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DVB-S2 Configuration and Settings

R&S

SMCVB-K168

User Manual 1179.1064.02 ─ 03

Modulation coding value

Implementation description

Bit interleaver
pattern

Required FEC
frame

81: 16APSK 32/45 Sx

4+12APSK 32/45

0123

Short

82: 32APSK 2/3 Sx

4+12+16rbAPSK 2/3

41230

Short

83: 32APSK 32/45 Sx

4+12+16rbAPSK 32/45

10423

Short

Table 3-5: S2-X family for VL-SNR

Modulation coding value

Implementation description

Required FEC frame

84: VL1 QPSK 2/9 Sx VL-SNR *

QPSK 2/9

Normal

85: VL1 BPSK 1/5 Sx VL-SNR **

/2 BPSK 1/5

Medium

86: VL1 BPSK 11/45 Sx VL-SNR **

/2 BPSK 11/45

Medium

87: VL1 BPSK 1/3 Sx VL-SNR **

/2 BPSK 1/3

Medium

88: VL1 BPSK-S 1/5 Sx VL-SNR

/2 BPSK 1/5

Spreading factor 2

Short

89: VL1 BPSK-S 11/45 Sx VL-SNR

/2 BPSK 11/45

Spreading factor 2

Short

90: VL2 BPSK 1/5 Sx VL-SNR

/2 BPSK 1/5

Short

91: VL2 BPSK 4/15 Sx VL-SNR

/2 BPSK 4/15

Short

92: VL2 BPSK 1/3 Sx VL-SNR

/2 BPSK 1/3

Short

For all members of this family, the pilot is enabled (fixed setting).

* For "84: VL1 QPSK 2/9 Sx VL-SNR", the symbol rate is restricted.

** For 85, 86, 87: VL1 Pi/2 BPSK 1/5, 11/45, 1/3 (medium FEC frame) Sx VL-SNR", padding is performed.

FEC Frame

Sets the length of the FEC frames.

Note:

The setting for time slice

1 is displayed on this side tab, the settings for all time

slices

> 1 are available on the "TSL 2 - x" side tab. See

Chapter 3.3.3, "IS 2 - x Set-

tings"

on page 35.

Note:

Classical modulation coding: With "Short", not all modulation coding settings are

possible. See

" Mod. Cod."

on page 30.

FEC frame "Medium" is not available with classical modulation coding.

"Normal"

64800

bit

"Medium"

Requires "S2-X > On".
32400

bit

"Short"

16200

bit

Remote command:

[:SOURce<hw>]:BB:DVBS2:TSL<st>:IS<ch>:FECFrame

on page 70

Coding Settings

Summary of Contents for SMCVB-K168

Page 1: ...R S SMCVB K168 DVB S2 User Manual 1179106402 Version 03 Ý Î2 ...

Page 2: ...Germany Phone 49 89 41 29 0 Email info rohde schwarz com Internet www rohde schwarz com Subject to change data without tolerance limits is not binding R S is a registered trademark of Rohde Schwarz GmbH Co KG Trade names are trademarks of the owners 1179 1064 02 Version 03 R S SMCVB K168 The following abbreviations are used throughout this manual R S SMCV100B is abbreviated as R S SMCVB R S WinIQS...

Page 3: ...knowledgment OSA 7 1 2 8 Application Notes Application Cards White Papers etc 7 1 3 Scope 7 1 4 Notes on Screenshots 7 2 About the DVB S2x Option 9 2 1 Required Options 9 3 DVB S2 Configuration and Settings 10 3 1 General Settings 10 3 2 Input Signal Settings 15 3 2 1 General Settings 16 3 2 2 Info 18 3 2 3 Test Signal Settings 20 3 2 4 IP Channnel x Settings 22 3 3 Coding Settings 25 3 3 1 Genera...

Page 4: ...erate an Internal TS Signal 55 4 2 Monitoring the Input Signal 56 4 2 1 How to Monitor External IP Input Data 56 4 2 2 How to Monitor an External TS Input Signal 57 4 2 3 How to Monitor an Internal TS Player Signal 57 5 Remote Control Commands 58 5 1 General Commands 59 5 2 Input Commands 61 5 2 1 General Commands 61 5 2 2 Info Commands 62 5 2 3 Test Signal Commands 64 5 2 4 IP Subsystem 65 5 3 Co...

Page 5: ...ns in the delivery of the option or in the R S SMCV100B service manual 1 1 Accessing the DVB S2x Dialog To open the dialog with DVB S2x settings In the block diagram of the R S SMCV100B select Baseband DVB S2 A dialog box opens that displays the provided general settings The signal generation is not started immediately To start signal generation with the default settings select State On 1 2 Docume...

Page 6: ...base unit and the software options All user manuals are also available for download or for immediate display on the Inter net 1 2 3 Service Manual Describes the performance test for checking compliance with rated specifications firm ware update troubleshooting adjustments installing options and maintenance The service manual is available for registered users on the global Rohde Schwarz information...

Page 7: ...l or remote operation that are also performed in the base unit in the same way are not described here In particular it includes Managing settings and data lists like saving and loading settings creating and accessing data lists or accessing files in a particular directory Information on regular trigger marker and clock signals and filter settings if appro priate General instrument configuration su...

