manual 563501_eng
Contents
1. eleves Hart DVBS2 QAM CI User manual Televes DVBS2 QAM Cl Contents 1 T GMNiG al SSC ii AU OS C een 5 2 Relerences descilpllOliS arie een 7 35 MOUNU ee ee ea ee 8 3 1 IV aae aii aTe na A A E nee are 8 3 2 19 TIER MOUNINO vers ee een 9 4 Elements descHlpllOlIS zen aar areni iranran i aeea rinra 10 4 1 37 1 core Us i og E ED ERE a SENATET 10 a DVB S Rug PN 11 4 2 Powersuppiy Un see en ee ee ee 12 4 3 Ampliflicalonoplions es 13 4 4 Universal programmer see ee 14 By How to use the PrOdUGL c 15 5 1 standard MET ua ee een 15 52 Fede MERE een een einer 17 5 3 Saving OF Parameters ce ana 18 6 Controlling the device nn a nahen hl nahen 19 7 Example of application Distribution of 7 DVB S2 channel in QAM format 20 8 Rackmount standards ua 21 9 Standards for mounting cabinets uuuuensssnnenensnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn 23 m 2 ENGLISH Televes 1 Technical specifications 1 1 DVBS2 QAM Cl ref 5635601 Satellite Demodulator QAM Modulator UP Converter General DVB S2 OPSK 8PSK Input Freguency MHz 950 2150 Input Modulation DVB S OPSK Input Level pud ks jd Symbol Rate Mbaud 10 30 Mbaud OPSK 8PSK Frequency Steps MHz FEC Inner code LDPC SESS n n a rn u AR type F female FEC Oute2. 500 KHz Steps of 166KHz 3 500 333 166 0 166 333 500 KHz 5 1 d Service Menu This menu shows the list of transport stream services at the input Each time the user selects a new input transport stream the unit performs a search for services During the process the unit will show the message below displaying the number of channels as soon as they are being found HS ERU ICE Scanning 13 Once the search has completed a list of services is displayed with the following information FS ERU I GE 2 4 18 25 France 2 DEF The service order number as well as the total number of services in the multiplex the figure shows service 2 out of 8 services the statistics 18 25 the name of the service and if the user has selected it to a be removed from the output OFF or b pass through without modification ON The statistics information is structured as follows N M where N percentage of the output occupied by the service indicated M percentage of output which is free In the example displayed France 2 will occupy the 18 of the output it is in OFF and therefore it is being eliminated and there is a 25 of free room Thereby it can be seen that this service can be activated set to ON since there is enough room for it at the output The percentage free at the output only is updated if the configuration of services is saved Additionally on the upper right corner of the window i
3. number of services present on the output those selected as ON or DCY see menu of services DVBS2 QAM CI 5 1 c Output Menu The next main menu shows the freguency or output channel the output off set only in channel mode the level control and the selection of output spectrum inversion POUT PUT HOUT PUT Ch C21 OF 8 Freq 474 000 474 008 MHz Level 99 Levi Horn IG Horn To change the frequency press the key until the desired parameter flashes This fi eld can be then be changed by means of the keys A and V In frequency mode you can select any output frequency value between 177 5 226 5 MHz VHF and 474 858 MHz UHF The decimal part depends on the difference of frequency chosen see extended menu 5 2 If you select a difference of 125 KHz the permitted values for the decimal part are O 125 250 375 500 625 750 and 875 KHz With a difference of 166 KHz the possible values are 0 166 333 500 666 and 833 KHz The output level control permits values between 00 and 99 The possible values for the spectral inversion are Norm not inverted and Inv spectrum inversion In channel mode it lets you select an output channel from the table selected as well as the offset regarding the channel s receiving point frequency The permitted off set values depend on the frequency diff erence selected see confi guration menu e Steps of 125KHz 4 500 375 250 125 0 125 250 375
