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The Head-End Station Programme2016 / 2017

V1 · June 2016

2 GSS Grundig SAT Systems 2016

Index

Editorial 3

GSS.compact 4

GSS.lamina 8

GSS.mux 10

GSS.basic Head-End Station System 12

Modules for GSS.basic 13

Accessories for GSS.basic 16

GSS.standard Head-End Station Systems 20

Modules for GSS.standard 22

Accessories for GSS.standard 29

GSS.professional Head-End Station Systems 32

Modules for GSS.professional 33

Accessories for GSS.professional 40

3GSS Grundig SAT Systems 2016

Provide Excellence

As the inventor of the head-end station we are entitled not only to create the presence but also the world of tomorrow. Therefore we are contini-ously working to expand the digital infrastructure of the future making it more efficient through our innovations. Future-oriented thinking and acting lead us to enter new segments and offer an indi-vidual system for every requirement.

Surviving in a global competition requires consi-sent reinvention. With this catalogue we proudly present not only our latest products but also our new corporate design.

You simply find the right components for your application through the adapted structure, the new pictorial world and the stringent ink flow.

Have a good entertainment with our new pro-duct programme.

For the complete GSS team

Markus Schlautmann

More than 50,000 systems and a permanent expanding product line – for more than 20 years we develop, assemble and distribute high-end tools for highest TV pleasure.

Julia PallottoPhone: +49 911 703-23 22Fax: +49 911 703-92 10E-Mail: [email protected]

Service:Margareta KissPhone: +49 911 703-22 21Fax: +49 911 703-23 26E-Mail: [email protected]

Order processing:Armin GsängerPhone: +49 911 703-88 77Fax: +49 911 703-92 10E-Mail: [email protected]


STC 4-16HF input DVB-S2Frequency range 910 – 2150 MHz

Level range 60 – 80 dBμV

DVB-S modes

QPSK 1/2, 2/3, 3/4, 5/6, 7/8 8PSK 3/5, 2/3, 3/4, 5/6, 8/9, 9/10 16APSK 2/3, 3/4, 4/5, 5/6, 8/9, 9/10 32APSK 3/4, 4/5, 5/6, 8/9, 9/10

Symbol rate DVB-S QPSK: 1 – 45 MSymb/s

Symbol rate DVB-S2

QPSK: 4.5 – 45 MSymb/s 8PSK: 4.5 – 45 MSymb/s 16APSK: 4.5 – 39 MSymb/s 32APSK: 4.5 – 32 MSymb/s

HF outputFrequency range 42.0 – 868.0 MHz

Channels S 21 – C 69

Modulation schema QAM 4, 16, 32, 64, 128, 256

Output level 80 – 96 dBμV

Output impedance 75 Ω

Symbol rate 1,000 – 7,500 kBd

ConnectorsSatellite inputs 4 F connectors

HF output 1 F connector

HF measuring output (–25 dB) 1 F connector

LAN 1 RJ45 connector

GeneralMains supply 100 – 240 V AC, 50/60 Hz

Power consumption typ. 40 W (without LNB supply), 55 W max.

Valid ambient temperature 0 °C to +50 °C

Dimensions in mm (W x H x D) 341 x 282 x 85

Weight approx. 5.0 kg

GSS.compact STC 4-16

The GSS.compact model STC 4-16 is the first product of the new compact and future-oriented headend station family which will be gradually extended. It directly converts 16 DVB-S2 signals to 16 QAM signals for the infeed in distribution networks.

It is equipped with 16 DVB-S2 tuners mit 16/32-APSK support. The respective SAT input is freely selectable for every of the 16 tuners via the four SAT IF inputs (e.g. VL, VH, HL, HH). The output level is electronically adjustable between 80 and 96 dBμV for the 16 QAM full band outputs. The variants QAM 4, 16, 32, 64, 128 and 256 are at choice for the modulation scheme. The signals for the control measurements for the installation are available at the HF measuring output (-25 dB).

Channels can be easily and freely removed via the integrated station filter (pro-gramme data stream and modification of the tables). The Network Information Ta-ble (NIT) as well as the Logical Channel Numbering (LCN) can be modified with the function of the Transport Stream Processing for the complete head-end station unit. The data rate is freely adjustable thereby.