Page 8: ... User Manual 1179 1064 02 03 The screenshots usually show a fully equipped product that is with all options instal led Thus some functions shown in the screenshots may not be available in your par ticular product configuration Notes on Screenshots ...

Page 9: ...dth and EIRP shows the following By using innovative and more efficient channel coding meth ods combined with higher order modulation modes 30 more data can be transmit ted with DVB S2 DVB S2 complies with specification EN 302 307 2 1 Required Options The equipment layout for generating DVB S2x signals includes Base unit Option Enable Broadcast Standard R S SMCVB K519 Option DVB S DVB S2 R S SMCVB...

Page 10: ...58 Settings General Settings 10 Input Signal Settings 15 Coding Settings 25 Special Settings 37 Global Connector Settings 39 TS Player 39 Local IP Data Network Settings 48 3 1 General Settings Access Select Baseband DVB S2 The tab provides functionality for calling default settings save and recall settings Also it provides settings to set coding and modulation mode S2x operation and time slicing a...

Page 11: ...59 Save Recall Accesses the Save Recall dialog that is the standard instrument function for saving and recalling the complete dialog related settings in a file The provided navigation possibilities in the dialog are self explanatory The settings are saved in a file with predefined extension You can define the filename and the directory in that you want to save the file See also chapter File and Da...

Page 12: ... IS 1 settings of IS 1 padding to complete BB frame 1 BB frame 2 IS 2 settings of IS 2 padding to complete BB frame 2 BB frame 3 IS 3 settings of IS 3 padding to complete BB frame 3 BB frame 4 IS 1 next merger cycle Figure 3 2 VCM multiple input stream timing diagram CCM Constant coding and modulation CCM Uses one input stream PCR correction is active General Settings ...

Page 13: ...TS test packets see PID Hex on page 21 For all subsequent input streams the PID is derived from its prede cessor by subtracting 1 Example For input stream 1 set PID 1FFF 0x1FFF The PIDs of the other input streams IS are as follows IS2 0x1FFE IS3 0x1FFD IS4 0x1FFC IS5 0x1FFB IS6 0x1FFA IS7 0x1FF9 IS8 0x1FF8 After completing one BB frame the next input stream is used to fill one BB frame If necessar...

Page 14: ...hw BB DVBS2 ANNM on page 69 S2 X Enables S2 X features For DVB S2 X additional modulation coding settings are defined to obtain a finer SNR granularity compared to classical S2 modulation coding Clear sky conditions e g 256 APSK Linear channel models marked with L Very low SNR conditions VL SNR Related to a DVB S2 X modulation coding setting is a corresponding LDPC code rate and a FEC frame type I...

Page 15: ...isplaying information about the selected MPEG TS e g data rate Configuring the internal MPEG TS test packets or internal IP test packets Selecting the CM mode If CM Mode VCM you can also select the number of input streams How to Chapter 4 1 Configuring the Input Signal on page 51 Common input signal settings The setting of the following parameters is used for all broadcast standards Source Input I...

Page 16: ...st Signal 18 Num Input Streams Requires CM Mode VCM Sets the number of input streams Maximum 8 input streams are possible You can configure the first 2 input streams individually All other input streams are using test TS packets Remote command SOURce hw BB DVBS2 INPut NIS on page 61 Source Sets the modulation source for the input signal Note If CCM VCM you can set this parameter for 2 input stream...

Page 17: ...st Signal Settings on page 20 Remote command SOURce hw BB DVBS2 SOURce on page 61 Input Requires Source External Sets the external input interface TS IN Input for serial transport stream data The signal is input at the User 1 connector IP Input for IP based transport stream data TSoverIP The signal is input at the IP Data connector Remote command SOURce hw BB DVBS2 INPut IS ch on page 62 Input For...

Page 18: ... the data rate required for the current modulation parameters The value equals the Max Useful Data Rate on page 19 Remote command SOURce hw BB DVBS2 IS ch STUFfing on page 62 Test Signal Requires Source Test Signal Defines the test signal data The data consists of test TS packets Test TS Packet Standardized packet data used as modulation data in the transport stream To configure the packet structu...

Page 19: ...h of the external transport stream in bytes If the packet length does not match the specified length the output signal is erroneous Packet Length Invalid is displayed 188 188 byte packets specified for serial input Input TS IN and paral lel input Input IP If stuffing is disabled only this value is allowed 204 204 byte packets specified for serial input and parallel input Invalid Packet length does...

Page 20: ...d the rate of null packets r0 If Stuffing Off ensure that the measured data rate equals the maximum useful data rate rmeas rmax useful Remote command SOURce hw BB DVBS2 INPut IS ch DATarate on page 64 Useful Data Rate Input Stream num table Requires Source External TS Player Displays the data rate of useful data ruseful of the external transport stream The data rate is measured at the input of the...

