2 Output Format Select Format This parameter sets the Data2 LSD output format Available options RS 232 Transmits on PS 232 port on the DATA Output Connector RS 422 MSB to LSB Transmits bytes from MSB to LSB on RS 422 port RS 422 LSB to MSB Transmits bytes from LSB to MSB on RS 422 port NOTE The RS 422 level output is available on an extended DATA Output Connector Optional Data1 HSD Output Rate Data1 Output Rate Set Up Thi
49. 600 and IRD 2800 Integrated Receiver Decoders application and capabilities General knowledge of the CODICO System and its application is also assumed For detailed information refer to the CODICO MPEG 2 DVB Family Product Description documents P N 2349 72784 00 Page i scopus TECHNICAL SUPPORT In case of technical problems with the CODICO system or one of its components please refer to the System Documentation In most instances this may save you time in resolving technical difficulties User Manual Front Matter Should you not be able to resolve the problem please call your local distributor for technical support HOW TO RETURN FAULTY PARTS Page ii Before returning an item 1 Request a RMA Return Merchandise Authorisation Tracking Number from your local Distributor 2 Scopus Network Technologies Support will assign a RMA Tracking Number this must accompany the item being returned and will be referred to in all correspondence 3 The item is sent to Scopus Network Technologies with the RMA Number included in the accompanying documentation shipping and customs forms Customer Support Point Of Contact POC Scopus Network Technologies Inc U S OFFICES 12265 World Trade Drive Suite G San Diego CA 92128 Tel 858 618 1600 Fax 858 618 1615 Email info scopususa com Web www scopususa com Scopus Network Technologies Ltd INTERNATIONAL HEADQUARTERS 10 Ha amal St Park Afek
50. A 2 QPSK IRD Front Panel Menu Tree 6 Figure A 3 QAM IRD Front Panel Menu Tree 7 Figure A 4 G 703 IRD Front Panel Menu Tree rrnrrnnrannrvnrennrrvnnennnnrrenrrnnrrenennrrensennrresennrreseennnne 9 Figure A 5 ATM IRD Front Panel Menu Tree 10 Figure B 1 Basic Setup for Receiving A Satellite Gional 11 Figure B 2 Basic Set Up For IRDs Sharing One Satellite Reception Dish 0 ee 12 P N 2349 72784 00 Page ix S SCOPUS User Manual 2 Network Technologies Front Matter LIST OF TABLES Table 1 1 CODICO Product SC lU 1 7 Table 1 2 IRD 2600 IRD 2800 Configuration Options rrnnranrrnnnnnnonrrnnnvnnrrnnnnnrrnnrrnnrrnnennn 1 11 Table 1 3 Rear Panel Receiver Front End Option Cards ssssssseeseenseeseenrnnnsreerrrnnrneeeeee 1 13 Table 1 4 IRD 2600 IRD 2800 Output Option 1 14 Table 1 5 QPSK Input Features and Specifications ccccecccecceeeeeeeeeeeeeeeeeeeeeeeeeneeeees 1 16 Table 1 6 DSNG Input Features and Specifications s essesssenene eerte nreesttnreresrrttrrn rennene 1 17 Table 1 7 QAM Input Features and Specifications rrrrrnnrnrrnrrrnorrnnrrnrnnrnrnnnrnnrrnrnnrrnnenern 1 17 Table 1 8 Telecom G 703 Input Features and Specifications ceseeseceeeeeeeeeeeeeteees 1 18 Table 1 9 PDH 34Mbit s input TEL 1 18 Table 1 10 PDH 45Mbit s input TDS3l seeeeceesseeeesseeeeesssseeeesseeaeensssnaees 1 18 Table 1 11 SONET SDH 155Mbit s input In accordance with ET
51. C ASI BNC out provides Auto Active Passive Loop through When used with front end input Active Interface Conversion to ASI OPT 105 ASI In Loop through ASI TS In out without decryption Auto 188 204 Optical Optical Active Loop through ASI out provides front end input Conversion to ASI NOTE Conflicts with Sync Lock OPT 106 Sync Lock Sync Lock and Loop through P N 2349 72784 00 Page 1 11 5 scopus 1 3 1 3 1 1 3 2 1 3 3 Page 1 12 Mechanical Structure Enclosure User Manual Chapter 1 Overview The IRD 2600 and the IRD 2800 are housed in a ruggedized industrial enclosure 1U by 19 Rack Mount Front Panel The front panel of the IRD 2600 and IRD 2800 allow control via a four way touch pad an Enter key and an Escape key Operational commands and parameters are displayed on an Alphanumeric LCD The four way touch pad allows scrolling through the menus of the embedded software and parameter modification see Figure 1 4 Figure 1 4 Front View of the IRD 2600 IRD 2800 Rear Panel The rear panel of the IRD 2600 and IRD 2800 are comprised of three sections see Figure 1 5 e Front End Options section left side of the rear panel e Decoder section center e Option section right side Left and right sections support various modules to enhance the versatility of the IRD 2600 and IRD 2800 in varied applications They support input of Parallel DVB Transport Stream
52. D The following choices are available Warm Boot Reset for a minimum reset Cold Boot Power Up for a complete power up of the IRD device Product Type Configuration This function defines the basic product configuration IRD or Decoder NOTE The IRD input module is factory installed and cannot be changed by hardware replacement The Decoder software can be updated when required The available options are IRD DSNG Displays the factory predefined IRD receiver type Options IRD DSNG IRD QPSK IRD QAM IRD G 703 IRD ATM Decoder Serial RS 422 Selects serial RS 422 output configuration for the Decoder Decoder Parallel DVB Selects Parallel DVB output configuration for the Decoder requires optional hardware installation Decoder ASI Selects Analog ASI output configuration for the Decoder requires optional hardware installation RCV DSNG to ASI OUT The received signal is outputed directly from the front end to the ASI output without decoding Options RCV DSNG to ASI OUT RCV QPSK to ASI OUT RCV QAM to ASI OUT RCV G 703 to ASI OUT RCV ATM to ASI OUT Control Port Protocol Select Selects the RS 232 Control Port protocol for communication with an external RS 232 RS 485 host controller Options are selected according to the way the IRD is configured Terminal Protocol The IRD Terminal protocol is used to control status monitoring a single IRD connected to any RS2323 RS48
53. D 2800 Front Control Panel 3 2 Table 3 2 IRD Infrared Remote Control Items cccecececceceeeeeeeeeeeeeaeeeeeeeeeecsneaeeeeeeeeesenaees 3 3 Table 3 3 IRD Front Panel Main Menu Options ccccceceeeeceeeeceeceeeeeeeeseeeaeeeeeeeeeseeees 3 5 Table 3 4 Configuration Receiver Menu Opttons 3 9 Table 3 5 Decoder Stream Configuration Menu Optons 3 17 Table 3 6 Describes the Options in the Sub Men 3 19 Table 3 7 Decoder Video Configuration Sub Menu Options rarrrrarnvrnrrnnnnnnrrnnnrnrrrnnennnnn 3 21 Table 3 8 Decoder Video Configuration Sub Menu Options rarrrraravrnrnnnvnnnrrnnnrnrrnnrrnnnnn 3 24 Table 3 9 System Configuration Menu Options sss ssseesesesrerneesetessrenrtnnstrttrnnnnnserennnn nenene 3 26 Table 3 10 Receiver Status Menu Parameters 0 ccccccecceceeeceeeeeeeeeceeeeeeeeeeseceacaeeeeeneees 3 32 Table 3 11 Decoder Stream Status Sub Menu Parameters esesseeeeeeeeereseerrereereseerresrees 3 37 Table 3 12 Decoder CI Status Sub Menu Parameters n ssnssseennnsneneneerenrtnrereenrnnnnnnee enn 3 40 Table 3 13 Decoder Video Status Sub Menu Parameters rursrrnnnnnnnnnrnnnnnnnrrnnrnnrrenrennnnn 3 42 Table 3 14 Decoder Video Status Sub Menu Parameters mursnnnannnnnnrnnnvnnnrrnnrnnrnerrrnnnnn 3 44 Table 3 15 System Status Menu Parameters mmssvvvnervvvrnnnvvvrnnnvavsvnrnnnrennrnnrsnnrresrennrresennnne 3 45 Table 3 16 Test Menu Functions
54. ESCRIPTION Data1 HSD PID Filtering Data2 LSD PID Filtering Page 3 18 Data1High Speed Data Filtering Options Selects the filtering applied to the Data1 HSD PID information P E S Payload Strips the headder of the Packetised Elementry Stream PES Entire Transport Packet Enables the entire transport stream packet 188 bytes Transport Payload Strips the transport stream headder first 4 bytes on of the 188 bytes Data2 Low Speed Data Filtering Options Selects the filtering applied to the Data1 LSH PID information P E S Payload Strips the headder of the Packetised Elementry Stream PES Entire Transport Packet Enables the entire transport stream packet 188 bytes Transport Payload Strips the transport stream headder first 4 bytes on of the 188 bytes DVB streaming Streams the Data2 LSD stream according to the DVB specifications EN 301 192 paragraph 5 and 6 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D 3 2 2 2 Decoder Cl Configuration Sub Menu The Decoder Common Interface CI Configuration Sub Menu provides setup and configuration options for the CI function Figure 3 8 shows the menu tree for the Decoder CI Configuration Sub Menu Table 3 6 Describes the Options in the Sub Menu OPTION DESCRIPTION CI Operation Enable CI Operation Control ENABLE DISABLE the common Interface Fanction CI slot 1 PIN Code PIN Code for CI Slot 1 Enables
55. For the group of station programs handled by the TV1 multiplexer the transponder frequency is 12 012 GHz e For LNBs with a single Local Oscillator L Band frequency 12 012000 10 000000 2 012000 GHz e For Universal Ku band LNB oscillator selected L Band frequency 12 012000 10 600000 1 412000 GHz P N 2349 72784 00 Page 13 SCOPUS User Manual B 5 Page 14 Appendix Calculating Symbol Rate To Calculate the Symbol Rate for QPSK configuration BR Symbol Rate MSymbol sec FEC 2 Where BR Bit Rate FEC Forward error correction Viterbi rate x Reed Solomon rate FEC Viterbi rate x zee 204 To Calculate the Symbol Rate for QAM configuration BR Symbol Rate Msymbols sec Reed Solomon x QAM Where BR Bit Rate 1 Reed Solomon 204 QAM 4 for QAM 16 5 for QAM 32 6 for QAM 64 7 for QAM 128 or 8 for QAM 256 NOTE It is important to input the Symbol rate accurately including all decimal places that are given DIN 2349 72784 00
56. ID Run Tree Parameters OPTION DESCRIPTION Video PID Component Sets values for Video PID in Hexadecimal Accepted values 0020 1FFF Hex Accepted values 0020 1FFF Hex Sets values for Audio2 PID in Hexadecimal Accepted values 0020 1FFF Hex Audio3 PID Component Sets values for Audio3 PID in Hexadecimal Available ONLY in the IRD 2800 Accepted values 0020 pees Accepted values 0020 EFE EN Accepted values 0020 1FFF Hex Accepted values 0020 1FFF Hex Accepted values 0020 1FFF Hex DIN 2349 72784 00 Page 3 53 S SCOPUS User Manual 3 5 3 Page 3 54 Chapter 3 Operation Mode Run Menu The Mode Run Menu enables the IRD user to control the operation of the IRD using the Packet Identifier PID parameters available from the IRD Figure 3 24 shows the menu tree flowchart for the PID Run Menu password is required only if it was enabled previously Table 3 19 describes the System Status Menu options Figure 3 24 Mode Run Menu Tree Mode Audio2 Outpu i olume Audio3 Outpu l Volume L i Audio1 Output Type IRD 2800 only Audio2 Output Type P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders I Table 3 19 Mode Run Menu Parameters OPTION DESCRIPTION Video Operation Mode Video Decoding Control This sub menu is used to select the program operation mode The available options are Blank Output video is not displ
57. Mbps G 703 Loop Through Output For cascading multiple IRD units Loopthrough Output Mask according to G 703 recommendation De Interleaving 17 12 Reed Solomon Decoding 204 188 8 Input Output Connectors E1 balanced male 9 Pin D Type E1 unbalanced female BNC E2 E3 unbalanced female BNC Additional Features DVB Descrambler HDB 3 Line code Switchable FEC Forward Error Correction The FEC includes Interleave Reed Solomon Decoder 188 216 and Descrambler in accordance with the DVB standard for Cables ETS 300 429 which can be switched On Off Table 1 9 PDH 34Mbit s input E3 Feature Specification E3 Framed 34 368Mbit s Frame G 832 ATM adaptation layer AAL1 Error correction RS 124 128 with Interleaving matrix Connector BNC female 750 Loop through output Available Table 1 10 PDH 45Mbit s input DS3 Feature Specification DS3 44 736Mbit s Frame ETS 300813 ATM adaptation layer AAL1 Error correction RS 124 128 with Interleaving matrix Connector BNC female 750 Max MPEG TS bit rate 37 9 Mbit s Loop through output Available Page 1 18 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders DP mrd Table 1 11 SONET SDH 155Mbit s input In accordance with ETS 300 814 Feature Specification STM 1 155 52Mbit s up to 60 Mbps for the selected TS Description Single mode Multi mode optical interface Fr
58. RNING symbol is used to indicate a potential hazard that requires correct procedures or practices in order to prevent personal injury DIN 2349 72784 00 Page 4 1 scopus User Manual Network Technologies Chapter 4 Maintenance 4 3 Test Procedures 4 3 1 Power Up Check Power Up the IRD and check e Internal fan start e LCD panel on the front panel Lights up e Perform initialisation sequence according to the directions in paragraph 2 6 4 3 2 Maintenance Check Serviceability Check After performing any installation initialization or configuration to the IRD 2600 or IRD 2800 Integrated Receiver Decoder maintenance checks should be performed to ensure that the unit is serviceable A Video Monitor must be connected to the IRD 2600 in order to perform the check Table 4 1provides a systematic instruction for performing a serviceability check Table 4 1 Serviceability Check a CHECK Verify that the LCD Status Message reads ALL OK Check for Video Picture on monitor Toggle between Composite and S VIDEO modes Check Audio channels Left and Right 4 3 3 Audio Video Stream Test In the event that no video or audio output is received perform a test with the internal decoder audio video stream 1 From the Status Message press the down arrow The System Menu is displayed 2 Select the Test Menu The current operation shows NONE 3 Select the NTSC Stream Press ENTER Listen for the Test Sound a brief
59. S 300 814 1 19 Table 1 12 Video Decoder Output Features and Specifications ssssssseseenteeee nenene 1 19 Table 1 13 Audio Output Features and Specifications seesseeeeeeererneeeeeen nre reeeenrnnnennrennn 1 20 Table 1 14 RS 232 Interface Specifications ccccccceeeceeceeeeceeeeeeeeeeeceeeeeeeeeetecsneeeeeeetees 1 21 Table 1 15 Physical Specifications accan AA 1 21 Table 1 16 Electrical Specifications nesena ara a ENEE eege 1 21 Table 2 1 RS 422 Serial Input GPI Pin Out Designations marvvvrrarorvvrrnrrrvrvrnnrrvrrnnnrrrrnneenr 2 5 Table 2 2 Cables and Connectors for Decoder Gechon 2 5 Table 2 3 RS 232 Control Cable Pim Zo bim nn 2 6 Table 2 4 RS 485 Control Cable Pin to Pin Designations eeeeeeeeeeeeeeereeeerrererrsseerrnseeres 2 6 Table 2 5 RS 422 RS 232 Data Output Pin Out Designations warsvvvnnnnervvrrnrervvrvnnrrvrnnnnnr 2 6 Table 2 6 IRD 2600 IRD 2800 Initialization Sequence essnssseensseeseeerrnnenerrnnnnnssereren 2 10 Table 2 7 DSNG Receiver Configuration Procedure sesssesssessssserreserrrsserrssrernssrrrnssrens 2 11 Table 2 8 QPSK Receiver Configuration Procedure sessssssssserisrssesrrssrrrrssrrnssrrrssrernsens 2 12 Table 2 9 QAM Receiver Configuration Procedure sssesssssesssssssresrrrrssrtrrssrrnssrtrnssrennsent 2 12 Table 2 10 Serviceability CHECK ciziceccenstececentectenntececannds E thee cedente AER a 2 13 Table 3 1 IRD 2600 IR