Die GSS.compact works with a newly developed HTML user interface. The installer is able to configure it intuitively and quickly without the supplied user manual. The user has a worldwide access to all functions of the innovative head-end station unit with the help of an OpenVPN connection via e.g. notebook, tablet or smartphone.

The GSS.compact STC 4-16 is extremely space-saving with its low dimensions. It is in the lead with low power drain in comparison to other suppliers and therefore a good example for innovation with environmental orientation.

• 4 satellite IF inputs

• 16 DVB-S2 tuners

• 16 QAM full band modulators

• Station filter for removing of chan-nels

• NIT (Network Information Table) for complete head-end station

• LCN (Logical Channel Numbering)

• HTML user interface

• Worldwide access via OpenVPN

• Disruption and error messaging via email

• Low power consumption of 40 W typ.

GSS.compact


STC 4-16 C CIHF input DVB-S2Frequency range 950 – 2150 MHz


DVB-S modes QPSK 1/2, 2/3, 3/4, 5/6, 7/8

DVB-S2 modes

QPSK 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/108PSK 3/5, 2/3, 3/4, 5/6, 8/9, 9/1016APSK 2/3, 3/4, 4/5, 5/6, 8/9, 9/1032APSK 3/4, 4/5, 5/6, 8/9, 9/10


Symbol rate DVB-S2


HF outputFrequency range 42.0 – 868 MHz

Channels S 21 – C 69

Modulation scheme QAM 4, 16, 32, 64, 128, 256

Output level 80 – 96 dBμV

Output impedance 75 Ω

Symbol rate 1,000 – 7,500 kBd

ConnectorsSatellite inputs 4 F connector


HF measuring output (-25 dB) 1 F connector


No. of CI slots 6


Power consumption typ. 45 W (without LNB supply, without CI), max. 80 W




GSS.compactGSS.compact STC 4-16 C CI

The GSS.compact model STC 4-16 C CI converts 16 DVB-S2 signals to 16 QAM channels for the infeed in distribution networks.

The STC 4-16 C CI has available 6 CI slots which are associated with the tuners 1 to 6.

The satellite input signals can be distributed with the 4 inputs to the 16 input tuners. The number of satellite inputs can be extended up to 16 with adjusting of the Uni-cable II multiswitch SUCP 516.


• Extension up to 16 satellite IF inputs with adjusting of the Unicable II multiswitch SUCP 516

• 16 DVB-S2 tuners with 16/32APSK mode


• 6 CI slots



• NIT (Network Information Table) for complete head-end station system



• Option: Media Player


STC 4-16 IPM CIHF input DVB-S2Frequency range 950 – 2150 MHz


DVB-S modes QPSK 1/2, 2/3, 3/4, 5/6, 7/8

DVB-S2 modes

QPSK 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10 8PSK 3/5, 2/3, 3/4, 5/6, 8/9, 9/10 16APSK 2/3, 3/4, 4/5, 5/6, 8/9, 9/10 32APSK 3/4, 4/5, 5/6, 8/9, 9/10


Symbol rate DVB-S2


LAN outputStandard 1000-Base-T

Data rate ≤ 800 MBit

Protocols UDP, RTP

ConnectorsSatellite inputs 4 F connector


HF measuring output (–25 dB) 1 F connector


No. of CI slots 6


Power consumptiontyp. 40 W (without LNB supply, without CI), max. 70 W




GSS.compact STC 4-16 IPM CI

The GSS.compact model STC 4-16 IPM CI converts 16 DVB-S2 signals to 16 MPTS streams for the infeed in a IPTV network.

The STC 4-16 IPM CI has available 6 CI slots which are associated with the tuners 1 to 6.

The satellite input signals can be distributed with the 4 inputs to the 16 input tuners. The number of satellite inputs can be extended up to 16 with adjusting of the Uni-cable II multiswitch SUCP 516.