Page 21: ...the test transport stream packets has a fixed setting of null packet header 1FFF hex Variable Uses the header value defined with PID Hex Remote command SOURce hw BB DVBS2 PIDTestpack on page 65 PID Hex Sets the PID If PID Test Packet Null PID Hex 1FFF is fixed If PID Test Packet Variable you can edit the value Remote command SOURce hw BB DVBS2 PID on page 65 Payload Test Stuff Defines the payload ...

Page 22: ...gure settings for 4 IP channels x 1 to 4 individually see also Input Signal General IP TS Channel IP channel settings affect input IP data of the local IP data network The settings are independent from the used broadcast standard configuration Saving recalling a certain IP channel or local IP data network configuration is not possi ble via the broadcast standard specific functionality Use the glob...

Page 23: ...t length 188 bytes Set TP per IP to 7 or 6 If TP packet length 204 208 bytes Set TP per IP to 6 We recommend that youFurthermore we recommend that you use a separate LAN infrastructure to stream the transport streams via IP to the IP connector of the base band board We recommend that you avoid TS packet losses during IP transmission Settings Input IP 23 Alias 23 Type 24 Multicast Address 24 Port 2...

Page 24: ... we recommend that you set a port offset of at least 6 between neighboring IP TS channels Remote command SOURce hw BB INPut IP ch PORT on page 67 IGMPv3 Source Address Requires Type Multicast Sets the IGMPv3 source address If you need to filter the data sent to the multicast address specify the source address A source address different from 0 0 0 0 accepts only data originating from the speci fied...

Page 25: ...ing actions are possible Setting all coding parameters for input stream 1 on the IS1 TSL1 subtab see Chapter 3 3 2 IS1 TSL1 Settings on page 29 If Num Input Streams 1 setting all coding parameters for input streams 2 to maximum 8 on the IS 2 x subtab see Chapter 3 3 3 IS 2 x Settings on page 35 CM Mode CCM ACM coding tasks You can enable annex M and specify the number of time slices The following ...

Page 26: ...ct Coding General The tab provides general settings to configure coding Settings Annex M 26 Symbol Rate 27 Roll Off 28 Num Time Slices 28 S2 X 28 Super Frame 29 Channel Bonding 29 Annex M Enables the annex M features as specified in EN 302 307 Depending on this setting a different PL header is used Coding Settings ...

Page 27: ... symbols Time slice 4 TSN 1 data symbols from FEC encoding next time slice cycle Figure 3 6 Annex M time slicing timing diagram On Time slicing can be activated and more modulation coding settings can be signaled Off No time slicing Remote command SOURce hw BB DVBS2 ANNM on page 69 Symbol Rate Sets the symbol rate In the transmission spectrum the symbol rate represents the 3 dB bandwidth Remote co...

Page 28: ...ices Requires Annex M On Sets the number of time slices You can set up to 8 time slices Time slice 1 uses data symbols from FEC encoding all other time slices use PRBS symbols A decoder decodes only one time slice Real data transmission is only possible with time slice 1 Every time slice is transmitted once per time slice cycle The duration of a time slice depends on the settings of this time slic...

Page 29: ...SF on page 60 Channel Bonding Requires S2 X On Enables or disables the chanel bonding Remote command SOURce hw BB DVBS2 S2X CHB on page 69 3 3 2 IS1 TSL1 Settings Access Select Coding IS1 TSL1 The tab provides coding settings for input stream 1 and time slice 1 To configure coding settings of the other time slices see Chapter 3 3 3 IS 2 x Set tings on page 35 Settings TSN Hex 30 ISI Hex 30 Num Sym...

Page 30: ... tab see Chapter 3 3 3 IS 2 x Set tings on page 35 Remote command SOURce hw BB DVBS2 TSL st IS ch ISI on page 70 Num Symbols Requires Annex M On Displays the information about the number of symbols Note The setting for time slice 1 is displayed on this side tab the settings for all time slices 1 are available on the TSL 2 x side tab See Chapter 3 3 3 IS 2 x Set tings on page 35 Remote command SOUR...

Page 31: ...s accords with the canonical name used in the DVB S2 specifications It starts with the numeric value that is used as remote com mand parameter In the information area an abbreviation of this name is displayed For detailed information about constellation code rate bit interleaver pattern and FEC frame type see the following tables Table 3 2 Classical family Modulation coding value Bit interleaver p...

Page 32: ...x 2 4 2APSK 100 180 012 Normal 33 8APSK 26 45 L Sx 2 4 2APSK 104 180 012 Normal 34 8PSK 23 36 Sx 8PSK 23 36 012 Normal 35 8PSK 25 36 Sx 8PSK 25 36 102 Normal 36 8PSK 13 18 Sx 8PSK 13 18 102 Normal 37 16APSK 1 2 L Sx 8 8APSK 90 180 3210 Normal 38 16APSK 8 15 L Sx 8 8APSK 96 180 2310 Normal 39 16APSK 5 9 L Sx 8 8APSK 100 180 2301 Normal 40 16APSK 26 45 Sx 4 12APSK 26 45 3201 Normal 41 16APSK 3 5 Sx ...