60. SS E Injected ID DSNG CA Encryption mode is selected It is NOT available when any of the other DSNG CA Encryption modes are activated P N 2349 72784 00 Page 3 28 IRD 2600 IRD 2800 C SCOPUS Integrated Receiver Decoders J CORE 3 3 Status Menu The Status Menu enables the IRD operator to monitor specific functions and activities in the IRD Figure 3 12 shows the IRD Status Menu tree and the options available to the user password is required only if it was enabled previously The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided Figure 3 12 IRD Status Menu Tree Structure DSNG IRD Configuration Initialization i d Password ees CONFIG STATUS TEST RUN RECEIVER DECODER SYSTEM STREAM cl VIDEO AUDIO ASI Output CI Slot 1 Audio1 Bit Product SC Ge Beer Rate Version i Audio1 i Eb NO a Jransport Soe Gla 1 Video Chroma Sampling Product Serial ream Error A Specifier Format Frequency Number d A Transport Cl Slot 1 Video Aspect 1 Audio2 Bit Link Margin Stream ID Service Mode Ratio Rate H H s H Audio2 H i CI Slot 2 Video i i Signal Level Network ID Main Menu Resolution wee i 8 Signal Spectral CI Slot 2 i s 1 Audio3 Network Name CA Specifier Video Bit Rate H Bit Rate L I ad Marr ai IT Audios 1 Viterbi Bit _ Stream CI Slot 2 Teletext Lines H S
61. Siscopus CODICO IRD 2600 IRD 2800 INTEGRATED RECEIVER DECODERS User Manual LA Digital Video Broadcasting PIN 2349 72784 00 Rev B December 2001 Scopus Network Technologies Inc U S Offices 12265 World Trade Drive Suite G San Diego CA 92128 Tel 858 618 1600 Fax 858 618 1615 Email info scopus net Web www scopus net Scopus Network Technologies Ltd International Headquarters 10 Ha amal St Park Afek Rosh Ha ayin 48092 Israel Tel 972 3 9007777 Fax 972 3 9007888 e 2001 Scopus Network Technologies Ltd All rights reserved Scopus Network Technologies Ltd Reserves the rights to alter the equipment specifications and descriptions in this publication without prior notice No part of this publication shall be deemed to be part of any contract or warranty unless specifically incorporated by reference into such contract or warranty The information contained herein is merely descriptive in nature and does not constitute a binding offer for sale of the product described herein CODICO is a Registered trademark of Scopus Network Technologies Ltd In Israel Germany France U K U S A and Japan All references to registered trademarks of other vendors are the property of their respective owners File IRD 2600 2800 User Rev B Draft doc Saved 17 03 02 16 26 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders DF Network technologies INTRODUCTION Scopus Network Technol
62. Supply option A Set the LNB Power Supply to 14 18 or OFF as required LNB 22 kHz Parameter 5 Select LNB 22 kHz option 6 Using the controls set the option to ON or OFF as required Symbol Rate Parameter 7 Select Symbol Rate option 8 Set the Symbol Rate as required Viterbi Rate Parameter 9 Select Viterbi Rate option 10 Set to 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 or AUTOMATIC as required Spectral Inversion Parameter 11 Select Spectral Inversion option 12 Set the option to AUTOMATIC NORMAL or INVERTED as required Table 2 9 QAM Receiver Configuration Procedure MENU DISPLAY MESSAGE PROCEDURE RECEIVER CONFIGURATION The CONFIG sub menu is displayed Function Start Select the RECEIVER option and proceed to configure as described below Configuration Option 2 Set the required input frequency 4 Get the symbol rate as required 5 Viterbi Rate Parameter Select Viterbi Rate option Modulation Mode Parameter 6 Set the QAM mode to 16 QAM 32 QAM 64 QAM 128 QAM or 256 QAM as required Spectral Inversion Parameter 7 Select Spectral Inversion option 8 Set the option to AUTOMATIC NORMAL or INVERTED as required Page 2 12 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies 2 6 3 Serviceability Check After performing any installation initialization or configuration to the IRD 2600 or IRD 2800 Integrated Receiver Decoder maintenance
63. TERFACE sd CONNECTORTYPE TYPE CABLETYPE TYPE Analog Audio Out left RCA unbalanced XLR balanced Shielded Audio Cable Analog Audio Out right mono RCA unbalanced XLR balanced Shielded Audio Cable P N 2349 72784 00 Page 2 5 S SCOPUS User Manual 2 4 4 Page 2 6 Chapter 2 Installation Terminal Control and Data Connections The IRD supports terminal control from a standard PC via a Serial RS 232 or RS 485 cable Table 2 3 and Table 2 4 detail the pin to pin and signal assignment of the RS 232 and RS 485 cables respectively Table 2 5 details the pin designations for Data output RS 422 and RS 232 These two data flow protocols can be simultaneously enabled over the connector interface Table 2 3 RS 232 Control Cable Pin to Pin 9 PIN D TYPE 25 PIN D TYPE 9 PIN D TYPE SIGNAL CONNECTOR PC CONNECTOR PC CONNECTOR DESCRIPTION IRD Table 2 4 RS 485 Control Cable Pin to Pin Designations PC RS 485 9 PIN D TYPE CONNECTOR IRD 9 PIN D TYPE CONNECTOR ES DESIGNATIONS SES DESIGNATION Table 2 5 RS 422 RS 232 Data Output Pin Out Designations DESIGNATION DESIGNATION RS 422 Clock Return RS 422 Clock RS 232 RxD RS 422 Data Return RS 232 TxD RS 422 Data Manufacturer Test Point Manufacturer Test Point DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies 2 4 5 2 4 5 1 2 4 5 2 2 4 5 3 Power Connection Ground Co
64. Technologies 3 23 Configuration System Menu The System Configuration Menu provides the IRD user the capability to set up and configure the IRD operation Figure 3 11 shows the menu tree of system level configuration functions available in the System Configuration Menu password is required only if it was enabled previously Table 3 9 describes each configuration function and the options available to the IRD user The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided Figure 3 11 System Configuration Menu Tree Structure CONFIG STATUS RECEIVER DECODER SYSTEM Display Contrast Software Reset Product Type Control Port 232 Syntax Control Port Baud Rate Control Port Address Default Data Por DSNG CA Encryption Key Injected ID DIN 2349 72784 00 Page 3 25 5 scopus Table 3 9 User Manual Chapter 3 Operation System Configuration Menu Options OPTION DESCRIPTION Display Contrast Software Reset Product Type Control Port 232 Syntax Page 3 26 Display Contrast Level Set Up Controls the display contrast of the LCD display on the front panel of the IRD Contrast level is set as follows The up touch pad increases the contrast level and The down touch pad to decreases the contrast IRD Reset This function resets the IR
65. The IRD 2600 and IRD 2800 can be implemented as a solution for remote locations requiring data links where no proper line communications exist In this role the IRD 2600 and IRD 2800 decodes data from a DVB signal broadcast via satellite or other Telco interfaces One of the advanced features of the IRD 2600 and IRD 2800 is simultaneous high speed and low speed data transfer Data transfer from the encoder is one directional The IRD 2600 and IRD 2800 has no feedback response or acknowledgement capabilities P N 2349 72784 00 Page 1 5 SCOPUS User Manual 1 1 2 5 Page 1 6 Chapter 1 Overview Low Speed Data The IRD 2600 and IRD 2800 enable Low Speed Data LSD transfer rates up to 115 2 Kbps over a serial RS 232 port The LSD interface supports filtering of the data encapsulated in PES packets stream types 0xBD private stream 1 and 0xBF private stream 2 In addition data filtering level can be according DVB Asynchronous Data streaming EN 301 192 which includes additional 3 bytes of header information in front of the data information The following filtering levels are provided e Entire Transport Packet e Transport Payload 184 bytes if no adaptation field else adaptation is also stripped e PES payload PES header stripped e DVB streaming PES header and 3 byte pes_data_packet header stripped High Speed Data a The IRD 2600 and IRD 2800 enable High Speed Data HSD transfer rates up to 20 Mbps over a bal
66. This equipment generates uses and can radiate radio frequency energy and If not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off end on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and receiver Connect the equipment to an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician FCC Warning Modifications not expressly approved by the manufacturer could void the user authority to operate the equipment under FCC Rules Page iv DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies TABLE OF CONTENTS LIST OF FIGURES eiro apinaa ata aa aaa EA a Aaaa E Aaa Aaaa a anai Aara a a Aaa ERa EEan viii LIST OF TABLES ET x 1 OVGIVICW e en eee 1 1 1 1 General Informatl OM ssnin E A E 1 1 1 1 1 Highlights and Benefits saneesannvnaonnnvvnnnnnvvnannnnnnvnaannnvnnannnvnaanennnnnenennen 1 1 1 1 1 1 le EE 1 2 1 1 1 2 OUMU EE 1 3 1 1 1 3 llegro ET EE 1 4 1 1 1 4 Contro
67. ables selection of Audio1 Sub service contained within the main DVB Service The top line on the LCD displays the Audio 1 PID number The bottom line displays a list of all available services for selection The information is provided as index number the language format and the audio type Musicam default no marking Dolby digital AC3 uncompressed LINEAR or Dual mono 2 MONO Example 001 French AC 3 Audio2 Sub Service Audio2 Sub Service Selection Enables selection of Audio2 Sub service contained within the main DVB Service The top line on the LCD displays the Audio 2 PID number The bottom line displays a list of all available services for selection The information is provided as index number the language format and the audio type Musicam defoult no marking Dolby digital AC3 uncompressed LINEAR or Dual mono 2 MONO Example 003 German 2 MONO Audio3 Sub Service Audio3 Sub Service Selection Available ONLY in the IRD 2800 Enables selection of Audio3 Sub service contained within the main DVB Service The top line on the LCD displays the Audio 3 PID number The bottom line displays a list of all available services for selection The information is provided as index number the language format and the audio type Musicam defoult no marking Dolby digital AC3 uncompressed LINEAR or Dual mono 2 MONO Example 005 Japanese Teletext Sub Service Teletext Sub Service Selection Enables selection of Tele
68. age Teletext Subtiling Page VITS Insertion VITC Insertion SMC Insertion VPS Insertion CC Insertion v bel 3 AUDIO Audio Decoder Display ASI Output Operational UN Jude Prefered Language 1 SYSTEM Product Type Control Port 232 Syntax Control Port Baud Rate Control Port Address Data1 HSD Output Format Data2 LSD Output Format Data1 HSD Output Rate Data2 LSD Output Rate Default Data DSNG CA Encryption Key Session Word Injected ID RECEIVER STATUS TEST DECODER SYSTEM SERVICE or PID MODE STREAM Cl VIDEO AUDIO e P R v Video CI Slot 1 A Audio1 Bit Product Decoding Test A Video PID gt AC3 Sampling Software ATM Transport CI Slot 1 Video Chroma Frequency Reset Input Rate Stream Error CA Specifier Format Audio1 Prefered Language CI Slot 1 Service Mode Transport Video Aspect Stream ID Ratio Video i CI Slot 2 Network Name CA Specifier Video Bit Rate Stream Teletext Lines Time amp Date Count Stream Services Count CI Slot 2 Main Menu CI Slot 2 Service Mode Service ID Service Provider Name Service Type Service CA Mode Service CA System Type Video PID Decoded Audio1 PID Decoded Audio PID Decoded i IRD 2800 only Teletext P Decoded PCR PID Decoded Data1 HSD Decoded Data2 LSD Decoded Audio1 Sampling Frequency Rate f i Sampling Frequency Audio3 d
69. al Access DVB Descrambling DVB CI Control And Monitoring Local General Purpose Indicator GPI Over The Air Remote Enhanced DVB Monitoring User Manual Chapter 1 Overview BISS Mode 1 BISS E CAS 5000 Interface 2 Cl slots EN 50221 CA Method Multicrypt Simulcrypt CAS Irdeto Viaccess Cryptoworks Conax Aston Nagravision On Digital CODICrypt gt BetaCrypt NDS VideoGuard Extensive Front Panel Control Infrared remote control optional Up to 140 stored setups optional for 340 Advanced satellite scanning Can operate in Service and in PID modes GPI dry contacts for various alarms and automatic redundancy features Supports combination of the following alarm modes Activated when hardware failure is identified default alarm mode Activated when Bit Stream warning is identified i e input signal failure Activated when Service Decoding warning is identified Mode selection is manually activated using the control protocol Control and Software download PC via RS 232 or RS 485 Software download SNMP proxy PC software optional Front panel display Signal Quality Eb NO BER ASI format Network and Service Information CA information CI slots Video and Audio decoded information OSD PSI tables Receiver and Decoder status information P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies 1 1 2 1 1
70. ame STM 1 OC 3 Connectors Duplex SC fiber optic Wavelength 1300 nm Max selected TS bit rate Up to 60 Mbps Loop through output Available 1 5 2 Output Specifications Table 1 12 and Table 1 13 summarize the features and specifications of the IRD 2600 and the IRD 2800 Video and Audio outputs respectively Table 1 12 Video Decoder Output Features and Specifications FEATURE SPECIFICATION MPEG 2 standard Main Level at Professional Profile and Main Level at Main Profile e 720 by 576 at 25 Hz PAL Encoded Input Resolution of Horizontal by Vertical at Frequency the IRD 2600 720 704 640 480 30 Hz 544 528 480 352 320 720 704 640 544 528 480 352 320 352 384 352 720 704 640 544 528 480 352 720 704 640 544 528 480 352 P N 2349 72784 00 Page 1 19 S SCOPUS User Manual Chapter 1 Overview Table 1 12 Video Decoder Output Features and Specifications FEATURE SPECIFICATION Encoded Input Resolution of Horizontal by Vertical at Frequency the IRD 2800 720 704 544 480 30 Hz 480 352 352 240 30 Hz 720 704 544 576 25 Hz 480 352 352 288 25 Hz 4 2 2 Mode Only 720 512 30 Hz 25 Hz Video Encoder 27 MHz with 10 bits resolution DAC 8 bits input Video formats decoded NTSC PAL SECAM standards and sub standards Video formats selection Automatic selection for NTSC PAL Standard Outputs 2 Composite Video outputs S Video Y C outpu
71. ampling Error Rate Time amp Date Service Mode Count I Frequency R Solomon Bit Stream Error Rate Services Count Pseodo Random A Audio PID Bit Seq Frequency Service Provider i Audio2 PID 1 Tune Name 1 Decoded i L H Modulation d Audio r ji i H i Mode Service Type PID Decoded Losses Nyquist Filter Service CA Teletext PID Roll Off Mode Decoded D gs Service CA PCR PID Viterbi Rate System Type Spectral Video PID Data1 HSD PID Inversion Decoded Decoded Data2 LSD PID Decoded DIN 2349 72784 00 Page 3 29 S SCOPUS User Manual 3 3 1 Page 3 30 Chapter 3 Operation Status Receiver Menu The IRD is provided in a wide range of input receivers QPSK DVB S DSNG DVB DSNG QAM DVB C G 703 E1 E2 E3 and ATM DVB PDH input options The Status Receiver Menu is input sensitive i e varies automatically according to the IRD Input option installed and provides a group of functions to monitor the input section of the IRD Figure 3 13 shows the menu options provided for the different front end interface IRDs with a G 703 Input option do not have a Status Receiver Menu The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided Table 3 10 describes the configuration functions available for the receiver option installed in the IRD 2600 IRD 2800 DSNG QPSK QAM ATM and G 703 input options