• Extension up to 16 satellite IF inputs with adjusting of the Unicable II multiswitch SUCP 516

• 16 DVB-S2 tuners with 16/32APSK mode

• LAN output for the MPTS streams

• 6 CI slots

• Station filter for removing of channels






GSS.compact



• 16 DVB-S2 tuners



• NIT (Network Information Table) for complete head-end station





• Low power consumption of 40 W typ.

GSS.compact


STS 1932 IPM STS 1916 IPMHF input DVB-S2Frequency range 950 – 2150 MHz 950 – 2150 MHz

Level range 60 – 80 dBμV 60 – 80 dBμV

DVB-S modes QPSK 1/2, 2/3, 3/4, 5/6, 7/8 QPSK 1/2, 2/3, 3/4, 5/6, 7/8

DVB-S2 modes



Symbol rate DVB-S QPSK: 1 – 45 MSymb/s QPSK: 1 – 45 MSymb/s

Symbol rate DVB-S2



LAN outputStandard 1000-Base-T 1000-Base-T

Data rate ≤ 800 MBit ≤ 800 MBit

Protocols UDP, RTP UDP, RTP

ConnectorsSatellite inputs 8 F connectors 4 F connectors

HF output 1 F connector 1 F connector

HF measuring output (-25 dB) 1 F connector 1 F connector

LAN2 RJ45 connectors (output), 2 RJ45 connectors (control)

1 RJ45 connector (output), 2 RJ45 connectors (control)

GeneralNo. of power supply units 2 (single changeable in operation) 2 (single changeable in operation)

Mains supply 100 – 130 V AC, 190 – 250 V AC, 50/60 Hz 100 – 130 V AC, 190 – 250 V AC, 50/60 Hz

Power consumption typ. 60 W (without LNB supply) typ. 40 W (without LNB supply)

Valid ambient temperature 0 °C to +50 °C 0 °C to +50 °C

Dimensions in mm (W x H x D) 490 x 44.5 (1 HU) x 490 490 x 44.5 (1 HU) x 490

Weight approx. 5.6 kg approx. 5.2 kg

GSS.lamina STS 1932 IPM and STS 1916 IPM

The GSS.lamina models STS 1916 IPM and STS 1932 IPM are the first products of the new future-oriented head-end station family which will be gradually extended. It converts 16 DVB-S2 signals to 16 MPTS streams (STS 1916 IPM) resp. 32 MPTS streams (STS 1932 IPM) for the infeed in a IPTV network.

The models of the GSS.lamina series have a cabinet with 19“ width and 1 HU height. They are equipped with a redundant power supply unit.

The satellite input signals can be distributed with the 4 resp. 8 inputs to the 16 resp. 32 input tuners. The number of satellite inputs can be extended up to 16 resp. 32 with adjusting of the Unicable II multiswitch SUCP 516.

• 4 resp. 8 satellite IF inputs

• Extension up to 16 resp. 32 satellite IF inputs with adjusting of the Unicable II multiswitch SUCP 516

• 16 resp. 32 DVB-S2 tuners with 16/32APSK mode

• LAN outputs for the MPTS streams

• 6 CI slots

• Station filter for removing of channels



• Fan cooling





STS 1932 IM

STS 1916 IM

GSS.lamina


GSS.lamina


SMCIP 401 ASI SMCIP 402 C SMCIP 402 THF input DVB-S2Frequency range 910 – 2150 MHz


DVB-S modes

QPSK 1/2, 2/3, 3/4, 5/6, 7/8 8PSK 3/5, 2/3, 3/4, 5/6, 8/9, 9/10 16APSK 2/3, 3/4, 4/5, 5/6, 8/9, 9/10 32APSK 3/4, 4/5, 5/6, 8/9, 9/10


Symbol rate DVB-S2

QPSK: 1 – 53 MSymb/s 8PSK: 1 – 45 MSymb/s 16APSK: 1 – 35 MSymb/s 32APSK: 1 – 28 MSymb/s

DiSEqC 1.1 16 satellite levels, 60 mA max.