Page 33: ...156 Normal 62 256APSK 2 3 L Sx 256APSK 20 30 01234567 Normal 63 256APSK 31 45 L Sx 256APSK 124 180 46320571 Normal 64 256APSK 32 45 Sx 256APSK 128 180 75642301 Normal 65 256APSK 11 15 L Sx 256APSK 22 30 01234567 Normal 66 256APSK 3 4 Sx 256APSK 135 180 50743612 Normal Table 3 4 S2 X family for short FEC frames Modulation coding value Implementation description Bit interleaver pattern Required FEC ...

Page 34: ... factor 2 Short 90 VL2 BPSK 1 5 Sx VL SNR π 2 BPSK 1 5 Short 91 VL2 BPSK 4 15 Sx VL SNR π 2 BPSK 4 15 Short 92 VL2 BPSK 1 3 Sx VL SNR π 2 BPSK 1 3 Short For all members of this family the pilot is enabled fixed setting For 84 VL1 QPSK 2 9 Sx VL SNR the symbol rate is restricted For 85 86 87 VL1 Pi 2 BPSK 1 5 11 45 1 3 medium FEC frame Sx VL SNR padding is performed FEC Frame Sets the length of the...

Page 35: ... Off The physical layer frame contains no pilot symbols Remote command SOURce hw BB DVBS2 TSL st IS ch PILots on page 71 3 3 3 IS 2 x Settings Access 1 Select DVB S2 CM Mode VCM see CM Mode on page 11 2 Select Input Signal Num Input Streams 1 see Num Input Streams on page 16 3 Select Coding IS 2 x The tab provides coding settings for input stream 2 to maximum 8 in a table the Input Stream num tabl...

Page 36: ...Select Coding General Num Time Slices 1 see Num Time Slices on page 28 3 Select Coding TSL 2 x The tab provides coding settings for time slice 2 to maximum 8 in a table the Time Slice num table The number indicated by x represents the maximum time slice number set via Num Time Slices Settings Time Slice num table 36 Time Slice num table Time Slice num table requires CM Mode CCM ACM and Annex M On ...

Page 37: ...t is possible that decoding by a DUT is not suc cessful Settings different from the broadcast standard can be useful for research and develop ment Applying these settings requires Special Settings On If you set a parameter different from the specification the warning icon is displayed left to the parameter Settings Special Settings 37 PL Gold Code Index n 38 PL Scrambling Sequence ID 38 PL Scrambl...

Page 38: ... results are not displayed and are not readable Also set the PL scram bling sequence ID in the DVB S2 receiver The maximum value corresponds to the number of active lines in a hidden file if it exists In any case 0 to 16 is possible Remote command SOURce hw BB DVBS2 SPECial SCRamble SEQuence on page 72 PL Scrambler For test purposes you can disable the PL scrambler In normal operation it is enable...

Page 39: ...3 6 Key features The key features for playing stream files with TS Player application are Support of numerous broadcast transmission standards Streaming of high quality video contents Streaming of high quality audio contents Efficient use with dedicated streams Required options The equipment layout for processing stream files includes Base unit including arbitrary waveform generator 64 MSample ARB...

Page 40: ... broadcast baseband standards of the R S SMCV100B support the TS Player application For an overview see the table below Baseband standard Source TS Player Baseband standard Source TS Player ATSC ATSC M H Yes T DMB DAB Yes ATSC 3 0 Yes DVB S Yes DTMB Yes DVB S2 Yes DVB T Yes DRM No DVB T2 Yes Audio AM No ISDB T Yes Audio FM No The remote commands required to define these settings are described in C...

Page 41: ...playing the file You can set an individual position via Position Player hh mm ss fff Remote command TSGen CONFigure SEEK POSition on page 78 Select File Provides access to the standard File Select function of the instrument The provided navigation possibilities in the dialog are self explanatory See also chapter File and Data Management in the R S SMCV100B User Manual The dialog allows you to sele...

Page 42: ...18 R S SMCVB KS19 R S SMCVB KS20 bin Unencrypted ts Unencrypted mpg Unencrypted t10 1 For T2MI stream files the data rate of a T2MI file is determined automatically if the following applies Data rate is not part of the TRP file header information PCR information is not available T2MI TRP file is not encrypted that means not of type t2mi_c TRP file has the t2mi file extension Remote command TSGen C...

Page 43: ...entry under Play Remote command TSGen CONFigure SEEK STOP on page 79 Reset Window Resets Start Stop Position Player parameters Remote command TSGen CONFigure SEEK RESet on page 78 Play Plays the selected file For supported file types see Table 3 6 Remote command TSGen CONFigure COMMand ch on page 75 Pause Pauses the player After pausing you can resume playing the file by clicking Play again Remote...

Page 44: ...he function ensures that the data stream is replayed in the same way as it was recorded The time references in the tables of the TS stream are also correct during replay Remote command TSGen CONFigure TSRate on page 80 Orig Data Rate Displays the calculated original TS data rate Remote command TSGen READ ORIGtsrate on page 80 Packet Length Requires a trp trp_c emc or emc_c file loaded into the TS ...