4. of the PSU 4 4 Amplification options OPTION A Amplifier ref 5575 1 RFoutput 2 Testoutput 3 RF input 1 4 RFinput2 6 7 Powering input Status LED Attenuator It features two input connectors to allow mixing of channels coming out from two different systems If only one of the inputs is used it is recommended to load the unused input with a 75 ohm terminator ref 4061 As the rest of T 0X units this amplifier is powered via the 24 Vdc power BUS Input signals through connectors 3 amp 4 are combined and amplified in the frequency band 47 862 MHz OPTION B Amplifier ref 451202 Broadband amplifier in shielded zamak chassis with gain NO Uew NE Mains input 196 64 V 50 60 Hz Ground terminal ON OFF LED MATV input Return channel output MATV input test MATV output test MATV output Return channel input configured by the installer DVBS2 QAM CI 4 5 Universal Programmer The programmer features 4 buttons e short press Selection of parameter positioning of the cursor A V Modification of the parameter chosen by the cursor flashing Hi short press Change menu o long press Change between Principal and Extended menus Hi long press Save changes to memory e A Cloning menu Bl 6 A Increases the contrast of the screen B 80 V Decreases the contrast of the screen 5 How to use the product Connect the controller to
5. filtering At the same time for certain distributions such as small CATV the network operator may decide to eliminate certain services PID filtering in order to avoid paying royalties to the service provider The DVB S2 to QAM transmodulator allows the selection of available services at the input for eli mination at the output This fact causes that some scanned void services are identify by the receiver as N A for example Operator id For certain cable networks it is important to re place the operator id field received in the input transport stream with a value corresponding to the cable network operator This action is managed by the CDC software version 2 14 or higher NIT Handling To make easier the receiver s search for all available QAM signals on the SMATV network a mechanism for processing the NIT table NIT Handling has been implemented It consists of generating a NIT table that contains all the information from different QAM channels present on the network frequency modulation order baud rate Each transmodulation module DVBS2 QAM sub stitutes the NIT table at the input for this new table This way the receiver only needs to tune in to a QAM channel in order to access this data greatly facilitating the search for services currently on the network The user manages this NIT Handling mechanism via the CDC connectors on the top of its front in order to enable the passage of the input signal to
6. the front socket of the module PRGM At first the controllers firmware version will appear PCI firmware version Next it is displayed the firmware version of the DVBS2 OAM CI module Unit f irnware version 5 1 Standard Menu 5 1 a Input Menu The first main menu allows selection of input frequency the symbol rate and the LNB powering 0 13 V 22KHz 13 V 17 V 22KHz 17 V KIHPUT Freq 1234HHz 27 588 Kbaud LHH 13U272KHz To modify the frequency press until the cursor shifts over the desired digit Then change its value using keys A and V The range of allowed input frequency values is 950 2150 MHz whereas the range for symbol rate is 10to 30 Mbaud for DVB S2 signals and 2 to 42 5 Mbaud for DVB S signals In the event that there is a short circuit in the input connector LNB powering enabled the LED will flash on the front of the module until the condition disappears 5 1 b QAM Modulation Menu The following main menu displays the selected QAM modulation parameters OAM Mod 256QARH IQ normal Baud 6 9 88Mhb The available options for this menu as well as their possible values are 16QAM 32QAM 64QAM 128QAM and 256QAM The IQ parameter is the modulation format selection and can be set to normal or inversion The user must select the QAM output baud rate which can be set up to a maximum of 6 69 MBaud Note The bandwidth required depends on the
7. the user to utilize a unique receiver for all signal types independently of their original modulation format DVB S DVB S2 or COFDM Stuffing In many cases OAM receivers include software that performs freguency band searching with only one symbol rate as a variable for example 6 875 or 6 9 Mbaud which is the maximum binary rate that can be sent over an 8 MHz channel for QAM modula tion Therefore transmodulation devices that are insta lled in the headend must operate at this symbol rate independently of the input signal s binary rate To achieve these QAM signal characteristics DVB TS packet stuffing should be performed in the headend This complicates automatic searching or scan