HF output DVB-S DVB-C DVB-T Frequency range 950 – 2250 MHz 42 – 868 MHz 42 – 860 MHz

Channels – S 21 – C 69C 5 – C 12, C 21 – C 69

Modulation scheme –QAM 4, 16, 32,64, 128, 256

QPSK, 16 QAM, 64 QAM

Symbol rate 1 – 45 MSymb/s 1,000 – 7,500 kBd –

Code rates – –1/2, 2/3, 3/4, 5/6, 7/8

Guard intervals – –1/4, 1/8, 1/16, 1/32

Transmission carrier – – 2 k

Output level 48 – 95 dBμV 71 – 102 dBμV 71 – 102 dBμV

Output impedance 75 Ω 75 Ω 75 Ω

ConnectorsSatellite inputs 4 F connectors 4 F connectors 4 F connectors

HF output 1 F connector 1 F connector 1 F connector

LNB loop-through input

1 F connector – –

ASI input 1 BNC connector 1 BNC connector 1 BNC connector

ASI output 1 BNC connector 1 BNC connector 1 BNC connector

Software update Micro USB Micro USB Micro USB

Common Interface 1 1 1


Dimensions in mm (W x H x D)

220 x 290 x 60


GSS.mux

The classical satellite ditribution systems unmodified transmit the received satellite signal. Free TV satellite signals stay free-to-air and scrambled satellite signals haven‘t changed and stay scrambled. The scrambled satellite signals have to be decoded separately via the connected set top boxes or TV sets with integrated satellite tuner. Every of these connected receivers requires an own smartcard and an own Condi-tional Access Module (CAM).

It is now possible that every TV viewer can have access to the decoded satellite system without using an own smartcard and/or Conditional Access Module with the GSS.mux. He receives the transmitted scrambled channels free-to-air via the GSS.mux. In this way receivers without Common Interface are able to receive these channels. Therefore one smartcard per distribution network is enough for any numbers of users - a simple and cost-effective solution.

There are also the version with ASI input and output with DVB-C and DVB-T output on this basis.

GSS.mux


Lowpass filter GF 1920 and GF 2120 for SMCIP 401 ASI

for the depression of an existing transponder signal by 30 dB at 1920 MHz resp. 2120 MHz

GF 1920

GF 2120

GSS.mux


STC 160Conversion 16 x Digital SAT

Selection of channels suitable for adjacent channels

Input/output impedance/Programming 75 Ω/integrated control unit

Software update RS-232 interface

External AV connection4 x via every modulator module with HAV 160

Input data

Input frequency range47 – 862 MHz950 – 2150 MHz

LNC voltage/max. current 12 V/350 mA

Output dataOutput level max. 102 dBμV

Power supplyMains supply/Frequency 50/60 Hz 180 – 265 V AC, 50/60 Hz

Power consumption equipped with 4 x HDC 480 CI AV, 4 x HMS 480,

1 x SID 162, 1 x HOC 168 99 W

Weight (fully loaded) approx. 20 kg

Dimensions (W x H x D) without moun-ting brackets 44.3 (19“) x 35.5 (8 HU) x 22.8 cm

low

power consumption

Digital Head-End Station System STC 160

The digital head-end station system STC 160 provides reception and conversion of digital satellite TV channels and radio stations. It features a flexible module design. The STC 160 allows conversion of up to 16 TV channels in PAL because of the quad module design.

The output modulators are suitable for adjacent channels and it is not necessary to adjust them. The output channel range covers the complete needed spectrum of channel 02 up to channel 69 including special channels S 03 up to S 20 and the hyperband range of channels S 21 up to S 41 for PAL. Decoding of encrypted chan-nels can be done via the Common Interface. Furthermore the transmodulation to QAM or COFDM for up to 32 transponders is possible. The supplied fixing brackets are suitable either for wall mounting of the STC 160 or for fixing it in a 19” rack. An integrated control unit for adjusting all input and output parameters is included in the excellent price-performance ratio.