Page 45: ...k reference correction PCR DTS PTS On Off Deactivate stuffing if you want to use the same data rate as the origi nal data rate Remote command TSGen CONFigure STUFfing on page 79 Stop Data Requires a trp trp_c emc or emc_c file loaded into the TS Player dia log trp files are previously recorded files Ensures that a standardized TS data stream is always output at the TS output at the rear of the R S...

Page 46: ...ad A sync byte 0x47 followed by three header bytes and 204 payload bytes Sync 207 Payload A sync byte 0x47 followed followed by 207 payload bytes Remote command TSGen CONFigure TSPacket on page 79 PID Test Packet If a header is present in the test packet Test TS Packet Head 184 Payload you can specify a fixed or variable packet identifier PID Null The header of the test transport stream packets ha...

Page 47: ...en CONFigure PRBS SEQuence on page 77 3 6 3 Seamless Loop Settings Displaying the tab requires a trp trp_c emc or emc_c file loaded into the TS Player dialog trp files are previously recorded files Access Select TS Player Seamless Loop The tab provides settings necessary to configure settings for playing the file in a loop Settings Continuity Counter 47 PCR DTS PTS 48 TDT TOT 48 Continuity Counter...

Page 48: ... and date table in the replayed TS data stream The correction allows you to decode the stream without interruption when the play file is looping Remote command TSGen CONFigure SEAMless TT on page 78 3 7 Local IP Data Network Settings Access 1 Select Input Signal General Source External 2 Select Input Signal General Input IP 3 Select Input Signal IP Channel x Local IP Data Network The tab provides ...

Page 49: ...e Displays the hostname Displayed is the board name that is the name of the IP data board of the R S SMCV100B e g SMCV100B 123456 IP Data Each instrument is delivered with an assigned hostname a logical name which can be used instead of the IP address With the default network settings the IP address is allocated by the DHCP server This address can change each time the instrument is reconnected Unl...

Page 50: ...es an IP address assigned via the DHCP server can cause network connection failures Remote command SYSTem COMMunicate BCIP hw NETWork IPADdress on page 82 Protocol Sets the protocol type of the input IP data The current firmware supports UDP and UDP RTP Remote command SYSTem COMMunicate BCIP hw NETWork PROTocol on page 83 Subnet Mask Displays the bit group of the subnet in the host identifier To a...

Page 51: ...ignal 51 How to Apply an External TS Input Signal 54 How to Generate an Internal TS Signal 55 4 1 1 How to Apply an External IP Input Signal To connect the R S SMCV100B to local IP data network 1 Connect the IP source to the IP Data connector of the R S SMCV100B See chapter Connecting to IP Data Interface in the R S SMCV100B Getting Star ted user manual 2 Select Input Signal General Source Externa...

Page 52: ...ware supports UDP and UDP RTP To configure an external IP input signal The R S SMCV100B is connected to a local IP data network see To connect the R S SMCV100B to local IP data network on page 51 1 Specify general IP input signal properties a Select Input Signal General Source External b Select Input IP c Specify the IP TS Channel e g IP TS Channel 1 The IP Channel 1 side tab appears where you can...

Page 53: ...he IGMPv3 source address that is the source IPv4 address of the IP connection A source address different from 0 0 0 0 accepts only data originating from the specified IP address e Optionally to check availability of the IGMPv3 Source Address click Ping Source Address If Ping Result Ping Successful the source address is available If Ping Result Ping Transmit Failed Destination Host Unreachable try ...

Page 54: ...l To specify the TS input interface at the R S SMCV100B The R S SMCV100B is connected to an MPEG TS data source via the User 1 con nector 1 Select Input Signal General Source External 2 Select General Global Connectors 3 In the Global Connectors dialog configure the User 1 connector for a TS input signal a Select Direction Input b Select Signal TS To configure an external TS input signal The R S S...

Page 55: ...4 1 3 How to Generate an Internal TS Signal To play a TS file with the TS Player 1 Select Input Signal Source TS Player The TS Player button appears below 2 Click TS Player The TS Player dialog for playing TS data files opens 3 Click Play to play the default file DIVER trp Playing the file requires no option To play a file of stream library with the TS Player 1 Download the 2 Select Input Signal S...

Page 56: ...put Data The R S SMCV100B receives external IP input data as described in Chapter 4 1 1 How to Apply an External IP Input Signal on page 51 Select Input Signal Info The Info side tab displays physical properties of the input IP stream data The standard packet length is 188 byte The maximum useful data rate is specified by the broadcast standard The measured data rate is lower and depends on the TS...

Page 57: ...rnal TS Input Signal on page 54 Select Input Signal Info The Info side tab displays physical properties of the input TS stream data 4 2 3 How to Monitor an Internal TS Player Signal The R S SMCV100B receives internal TS input data as described in Chapter 4 1 3 How to Generate an Internal TS Signal on page 55 Select Input Signal Info The Info side tab displays physical properties of the TS player s...

Page 58: ...ailable input streams Programming examples This description provides simple programming examples The purpose of the examples is to present all commands for a given task In real applications one would rather reduce the examples to an appropriate subset of commands The programming examples have been tested with a software tool which provides an environment for the development and execution of remote...