ning the receiver should detect all OAM distri bution signals by searching the entire band using both frequency and binary rate as searching para meters This process can be very slow Automatic searching is easier if all OAM signals are identical same mo dulation format and symbol rate As a result stuf fing techniques are applied to demodulated data prior to their subsequent QAM modulations Service Elimination In some cases especially with DVBS2 input signals the satellite input rate may be too high to be trans mitted in a QAM output signal It is necessary to select which of the services avai lable at the input will be distributed at the output eliminating unwanted services and thus reducing the binary rate PID
8. 0 Max output level er DIN 450048 dBuV 129 Max Power W 16 451202 Frequency range MHz 5 30 Test socket dB 20 Gain typ dB 20 3 Maximum output level DIN 45004B ud iones 1 Forward channel 2 Return channel active passive 1 3 Technical specs Power Supply Unit Total current max Mains voltage Vac Hz 196 264 50 60 outpur 1 output 2 Power Supply Unit 5629 Output voltage Vdc 24 Max current per output 2 Description of references Product Range 5630 5575 451202 5559 555901 5629 T OX DVBS2 QAM CI 7234 T OX Broadband Amplifier 5071 Amplifier DTKom 47 862 MHz 5239 T OX Headend Manager CDC IP 5301 T OX Headend Manager CDC IP GSM T 0X 507202 T 0X Power Supply Unit 24VDC 5A 4061 4058 422601 422602 422603 5673 BLOCKS DIAGRAM ty P SAT 2 CI TS Processor Up DVB C input Interface QAM Modulator Converter output gt Accessories Universal Programmer T03 T05 T 0X Wall mounting rail L 50 cm T03 TO5 T OX Wall mounting rail 12 Modules PSU L 56 cm 19 Subrack frame T 0X Lockable cabinet with Ventilation Unit 7 Modules PSU 75 Ohm DC Block terminal load 75 Ohm terminal load TO5 to T OX Power interconnection lead L 40 cm T05 to T OX Management interconnection lead L 40 cm T 0X Management interconnection lead L 1m Blank plate U lt E N un en gt E 3 Mounting 3 1 Wall mounting ae i mil E liis u 5575
9. Fabbricante Televes S A Fabrikant Kavaosuevaarc Tillverkare Valmistaja DUX Address Direcci n Direc o Adresse Indirizzo Adresse Rita Ben fica de Conxo 17 Az duvog Adress Osoite 15706 Santiage de Compostela Spain VAT NIF NIF VAT VAT Steuernummer ADM Moms ALY A 15010176 Declare under our own responsibility the conformity of the product Declura bajo su exclusiva responsabilidad la conformidad de producto Deciara sob sua exclusiva responsabilidade a conformidade do produto D clare sous notre propre responsabilit la conformit de ce produit Dichiara sono la sua esclusiva responsabilit la conformit del prodotto Wir bernehmen die Veranwortung f r die Konformit t des Produktes Hotomotouis ue duad pas EV VH zgv avupt nquom rov xpot vros F rs krar om dverstinmunelse enligt tillverkarens eget ansvar f r produkten Vakuutamme yskinomaan omalla vastuullanme tuotteen yhdenmukaisuus Reference Referencia Refer ncta R f rence Articolo 5630XX Artikelnummer AnAwon Referens Referenssi Description Descripcuin Descricdo Description Descrizione TW Beschreibung Teguygagy Beskrivning Kuvaus IN DVBS2 QAM Trademark Marea Marca Marque Marchio Handelsmarke Mogra d Varum rke Tavaramerkki Televes With the requirements o Con los requerimientos de Com as especifica es de Avec les conditions de Con i requisiti di Die Vorauss
10. a ok n fe tev S M pug E Miro 563501 ilis Ium pe at 5629 QAM output 4061 NOTE The use of both PSU power outputs is recommended to balance the consumption For example 4 3 or 3 4 3 2 19 rack mounting DVBS2 QAM CI 4 Elements descriptions 4 1 Introduction The DVB project has brought about an evolution in DVB S S2 satellite transmission standards in order to improve its characteristics with the objective of increasing satellite transponder capacity and fle xibility in transporting different types of data be yond the MPEG transport stream To do this new coding schemes and more complex modulation schemes are used 8PSK For error protection it has progressed from the DVB S Vi terbi and Reed Solomon scheme to more complex algorithms LDPC and BCH Furthermore DVB has established the QAM modu lation format as one of the digital signal distribu tion formats in SMATV networks characterised by its robustness against noise and adjustment errors as well as its high spectral efficiency According to this standard TV signals via satellite are distributed across SMATV networks using transparent trans modulators which convert the satellite modula tion format to OAM Furthermore it is also possible to carry out trans modulation of terrestrial digital television signals COFDM to QAM The unification of the modula tion format to QAM for signal distribution allows