Head-End Station System GSS.basic


HMM 480 HMS 480 Input signals 4 x AV 4 x AV

Channel grid suitable for adjacent channels

suitable for adjacent channels

Sound output mono stereo

Standard B/G, CCIR B/G, CCIR

Output channels/ Output frequencies

C 02 – C 69 inkl.S 03 – S 14S 16 – S 41

C 02 – C 69 inkl. S 03 – S 14S 16 – S 41

HDC 470 CI AV HDC 480 CI AVNo. of input tuners 2 4

No. of AV outputs 4 4

Input frequency range 950 – 2150 MHz 950 – 2150 MHz

Input symbol rate 1 – 45 MSymb/s 1 – 45 MSymb/s

No. of converted TV channels 4 4

Common InterfaceFor up to 4 channels via tuner 1 4 x

LNB supply 12 V/350 mA 12 V/350 mA

Quad AV modulator HMM 480, HMS 480 and HFM 470

The modulator modules of the STC 160 are designed in single-sideband technology. Therefore they are suitable for adjacent channels. Up to 4 AV signals can be fed in. Each module is equipped with four independent modulators which can be set freely. You are not forced to adjust adjacent channels. This means a maximum flexibility in projecting cable networks. The module HFM 470 converts the 4 AV signals into 4 free selectable FM frequencies.

Quad QPSK-AV-Transcoder

The HDC 470 CI AV module has two input tuners.The number of channels, which have to be converted, is selectable for every input tuner.Decoding of up to 4 encrypted TV channels is possible via the Common Interface with tuner 1.With the HDC 480 CI AV module there is an own input tuner with separate Common Interface for every converted channel.

Modules for GSS.basic

HDC 470 CI AV

HDC 480 CI AV


HDMA 784 T ASINo. of inputs 2

No. of converted transponders 4

Input frequency range 910 – 2150 MHz

Input Symbol Rate DVB-S (QPSK) 1 – 45 MSymb/s

Input Symbol Rate DVB-S2 (QPSK) 4.5 – 45 MSymb/s

Input Symbol Rate DVB-S2 (8PSK) 4.5 – 45 MSymb/s

Input Symbol Rate DVB-S2 (16APSK) 4.5 – 39 MSymb/s


No. of carriers 2 k

Modulation Scheme QPSK, 16 QAM, 64 QPSK

ASI Input •

Common Interface 2 x

Guard Interval 1/4, 1/8, 1/16, 1/32

Software-Download via RS-232

Ausgangsfrequenzbereich 42 – 868 MHz

HDMA 784 C ASINo. of inputs 2



Input Symbol Rate DVB-S (QPSK) 1 – 45 MSymb/s

Input Symbol Rate DVB-S2 (QPSK) 4.5 – 45 MSymb/s

Input Symbol Rate DVB-S2 (8PSK) 4.5 – 45 MSymb/s



Output Symbol Rate 1 – 7.5 MBaud

Modulation Scheme QAM 4, 16, 32, 64, 128, 256

ASI Input •Common Interface 2 xSoftware download via RS-232

Output frequency range 42 – 868 MHz

Quadruple Transmodulation from HDTV SAT to Digital Terrestrial (DVB-S2 – COFDM)

This module converts 4 DVB-S or DVB-S2 data streams to 4 COFDM modulated data streams. This module has two SAT inputs, one ASI input and one HF output. Every of the four input tuners can be allocated one of the both SAT inputs. For decoding of encrypted channels can be additionally inserted a CI module each with converter A and C. The maximum number of decoded channels is dependant on the used CAM. There are adjacent channels with converters A and B as well as converters C and D. However it is free channel selection of the converter groups A/B to C/D.

Quadruple Transmodulation from HDTV SAT to Digital Cable (DVB-S(2) – QAM)

This module converts 4 DVB-S or DVB-S2 data streams to 4 QAM modulated data streams. This module has two SAT inputs, one ASI input and one HF output. Every of the four input tuners can be allocated one of the both SAT inputs. For decoding of encrypted channels can be additionally inserted a CI module each with converter A and C. The maximum number of decoded channels is dependant on the used CAM. There are adjacent channels with converters A and B as well as converters C and D. However it is free channel selection of the converter groups A/B to C/D.