Page 59: ...BB DVBS2 STATe Usage Event Manual operation See Set To Default on page 11 SOURce hw BB DVS2 STATe State Activates the standard and deactivates all the other digital standards and digital modu lation modes in the same path Parameters State 0 1 OFF ON RST 0 Manual operation See State on page 11 SOURce hw BB DVBS2 SETTing CATalog Queries the files with settings in the default directory Listed are fil...

Page 60: ... file path file extension can be omitted Manual operation See Save Recall on page 11 SOURce hw BB DVBS2 SETTing STORe Save Saves the current settings into the selected file the file extension d2vbs is assigned automatically Parameters Save filename Filename or complete file path Manual operation See Save Recall on page 11 SOURce hw BB DVBS2 S2X S2XState Enables S2 X features Parameters S2XState 0 ...

Page 61: ... SOURce hw BB DVBS2 IS ch STUFfing 62 SOURce hw BB DVBS2 SOURce Source Sets the modulation source for the input signal Parameters Source EXTernal TSPLayer TESTsignal RST EXTernal Manual operation See Source on page 16 SOURce hw BB DVBS2 INPut CMMode CMMode Sets the coding and modulation CM mode Parameters CMMode VCM CCM ACM RST CCM Manual operation See CM Mode on page 11 SOURce hw BB DVBS2 INPut N...

Page 62: ...Selects the IP based transport stream TS channel You can select 1 out of 4 IP TS channels as input at the IP Data interface To configure a particular channel see Chapter 3 2 4 IP Channnel x Settings on page 22 Parameters TSChannel 1 2 3 4 RST 1 Manual operation See IP TS Channel on page 17 SOURce hw BB DVBS2 IS ch STUFfing Stuffing Activates stuffing Parameters Stuffing 0 1 OFF ON RST 1 Manual ope...

Page 63: ...UsefulDataRate Displays the data rate of useful data ruseful of the external transport stream The data rate is measured at the input of the installed input interface Parameters UsefulDataRate float Range 0 to 999999999 Increment 0 001 RST 0 Manual operation See Useful Data Rate on page 20 SOURce hw BB DVBS2 IS ch USEFul RATE MAX Queries the maximum data rate that is derived from the current modula...

Page 64: ...9999 Increment 0 001 RST 0 Usage Query only Manual operation See Measured Data Rate on page 20 5 2 3 Test Signal Commands SOURce hw BB DVBS2 TSPacket 64 SOURce hw BB DVBS2 IS ch TESTsignal 64 SOURce hw BB DVBS2 PAYLoad 65 SOURce hw BB DVBS2 PID 65 SOURce hw BB DVBS2 PIDTestpack 65 SOURce hw BB DVBS2 PRBS SEQuence 65 SOURce hw BB DVBS2 TSPacket TSPacket Specifies the structure of the test transport...

Page 65: ...k PIDTestPacket If a header is present in the test packet Test TS Packet Head 184 Payload you can specify a fixed or variable packet identifier PID Parameters PIDTestPacket VARiable NULL RST NULL Manual operation See PID Test Packet on page 21 SOURce hw BB DVBS2 PRBS SEQuence PRBS Sets the length of the PRBS sequence You can select a PRBS 15 or a PRBS 23 sequence as specified by ITU T O 151 Parame...

Page 66: ...figured for Unicast reception SOURce1 BB INPut IP2 PORT 6002 Define Multicast properties SOURce1 BB INPut IP2 TYPe MULT Local IP data interface is configured for Multicast reception SOURce1 BB INPut IP2 MULTicast ADDRess Response 226 0 0 0 SOURce1 BB INPut IP2 IGMP SOURce ADDRess Response 0 0 0 0 SOURce1 BB INPut IP2 IGMP SOURce ADDRess 192 168 10 1 SOURce1 BB INPut IP2 IGMP SOURce PING SOURce1 BB...

Page 67: ...INPut IP ch ALIas Alias Specifies an alias i e name for the IP connection Parameters Alias string Example See Example Configure IP channel 2 properties on page 66 Manual operation See Alias on page 23 SOURce hw BB INPut IP ch PORT Port Sets the port of the input IP data at the IP Data connector Parameters Port integer Range 0 to 65535 RST 6002 Example See Example Configure IP channel 2 properties ...

Page 68: ...5 255 Example See Example Configure IP channel 2 properties on page 66 Manual operation See Multicast Address on page 24 SOURce hw BB INPut IP ch IGMP SOURce ADDRess Specifies the IGMP source address of the network Parameters Address string Example See Example Configure IP channel 2 properties on page 66 Manual operation See IGMPv3 Source Address on page 24 SOURce hw BB INPut IP ch IGMP SOURce PIN...

Page 69: ...M 69 SOURce hw BB DVBS2 ROLLoff 69 SOURce hw BB DVBS2 S2X CHB 69 SOURce hw BB DVBS2 NTSL 70 SOURce hw BB DVBS2 SYMBols RATE 70 SOURce hw BB DVBS2 ANNM AnnexN Enables the annex M features as specified in EN 302 307 Depending on this setting a different PL header is used Parameters AnnexN 0 1 OFF ON RST 0 Manual operation See Annex M on page 13 SOURce hw BB DVBS2 ROLLoff RollOff Sets the roll off al...