11. er until the message disappears If you change the configuration data but these have not been recorded the previous settings are restored after 30 sec of elapsed time ie the changes are canceled 6 Controlling the Device This version of the DVBS2 QAM Cl allows configuration and monitoring via a PC both locally and remotely 6 a Local control The Headend Management programme v2 14 or higher is reguired as well as a special lead provided with the programme that connects a PC serial port to the PRGM socket of the DVBS2 OAM CI module The programme can be used to set up and read all the operating parameters as well as to monitor the correct operation of the device 6 b Remote control It is necessary to have a Headend Control module ref 555901 that includes the programme mentioned above and the corresponding modem connected to a phone line Once the communication with the headend control has been established all the controllable devices that have been installed in the headend can be accessed In this case it is imperative that each module is programmed with a different device address selected between 1 and 254 hb 1HPNT Prag it LI I Had DNBER a j inel Had Ed dh 18 inpar nina Band E TR BH Prag dvd Kl Larel Ba cri 7 L H a08 bap iH Enlamc thm apretar id Ei t3 kenus structure k ERETR kir COE 183 LHE 138285 a kTEHEEPATNMEH bau Bi i Mean BE lor pra
12. etzungen erf llen Me ng omano rov Enligt Joljande bestimmelser Seuraavien m driryksien Low Voltage Directive 2006 95 Et EMC Directive 2004 L08 EC Following standards Con las normas Com as normas Selon les norites Con le norme Folgende Anforderung Ax kov a zporuna F ljande standard Seuraavien standardien EN 60728 11 2005 Cable networks for television signals sound signals and interactive services Part 11 Safety EN 50083 2 2006 Cable networks for television signals sound signals and interactive services Part 2 Electromagnetic compatibility for equipment ode Compostela 4 6 2010 os l Fern ndez Carnero Technical Director xk x European technology Made in EUTope 01030271 000
13. f the optimal operating range the ventilation unit will have to be installed ref 5334 To check whether this change is eff ective the maximum can be reset and its value checked after a given time 5 2 d Version Menu This menu displays the firmware versions for the unit as well as the one of the OAM modulaor FPGA MIERSIOH Unit 1 80 BERG 1 BH gt e Users CAM MMI interface menu This menu allows access to the user interface of the CAM Conditional Access Module for example to check versions or rights of the card HAH AI Press e for munus 5 2 f LNC Logical Channel Number Menu This menu lets you assign a LCN Logical Channel Number between 1 and 1023 to the services that are present at the output those marked ON or DCY ELCH FLCH 1 74 3 4 Fashion TU Soyuz TU N 4443 HO LCH To change the LCN make use of keys 6 and A or V If you select 0000 as the LCN it will show NO LCN 5 2 g Language Menu This last extended menu allows the selection of menu languages Spanish English German FLAMGUAGE Eng lish By pressing the keys A and W you change the selected language 5 3 Saving of parameters Once the desired value has been selected in any of the menus normal or extended in order to save the information hold down the W key for approximately 3 seconds The screen will display the following Saving settings and restarting E Do not remove the programm