HDM 660 CI TPS No. of inputs 2



Input symbol rate DVB-S QPSK 1 – 45 MSymb/s

Output symbol rate 1 – 7.5 MBaud


Software download via RS-232


Transmodulation from Digital SAT to Digital Cable (DVB-S – QAM)

This module transmodulates two different DVB-S modulated data streams (SCPC or MCPC) to two QAM-modulated data streams. The integrated TP module serves for data processing of the demodulated transport stream: This allows service information to be changed (NIT – Network Information Table), data rates increased (stuffing) and individual programs to be deleted from the transport stream, whereby the remaining channels can then be transmitted with bandwidth optimization. Moreover, the Operator ID can be set.With the models of the MultiDigital series up to 12 channels can be decoded of the transport stream via the Common Interface which is fed in tuner A.



HD2CT 860 CNo. of inputs 2

No. of converted transponders/multiplexes

2


Input Symbol Rateaccording EN 300 429 (DVB-C) according EN 300 744 (DVB-T)

Modes DVB-T2 every DVB-T(2) mode

Modes DVB-C2 16, 64, 256, 1024 and 4096 QAM

Output Symbol Rate 1 – 7,5 MBaud





HD2CT 860 TNo. of inputs 2

No. of converted transponders/multiplexes

2


Input Symbol Rateaccording EN 300 429 (DVB-C) according EN 300 744 (DVB-T)

DVB-T(2)-Modes every DVB-T(2)-Modes

DVB-C(2)-Modes 16, 64, 256, 1024 and 4096 QAM

No. of carriers 2 k

Modulation Scheme QPSK, 16 QAM, 64 QAM

Guard Interval 1/4, 1/8, 1/16, 1/32




Twin Transmodulation from HDTV Cable/Terrestrial to Digital Cable (DVB-C(2)/DVB-T(2) – QAM)

This module converts 2 DVB-C(2) or DVB-T(2) data streams to 2 QAM modulated data streams. This module has two inputs and one HF output.

For decoding of encrypted channels can be additionally inserted a CI module for eve-ry input. The maximum number of decoded channels is dependant on the used CAM.

Twin Transmodulation from HDTV Cable/Terrestrial to Digital Terrestrial (DVB-C(2)/DVB-T(2) – COFDM)

This module converts 2 DVB-C(2) or DVB-T(2) data streams to 2 COFDM modulated data streams. This module has two inputs and one HF output.

For decoding of encrypted channels can be additionally inserted a CI module for every input. The maximum number of decoded channels is dependant on the used CAM



Quadruple AV Encoder to ASI - HDE 164

The quadruple AV Encoder encodes up to 4 AV and video signals to ASI. The CVBS and audio signals are fed via cinch connectors.

There is an additional ASI input.

Quadruple AV Encoder to LAN - HDE 166

The quadruple AV Encoder encodes up to 4 Audio and video signals to LAN. The CVBS and audio signals are fed via cinch connectors.



Input distributor with LNB supply SID 162 A

The SAT IF distributor has 1 SAT IF input with 6 outputs and 1 SAT IF input with 4 outputs. These outputs are able to be cascaded for having 1 level with 10 outputs. The connected LNB can be supplied with 12 V and a maximum current of 800 mA. The input signals are amplified by 0 dB at the output. It is ideal suitable for the distribution of SAT IF signals because of its high isolation. There are included 8 HF cables in the delivery.

Input distributor with LNB supply SID 162

The SAT IF distributor has 1 SAT IF input with 6 outputs and 1 SAT IF input with 4 outputs. These outputs are able to be cascaded for having 1 level with 10 outputs. The connected LNB can be supplied with 12 V and a maximum current of 800 mA. It is ideal suitable for the distribution of SAT IF signals because of its high isolation. There are included 8 HF cables in the delivery. .

Output collector HOC 168

The output collector HOC 168 has 8 inputs, 1 output with max. 101 dBμV and 1 measu-ring output which is attenuated by 20 dB..

Quad AV Adapter HAV 160

The quadruple AV adapter is necessary for feeding in of external AV signals via cinch connectors with the quadruple modulators HMS 480 and HMM 480.

Quad AV Adapter HAV 470

The quadruple AV adapter is needed with HDC 470 CI AV and HDC 480 CI AV for the output of the AV signals via Cinch connectors.