72. anced RS 422 port The high speed transfer rates are limited by the maximum rate supported by the RS 422 interface and cable lengths b IRD HSD rates should be set slightly higher than those on the encoder 5 higher Optimal rate is best determined by trial and error Too low a rate yields increased bit errors Conversely too high a rate yields a stream that is too bursty This is not a problem if the target equipment usually a PC has a large enough buffer to compensate for incidental burst size To adapt the IRD 2600 and IRD 2800 to work with a variety of encoders bit order can be reversed c The following packetizing methods of data are provided e Entire Transport Packet e Transport Payload 184 bytes if no adaptation field else adaptation is also stripped e PES payload PES header stripped Descrambling The IRD 2600 and IRD 2800 are equipped with internal DVB descrambler and two independent DVB CI Common Interface slots The internal DVB Descrambler is usable for e Scopus CAS 5000 Encrytion system CODICrypt e DSNG CA BISS fixed Key Encryption system and BISS E The DVB CI deciphers encrypted signals from a DVB signal source by means of an authorized Smart Card and a CA specific CAM Conditional Access Module The encryption standards supported by the IRD 2600 and IRD 2800 are e CA Method Multicrypt Simulcrypt e CAS Irdeto Viaccess gt Cryptoworks Conax Aston e Nagravision On Digital CobICrypt
73. ards Example 11929 Mhz Satellite frequency 10750 Mhz LNB frequency 1179 Mhz Signal frequency to IRD The signal that is sent from the LNB to the IRD device has to be within the IRD input frequency range 0 950Ghz to 2 150Ghz or 950Mhz to 2150Mhz The following figure shows a basic set up for satellite reception Figure B 1 Basic Setup for Receiving A Satellite Signal Input Frequency Range LNB 950 Mhz 2150Mhz Satellite Frequency range of satellite signal 10 GHz to 13 GHz approx Scopus IRD Satellite dish Frequency range here is sattelite frequency LNB frequency Frequency Calculation IRD LNB As demonstrated in the previous example the LNB determines the actual reception frequency range The reception frequency range of the IRD and LNB together is calculated as shown in the next example LNB frequency 10750 Mhz Input frequency range 950 10750 2150 10750 Mhz 11700 Mhz 12900 Mhz P N 2349 72784 00 Page 11 C SCOPUS User Manual 5 COPUS Appendix B 3 Use of a Splitter or Distribution band Amplifier When multiple IRDs are receiving their signal from one satellite dish a passive splitter or active distribution amplifier splitter can be used The following figure displays signal reception for multiple IRDs Figure B 2 Basic Set Up For IRDs Sharing One Satellite Reception Dish Input Frequency Range LNB 950 Mhz 2150Mhz Satellite Frequency range of
74. atellite cable and telecom programs distribution IRD 2600 supports two stereo outputs while IRD 2800 supports up to three stereo outputs Both IRD 2600 and IRD 2800 contain a demultiplexer MPEG 2 video and audio decoders as well as Data and VBI insertion functions Control and management can be obtained via the IRD front control panel an optional Infrared Remote Control or an attached PC terminal The IRD also supports remote management control and software download via transport stream link from the CODICO NMS 4000 Network Management System Input and Output sections support variable modules for versatility of the IRD 2600 and IRD 2800 Input of DVB ASI transport Stream or RS 422 directly to the decoder as well as ASI output optionally decrypted and loopthrough is also supported ASI TS and RS 422 can be connected at the same time with the various front ends The desired input is selected by the user Figure 1 1 IRD 2600 and IRD 2800 General View Highlights and Benefits The IRD 2600 and IRD 2800 Integrated Receiver Decoders provide the following benefits e DVB Common Interface 2 Slots Supports de scrambling of all leading CAMs e On board DVB descrambling with BISS Mode 1 and BISS E DSNG CA support e Extended Front End Interface options e High and Low Speed Data Outputs e Advanced software control and monitoring of all IRD functions and capabilities The following sub paragraphs detail the features enhancements
75. ayed eitherwhen no decoding or when selected When activated one of the following options are provided Blank Video or 75 Wide Bar NOTE Last Frame is also available for IRD 2800 ONLY Freeze Decoder pauses current displayed picture Play Decoder releases a paused or stopped program Audio1 Output Mode Audio1 Output Control This sub menu is used to select the Audio1 mode of a current program The available options are Unmute the current analog audio is heard on Audio1 channel Mute Silences the analog audio signal in the Audio1 channel To restore the audio select the Unmute option Audio2 Output Mode Audio2 Output Control This sub menu is used to select the Audio2 mode of a current program The available options are Unmute the current analog audio is heard on Audio2 channel Mute Silences the analog audio signal in the Audio2 channel To restore the audio select the Unmute option Audio3 Output Mode Audio3 Output Control Available ONLY for the IRD 2800 This sub menu is used to select the Audio2 mode of a current program The available options are Unmute the current analog audio is heard on Audio3 channel Mute Silences the analog audio signal in the Audio3 channel To restore the audio select the Unmute option Audio1 Output Volume Audio1 Volume Control Selects the volume level gain attenuation for Audio1 Output digital and analog signals Available options from 58 dB min to 06 db max
76. ceiver Configuration Procedure Es PARAMETER SET PROCEDURE INSTRUCTIONS RECEIVER CONFIGURATION The CONFIG sub menu is displayed Function Start Select the RECEIVER option and proceed to configure as described below Frequency Range Parameter 1 Select Frequency Range option 2 Get the frequency according to the BAND input C LNB Power Supply Parameter Select LNB Power Supply option 3 4 Set the LNB Power Supply to 14 18 or OFF as required LNB 22 kHz Parameter 5 Select LNB 22 kHz option 6 Using the controls set the option to ON or OFF as required as E 8 Setto A input 10 Set the Symbol Rate as required a 12 Set to AUTOMATIC 14 Set to AUTOMATIC Viterbi Rate Parameter Select Viterbi Rate option Set to 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 or AUTOMATIC as required j Spectral Inversion Parameter Select Spectral Inversion option Set the option to AUTOMATIC NORMAL or INVERTED as required P N 2349 72784 00 Page 2 11 scopus User Manual Kam Network Technologies Chapter 2 Installation Table 2 8 QPSK Receiver Configuration Procedure E MENU DISPLAY MESSAGE PROCEDURE RECEIVER CONFIGURATION The CONFIG sub menu is displayed Function Start Select the RECEIVER option and proceed to configure as described below Frequency Range Parameter 1 Select Frequency Range option 2 Set the frequency according to the BAND input C LNB Power Supply Parameter 3 Select LNB Power
77. checks should be performed to ensure that the unit is serviceable A Video Monitor must be connected to the IRD 2600 in order to perform the check Table 2 10 provides a systematic instruction for performing a serviceability check Table 2 10 Serviceability Check Lei CHECK Verify that the LCD Status Message reads ALL OK Check for Video Picture on monitor Toggle between Composite and S VIDEO modes 4 Check Audio channels Left and Right In the event that no video or audio output is received perform a test on the decoder audio video stream To test the decoder audio video stream From the Status Message press the down arrow The System Menu is displayed Select the Test Menu The current operation shows NONE Select the NTSC Stream Press ENTER Listen for the Test Sound a brief musical sample from the monitor speakers A Standard Test Pattern should be displayed on the TV Monitor When both Video and Audio tests are complete return the TEST mode to the NONE state If you received any errors during the test contact your vendor If your IRD is not performing as required refer to the Operation Guide for further instructions P N 2349 72784 00 Page 2 13 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D 3 OPERATION 3 1 Introduction This chapter describes the procedures required for the operation of the IRD 2600 and IRD 2800 Integrated Receiver Decoders In addition to the Operation Guid
78. d up to 2 stereo channels Video formats PAL B G I M N D NTSC SECAM L B G K1 Russian SECAM D K option applicable only in composite video available only for IRD 2600 Decoding 4 2 OMP ML 1 5 15 Mbps 4 2 2PP ML 1 5 50 Mbps IRD 2800 Video Resolution Interpolation Pan Scan Letter box or Pass through Aspect ratio 4 3 16 9 and 14 9 Graphic processing OSD DVB Subtitling EBU Teletext Subtitling OSD only on monitoring output optional Sync Lock Input and Loopthrough output optional In Composite video and embedded in SDI WST Teletext and inverted Teletext WSS VPS VITC SMC CC AMOL optional Enhanced VITS with built in generator Analog audio up to 3 stereo pairs up to 2 stereo pairs in IRD 2600 All inputs balanced or 1st unbalanced optional Digital audio optional up to 3 AES EBU SPDIF up to 2 on IRD 2600 Embedded in SDI optional up to 2 stereo Mode Stereo Joint Stereo Dual Channel Single Channel Max output level 24 dBu analog 0 dBFs digital Gain Control 58 to 6 dB mute AC 3 Pass through optional Linear PCM audio IRD 2800 Low Speed Data RS 232 up to 115 2 Kbaud or RS 422 optional up to 2Mbps High Speed Data RS 422 up to 20 Mbps 1st and 2nd ASI optional Copper or Input stream with selected program decrypted 3rd ASI optional Copper or Optical Input stream or Loop through Page 1 3 scopus 1 1 1 3 1 1 1 4 Page 1 4 Condition
79. ded on the relevant menu screen on the IRD Front Panel LCD Figure 3 22 shows the menu tree flowchart for the Service Run Menu password is required only if it was enabled previously In addition Figure 3 22 displays a typical LCD screen The top line of the LCD displays the function and ID data The bottom line displays the options available under the function Table 3 17 describes the System Status Menu options Figure 3 22 Service Run Menu Tree Structure RUN SERVICE DVB Service Audio1 SubService Aude SubService L H 1 Audio3 SubService i Teletext SubService TTX SbtL Sub Service DVB SbtL Sub Service Data1 SubService Data2 SubService Store Decoded Service to P N 2349 72784 00 Page 3 49 S Scopus User Manual D gt rect Freng Chapter 3 Operation Table 3 17 Service Run Menu Parameters OPTION DESCRIPTION DVB Service DVB Service Selection Enables selection of a DVB Service from within the PSI SI tables contained within the stream e g CNN FOX MSNBC The top line on the LCD displays the Service Type and Service ID Example TV 001 The bottom line displays a list of all available services for selection The information is provided as index number and the Service Name Example 001 FOX CH1 NOTE This option can be accessed directly from the Start Up Menu by pressing the LEFT Touch Pad on the Front Panel Audio1 Sub Service Audio1 Sub Service Selection En
80. displays the logo on the bottoms Left corner of the screen LEFT TOP Displays the logo on the top left corner of the screen RIGHT BOTTOM Displays the logo on the bottom right corner of the screen RIGHT TOP Displays the logo on the top right corner of the screen DIN 2349 72784 00 Page 3 61 scopus User Manual Chapter 3 Operation Figure 3 28 HARDWARE OPERATION BIT STREAM PROGRAM status status status PIDs hex SERVICE GPI VIDEO VIDEO VIDEO VIDEO VIDEO VIDEO status status operation mode format chroma format bit rate dec resolution dec aspect ratio VIDEO AUDIO AUDIO1 AUDIO1 AUDIO1 AUDIO2 AUDIO2 AUDIO2 teletext info digital output analog output bit rate dec sampling dec analog output bit rate dec sampling dec Figure 3 29 LNB local oscillator LNB power LNB 22 Khz FREQUENCY dec SYMBOL rate dec VITERBI rate FEC SPECTRAL inversion Eb NO dec Link Margin SIGNAL quality TUNER AGC dec VITERBI BER dec FREQUENCY offset polarization dec dec dec dec Page 3 62 dec Product Status Main Operation Overlay Example ALL OK DECODING ALL OK Video 00A5 Audiol 0064 Audio2 001F Teletext 002F Datal 0021 Data2 0021 Active in PSI 0006 MTV 1 EN1 TV CLOSE PLAY PAL BG 4 2 0 06960000 Bit Sec 480 576 SOURCE 4 3 DISPLAY TRANSPARENT PAN SCAN ON EVEN 05 ODD 0
81. e the following manuals are available for Terminal Control of the IRD Basic Terminal Control Protocol P N 2349 72175 03 1 Advanced Terminal Control Protocol P N 2349 72175 03 2 Master Slave Terminal Control Protocol P N 2349 72175 03 3 3 1 1 IRD Operation and Management Both IRD 2600 and IRD 2800 Integrated Receiver Decoders can be manually managed from the IRD Front Control Panel locally by a PC Terminal or remotely from the Uplink through the incoming Bit Stream Manual management of the IRD is provided from the IRD Front Control Panel by the keypad on the panel or by using an optional Infrared Remote Control The LCD on the panel displays the menus and options of the IRD embedded software The Infrared Remote Control can be ordered through a local SCOPUS Network Technologies Ltd product supplier Management from the Uplink is achieved with the CODICO NMS 4000 Network Management System Management from the PC Terminal requires a serial line RS 232 communication cable to be connected between the IRD and a communication port on the PC The Terminal Control software is a command line prompt accessible via any PC with Terminal Software installed For details refer to Chapter 2 above DIN 2349 72784 00 Page 3 1 S SCOPUS User Manual Chapter 3 Operation 3 1 1 1 Front Control Panel Figure 3 1 shows the Front Control Panel of the IRD its controls and features Table 3 1 explains the operation of the items found on th
82. e DSNG Receiver option LNB Power LNB Power Supply Setup The polarization of the receiving antenna is determined according to the requirements in the broadcast program parameters The IRD controls the polarization of the receiving antenna by means of the voltage provided to the LNB Power Supply Available options OFF Power Supply off 14 Vertical 14 V Power Supply Vertical Polarization 18 Horizontal 18 V Power Supply Horizontal Polarization DIN 2349 72784 00 Page 3 9 S SCOPUS User Manual Chapter 3 Operation Table 3 4 Configuration Receiver Menu Options ME i OPTION DESCRIPTION LNB 22KHz LNB 22 KHz Selector Turns ON and OFF the 22 KHz LNB This action determines the band selected ON High Band OFF Low Band In addition the selection of the LNB Power Supply determines the polarization of the antenna The following table shows the correlation between the LNB parameters LNB POWER SUPPLY LNB 22 KHZ LNB BAND LNB POLARIZATION 14V Vertical Polarization LOW pang High Band 18V Horizontal Polarization Low Band High Band NOTE In the Ku C band mode the LNB 22KHz converter setting is performed automatically and the LNB 22 KHz Receiver Configuration function is not displayed in the Receiver Configuration Menu Input Signal Input Select WI ER Source Selects the input source for the IRD Receiver input Available options In A Selects Input A In B Selects Input B NOTE E The In B connecto