Page 70: ...SymbolRate float Range 0 100000 to 90 000000 Increment 1 RST 20 000000 Manual operation See Symbol Rate on page 27 5 3 2 TSL Commands SOURce hw BB DVBS2 TSL st IS ch FECFrame 70 SOURce hw BB DVBS2 TSL st IS ch ISI 70 SOURce hw BB DVBS2 TSL st IS ch MODCod 71 SOURce hw BB DVBS2 TSL st IS ch NSYM 71 SOURce hw BB DVBS2 TSL st IS ch PILots 71 SOURce hw BB DVBS2 TSL st IS ch TSN 72 SOURce hw BB DVBS2 T...

Page 71: ... 69 7 70 71 72 73 74 75 76 77 78 79 8 80 81 82 83 84 85 86 87 88 89 9 90 91 92 93 94 95 96 97 98 99 RST MC6 Manual operation See Mod Cod on page 30 SOURce hw BB DVBS2 TSL st IS ch NSYM Displays the information about the number of symbols Return values NumSym integer Range 0 to 99999 RST 33372 Usage Query only Manual operation See Num Symbols on page 30 SOURce hw BB DVBS2 TSL st IS ch PILots Pilots...

Page 72: ...DVBS2 SPECial DSLPrbs STATe DataSlicePRBS Enable for test purposes PRBS can be inserted into the data slices The PRBS trans mitted in the data slices is continuous so that a BER measurement on decoded data slices can be performed Parameters DataSlicePRBS 0 1 OFF ON RST 0 Manual operation See PL Dataslices PRBS on page 38 SOURce hw BB DVBS2 SPECial GOLDcode ColdCode Defines the scrambling code numb...

Page 73: ...er In normal operation it is enabled Parameters Scrambler 0 1 OFF ON RST 1 Manual operation See PL Scrambler on page 38 SOURce hw BB DVBS2 SPECial SETTings STATe SpecialSettings Enables or disables all special settings Parameters SpecialSettings 0 1 OFF ON RST 0 Manual operation See Special Settings on page 37 5 5 TSGen Subsystem The TSGen subsystem contains the commands for configuring the TS pla...

Page 74: ...PAUS Pauses playing the file TSGen CONFigure COMMand STOP Stops playing the file TSGen CONFigure COMMand PLAY Activates playing the file Example Configure and monitor TS player output Configure general and stuffing parameters of the TS player output TSGen CONFigure STUFfing ON TSGen CONFigure STOPdata TTSP TSGen CONFigure TSPacket H184 TSGen CONFigure PIDTestpacket VAR TSGen CONFigure PIDTestpack ...

Page 75: ...igure SEEK POSition 78 TSGen CONFigure SEEK RESet 78 TSGen CONFigure SEEK STARt 78 TSGen CONFigure SEEK STOP 79 TSGen CONFigure STOPdata 79 TSGen CONFigure STUFfing 79 TSGen CONFigure TSPacket 79 TSGen CONFigure TSRate 80 TSGen READ FMEMory 80 TSGen READ ORIGtsrate 80 TSGen READ PLAYfile LENGth 81 TSGen CONFigure COMMand ch Triggers playing pausing and stopping of the TS player file selected with ...

Page 76: ...rameters PID integer Range 0 to 8191 RST 8191 Example See Example Configure and monitor TS player output on page 74 Manual operation See PID Hex on page 46 TSGen CONFigure PIDTestpack PIDTestpack Sets the PID if TSGen CONFigure TSPacket is H184 H200 H204 Parameters PIDTestpack VARiable NULL RST NULL Example See Example Configure and monitor TS player output on page 74 Manual operation See PID Test...

Page 77: ...Mless CC CC Activates the correction of the continuity counters in the replayed TS data stream The correction allows you to decode the stream without interruption when the play file is looping Parameters CC 0 1 OFF ON RST 0 Example See Example Configure seamless loop parameters on page 75 Manual operation See Continuity Counter on page 47 TSGen CONFigure SEAMless PCR PCR Activates the correction o...

Page 78: ...ent playing time position You can select a value in a 10 hour range Parameters Position float Range 0 to 36000000 Increment 0 1 RST 0 Example See Example Play a TS player file on page 73 Manual operation See Running Position Player hh mm ss fff on page 41 TSGen CONFigure SEEK RESet Resets the following parametets to their default state TSGen CONFigure SEEK STARt on page 78 TSGen CONFigure SEEK STO...

Page 79: ... StopData Ensures that a standardized TS data stream is always output at the TS output at the rear of the R S SMCV100B Parameters StopData TTSP NONE RST NONE Example See Example Configure and monitor TS player output on page 74 Manual operation See Stop Data on page 45 TSGen CONFigure STUFfing Stuffing Enables or disables nullpacket stuffing Parameters Stuffing 0 1 OFF ON RST 0 Example See Example...

Page 80: ...eger Range 1 to 35E7 RST 5018502 Example See Example Configure and monitor TS player output on page 74 Manual operation See Data Rate on page 44 TSGen READ FMEMory FMemory Queries the file size of the TS player file Parameters FMemory integer Range 0 to 10 RST 0 Example See Example Configure and monitor TS player output on page 74 Manual operation See Select File on page 41 TSGen READ ORIGtsrate O...