Power Supply NT 160

Power supply for head-end station system STC 160.

Accessories for GSS.basic


Remote Control Software PSW 160

The settings of a complete head-end station STC 160 or of single modules can be read and again transferred to other stations with the rmote control software.

Furthermore the NIT can be read with QAM modules. For expanding an existing head-end station with QAM modules of another company the frequencies of this system can be added in the NIT of the STC 160 system.

DVB-C channels can be allocated a Logical Channel Number (LCN).

SNMP-Management System RCU 160

The head-end station management system RCU 160 shows the following features::

• SNMP capable management interface (LAN); connection with a LAN router via DSL as standard.

• Enquiry and controlling of the most important parameters and device data via remote control with the GUI of the head-end station software PSW 160.

• Non volatile storage of the configuration data (back-up storage) of every channel with the remote PC.

• Software update via FTP connection.

RCA 162 - Extension Unit for RCU 160

Adaptor for the integration of a second head-end station system STC 160 with the SNMP management system RCU 160.

Accessories for GSS.basic


STC 816 STC 816 RNo. of slots for modules 8 8

Delivery status unloaded unloaded

Fit for adjacent channels yes yes

Input/output impedance/Programming75 Ω/ Integrated Control UnitBE-REMOTE

75 Ω/Integrated Control UnitBE-REMOTE

Input dataInput frequency range 47 – 862 MHz, 950 – 2150 MHz 47 – 862 MHz, 950 – 2150 MHz

Input distributor 2 pieces each with 4 and 6 outputs –

Power feed for LNB 18 V/1000 mA 12 V/1000 mA

Output dataHF output level/HF level adjusting electro-nic

max. 93 dBμV/ – 31 dB (electronical) max. 93 dBμV/ – 31 dB (electronical)

Output frequency range dependent upon modules 47 – 862 MHz 47 – 862 MHz

Power supplyMains voltage/Frequency 50/60 Hz 195 – 260 V 220 – 240 V AC, 50/60 Hz

Power consumption equipped with8 x HDM 2380 P CI 97 W 8 x HDM 2380 P CI 97 W

8 x HDTV 1000 ASI D 90 W 8 x HDTV 1000 ASI D 90 W

Weight (fully loaded) approx. 20 kg approx. 20 kg

Dimensions (W x H x D) 48.3 (19“) x 39.7 (9 HU) x 30.2 cm 48.3 (19“) x 39.7 (9 HU) x 30.2 cm

low

power consumption

Head-End Station System STC 816

• Slots for 8 modules

• Output level max. 100 dBμV

• Suitable for all current modules

• Simple software adaption for control unit (BE-REMOTE) possible via

• RS-232 socket

• Electronic software supported level adjustment via the control unit

• Suitable for wall-mounting and fixing in 19“ rack

Head-End Station System STC 816 R


• Output level max. 93 dBμV.


• Simple software adaptation for control unit (BE-REMOTE) possible via RS-232 socket.

• Electronical level adjustment via BE-REMOTE.

• Suitable for wall mounting and mounting in 19“ rack.

• Redundant power supply with 2 fully adequate power supply units. Acoustic warning signal in case of failure of a power supply unit

Head-End Station System GSS.standard


PST 19-1No. of slots for modules 1

Delivery status unloaded

Fit for adjacent channels yes

Input/output impedance/Programming 75 Ω/via external Control Unit BE-REMOTE oder BE-REMOTE PROFESSIONAL

Input dataInput frequency range 47 – 862 MHz, 950 – 2150 MHz

Input distributor –

Power feed for LNC –

Output dataHF output level/HF level adjusting max. 80 dBμV/–

Output frequency range dependent upon modules 47 – 862 MHzPower supplyMains voltage/Frequency 50/60 Hz 12 V DC via wall power supply unit