83. e Front Control Panel NOTE This panel is identical for the IRD 2600 and for the IRD 2800 Figure 3 1 IRD 2600 IRD 2800 Front Control Panel LCD Enter Touch Pad LED f e por DE eze 0O i Four Way Touch Pad ESC Touch Pad Common Interface Card Panel Cover Table 3 1 IRD 2600 IRD 2800 Front Control Panel CONTROL ITEM DESCRIPTION The LCD is an alphanumeric display used to view the embedded software status messages and parameter settings Four Way Touch Pad The Four Way Touch Pad enables navigation UP DOWN LEFT or RIGHT in the embedded software menus by moving the cursor position UP DOWN LEFT or RIGHT respectively ENTER Touch Pad Confirms saves a selection or proceeds to next menu item ESC Touch Pad Exits from the current position or returns to the Status Message at the top of the menus Status Indicator LED The Status Indicator uses the following legend e Green Light Constant System Initializing and Normal Operation e Green Light Flashing Service Warning e Orange Light Constant Bit Stream Warning e Red Light Constant Hardware Fault Page 3 2 P N 2349 72784 00 IRD 2600 IRD 2800 SCOPUS Integrated Receiver Decoders J CORE 3 1 1 2 Infrared Remote Control Optional Figure 3 2 shows the optional infrared remote control available for the IRTD operation Table 3 2 explains the control functions on it Figure 3 2 IRD Infrared Remote Control 1 2
84. e system configuration For example Password control is available as an option for the IRD Once a session has been initiated via the Password the password is bypassed on repeated entry to the MAIN MENU Unless specifically marked all functions are applicable for both the IRD 2600 and the IRD 2800 Figure 3 3 IRD Front Panel Main Menu Structure Initialization I Password Main Status CONFIG STATUS TEST RUN RECEIVER DECODER SYSTEM RECEIVER DECODER SYSTEM SERVICE MODE ADVANCE Page 3 4 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies Table 3 3 IRD Front Panel Main Menu Options Configuration The Configuration Menu option enables access to the Receiver Menu Decoder and System configuration parameters These options are used to define or modify the IRD configuration e The Receiver Configuration Menu provides functions to configure the operation of the receiver depending on the type of receiver installed in the IRD QPSK DVB S DSNG DVB DSNG ATM DVB PDH QAM DVB C or G 703 E1 E2 E3 The Decoder Configuration Menu provides access to a further sub menu for Stream Cl Video and Audio settings The System Configuration Menu enables setup and control on the IRD operation Refer to paragraph 3 2 for a detailed description of the IRD 2600 2800 Configuration Menu The Status Menu option enables access to the Receiver Decoder and System status parameters T
85. eam data Figure 3 15 shows the menu tree of status monitoring options available in the Decoder Stream Status Sub Menu Table 3 11 describes the status parameters provided by the sub menu to the IRD operator Figure 3 15 Decoder Stream Status Sub Menu Tree Structure STATUS DECODER STREAM Cl VIDEO AUDIO ASI Output Format Transport Service Provider Stream Error Transport Stream ID Service Type Service CA Network ID ode Service CA Network Name System Type Video PID Decoded Stream Time amp Date Audio1 PID Decoded Stream Services Count g d H i a 3 Audio PID Decoded H 1 1 Service ID i L Audio3 i PID Decoded Teletext PID Decoded PCR PID Decoded Data1 HSD PID Decoded Data2 LSD PID Decoded P N 2349 72784 00 IRD 2600 IRD 2800 5 scopus Integrated Receiver Decoders Table 3 11 OPTIONS ASI Output Format Transport Stream ID Network Name Stream Time Date Stream Service Count Service Provider Name Service Type Service CA Mode Service CA System Types Video PID Decoded DIN 2349 72784 00 Decoder Stream Status Sub Menu Parameters DESCRIPTION Current ASI Output Format Displays the current format of the ASI output 188 or 204 bytes packets Current Transport Stream ID Displays the identification code of the current transport stream in decimal Dec and hexadecimal Hex values Current Network ID Disp
86. easons for the failure It also advise the corrective action required Figure 4 3 BIT Stream Warning Message Example Top Line BIT Stream Warning Bottom Line Signal Not Recived The top line displays the BIT Stream Warning Message The bottom line displays the problem type Table 4 4 Bit Stream Warning PROBLEM TYPE POSSIBLE REASON CORRECTIVE ACTION RECEIVER Signal Not Received Warning Input Signal Problem Set to correct parameters Demodulator Not Sync Warning Input Signal Problem Set to correct parameters Viterbi Not Sync Warning Input Signal Problem Set to correct Parameters Deinterleaver Not Warning Input Signal Problem Set to correct Parameters Sync Front End Not Locked Warning Input Signal Problem Set to correct Parameters G703 Lock problem or repair in Scopus Network Technologies DECODER No Sync 0x47 Warning Bit Stream Problem Set to correct Parameters Detected Decoder Problem or call Scopus Professional Service DIN 2349 72784 00 Page 4 5 scopus User Manual Network Technologies Chapter 4 Maintenance 4 4 4 Service Warning Messages The Service Warning messages are displayed on the IRD Main Status display Figure 4 4 shows the structure of the message and Table 4 5 lists the messages and provides information about the detected failure types possible reasons for the failure It also advises the corrective action required to mend it Figure 4 4 Service Warning Message Examp
87. els QAM Front End Input Signal Source VHF Frequency Symbol Rate Spectral Inversion QAM Mode Freq Drift Compensation Frequency Scan Network Channels Input Signal Source H i G 703 Front End Source Input Signal P N 2349 72784 00 IRD 2600 IRD 2800 scopus Integrated Receiver Decoders J CORE Table 3 4 Configuration Receiver Menu Options OPTION DESCRIPTION Frequency Frequency Range Selector Range This parameter supports various frequency ranges for a satellite band range receiver Two options are provided L Band Receiving in the L Band frequency range Satellite Ku C Band Receiving in the Ku C Band frequency range LNB Local LNB Oscillator Setup Oscillator The LNB Local Oscillator LO provided with the receiving antenna unit down converts the carrier frequency of the incoming signal to a range acceptable to the receiver This is achieved by down converting the frequency of the incoming signal However for display accuracy the selected LNB Local Oscillator frequency must be in accordance with the frequency of the receiving antenna installed in the system disregarding the frequency provided at the IRD input The LNB Local Oscillator parameter has following select options PARAMETER BAND PARAMETER BAND DiSeQC 9750 10600 Universal 9750 10600 C Band Ku Band Ku Band MEET Sen DiSeQC band 9750 10600 is available only for th
88. embedded software menus e UP Touch Pad Navigets Up in the menu tree e DOWN Touch Pad Navigates Down in the menu tree e LEFT Touch Pad Navigates Left in the menu branch e RIGHT Touch Pad Navigate Right in the menu branch When the LCD displays the Start Up Menu the pad is used as follows e UP and DOWN Touch Pads No use LEFT Touch Pad Displays the DVB Service option in the RUN SERVICE menu see paragraph 3 5 1 ahead RIGHT Touch Pad Displays the Network Channels option in the CONFIGURATION RECEIVER Menu see paragraph 3 5 1ahead NOTE Option available IRD with DSNG QPSE or QAM front End interfaces 3 1 2 Front Panel Common Main Menu Options The setup control and monitoring of the IRD operation is locally provided using the extended IRD Front Panel Menu This menu is displayed on the Front Panel LCD and is operated by the control pad on the IRD Front Panel or by the optional Remote Control see paragraph 3 1 1 above All configurations share a common initialization phase and when successfully completed display the IRD Front Panel Main Menu structure as shown in Figure 3 3 and described in Table 3 3 The following paragraphs provide detailed description of each of the options in the Main Menu Refer to Error Reference source not found Error Reference source not found for a full hierarchical structure Main Menu A dotted menu selection in the flowing diagrams indicates that the availability of this option is dependent upon th
89. enu Tree 3 54 Advance Run Menu Tree 3 57 Graphics Configuration GFX CNFG Sub Menu Tree 3 58 Graphics Display GFX DSPL Sub Menu Tree 3 60 Product Status Main Operation Overlay Exvample 3 62 Product Status Front End Operation Overlay Example cccscesceeeeeeees 3 62 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network I Technologies Figure 3 30 Product Status Product Configuration Overlay Exvample 3 63 Figure 3 31 Product Status Product Revision Overlay Exvample eee 3 64 Figure 3 32 Product Status Product Setups Overlay Exvample esseere 3 64 Figure 3 33 Stream PSI SI Program Association Table PAT Overlay Example 3 65 Figure 3 34 Stream PSI SI Program Map Table PMT Overlay Example seseseeeeeeeea 3 65 Figure 3 35 Stream PSI SI Service Description Table SDT Overlay Example 3 66 Figure 3 36 Stream PSI SI Network Information Table NIT Overlay Example 002110 3 66 Figure 4 1 General Status Message Example cee eee ce nee ee eee tenet ete seta aeeeeneeeeeetaas 4 3 Figure 4 2 Hardware Failure Message evample renner nr enren 4 4 Figure 4 3 BIT Stream Warning Message Example rrsrrnnnnnvrvnnnnvrvnnnnarsrrnnnnnsrrnnnnrrennsssrrnenenn 4 5 Figure 4 4 Service Warning Message Example cccceceeeeeeeeseeeeneeeeeeeeeeeseeeeeseeaeereeeaees 4 6 Figure A 1 DSNG IRD Front Panel Menu Tree 3 Figure
90. guage for the displayed sub titles Option available ALL default No preferred language is selected The subtitle language is set according to the Service PID Video Lips Sync Delay 1 English 9 Finnish 17 Turkish 2 Arabic 10 French 18 Persian 3 Bulgarian 11 Hebrew 19 Polish 4 Chinese 12 Hungarian 20 Portuguese 5 Dutch 13 Irish 21 Romanian 6 Danish 14 Italian 22 Russian 7 German 15 Japanese 23 Spanish 8 Greek Modern 16 Norwegian 24 Swedish DIN 2349 72784 00 Page 3 21 scopus Table 3 7 User Manual Chapter 3 Operation Decoder Video Configuration Sub Menu Options OPTION DESCRIPTION Teletext Subtitling Page VITS Insertion VITC Insertion SMC Insertion VPS Insertion CC Insertion Page 3 22 Teletext Subtitling Select Selects a page number for the EBU Teletext Subtitling Options available are 100 through 899 NOTES The Teletext Subtitling function is available ONLY when the PID mode is activated Selection of the EBU Teletext Subtitling page from the PSI SI tables can also be done using the RUN SERVICE Sub Menu see paragraph 3 5 1 TSubtitle SubService option VITS Insertion Selection Selects the Video Internal Test Signals VITS Insertion type Disable VBI Lines 19 20 VBI Lines 17 18 VBI Line 17 NTSC VITC Insertion Selection Selects the Video Internal Time Code VITC Insertion type
91. gure 3 17 Figure 3 18 Figure 3 19 Figure 3 20 Figure 3 21 Figure 3 22 Figure 3 23 Figure 3 24 Figure 3 25 Figure 3 26 Figure 3 27 Figure 3 28 Figure 3 29 Page viii User Manual Front Matter LIST OF FIGURES IRD 2600 and IRD 2800 General View 1 1 CODICO Integrated Product Line ernnnnvnnannnovnnnnvnannnnvnnnnnannnnvnnannnnnnennnnnneennnneene 1 7 Signal Path in the IRD 2600 and IRD 20900 1 8 Front View of the IRID 2G0O0uIRD 2900 1 12 IRD 2600 IRD 2800 Rear Panel Gechon 1 12 DVB CI Module and Smart Card Insertion enr nnneesttrnnnenseenn nn 2 3 IRD 2600 and IRD 2800 Rear Panel Contfgourattons 2 4 IRD Jack Screw Ground Connection 2 7 IRD Cascade with RF Receiver Looptbrouah 2 8 IRD Cascade with G 703 Receiver Looptbrough 2 8 IRD Cascade with ASI LOOpthrough eeennrrnrennrrvnrenrrvnrerennrrnnrennrrenennrrenrennrnensennne 2 9 Master Slave RS 485 Control Cable Contouraton 2 9 IRD 2600 IRD 2800 Front Control Panel 3 2 IRD Infrared Remote Control 3 3 IRD Front Panel Main Menu Structure s neseeeseeennnnneeneensereenrtnnsnrsttnnnnnssrrrrnn reent 3 4 IRD Configuration Menu Tree Structure DSNG IRD Configuration 1000010 3 6 DSNG Receiver Configuration Menu Tree Giructure 3 8 Decoder Configuration Menu Tree Gtruchre cc ceeeeeeceeeeereeeeseeeeeeeeneeeeeeenees 3 15 Decoder Stream Configuration Sub Menu Tree Structure n 3 16 Decoder CI Configuration Sub Menu Tree Structure
92. hese options are used to view the IRDs current configuration and status e Depending on the type of Receiver installed in the IRD the Receiver Status Menu provides functions to monitor the operation of the receiver The Decoder Status Menu provides access to a further sub menu for monitoring Stream Cl Video and Audio operation e The System Status Menu enables viewing the IRD information Refer to paragraph 3 3 for a detailed description of the IRD 2600 2800 Status Menu Test Menu The Test Menu option enables access to special internal test procedures on the Decoder section of the IRD Refer to paragraph 3 4 for a detailed description of the IRD 2600 2800 Test Menu The Run Menu option enables access to high level operation menus depending on the operation mode of the IRD PID or Service Mode e When in Service Mode the Run Menu provides sub menus for advanced control and operation functions divided into Service Mode and Advance Sub Menus When in PID Mode the Run Menu provides sub menus for advanced control and operation functions divided into PID Mode and Advance Sub Menus Refer to paragraph 3 5 for a detailed description of the IRD 2600 2800 Run Menu DIN 2349 72784 00 Page 3 5 scopus 3 2 RECEIVER Frequency Range Configuration Menu User Manual Chapter 3 Operation The Configuration Menu enables the IRD operator to set up the specific configuration required of the IRD Figure 4 1 shows the IRD
93. hic OSD Graphic Test Commands PTS PCR Cl slot1 Video AC3 Sampling Software Channel Bit Transport Cl Slot 1 Video Chroma Augo i Audio1 Tone Audio1 Audio1 PID Audio1 Output Background Synchronization PIN Code Interpolation Frequency Reset Error Rate Stream Error CA Specifier Format Se Serial Number Test SubService Component Mode Color Product Status Cl slot2 IRD 2800 only Frequency Transport Cl Slot 1 Video Aspect oke Sync Mode PIN Code Video Lips Product Type Tune Stream ID Service Mode Ratio IRD 2600 only 1 Audio Audio2 PID I Audio2 Output Ca Stream H VITS Full H H SubService f Component l Mode i PSI SI Audio1 Prefered Language Sync Delay I Screen Test Tene eee Service i i i IRD 2800 onl 1 Control Port Frequency CI Slot 2 Video H Background Logo Text AM Mod f Network ID A Samplin S Component IRD 2800 only Language 232 Syntax Offset Swor Main Menu Resolution Frequency i Audio3 Audio3 PID Intensity insertion Component Decoded lines in 4 2 2 IRD 2800 only Control Port QAM GI Slot 2 PE 1 Baud Rate Mode Network Name CA Specifier Video Bit Rate jAudio3 Prefered Service ID Freq Drift Source Compensation Fonts Intensity Auge Monitor Aspect Language L PE Frequency When Current Ratio Control Port Spectral Stream Cl Slot 2 Teletext Lines X Position Scan Service N A Address Inversion Time amp Date Service Mode Count H Offset i 1 i i Te