14. ment The lower grid may be located on any wall DVBS2 QAM CI IMPORTANT Horizontal placement of cabinets is strongly recommended by fixing them as near as possible to the floor If the horizontal placement is impossible then vertical placement is allowed Respect the recommended minimum distances in the attached schemes mus S suoi Maximum T RUE 459C Install the cabinet as low as possible VERTICAL nes Guarantee Telev s S A offers a two year guarantee beginning from the date of purchase for countries in the EU For countries that are not part of the EU the legal guarantee that is in force at the time of purchase is applied Keep the purchase invoice to determine this date During the guarantee period Telev s S A complies with the guarantee by repairing or substituting the faulty equipment The harm produced by improper usage wear and tear manipulation by a third party catastrophes or any other cause beyond the control of Telev s S A ET is not included in the guarantee DVBS2 QAM CI DECLARATION OF CONFORMITY N 100604142809 DECLARACI N DE CONFORMIDAD KONFORMIT TSERKL RUNG e eves DECLARACAO DE CONFORMIDADE HIETOHOIHTIKO DYMMOP GEHE DECLARATION DE CONFORMITE FORSAKRAN OM VERENSSTAMMELSE DICHIARAZIONE DI CONFORMIT VAATIMUSTENMUKAISUUSVAKUUTUS Manufacturer Fabricante Fabricante f Fabricant
15. of channels that can be selected are the following CCIR China Chile Italy France OIRT channels Ireland e Southafrica Poland Australia 5 2 b Identifiers Menu Some DVB C receivers may have problems receiving transmodulator channels that share the same identifier stream transport id To avoid these cases the user is allowed to change the following identifiers of the DVB C multiplex of the output transport stream id TS id network id n id original network id on id You can choose between Auto the identifiers are not changed or Manual mode By switching to manual mode the identifiers received from the satellite are shown and thus the user can change them KNIT IDs HI Des Manual Auto tz id Ax dfc n id x 55f on id B8xH55f 5 2 c Temperature Measurement Menu The following menu indicates the unit s current temperature as well as the maximum recorded It is possible to reset the maximum by pressing the key DVBS2 QAM CI FRONT TOR How DEI Max 85 reset The recommended operational margins are as follows e Optimum Operation 0 6 High Temperature 7 8 e Excessive Temperature 9 10 If the maximum recorded is outside the optimum margin the installation should be revised in an attempt to reduce the temperature If the DVBS2 QAM CI modules have been installed in a housing ref 5069 and the temperature of one of the modules is outside o
16. other modules 4 2 DVB S2 QAM CI The DVBS2 to QAM transmodulator with CI recei ves a satellite transponder in any of DVBS OPSK or DVBS2 OPSK or 8PSK modulation formats and demodulates it to obtain a DVB TS package Then the DVB TS transport package is modulated in QAM format and converted to the output channel 1 SAT IF input 2 SAT IF output 3 RFinput 4 RF output 5 Powering input O po N G Status LED Control BUS connector CAM slot PC Programmer socket UHF or VHF and with a maximum bandwidth of 8 MHz using an agile up converter Additionally it incorporates a Common Interfa ce slot for inserting a conditional access module CAM that permits the unscrambling of services Insert the smartcard completely into the CAM slot Card contacts looking left and forwards when it is being inserted Programming of the transmodulator operating parameters input frequency output channel mo dulation format and adaptation of services mainly is performed by means of the universal program mer ref 7234 DVBS2 QAM CI 4 3 Power supply unit Connectors to power the modules 1 i G H ezlez ez 24V OK OV Overload or short circuit Mains input 230V NOTES The power source can supply a maximum of seven TWIN DVBS2 QAM modules Whenever the demand of power exceeds 4A max current for each output it is necessary to distribute it between the two powering outputs
17. r code BCH Bose Chaudhuri Hocquenghem Input impedance ohm 75 Roll off Factor 20 25 35 LNB power amp tone control Vdc KHz 13 17 OFF 22KHz ON OFF Return losses min dB 10 Through Losses dB 1 5 Modulation Format 16 32 64 128 256 QAM Scrambling DVB ET300429 Symbol Rate max Mbaud 6 9 Interleaving DVB ET300429 Roll off Factor 96 15 Bandwidth max MHz 8 Block Code Reed Solomon 188 204 Spectral inversion Normal Inverted selectable Output Frequency MHz 46 862 selectable Through losses dB 1 5 Frequency Steps KHz 250 Return losses dB gt 12 Phase Noise typ dBc Hz 90 10KHz pil un type F female Output Level dBuV 80 5 selectable Output Impedance ohm 75 Adjustable Output Level dB 515 selectable Spurious level typ dBc 60 55 min Powering Vdc 24 on PUTA 550 without powering LNB Index of Protection IP 20 800 powering LNB The technical characteristics described are defined for a maximum ambient temperature of 45 C 1139F Forced ventilation must be used for higher temperatures DVBS2 QAM CI 1 2 Technical specs Broaband Amplifiers Freguency range MHz 46 862 Connector type F Gain dB 44 2 5 Powering voltage Vdc 24 Amplifier 5575 Regulation margin dB 20 Consumption at 24 Vdc mA 450 Output level 60 dB 42 CH CENELEC dBuV 105 Test socket dB 30 Frequency range MHz 47 862 Connector type F Gain dB 40 53 selectable Mains voltage Vac Hz 196 264 50 6