Page 81: ...cription BCIP hw 1 Available local IP LAN interfaces Example Retrieving information on local network related settings Monitor IP interface 1 local network status SYSTem COMMunicate BCIP1 NETWork STATus Response 0 The instrument is diconnected from the local IP network SYSTem COMMunicate BCIP1 NETWork RESTart SYSTem COMMunicate BCIP1 NETWork STATus Response 1 Query local IP data network properties ...

Page 82: ...l generator Note We recommend that you do not change the hostname to avoid problems with the network connection If you change the hostname be sure to use a unique name Parameters Hostname string Example See Example Retrieving information on local network related settings on page 81 Manual operation See Hostname on page 49 SYSTem COMMunicate BCIP hw NETWork IPADdress Sets the IP address Parameters ...

Page 83: ...ter Parameters MACAddress string Range 00 00 00 00 00 00 to ff ff ff ff ff ff Example See Example Retrieving information on local network related settings on page 81 Manual operation See MAC Address on page 50 SYSTem COMMunicate BCIP hw NETWork PROTocol Protocol Specifies the network protocol Parameters Protocol UDP RST UDP Example See Example Retrieving information on local network related settin...

Page 84: ...e BCIP hw NETWork STATus NetworkStatus Queries the network connection state Parameters NetworkStatus 0 1 OFF ON RST n a no preset default 0 Example See Example Retrieving information on local network related settings on page 81 Manual operation See Network Status on page 49 BCIP Subsystem ...

Page 85: ...lent Isotropically Radiated Power F FEC Forward Error Correction I IGMP Internet Group Management Protocol IGMPv3 Internet Group Management Protocol version 3 ISI Input stream identifier M MAC Media Access Control MIS Multiple Input Streams MPEG Moving Picture Experts Group https mpeg chiariglione org O OFDM Orthogonal Frequency Division Multiplexing P PCR Program Clock Reference PID Packet Identi...

Page 86: ...Q QAM Quadrature Amplitude Modulation QPSK Quaternary Phase Shift Keying R RTP Real Time Transport Protocol S SMPTE Society of Motion Picture and Television Engineers https www smpte org T TCP Transmission Control Protocol TS Transport Stream TSN Time Slice Number U UDP User Datagram Protocol ...

Page 87: ...sting DVB Second generation framing structure channel coding and modulation systems for Broadcasting Interactive Services News Gathering and other broadband satellite applications DVB S2 https www etsi org deliver etsi_en 302300_302399 302307 I ITU T O 151 ITU T Recommendation O 151 https www itu int rec T REC O 151 199210 I en ...

Page 88: ...s PCR 77 TSGen CONFigure SEAMless TT 78 TSGen CONFigure SEEK POSition 78 TSGen CONFigure SEEK RESet 78 TSGen CONFigure SEEK STARt 78 TSGen CONFigure SEEK STOP 79 TSGen CONFigure STOPdata 79 TSGen CONFigure STUFfing 79 TSGen CONFigure TSPacket 79 TSGen CONFigure TSRate 80 TSGen READ FMEMory 80 TSGen READ ORIGtsrate 80 TSGen READ PLAYfile LENGth 81 SOURce hw BB DVBS2 ANNM 69 SOURce hw BB DVBS2 INPut...

Page 89: ...ACKetlength 63 SOURce hw BB DVBS2 IS ch STUFfing 62 SOURce hw BB DVBS2 IS ch TESTsignal 64 SOURce hw BB DVBS2 IS ch USEFul RaTE 63 SOURce hw BB DVBS2 IS ch USEFul RATE MAX 63 SOURce hw BB DVBS2 SPECial DSLPrbs STATe 72 SOURce hw BB DVBS2 SPECial GOLDcode 72 SOURce hw BB DVBS2 SPECial SCRamble SEQuence 72 SOURce hw BB DVBS2 SPECial SCRamble STATe 73 SOURce hw BB DVBS2 SPECial SETTings STATe 73 SOUR...

Page 90: ...l IP data network 25 Maximum useful data rate 19 Measured data rate 20 Multicast address 24 Number of input streams 16 Packet length 19 Payload test stuff 21 PID 21 PID test packet 21 Ping result 24 Ping source address 24 Port 24 PRBS 21 Source 16 Stuffing 18 Test signal 18 Test signal settings 20 Test TS packet 21 Type 24 Useful data rate 20 Installation 5 Instrument help 6 Instrument security pr...

Page 91: ...ings Continuity counter 47 Data rate 44 General settings 40 Nullpacket stuffing 44 Orig data rate 44 Packet length 44 Pause 43 Payload test stuff 46 PCR DTS PTS 48 PID 46 PID test packet 46 Play 43 Position player 43 PRBS 47 Reset window 43 Running 41 Seamless loop settings 47 Select file 41 Start 42 Stop 43 Stop data 45 TDT TOT 48 Test TS packet 46 TSGen subsystem Remote control commands 73 U Use...

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