94. hrough inter connection of multiple IRD 2600 and IRD 2800 Integrated Receiver Decoder units by daisy chaining the units It is assumed that all IRD units are configured and operational The IRD supports two Loopthrough methods e Cascade Loopthrough Output from the Receiver Input see paragraph 2 5 1 e ASI Interface Loopthrough see paragraph 2 5 2 Cascade Loopthrough Output Connect the input signal to the first IRD receiver input Cascade remaining units as shown in Figure 2 4 or for G 703 as shown in Figure 2 5 Figure 2 4 IRD Cascade with RF Receiver Loopthrough RECEIVER INPUT IRD 2600 EN gt DEn 50 60 Hz MA d TT 4 ON I oy D o m LO 3 IRD 2600 DATA OUTPUT e 3 Figure 2 5 IRD Cascade with G 703 Receiver Loopthrough NE Iess JAES EBU2 100 240VAC 1A RSA22 GPI 3 e I U 50 60 Hz Y RO ore pirez I Gore ope f d d St SN if VE MI x By H I nu Ulon d d IA Loll N F 7 A Ha ty Z Ne 4 4 ENS svoo MONITOR Re BALANCED AUDIO SER Dese N R OUT N 100 240VAG TA ue Asp OO Z Ce Pou og N ie ZZ N AS O f f Vu 2 FY Gila alld AN f Le Ol tg OI A N El ts JL SS OQ H AR W UNBALANCE ANALOG AUDIO OUT ven MAOR BALANCED AUDIO ASI SYNCLOCK SDI OUT z P N 2349 72784 00 IRD 2600
95. ice not encrypted NOT ENTITLED Service encrypted but module in SLOT 2 not entitled to it i e service not enabled ENTITLED Service encrypted and module in SLOT 2 entitled to it i e service enabled P N 2349 72784 00 IRD 2600 IRD 2800 scopus Integrated Receiver Decoders J CORE 3 3 2 3 Decoder Video Status Sub Menu The Decoder Video Status Sub Menu provides an extended menu of status monitoring options on the video data Figure 3 16 shows the menu tree of status monitoring options available in the Decoder Video Status Sub Menu Table 3 12 describes the status parameters provided by the sub menu to the IRD operator Figure 3 17 Decoder Video Status Sub Menu Tree Structure STATUS VIDEO STREAM AUDIO Video Format Video Chroma ormat if Video Aspect Kal D o Resolution Video Bit Rate Teletext Lines Q fe DIN 2349 72784 00 Page 3 41 S SCOPUS User Manual D gt rect Freng Chapter 3 Operation Table 3 13 Decoder Video Status Sub Menu Parameters OPTIONS DESCRIPTION Video Format Current Video Format Displays the video format currently used as configured in the Decoder Video Configuration Sub Menu refer to paragraph 3 2 2 3 Options available PAL B G PAL M NTSC PAL D SECAM PAL N Video Chroma Current Video Chroma Format Displays the Chroma format currently used for the incoming video stream Options available 4 2 0 4 2 0 and 4 2
96. ics Display GFX DSPL Sub Menu Commands OPTION DESCRIPTION Graphic Test Graphics Overlay Testing Enables the user to test the capabilities of the graphics function Available options NONE Test disabled COLOR LOOK UP TABLE 16 squares color test pattern displayed on the screen to test the 16 color look up table Product Status Product Status Overlays Selects for display graphic overlays with various Product Status reports Options available MAIN OPERATION see example in Figure 3 28 FRONT END OPERATION see example in Figure 3 29 PRODUCT CONFIGURATION see example in Figure 3 30 PRODUCT REVISION see example in Figure 3 31 PRODUCT SETUPS see example in Figure 3 32 NONE No Product Status overlay NOTE Same pages marked by above require more than one page to display all information Pressing the ENTER Touch Pad on the Front Panel displays the next page Stream PSI SI Overlays Selects for display graphic overlays with data from the received stream PSI SI tables Options available PROGRAM ASSOCIATION TABLE PAT see example in Figure 3 33 PROGRAM MAP TABLE PMT see example in Figure 3 34 SERVICE DESCRIPTION TABLE SDT see example in Figure 3 35 NETWORK INFORMATION TABLE NIT see example in Figure 3 36 NONE No PSI SI based overlay Logo Text Insertion Logo Text Overlay Inserts the Logo text graphic overlay Options available DISABALE Default Disables display of logo LEFT BOTTOM
97. ides the name of the module installed in SLOT 1 in accordance with EN 50221 requirements refer to paragraph 8 4 2 2 table 21 The name is filtered from the CIS Table in the module CI SLOT 1 CA Specifier Slot 1 Cl Module Specifier Provides the system ID of the module currently installed in SLOT 1 in accordance with ETR 162 requirements refer to paragraph 4 3 table 5 CI SLOT 1 Service Mode Slot 1 Cl Current Service Displays the response of the module currently installed in SLOT 1 to the service currently received Options available NO CA DESCRIPTORS Service not encrypted NOT ENTITLED Service encrypted but module in SLOT 1 not entitled to it i e service not enabled ENTITLED Service encrypted and module in SLOT 1 entitled to it i e service enabled CI SLOT 2 Main Menu Slot 2 Cl Module Name Provides the name of the module installed in SLOT 2 in accordance with EN 50221 requirements refer to paragraph 8 4 2 2 table 21 The name is filtered from the CIS Table in the module Cl SLOT 2 CA Specifier Slot 2 Cl Module Specifier Provides the system ID of the module currently installed in SLOT 2 in accordance with ETR 162 requirements refer to paragraph 4 3 table 5 CI SLOT 2 Service Mode Page 3 40 Slot 2 CI Current Service Displays the response of the module currently installed in SLOT 2 to the service currently received Options available NO CA DESCRIPTORS Serv
98. ing sub menu refer to paragraph 3 3 2 3 e Decoder Audio Status monitoring sub menu refer to paragraph 3 3 2 4 Page 3 34 P N 2349 72784 00 IRD 2600 IRD 2800 5 SCOPUS Network f Technologies Integrated Receiver Decoders Figure 3 14 Decoder Status Menu Tree Structure Initialization Main Status Display CONFIG STATUS RECEIVER DECODER SYSTEM STREAM cl VIDEO AUDIO Service Provider ASI Output Cl Slot 1 Audio1 Bit Format Kee Forma Rate Audio1 Transport CI Slot 1 Video Chroma Stream Error CA Specifier Format Sed Transport CI Slot 1 Video Aspect Stream ID Service Mode Ratio Cl Slot 2 Main Menu Video Network ID Resolution CI Slot 2 i Network Name CA Specifier Video Bit Rate r Fee i 1 BitRate EE Stream CI Slot 2 Teletext Lines Time amp Date Service Mode Count i H Sampling Stream 1 Frequency Services Count Service ID Name Service Type Service CA Mode Service CA System Type Video PID Decoded Audio1 PID Decoded Audio2 PID Decoded IRD 2800 only Audio3 PID Decoded Teletext PID Decoded PCR PID Decoded Data1 HSD PID Decoded Data2 LSD PID Decoded P N 2349 72784 00 Page 3 35 S SCOPUS User Manual 3 3 2 1 Page 3 36 Chapter 3 Operation Decoder Stream Status Sub Menu The Decoder Stream Status Sub Menu provides an extended menu of status monitoring options on the input str
99. ions available for the various IRD 2600 IRD 2800 Standard applications Table 1 2 IRD 2600 IRD 2800 Configuration Options OPTION NAME DESCRIPTION OPT 002 ASI Out Two BNC type ASI Output provides full transport stream with the selected service decrypted When used with front end input Active Interface Conversion to ASI OPT 003 Russian Secam Russian Secam on the broadcast output only Built in with OPT 006 Available only for IRD 2600 OPT 004 Unbalanced 1st Stereo Unbalanced Audio RCA on First Stereo Channel instead of the XLR balanced output OPT 005 AES EBU or OPT 005 1 AES EBU SP DIF for 1st stereo AC 3 Pass through OPT 005 2 AC 3 Pass through or AES EBU menu selectable NOTE Default connector Unbalanced BNC Option connector Balanced XLR connector Two identical video outputs Default Configuration oPT007 IR Infra red Remote Control o ooo O OPT 008 Embedded dual stereo when ordered with option 102 OPT 102 1 OPT 102 2 OPT 102 3 2nd Stereo Analog amp 2nd Stereo Analog Balanced over XLR and AES EBU Digital SP DIF over BNC OPT 103 1 3rd Stereo Analog 3rd Stereo Analog Balanced over XLR IRD 2800 ONLY OPT 103 2 3rd Stereo Digital 3rd Stereo AES EBU SP DIF over BNC IRD 2800 ONLY OPT 103 3 3rd Stereo Analog amp 3rd Stereo Analog Balanced over XLR and AES EBU Digital SP DIF over BNC IRD 2800 ONLY OPT 104 ASI In Loop through ASI TS In out without decryption Auto 188 204 BN
100. iver Menu sssrini duiiin aiina 3 30 3 3 2 Status Decoder MON si scccccccccensnsccassnesccessectectvadsd acduenensctdanndshaatencdaaenneste 3 34 3 3 2 1 Decoder Stream Status Sub Menu l a 3 36 3 3 2 2 Decoder Cl Status Sub Menu uarsrrnnnanvvrnnnnsvrnnnrrrnnrrnnnnnr 3 39 3 3 2 3 Decoder Video Status Sub Menu 3 41 3 3 2 4 Decoder Audio Status Gub Men 3 43 3 3 3 Status System Menu ste Nee KAES KENE 3 45 3 4 IK dE UNE 3 46 3 5 KINO TEE 3 48 3 5 1 Run Service Men sssaaa inaa ai r Aa 3 49 3 5 2 Run PID Metteg gek bet cecsseasade sand tdaranscduanesance deca sandsieanndacdavannsuanatacds 3 52 3 5 3 Mode Run Men sessirnir iania aE E a die 3 54 3 5 4 Advance Run Menu 3 57 3 5 4 1 Graphics Configuration GFX CNFG Sub Menu 3 58 3 5 4 2 Graphics Display GFX DSPL Sub Menu s e 3 60 3 5 4 3 Other Advance Run Sub Menu rernnnnvrvnvnrvvvnnnrsvrnnnrrrrnrvnneenn 3 66 Ener 4 1 4 1 GOMER EE EE aai 4 1 4 2 Safety Instructions sisri inian N T N TA N E EA 4 1 4 2 1 Safety Precautlons sessen aone i aE RAE EAA A 4 1 4 2 2 Caution and Warning Statements arnrenoonnrrnnonnrrnnennrnnrrnnrennrrnnrenrrnnsennnne 4 1 4 3 lee TTT 4 2 4 3 1 PowerUp Check srimenganti iA aa AAA 4 2 4 3 2 Maintenance Check Serviceability Check 4 2 4 3 3 Audio Video Stream Test 4 2 4 4 Common Status Messages 4 3 4 4 1 General Status Messages rrrnnnnnrrnnnnnnrrnnnnnrrnnnonrnennvnnennrrnnsen
101. l And Monitoring erernrvnnnnnvrvnnnnvvvnnnnsvrnnnernnrrnnnensvnnneenn 1 4 1 1 2 ele er Le EE 1 5 1 1 2 1 Broadcast Redistribution ccccecceceeeeeeeeeeeeeeeeeeeeeeeeeeees 1 5 1 1 2 2 Stand Alone Decoder mrarrnnnnvnnnennrnnnnrvnnvnnnnnnnnnnnnnnnnnnnnenennennn 1 5 1 1 2 3 Internal Corporate Distribution ccsccecceeeeeeeeeeeteeeeaeees 1 5 1 1 2 4 R I WR CIE EE 1 5 11 25 Descramblinguruaxmavnvenmtinbveenaddga admin 1 6 1 1 3 Product Leissant aa a a Aaaa A AE EA 1 7 1 2 Functional D SCriptlon iicisceiccssteccetesdadtaanaaccceanaceavede sadacdase ad shanna cocssaaneddsdaaateanas datdaned 1 8 1 2 1 IRD 2600 and IRD 2800 Block Diagoram n 1 8 1 2 2 Basie Conigurato Mss aiaa AE NE AER 1 9 1 2 3 Receiver Front End Options 1 10 1 2 4 Configuratton Options seisis be annie 1 11 1 3 Mechanical Structure aselina ionini anini sstadteavaasaenstadsacssanviaadedaeresaasdeats 1 12 1 3 1 ENCIOSUT Grisin aena ae SA deele VA TEE EE A a 1 12 1 3 2 Front Panel orenen aaeain eiea Ernia a arana ia EE idi EEN e 1 12 1 3 3 Rear ET EE 1 12 1 3 4 Rear Panel Option Cards 1 13 1 4 Management 1 15 1 4 1 Front Panel Control 1 15 1 4 2 Infrared Remote Control 1 15 1 4 3 PC Terminal Control 1 15 1 4 4 NMS 4000 Control 1 15 1 5 Characteristics and Gpechfcatons eese eeee eter tr retrett tnne nretrnnt raserer nn nnne nne 1 16 1 5 1 Receiver Input Gpechfications 1 16 1 5 2 Output Specifications 2
102. l Off Viterbi Rate Spectral Inversion DIN 2349 72784 00 DESCRIPTION Tune Frequency Received Displays the tuner programmed frequency of the signal received at the IRD as set in the Receiver Configuration Menu see paragraph 3 2 1 Number given in KHz NOTE When the Frequency Drift Compensation function is activated the displayed frequency is adjusted by the frequency offset during receiver operation Frequency Offset Value Indicates the frequency offset between the expected carrier frequency as set in the Receiver Configuration Menu see paragraph 3 2 1 and the carrier frequency of the recovered signal at the antenna Number is given in KHz QAM IRD Operational Mode Displays the QAM mode active in the QAM IRD receiver as set in the Receiver Configuration Menu see paragraph 3 2 1 Options available 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM DSNG IRD Modulation Displays the modulation detected at the DSNG IRD receiver as set in the Receiver Configuration Menu see paragraph 3 2 1 Options available QPSK 8PSK 16QAM Nyquist Filter Roll Off Displays the current roll off value of the Nyquist filter in the DSNG IRD as set in the Configuration Receiver Menu see paragraph 3 2 1 Options available 25 35 Viterbi Rate Displays the current rate for the Viterbi correction as set in the Configuration Receiver menu see paragraph 3 2 1 Options available 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9
103. lays the identification code of the current network in decimal Dec and hexadecimal Hex values Current Network Name Displays the provider name of the current network in decimal Dec and hexadecimal Hex values Current Stream Time Date Displays the time HH MM SS and date DD MMMM YYYY of the current incoming stream Current Service Count Displays the service count of the current stream in decimal Dec values Current Service ID Displays the identification code of the current service in decimal Dec and hexadecimal Hex values Current Service Provider Name Displays the service provider name of the current DVB input stream Current Service Type Displays the service type of the current DVB input stream TV Radio Data etc Current Conditional Access CA Mode Displays the CA mode currently applied to the service Service may be Clear or Encrypted Current CA System Type Displays the types of CA Systems included in the current service Second line displays the name of the system type Current Video PID Displays the PID currently decoded for the video signal received Page 3 37 S Scopus User Manual D ener Freng Chapter 3 Operation Table 3 11 Decoder Stream Status Sub Menu Parameters OPTIONS DESCRIPTION Audio1 PID Decoded Current Audio1 PID Displays the PID currently decoded for the audio 1 signal received Audio2 PID Decoded Current Audio2 PID Displays the PID currently decoded fo
104. le Top Line Service Warning Bottom Line Encrypted not entitled The top line displays the BIT Stream Warning Message The bottom line displays the problem type Table 4 5 Service Warning SERVICE WARNING POSSIBLE REASON CORRECTIVE ACTION Not Active in PSI SI Warning Operation Fault The current selected service is NOT included in the PSI SI table in the stream Select another service Encrypted Not Entitled Warning The user is not entitled to Select another service view this service Applicable for CAS 5000 encrypted COAICO services Page 4 6 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders ID Network I Technologies Appendix A Operational Menu Trees The Operational Menus provided on the front panel of CODICO IRD 2600 and IRD 2800 Integrated Receiver Decoders enables the operator to control configure and monitor the operation of the IRD according to the parameters required by the particular DVB System Navigation in the operational trees requires prior knowledge of the main menu structure and the options available in each menu of a particular unit Chapter 3 Operation provides all the information required to use the extended operational menu tree This appendix provides quick and full diagrams of the operational menu trees for the various IRD configurations available e DSNG Configuration see Figure A 1 e QPSK Configuration see Figure A 2 e QAM Configurati