18. s PRM E E E hbNHERTONME Maik i m BEDA t 83 PL hhi ih EB Ba glish At any moment modules A and B can be switched by pressing keys A and V when the cursor is over the A B indication situa ted on the upper left corner DVBS2 QAM CI 7 Application example Distribution of 7 DVB S2 satellite channels in QAM format 75 ohm 4061 2 or ms HELF d a ain in zu sca 5629 i 7x 563501 7 QAM channels The diagram shows the reception and processing of 7 DVB S2 channels to be distributed as QAM channels At any situation the limitation of 4 A per output of the PSU must be kept in mind 451202 QAM Output EE sss ZZ S LL 8 Rackmount Standards max 49 DVBS2 QAM CI 7 subracks with 5U height 8 7 8 1 Installation of the rack with ventilation facilities To facilitate the renewal and circulation of the air inside the rack in order to reduce the temperature of the units and improving their performances it is advisable to place 2 ventilation units of 25W particularly when the rack with the DVBS2 QAM CI is located in warm places with ambient temperatures higher than 45 C These ventilators will be installed on a tray that is fixed on top of the cabinet fig 1 amp 2 This way the fans are forcing circulate the cool air that enters through the base of the cabinet between the module
19. s which is expelled through slots on top of the cabinet 3 5 cm approx See fig 3 DVBS2 QAM CI It is very important that this process operates correctly therefore the following must be observed Do not open the side doors as this would cause the ventilators to extract the air from the outside rather than the air inside the rack Do not place objects near the rack that could clog the ventilation inlets and outlets If the rack is not complete the subracks must be placed from the top downwards without leaving any gaps in between fig 4 8 2 Installation of the rack without ventilation facilities To install the units in racks without installation facilities and when the rack is located in places with temperatures around 45 C it is advisable to place the rack completely open in other words do not use the side doors This is to facilitate the ventilation of the units fig 5 fig 4 fig 5 es LL 9 Standards for mounting cabinets IMPORTANT The scheme of recommended ventilation is the one shown in the figure for any way of placement of the cabinet horizontal or vertical Around the cabinet located higher the maximum temperature per mitted is 45 C either for cabinets placed horizontally or vertically EXTRACTOR for forced ventilation Must be located higher than the top module Maximum environment temperature 45 C Horizontal placement Vertical place
20. t is indicated the status of the service encoded or plain at the input for the services ON and DCY I s J Service encoded at the input and at the output I Service encoded at the input and plain at the output 1 Service encoded at the input 5 1 e Measurements Menu 1 This menu shows an indication of the quality of the input by means of an estimation of the C N dB as well as of the link margin dB HIONI TOR gt gt C N 14 14H L H 7 7dB f Measurements menu 2 This menu indicates the occupancy rate of the module s output as well as the maximum achieved If too many services are selected it will result in an output overfl ow and this condition is indicated MONITOR FHONI TOR ccupanr yi Qwerf lou ThE Hax HA Occupancy values higher than 8296 are not recommended This is a read only menu which disables the keys A and V You can reset the the maximum occupation by pressing the key 5 2 Extended Menu When the key is held down for more than 3 seconds the unit displays a series of menus that are used less frequently called extended menus 5 2 Configuration Menu This menu enables the address of the unit to be selected to be controlled through a CDC Headend Control It also allows selection of the output freguency difference 125 or 166KHz the table of channels to use or freguency mode operation FCOHFIG CDC Ade Bill Step 166EHlz CCIR H Z Ind The available tables
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