105. log audio options Right section provides the selected outputs of the IRD Figure 2 2 shows two examples of IRD rear panel configurations Example A shows the Decoder configured for output over RCA connectors Example B shows the XLR alternative The following sub paragraphs detail the pin assignment of the connectors on the IRD Rear Panel Figure 2 2 IRD 2600 and IRD 2800 Rear Panel Configurations Example A 100 240VAC 1A 50 80 Hz TIAES EBUT TAES EBU2 LEFT2 RIGHT2 ol ol as M ANALOG AUDIO OUT s viDEO Neves BALAN Fenn al 2 2 Var f 3 Page 2 4 P N 2349 72784 00 IRD 2600 IRD 2800 S SCOPUS Integrated Receiver Decoders DP mrd 2 4 2 2 4 3 Front End Panels All front end panels provide an RS 422 GPI connector for the input transport stream to the IRD Table 2 1 describes the functionality of the signals available on the connector Table 2 1 RS 422 Serial Input GPI Pin Out Designations PIN DESIGNATION em O DESIGNATION Clock Retum 6 GPI1 NO option 2 GPI 1 NC option 3 DataRetun LS Inc 4 oao 2 Ine O 5 GPit Common optiony ll Decoder Cable Connections The Decoder section of the IRD is comprised of Audio outputs Video outputs Data output and a Control connection See Table 2 2 for the Decoder cables Table 2 2 Cables and Connectors for Decoder Section IN
106. m PAL N and SECAM and of 525 60 video formats PAL M to from NTSC Two Composite outputs One S VHS output Full DVB compliance as well as special modes for interoperability with certain non DVB IRDs Audio 1st channel one stereo pair balanced output via XLR connectors volume adjustment Data channel High Speed Data RS 422 and Low Speed Data RS 232 DVB descrambling SimulCrypt Support Scopus CAS 5000 descrambling BISS DSNG CA Over the air remote control Over the air software upgrade Teletext VBI WSS Close Caption VPS VITS VITC SMC analog over composite Selectable Audio Video Data combination mode OR Video only OR Data only OR Audio only mode Monitor and Control via RS 232 or RS 485 terminal factory pre set Auto save of last configuration after power off 140 pre programmed setups optional 340 Front panel control Extensive Status indicators Signal quality Eb NO Video Audio rate CA information RS 422 transport stream input P N 2349 72784 00 Page 1 9 SCOPUS User Manual 1 2 3 Page 1 10 Chapter 1 Overview Receiver Front End Options The IRD 2600 IRD 2800 are delivered in various front end configurations The following defines the specific features of each configuration in addition to the basic features described in paragraph 1 2 2 above a DVB S QPSK Receiver Front End Option e QPSK receiver for full bandwidth SCPC MCPC operation at agile 1 45 MSymbols sec e L
107. nd Loopthrough output 950 2150 MHz 3dB Input level 65 to 25 dBm Symbol Rate 1 45 Msymbols sec continues Symbol Rate acquisition 70 ppm range Carrier acquisition range 1 4 Symbol Rate BER Quasi Error Free after 2 x 10 4 for Eb No 5 5 dB after Viterbi 3 4 Reed Solomon De interleaving Off 14V 18V 350 mA maximum 22 kHz Off Spectral Inversion Page 1 16 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders DP senna bane Table 1 6 DSNG Input Features and Specifications FEATURE SPECIFICATION Modulation and coding schems QPSK FEC rate 1 2 2 3 3 4 5 6 7 8 8PSK FEC rate 2 3 5 6 8 9 16QAM FEC rate 3 4 7 8 Automatic modulation scheme recovery 1 lt Rs lt 45 Mbaud Co 10Log Sat baud rate dBm Spectral inversion ambiguity Automatic resolution LNB power generation Off 13 or 18 Vdc 350 mA max 22Khz single tone burst and Diseqc 1 0 message and Diseqc 2 0 compatible Table 1 7 QAM Input Features and Specifications input Level Symbol Rate 1 to 7 Mbaud 15 Additional Features Digital Automatic Gain Control Half Nyquist Filtering Blind equalization Digital carrier recovery P N 2349 72784 00 Page 1 17 C S1SCODPUS User Manual 5 KKK Chapter 1 Overview Table 1 8 Telecom G 703 Input Features and Specifications FEATURE SPECIFICATION Input Impedance 75Q Bit Rate Unframed E1 2 048 Mbps E2 8 448 Mbps and E3 34 368
108. nnection Ground connection to the IRD is made by connecting an AC power cable to the IRD AC connector If the IRD is fitted with a 48V DC power supply please follow the instruction provided under paragraph 2 4 5 3 below When the IRD is rack mounted the jackscrew shown in Figure 2 3 must be connected to the rack housing which in turn should be properly grounded Figure 2 3 IRD Jack Screw Ground Connection AC Power Supply Configuration DC Power Supply Configuration ZA Fo VEA N 100 240VAC 1A J 36 72 VDC 6A 50 60 Hz SL GND O O pb Ground Jackscrew Ground Jackscrew AC Power Connector Connect the AC power cable to the IRD power connector at the rear of the unit see Figure 2 3 Connect the other end to the AC power source DC Power Connector In some cases the IRD is fitted with a 48V DC Power Supply as shown Figure 2 3 DC Power Configuration When this is the case please connect the power source as described below To connect the 48V Power Supply a Connect a 48V DC source wire to the contact on the power terminal board b Connect a 48V DC source wire to the contact on the power terminal board c Connect Grounding point wire to the GND contact on the power terminal board P N 2349 72784 00 Page 2 7 scopus 2 5 2 5 1 Page 2 8 User Manual Chapter 2 Installation System Expansion This section provides instructions for system expansion t
109. nnel 0002 Encrypt Digital Television Networks MTV 3 0003 Encrypt Digital Television Networks Bloomberg 0004 Encrypt Digital Television Networks MTV2 0005 Encrypt Digital Television Networks MTV H 0006 Encrypt Digital Television Networks MTV 1 0007 Encrypt Digital Television Networks VH1 0008 Encrypt Digital Television I Networks Sci Fi UK 0009 Encrypt Digital Television Networks MTV F 000A Encrypt Digital Television Networks MTV 5 Figure 3 36 Stream PSI SI Network Information Table NIT Overlay Example IRD NETWORK MEMORY CONTAIN 001 DVB STREAMS Satellite net 001 VIACOM MUX 1 SATELLITE DELIVERY SYSTEM Frequency Position Modulate Symbol R FEC kkkkkkkxkk kkkkkkkkkkkkkkkkkkkkkkkkkkkkkkkx k kkkkkkkx k kkkkkkkxk kkk 01124150 0130 Eastern Linear vertical QPSK 00275000 3 4 3 5 4 3 Other Advance Run Sub Menu The Other Advance Run Sub Menu enables a group of advanced commands CAUTION Advanced functions are to be operated ONLY by the authorized Scopus personnel Unauthorized operation may create in unpredicted results Page 3 66 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies 4 MAINTENANCE 4 1 General This chapter provides maintenance instructions for the CODICO IRD 2600 and IRD 2800 Integrated Receiver Decoders These instructions include test procedures and faults isolation di
110. nrrnsennrneseennnnr 4 3 4 4 2 Hardware Failure Messages rursrrnnansvvvnnnnnvvnnnnsnvrnnenansnnrnnersnnrrnssnnrresesnnnnn 4 4 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies Appendix A Appendix B P N 2349 72784 00 4 4 3 BIT Stream Warning Messages rrrvvnnannvvnnnnnvvrnnnnvvrnnrnnnrsnnrnnsrennrnssennnne 4 5 4 4 4 Service Warning Messages murrnnrrnnnnnrrnnnnnnrnnrnnnrrnnrnrennrrnnrennrrnsrnnrnessennnne 4 6 Operational Menu Trees nn eeeeeaeaececeeeeeanaeeeeeeeseesnaceeeeeeeetennnaeess 1 LNB Theory Of Operation 11 Why is an LNB needed sssessseseessrrsseirssttrrssttsttrrntttttssttnnnttnunattn nanen unaren nanten nanena 11 Frequency Calculation IRD UND 11 Use of a Splitter or Distribution band Amplifier eee cee ceeeeeeeneeeeeenteeeeeneeeeeeaes 12 Calculating the L Band Frequency cccceeeecceceseeeeeeeeeecneeeeesaeeeesnaeeeeeeieeeeesnaeeeenaaes 13 Calculating Symbol Rate rnrrnnronrrnnnonnrnnronnrrnnennranrrnnnennrnnnennrrensennrnnsennrnessennrresennnnne 14 Page vii scopus Figure 1 1 Figure 1 2 Figure 1 3 Figure 1 4 Figure 1 5 Figure 2 1 Figure 2 2 Figure 2 3 Figure 2 4 Figure 2 5 Figure 2 6 Figure 2 7 Figure 3 1 Figure 3 2 Figure 3 3 Figure 3 4 Figure 3 5 Figure 3 6 Figure 3 7 Figure 3 8 Figure 3 9 Figure 3 10 Figure 3 11 Figure 3 12 Figure 3 13 Figure 3 14 Figure 3 15 Figure 3 16 Fi
111. nvnnne 2 7 2 4 5 3 DC Power Commectot cccecccccceseeceeeeeceeeceneeeeee ceneneeeeeneneeees 2 7 2 5 System Expansion EE 2 8 2 5 1 Cascade Loopthrough Output 2 8 25 2 ASI Loopthrough Cascade necsccsinccceenarncna 2 9 2 5 3 RS 485 Master Slave Connechon 2 9 2 6 Initialization And Configuration uarsvverennvvvnnnnvvvnnvrnnnnnvrnnnnorrnennennrnnersrnesrennrressennne 2 10 2 6 1 Powering Up EE 2 10 2 6 2 Initialization Geouence cece eeeeeeeeneaeeeeeeeeeesneaeeeeess 2 10 2 6 3 Serviceability CHECK miuimmsminimrvmute vaker veda N este 2 13 Operation unugs cider ads Gasser dau sadawugddekeadceenugl a aaa aaa aa aaa aa aa aaa aa 3 1 3 1 ue Uerde TEE 3 1 3 1 1 IRD Operation and Management 3 1 3 1 1 1 Front Control Panel seversin aT 3 2 3 1 1 2 Infrared Remote Control Optional 3 3 3 1 13 Four Way Touch Pad oecnccneccrrinnneniiieiai a 3 4 3 1 2 Front Panel Common Main Menu Options sssssneeeseeennnreenrrenseerernr renne 3 4 3 2 V eluelfteCuleid TEE 3 6 3 2 1 Configuration Receiver Men 3 7 3 2 2 Configuration Decoder Mem 3 14 3 2 2 1 Decoder Stream Configuration Gub Menu 3 16 3 2 2 2 Decoder Cl Configuration Sub Menu ursrvrnnnvvvvnnnrvvvnnnnnenr 3 19 3 2 2 3 Decoder Video Configuration Gub Men 3 20 3 2 2 4 Decoder Audio Configuration Gub Men 3 23 3 2 3 Configuration System Men 3 25 3 3 Status MENU Aram unundranmahokarsaem i Mente eee 3 29 3 3 1 Status Rece
112. ogies Ltd takes great pride in delivery of its products and makes every endeavor to ensure its clients full satisfactory On behalf of all the Scopus team we would like to extend our congratulations on your investment in the CODICO IRD 2600 and IRD 2800 Family of Integrated Receiver Decoders IRD 2600 AND IRD 2800 INTEGRATED RECEIVER DECODER MANUAL SCOPE AND STRUCTURE The User Manual for the CODICO IRD 2600 and IRD 2800 Integrated Receiver Decoders is comprised of three main sections OVERVIEW This section provides introduction and product description including highlights benefits and typical applications gives a functional and physical description of the unit and lists its main capabilities and specifications INSTALLATION This section provides data and procedures required to install and activate the unit Procedures include site preparation and requirements installation in a 19 rack cable connections panel options and Pin out descriptions initial settings and serviceability check OPERATION This section provides theoretical background on the operation of the unit and gives data and instructions on using the unit and operating the control and monitoring functions provided to the user MAINTENACE The manual includes the following appendices e Appendix A Operational Menu Trees e Appendix B LNB Theory Of Operation It is assumed throughout this document that personnel have a general knowledge about the IRD 2
113. on see Figure A 3 e G 703 Configuration see Figure A 4 e ATM DVB PDH Configuration see Figure A 5 All configurations share a common initialization phase and Main Menu structure as described in paragraph 3 1 1 3 Common Status Messages will also be displayed on the LCD in case of hardware failure or general purpose information For a description of the Status Messages please refer to paragraph 4 4 A dotted menu selection in the diagrams indicates that the availability of this option is dependent upon the system configuration For example Password control is available as an option for the IRD Once a session has been initiated via the Password the password is bypassed on repeated entry to the MAIN MENU NOTE Unless specifically marked all items are applicable for both the IRD 2600 and the IRD 2800 Items marked by double asterix are available ONLY for IRD 2600 Items marked by a hart triple asterix are available ONLY for IRD 2800 DIN 2349 72784 00 Page 1 IRD 2600 IRD 2800 Integrated Receiver Decoders Figure A 1 RECEIVER Frequency Range Ku C Band L Band DSNG IRD Front Panel Menu Tree STREAM CONFIG Cl DECODER VIDEO SYSTEM AUDIO RECEIVER LNB Local LNB Local 27 MHz C Operation Audio Decoder Display i e Oscillator Oscillator Synchronization Video Format Signal Quality LNB Power LNB Power PTS PCR Cl slot1 Video AC3 Sampling Software Eb NO Supply Supply Synchroniza
114. ormat Transport CI Slot 1 Video Chroma Stream Error CA Specifier Format Transport Video Aspect Stream ID Ratio Video rike P CI Slot 2 Network Name CA Specifier Video Bit Rate Stream Teletext Lines Time amp Date Count Stream Services Count VIDEO CI Slot 1 Main Menu CI Slot 1 Service Mode CI Slot 2 Main Menu CI Slot 2 Service Mode Service ID Service Provider Name Service Type Service CA Mode Service CA System Type Video PID Decoded Audio1 PID Decoded Audio2 PID Decoded H IRD 2800 only Audio3 i PID Decoded i i Teletext PID Decoded PCR PID Decoded Data1 HSD PID Decoded Data2 LSD PID Decoded AUDIO Audio Sampling Frequency i 3 Sampling Frequency 1 Audio3 t Bit Rate t 1 1 1 i Sampling 1 Frequency TEST SYSTEM 8 Audio1 Bit Product Decoding Test A See er E Ge Audio1 Tone Serial Number IRD 2600 only VITSFull Screen Test H SERVICE or Audio1 SubService Audio2 SubService Audio3 DVB SbtL Sub Service Data1 SubService Data2 SubService Store Decoded Service to o SO K ki H H PID Video PID Component Audio1 PID Component Audio2 PID Component IRD 2800 only Audio3 PID Component RUN MODE GFX CNFG Video Operation Mode Graphic OSD Audi Background Color Fonts Color Background Intensity Fonts Intensity
115. provided Table 3 4 describes the configuration functions available for the receiver option installed in the IRD 2600 IRD 2800 DSNG QPSK QAM ATM and G 703 input options The M icon legend is used to show menu option availability for the different input receiver DIN 2349 72784 00 Page 3 7 scopus Figure 3 5 i Frequency Range User Manual Chapter 3 Operation DSNG Receiver Configuration Menu Tree Structure CONFIG QPSK Front End Frequency Range Ku C Band LNB Local Oscillator LNB Power Supply Input Signal Source Transponder Frequency Symbol Rate Modulation Mode Nyquist Filter Roll Off Viterbi Rate Spectral Inversion Freq Drift Compensation Frequency Scan Network Channel Page 3 8 L Band LNB Local Oscillator LNB Power Supply LNB 22KHz Input Signal Source L Band Frequency Symbol Rate Modulation Mode N requist Filter Roll Off Viterbi Rate Spectral Inversion Freq Drift compensation Frequency can Network Channels Ku C Band LNB Local Oscillator LNB Power Supply Source Transponder Frequency Symbol Rate Viterbi Rate Spectral Inversion Freq Drift Compensation Frequency Scan Network Channel L Band LNB Local Oscillator LNB Power Supply LNB 22KHz Source L Band Frequency Symbol Rate Viterbi Rate Spectral Inversion Freq Drift compensation Frequency Scan Network Chann
116. r Operation Display Contrast Software AC3 Sampling Reset Frequency Audio1 Prefered Language Product Type Audio2 Prefered Control Port Language 232 Syntax IRD 2800 only Control Port Audio3 Prefered Baud Rate Language Control Port Address Data1 HSD Output Format Data2 LSD Output Format Data1 HSD Output Rate Data2 LSD Output Rate Default Data Por DSNG CA Encryption Key Session Word Injected ID IRD Configuration Menu Tree Structure DSNG IRD Configuration P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders ID Network I Technologies 3 2 1 Configuration Receiver Menu The IRD is provided in a wide range of input receivers QPSK DVB S DSNG DVB DSNG QAM DVB C G 703 E1 E2 E3 and ATM DVB PDH SDH receiver options The Configuration Receiver Menu is input sensitive i e varies automatically according to the IRD Input option installed and provides a group of functions to configure the receiver section of the IRD Figure 3 5 shows the various menu options provided for the different front end interfaces NOTE IRD with a G 703 Input type receiver is automatically configured thus no configuration functions under the Configuration Receiver Menu are applicable for this option The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions
117. r is standard in the DSNG application For all other receivers QPSK QAM ATM and G 703 the IN B connector is connected as loop through of In A input As an option an additional independent In B input can be added to these receivers When this option is implemented for any one of the receivers the Input Select function is available in the Receiver Configuration Menu to select between In A and In B L Band L Band Receiver Frequency Selection Frequency Input of the calculated L Band Frequency for the DSNG IRD and QPSK IRD Receivers in the L Band as described in Appendix B Transponder Ku C Band Frequency Selection Frequency Input of the Satellite Transponder Ku or C Band frequency for the DSNG IRD and QPSK IRD Receivers in the Ku C Band See Appendix B for an example on calculating the input frequency Page 3 10 P N 2349 72784 00 IRD 2600 IRD 2800 Integrated Receiver Decoders 5 scopus Table 3 4 Configuration Receiver Menu Options OPTION VHF UHF Frequency i Hu 8 Modulation Mode Nyquist Filter Roll Off DIN 2349 72784 00 DESCRIPTION VHF UHF Band Frequency Selection Displays the expected carrier frequency of the received input signal at the QAM DVB C application Symbol Rate Setup The Symbol Rate for a group of station programs is configured according to the broadcast program parameters and the specific ranges available in your IRD The available Symbol Rate range is QPSK and DSNG 1 45
118. r the audio 2 signal received Audio3 PID Decoded Current Audio3 PID Displays the PID currently decoded for the audio 3 signal received Available ONLY in the IRD 2800 Teletext PID Decoded Current Teletext PID Displays the PID currently decoded for the Teletext signal received PCR PID Decoded Current PCR PID Displays the PID currently decoded for the PCR information received Data1 HSD PID Decoded Current Data1 HSD PID Displays the PID currently decoded for the Data1 HSD data received Data2 LSD PID Decoded Current Data2 HSD PID Displays the PID currently decoded for the Data2 LSD data received Page 3 38 P N 2349 72784 00 IRD 2600 IRD 2800 E scopus Integrated Receiver Decoders J CORE 3 3 2 2 Decoder CI Status Sub Menu The Decoder CI Status Sub Menu provides an extended menu of status monitoring options on the Common Interface Cl data Figure 3 16 shows the menu tree of status monitoring options available in the Decoder Cl Status Sub Menu Table 3 12 describes the status parameters provided by the sub menu to the IRD operator Figure 3 16 Decoder CI Status Sub Menu Tree Structure STATUS VIDEO AUDIO STREAM 2 ecifier Cl Slot 2 Service Mode DIN 2349 72784 00 Page 3 39 scopus Table 3 12 User Manual Chapter 3 Operation Decoder CI Status Sub Menu Parameters OPTIONS DESCRIPTION CI SLOT 1 Main Menu Slot 1 CI Module Name Prov
119. rectives 4 2 Safety Instructions A WARNING Whenever it is suspected that safety protection is impaired the IRD equipment must be made inoperative and secured against unintended operation and the appropriate servicing authority must be informed Safety is likely to be impaired if for example the equipment fails to perform the intended functions or shows visible damage Servicing and maintenance instructions are for qualified personnel only To reduce the risk of shock and damage to equipment do not perform any servicing and maintenance unless you are qualified to do SO 4 2 1 Safety Precautions The equipment described in this manual contains parts that are connected to the electrical power supply This is a potentially lethal voltage For correct and safe use of IRD equipment it is essential that operating and servicing personnel follow generally accepted safety procedures in addition to the safety precautions specified in this manual Specific warning and caution statements where applicable appear throughout this manual Warnings Cautions and or symbols are marked on the IRD hardware where necessary 4 2 2 Caution and Warning Statements Throughout this manual the following caution and warning symbols are used A CAUTION SYMBOL The CAUTION symbol is used to indicate correct operation or maintenance in order to prevent damage to or destruction of equipment or other property A WARNING SYMBOL The WA
120. rk Technologies Audio2 Decoder Failure Fault Hardware Problem Repair in Scopus Network Technologies Video Encoder1 Failure Fault Hardware Problem Repair in Scopus Network Technologies Video Encoder2 Failure Fault Hardware Problem Repair in Scopus Network Technologies Audio1 Dac Failure Fault Hardware Problem Repair in Scopus Network Technologies Video Output Failure Fault Hardware Problem Repair in Scopus Network Technologies SDI Output Failure Fault Hardware Problem Repair in Scopus Network Technologies E2Prom Failure Fault Hardware Problem Repair in Scopus Network Technologies XLINX1 Failure Fault Hardware Problem Repair in Scopus Network Technologies XLINX1 FIFO Failure Fault Hardware Problem Repair in Scopus Network Technologies XLINX1 RAM Failure Fault Hardware Problem Repair in Scopus Network Technologies XLINX2 Option Failure Fault Hardware Problem Repair in Scopus Network Technologies XLINX2 RAM Failure Fault Hardware Problem Repair in Scopus Network Technologies FRONT END FAILURE Fault Hardware Problem Repair in Scopus Network Technologies Page 4 4 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies 4 4 3 BIT Stream Warning Messages The BIT Stream Warning messages are displayed on the IRD Main Status display Figure 4 3 shows the structure of the message and Table 4 4 lists the messages and provides information about the detected failure types and possible r
121. s PTS PCR Synchronization function Active when PIS PCR synchronization is ENABLED Options available Locked Picture video and sound audio are locked 2mSec Standard Standard Synch of video and audio data t40mSec Option available for IRD 2800 only Service Component PID Service Information Set Up Mode Selects the set up mode for the service components information Manually by User Switches the IRD to PID mode Service Information must be manually provided when in PID Mode DVB Service Content Switches the IRD to Service Mode When in Service Mode the IRD extracts service information from the PSI SI tables contained in the stream Service ID Source Service ID Source Selection Selects the source for the identification data on the services received Options available Stream PSI SI Tables External information provided by the stream PSI SI tables Pre programmed Memory Pre saved information in the IRD programmed non volatile memory When Current Service Current Service Not Available Response Not Available Defines the reaction of the IRD when the current service is not available Automatic call 1st Active The IRD will auto select the first active service Wait for User command The IRD will wait in the current service until the user will change his request DIN 2349 72784 00 Page 3 17 scopus Table 3 5 User Manual Chapter 3 Operation Decoder Stream Configuration Menu Options OPTION D
122. s available in the Decoder Stream Configuration Sub Menu Table 3 5 describes the configuration functions provided to the IRD operator in the sub menu Figure 3 7 Decoder Stream Configuration Sub Menu Tree Structure CONFIG VIDEO STREAM 27 MHz Synchronization PTS PCR Synchronization Lock Sinc Mode Service Component PID Service ID Source When Current Service N A Data1 HSD PID Filtering Data2 LSD PID Filtering AUDIO P N 2349 72784 00 Page 3 16 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Table 3 5 Decoder Stream Configuration Menu Options OPTION DESCRIPTION 27 MHz Synchronization Decoder Synchronization Source The IRD is synchronized by a 27MHz clock generated by a Voltage Controlled Oscillator VCXO This function enables the user to select a synchronization source for the VCXO Options available Internal The VCXO is factory calibrated to a fixed 27 MHz clock External Video Sync The VCXO is synchronized to an external video signal External Stream PCR The VCXO is synchronized by the stream Program Clock Recovery PCR signal received with the stream data PTS PCR Lips Synchronization Synchronization ENABLE DISABLE the PTS PCR picture video and sound audio lips synchronization using the Presentation Time Stamp PTS and PCR signals from the stream data Lips Sync Mode Lips Synchronization Mode Selects the operating mode for the Lip
123. s parameter sets the Data1 HSD output rate Available rates 10 K b s through 20 M bis Data2 LSD Output Rate Data2 Output Rate Set Up This parameter sets the Data2 LSD output rate Available rates 1200 Baud through 115200 Baud Default Data Port Default Data Port Definition Determines the default data port when the data PID does not provide HSD LSD descriptor Options are Data1 Data2 LSD DSNG CA DSNG Encryption Mode Selection Encryption Mode Selects the DSNG Conditional Access CA encryption mode Options available BISS Mode 1 BISS E Clear SW BISS E Injected ID BISS E Buried ID EVEN ODD DIN 2349 72784 00 Page 3 27 scopus User Manual Chapter 3 Operation Table 3 9 System Configuration Menu Options OPTION DESCRIPTION ODD EVEN Key Injected ID Session Word Setup Sets the session word for BISS encryption word value 8 digits Hex word for all BISS CA encryption modes NOTE This option is NOT available when the EVEN ODD DSNG CA Encryption mode is selected Odd Even Key Setup Sets the key value 64 bit word for the ODD EVEN CA Encryption mode NOTE This option is available ONLY when the EVEN ODD DSNG CA Encryption mode is selected It is NOT available when any of the BISS CA Encryption modes are activated BISS E Injected ID Word Setup Sets the word value 56 bit word for the BISS E Injected ID mode NOTE T this option is available ONLY when the BI
124. semblies according to its standard price list relevant at such time Cards assemblies thus repaired shall carry a warranty of 6 months CE Certification Both IRD 2600 and IRD 2800 meet all the CE Class B requirements with the exception of Emission Requirements In order to meet CE requirements the following cables must be connected on all ASI outputs ASI out 1 ASI out 2 ASI out 3 When cables are connected to these outputs then the device is compliant with FAIR RITE 0443164151 P N 2349 72784 00 Page iii S SCOPUS User Manual 2 Network Technologies Front Matter FCC Compliance Notice Trade Name Scopus Product Name Integrated Receiver Decoder Product Model Number CODICO IRD 2600 Product Model Number CODICO IRD 2800 These devices comply with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference 2 This device must accept any interference received including interference that may cause undesired operation Responsible Party Responsible Party s Name Jay Gedanken Address 16776 Bernardo Ctr Dr San Diego CA 92128 Responsible Party s Telephone 1 619 618 1600 The FCC Wants You to Know This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to Part 15 of the FCC rules These limits are designed to Provide reasonable protection against harmful interference in a residential installation
125. t Table 1 13 Audio Output Features and Specifications FEATURE SPECIFICATION Quality CD Quality 16 bit delta sigma DAC Sample rates 48 KHz 44 1 KHz 32 KHz 24 KHz 22 05 KHz 16 KHz Decoding Levels MPEG 2 Stereo MPEG 1 layer I and II AC 3 Dolby Digital Surround pass through Linear Audio on digital output IRD 2800 Only Audio 1 Channel Balanced Stereo Unbalanced Mono Stereo option AES EBU SP DIF option Audio 2 Channel option Balanced Stereo option AES EBU SP DIF option Audio 3 Channel option Balanced Stereo option ONLY for IRD 2800 AES EBU SP DIF option Page 1 20 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders DP senna bane 1 5 3 Control Ports Specifications The IRD provides connections for terminal control on the IRD over RS 232 interface or RS 485 Interface Table 1 14 details the interface specifications Table 1 14 RS 232 Interface Specifications PARAMETER SETTING XON XOFF Baud Rate 9600 19200 38400 57600 115200 Data Bits N None Stop Bits Terminal Emulation ANSI VT 100 1 5 4 Physical Features and Specifications Table 1 15 summarizes the physical features and specifications of the IRD 2600 and IRD 2800 Table 1 16 summarizes the electrical supply and consumption specifications of the IRD 2600 and the IRD 2800 in both options AC and DC supply Table 1 15 Physical Specifications PARAMETER SPECIFICATION Dimensions 1U 4 4 x
126. t H W BOOTMAINDATE 420 02 00 014 22 NOV 2000 Product Serial Number Product Serial Number Provides the product serial number in hex and decimal Example 0003E8 hex 00001000 Dec P N 2349 72784 00 Page 3 45 S SCOPUS User Manual 3 4 Page 3 46 Chapter 3 Operation Test Menu The IRD enables the user to perform a group of tests to check the correct operation of the unit Figure 3 20 shows the Test Menu Tree structure password is required only if it was enabled previously Table 3 16 describes the test options provided by the menu The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided Figure 3 20 Test Menu Tree Structure Initialization Main Status Display CONFIG STATUS Decoding Test Pattern Audio1 Tone Test IRD 2600 only VITS Full Screen Test L P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders I Table 3 16 Test Menu Functions OPTION DESCRIPTION Decoding Test Pattern Test Pattern Decoding Test This test option checks the response of the decoding function in the IRD to various internally injected test patterns Available test options None PAL B G PAL D SECAM PAL N these tests include display of Teletext information PAL M NTSC these tests include display of Audio1 and Audio2 information Audio1 Tone Test Audio
127. t channels on LEFT connectors Audio2 DAC Output Type Audio2 DAC Output Type Available ONLY for the IRD 2800 Selects the modulation type for the Audio 2 Digital to Analog Converter DAC Options available MONO MIXING Mixes left and right stereo channels signals for mono output on both LEFT and RIGHT Audio connectors STEREO LEFT amp RIGHT Standard stereo output on the respective LEFT amp RIGHT connectors BOTH RIGHT Outputs right stereo on both LEFT and RIGHT connectors BOUT LEFT Outputs left stereo on both LEFT and RIGHT connectors SWAP L gt ROL Swaps outputs Left channels on RIGHT connectors Right channels on LEFT connectors Page 3 56 P N 2349 72784 00 IRD 2600 IRD 2800 SI scopus Integrated Receiver Decoders J CORE 3 5 4 Advance Run Menu The Advance Run Menu provides the IRD user a group of advanced configuration and set up functions for the IRD Figure 3 24 shows the menu tree of functions available in the Advance Run Menu password is required only if it was enabled previously The IRD Front Panel display controls and keypad are used to scroll through the menu view the options available and set the parameters of the configuration functions provided The Advance Run functions are grouped into three groups and are described in the following sub paragraphs e Graphic Configuration GFX CNFG Sub Menu refer to paragraph 3 5 4 1 e Graphic Display GFX DSPL Sub Menu refer to paragraph 3 5
128. talled is the G 703 interface The panel provides 2 ASI OUT via BNC connectors 7 AUXILIARY OUTPUTS CR r S AUXILIARY Page 1 14 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies 1 4 1 4 1 1 4 2 1 4 3 1 4 4 Management The IRD 2600 and IRD 2800 Integrated Receiver Decoder contain embedded software for control and configuration The embedded software is accessible by the following interfaces e IRD 2600 IRD 2800 Front Panel e Infrared Remote Control e PC terminal e NMS 4000 broadcast link via an external modem In addition to the embedded software prepared program scripts may be applied to the IRD 2600 and IRD 2800 via a PC terminal or via the NMS 4000 Front Panel Control The IRD 2600 and IRD 2800 Front Panel provide a two line LCD display and a control keys It enables the user to control and monitor the IRD 2600 and IRD 2800 Infrared Remote Control The infrared remote control device optionally supplied with the IRD 2600 and IRD 2800 enables arm chair control of the IRD 2600 and IRD 2800 The control keys are similar to those on the IRD 2600 and IRD 2800 Front Panel in order to provide a common interface and control syntax PC Terminal Control The IRD 2600 and IRD 2800 may be controlled and configured from a standard PC terminal attached to the Control RS 232 or RS 485 connector The terminal provides access to control and monitor
129. tem access the enter password prompt is displayed If a password is not set the system will proceed directly to point three WARNING WARNING is displayed with a message This message lt Warning or Status Message gt is normal on first time initialization See IRD Operation Guide Status Messages for list and definition of messages If the word FAULT appears a hardware malfunction is indicated Contact the manufacturer for further instructions CONFIG STATUS TEST RUN Go to System Menu Select the TEST option TEST For instructions on performing tests refer to Section 2 6 3 Serviceability ALL O K A successful test result is displayed on the LCD as ALL SERVICE INTERNAL TEST O K Return the Test mode to NONE position to ensure that the IRD returns to normal operation Return to the root menu f CONFIG STATUS TEST RUN Select the CONFIG option To proceed with configuration as required Page 2 10 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network Technologies For DSNG Front End Receiver to the IRD 2600 IRD 2800 proceed with Table 2 7 For QPSK Front End Receiver to the IRD 2600 IRD 2800 proceed with Table 2 8 For QAM Front End Receiver to the IRD 2600 IRD 2800 proceed with Table 2 9 Refer to chapter 3 Operation for instructions on all other input types as well as for Decoder Only operation configuration and or changing the device Product Type Table 2 7 DSNG Re
130. text Sub service contained within the main DVB Service The top line on the LCD displays the Teletext PID number The bottom line displays a list of all available services for selection The information is provided as index number and the language format Example 007 Russian Page 3 50 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies Table 3 17 Service Run Menu Parameters OPTION DESCRIPTION TTX SbtL Sub EBU Teletext Subtitle Page Sub Service Selection Service Enables selection of the Teletext Subtitle Page Sub service contained within the main DVB Service in accordance to ETS 300 743 The top line on the LCD displays the Teletext Subtitle Page number The bottom line displays a list of all available services for selection The information is provided as index number and the language format Example 005 Japanese DVB SbtL Sub DVB SbtL Sub Service Selection Service Enables selection of DVB SbtL Sub service contained within the main DVB Service The top line on the LCD displays the DVB SbtL PID number The bottom line displays a list of all available services for selection The information is provided as index number and the language format Example 007 Russian Data1 Sub Service Data1 Sub Service Selection Enables selection of the 1 st Data Channel HS high speed data Sub service contained within the main DVB Service The top line on the LCD displays the HS Data
131. through output with two ASI outputs and RS 422 GPI interface connector QAM RECEIVER FRONT END QAM input with two ASI out and RS 422 GPI interface connector ASI ASI OUT 2 OUT 2 Dei E3 E2 EN RSG G 703 RECEIVER FRONT END G 703 input BNC unbalanced with MENE Sm O LG loopthrough output and RS 422 GPI interface connector UNBALANCED DS3 E3 EX Ett RS422 GPI ATM RECEIVER FRONT END ATM input with two ASI output and RS 422 GPI interface connector D BASIC DECODER FRONT END RS422 GPI 2 ASI Output Decrypted selected only when ag the CI is supplied When used with front end me input can provide active interface conversion to ASI In addition provides RS 422 GPI interface connector P N 2349 72784 00 Page 1 13 S Scopus User Manual D nt Freng Chapter 1 Overview Table 1 4 IRD 2600 IRD 2800 Output Option OPTION CARD DESCRIPTION BLANK OUTPUT PANEL This panel is supplied as default when no output option is ordered Full With ASI In and OUT 3 Balanced Analog Audio over XLR or AES EBU SP DIF over XLR ASI IN OUT Loopthrough Sync lock IN OUT SDI OUT 1 2 Balanced Analog Audio 2 Out over XLR Balanced Analog Audio 2 and 3 Out over NT Applicable Only for IRD 2800 BALANCED AUDIO OU Full With ASI OUT 1 2 ASI OUT1 and OUT2 This option is supplied when the receiver option ins
132. tion PIN Code Interpolation Frequency Reset Input Signal Input Signal Source Source Transponder L Band Frequency Frequency Symbol Rate Symbol Rate Modulation Mode Nyquist Filter Roll Off N requist Filter Roll Off Data2 LSD PID Filtering Subtiling Page Data2 LSD Output Format Cl slot2 IRD 2800 only laudio1 Prefered LNB 22KHz oke Sync Model Product Type El Video Lips Sync Delay Service Audio Prefered Control Port Component i ie PID Monitor Aspect Ratio Source Teletext Audio3 Prefered ee Insertion Language When Current Control Port Service N A Subtitle Prefer Address Language Modulation Data1 HSD PID Data1 HSD Mode Filtering Teletext Output Format Viterbi Rate Viterbi Rate Spectral Inversion Spectral Inversion Freq Drift Compensation Freq Drift compensation Frequency Scan Frequency can Network Channels Network Channel DIN 2349 72784 00 VITS Insertion VITC Insertion SMC Insertion VPS Insertion CC Insertion Data1 HSD Output Rate Data2 LSD Output Rate Default Data Port DSNG CA Encryption Key Session Word Injected ID Link Margin Signal Level Signal Spectral Density Viterbi Bit Error Rate R Solomon Bit Error Rate Bit Seq Frequency Tune Modulation Mode Nyquist Filter Roll Off Viterbi Rate Spectral Inversion U D fo fe a o Ka D 3 a o 3 STATUS DECODER STREAM CI ASI Output F
133. tions From Level 0 Opaque to Level 8 Transparent Fonts Intensity Select Selects the level of transparency 9 levels of the fonts displayed on the graphics overlay i e how much of the video picture can be viewed through the graphics Available options From Level 0 Opaque to Level 8 Transparent Subtitle Offset X Position Sets the Lateral position x offset of the subtitle graphic overlay Teletext or DVB Range from 120 to 120 pixels x position offset Subtitle Offset Y Position Sets the vertical position y offset of the subtitle graphic overlay Teletext or DVB Range from 120 to 120 pixels y position offset Page 3 59 scopus User Manual neework technologies Chapter 3 Operation 3 5 4 2 Graphics Display GFX DSPL Sub Menu The Graphics Display Sub Menu enables the IRD user to select the graphic overlays to be displayed over the video picture Figure 3 27 shows the menu tree flowchart for the Graphics Display GF X DSLP Sub Menu Tree password is required only if it was enabled previously Table 3 21 describes the Sub Menu functions Figure 3 27 Graphics Display GFX DSPL Sub Menu Tree CONFIG STATUS SERVICE or PID ADVANCE GFX_CNFG GFX_DSPL OTHER Graphic Test Product Status Stream Logo Text insertion Page 3 60 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders D Network I Technologies Table 3 21 Graph
134. ub menu refer to paragraph 3 2 2 2 e Decoder Video functions configuration sub menu refer to paragraph 3 2 2 3 e Decoder Audio functions configuration sub menu refer to paragraph 3 2 2 4 P N 2349 72784 00 IRD 2600 IRD 2800 5 SCOPUS Network Integrated Receiver Decoders Figure 3 6 Decoder Configuration Menu Tree Structure Initialization Main Status Display CONFIG STATUS TEST RUN RECEIVER DECODER SYSTEM STREAM Cl VIDEO AUDIO 27 MHz C Operation Audio Decoder Synchronization ore PTS PCR Cl slot1 Video AC3 Sampling Synchronization PIN Code Interpolation Frequency Cl slot2 IRD 2800 only audio1 Prefered PIN Code Video Lips Language Sync Delay IAudio2 Prefered Monitor Aspect Language Ratio IRD 2800 only o D lt 3 a fe a Q Service Component Service ID Source Teletext Insertion Audio3 Prefered Language When Current Service N A Subtitle Prefer Language Data1 HSD PID Filtering Teletext Subtiling Page Data2 LSD PID Filtering az 5 VITS Insertion VITC Insertion SMC Insertion VPS Insertion CC Insertion DIN 2349 72784 00 Page 3 15 S SCOPUS User Manual 3 2 2 1 Chapter 3 Operation Decoder Stream Configuration Sub Menu The Decoder Stream Configuration Sub Menu provides an extended menu of setup and selection options to configure the decoder s streams Figure 3 7 shows the menu tree of configuration function
135. utput formats according to the installed output modules A dedicated VBI programmable processor is assigned for providing various customers VBI requirements Figure 1 3 Signal Path in the IRD 2600 and IRD 2800 ASI RECEIVER Input Signal Input Signal Out 1 Out 2 a ASI INPUT SECTION GPI o3 Interface DSNG QPSK G 703 QAM ATM Interface Loopthrough Front Panel Sch Display A Smart Card CPU Keyboard CI MPEG 2 TRANSPORT Data DEMUX Processor SYNC VIDEO TELETEXT AUDIO DECODER TRANSCODER TT DECODER PAL NTSC D A ENCODER OUTPUT CONVERTER VIDEO OPTIONS AUDIO AMP AMP TELETEXT SE M GPI DATA CHANNEL OUT OPTION OPTION RS 232 RS 422 Y VIDEO OUT AUDIO OUT Page 1 8 P N 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network Technologies 1 2 2 Basic Configuration The IRD 2600 and IRD 2800 are delivered in a wide range of standard configurations as described in paragraph 1 2 3 ahead Paragraph 1 2 4 describes the add on options available for the various configurations However all IRD 2600 IRD 2800 configurations provide the following basic features Profile 4 2 0 4 2 2 for IRD 2800 only 2 slots DVB CI Common Interface Video formats PAL B G M N D NTSC SECAM L B G K1 Transcoding of 625 50 video formats PAL B G to fro
136. vent damage by lightning ground the unit according to local regulations Do no permit unqualified personnel to operate the unit Inventory Check Before installing the unit ensure that all the equipment has arrived Check the parts received with the IRD unit for damage according to the following list ITEM QUANTITY IRD 2600 or IRD 2800 Integrated Receiver Decoder Power Cable IRD 2600 IRD 2800 Integrated Receiver Decoder User Manual CAUTION If anything is missing or damaged do not continue with the installation Refer to the TECHNICAL SUPPORT procedures in the front of this manual for Scopus support P N 2349 72784 00 Page 2 1 5 scopus User Manual Kam Network I Technologies Chapter 2 Installation 2 2 Site Preparation NOTE If the IRD is to be installed in a standard 19 rack make sure the rack fully prepared for the installation The IRD should be installed within 1 5m 5 feet from an easily accessible grounded AC outlet capable of furnishing the required supply voltage as detailed below The use of an UPS Uninterrupted Power Supply and an AVR Automated Voltage Regulation is highly recommended to ensure proper operation of the IRD Ensure that a qualified electrician has installed the mains power supply in accordance with power authority regulations All powering should be wired with an earth leakage in accordance with local regulation In any rack installation ensure that the rack has been properl
137. y Service Component RD 2800 only Decoded lines in 4 2 2 Service ID Source d Audio3 Prefered Monitor Aspect Language Ratio When Current Service N A Teletext Data1 HSD PID Insertion Filtering Subtitle Prefer Data2 LSD PID Language Filtering Teletext Subtiling Page VITS Insertion VITC Insertion SMC Insertion VPS Insertion CC Insertion Display Contrast Software Reset Product Type Control Port 232 Syntax Control Port Baud Rate Control Port Address Data1 HSD Output Format Data2 LSD Output Format Data1 HSD Output Rate Data2 LSD Output Rate Default Data ort DSNG CA Encryption Key Session Word Injected ID ASI Output CI Slot 1 Format Main Menu Transport CI Slot 1 Video Chroma Stream Error CA Specifier Format Transport CI Slot 1 Video Aspect Stream ID Service Mode Ratio CI Slot 2 Video ege e Main Menu CI Slot 2 Network Name CA Specifier Video Bit Rate Stream CI Slot 2 Teletext Lines Time amp Date Service Mode Count Stream Services Count Service ID Service Provider Name Service Type Service CA Mode Service CA System Type Video PID Decoded Audio1 PID Decoded 1 Audio2 PID H Decoded H f IRD 2800 only Teletext P Decoded PCR PID Decoded Data1 HSD Decoded Data2 LSD Decoded Audio1 Sampling Frequency Rate f i Sampling Frequency Audio3 d r BitRate
138. y grounded 2 3 Installation 2 3 1 Installation in 19 Rack To prepare the IRD for rack installation a The rack adapter kit includes two mounting brackets The brackets are fastened with screws to the sides of the IRD housing b Attach each bracket by inserting two screws with flat washers in the two front holes at the sides of the housing Nuts are already in place on the inner side of the holes After attaching the brackets the unit is ready for installation in the rack Fasten the brackets to the side rails of the rack with four screws not included in the kit two per side Several IRD devices may be installed in a standard 19 rack one above the other Please ensure that proper grounding is provided for the rack assembly to prevent potential electrical problems in the devices mounted on the rack See paragraph 2 4 5 1 for more details on grounding the IRD to a rack mount NOTE To facilitate easy access during installation and maintenance leave sufficient space behind the rack Page 2 2 DIN 2349 72784 00 IRD 2600 IRD 2800 S scopus Integrated Receiver Decoders 2 Network I Technologies 2 3 2 Insertion of the DVB CI Module PCMCIA Figure 2 1 shows the IRD with DVB CI Module PCMCIA card and the Smart Card used to decrypt the incoming signal The IRD is provided with two PCMCIA slots for up to two DVB Cl Modules The PCMCIA should be firmly inserted in to the two slots provided to ensure contact Each DVB CI

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