Power consumption equipped with1 x HDM 2380 P CI 12 W

1 x HDTV 1000 ASI D 11 W

Weight (fully loaded) max. 3.3 kg

Dimensions (W x H x D) 48.2 (19“) x 4.3 (1 HU) x 20.5 cm

low

power consumption

Extension unit PST 19-1

• 19“ cabinet with 1 HU

• Slot for 1 module

• Suitable for all current modes with own microcontroller

• Programming via a control unit BE-REMOTE or BE-REMOTE PROFESSIONAL (not available in the delivery)

Head-End Station System GSS.standard


HDTV 1000 FM HDMC 1000 FMNo. of inputs 2 2

Output 12 x FM 12 x FM

Input frequency range 925 – 2150 MHz 47– 862 MHz

Input symbol rate 2– 45 MSymb/sacc. to EN 300 429 (DVB-C) acc. to EN 300 744 (DVB-T)

Software download via RS-232 via RS-232

Output frequency range 87.5– 108 MHz 87.5– 108 MHz

HDM 2380 P CINo. of inputs 2No. of converted channels 2

Sound output stereo


Input symbol rate 1 – 45 MSymb/s


Output channelsC 02 – C 04, C 05 – C 12, S 03 – S 41, C 21 – C 69

SAT CONVERSION DIGITAL12-fold Stereo Reception modules from Digital SAT resp. Digital Cable/Digital Terrestrial to FM (DVB-S2 - FM and DVB-C/DVB-T - FM)

These modules convert two DVB-S2 resp. DVB-C/DVB-T signals to 12 selectable FM stations.

SAT TRANSCODING DIGITALSatellite Double Reception modules from Digital SAT to PAL (QPSK – PAL) This double module transcodes two QPSK signals (SCPC or MCPC) to two selectable PAL channels in the frequency range 45 – 862 MHz. Up to two encrypted TV programs can also be converted with the appropriate CA module via the channel A common interface. The WSS setting allows 16:9 channels to be viewed with the correct picture format. VPS and PDC signals and teletext information are also converted. DVB and teletext subtitles can be displayed. When radio stations are converted, the name of the radio station as well as the now and next information are displayed on the screen.

HDTV 1000 FM

HDMC 1000 FM

Modules for GSS.standard


HDM 400 P CINo. of inputs 1

No. of converted channels 1

Sound output stereo

Input frequency rangeDVB-S/S2DVB-C/T/T2

950 – 2150 MHz45 – 860 MHz

Input symbol rate DVB-S (QPSK) 1 – 45 MSymb/s

Input symbol rate DVB-S2 (QPSK) 1 – 45 MSymb/s

Input symbol rate DVB-S2 (8PSK) 2 – 32 MSymb/s

Input symbol rateDVB-CDVB-T/T2

according EN 300 429according EN 300 744/302 755

Common Interface •

Software download via RS 232

Output frequency range 48.25 – 783.25 MHz

Output channelsC 02 – C 04, C 05 – C 12S 03 – S 41, C 21 – C 60

SAT AND TERRESTRIAL TRANSCODING DIGITAL

Satellite and Terrestrial Reception modules from Digital SAT (DVB-S, DVB-S2), Digital Terrestrial (DVB-T, DVB-T2) or Digital Ca-ble (DVB-C) to PAL

Fullband-Modulator with excellent signal quality

This module transcodes a DVB-S(2), DVB-T(2) or DVB-C signal to one selectable PAL channel in the frequency range 45 – 862 MHz. The output channel is suitable for adjacent channels. An encrypted TV channel can be decoded with the appropriate CA module via the Common Interface. The WSS setting allows 16:9 channels to be viewed with the correct picture format. VPS and PDC signals and teletext information are also converted.DVB and teletxt subtitles can be displayed.



HDTA 614 C ASINo. of inputs 2



Input Symbol Rate DVB-S (QPSK) 1– 45 MSymb/s

Input Symbol Rate DVB-S2 (QPSK) 4.5– 45 MSymb/s

Input Symbol Rate DVB-S2 (8PSK) 4.5– 45 MSymb/s

Input Symbol Rate DVB-S2 (16APSK) 4.5– 39 MSymb/s


Output Symbol Rate 1– 7.5 MBaud


ASI Input •



Output frequency range 42– 868 MHz

HDTA 614 T ASINo. of inputs 2


Input frequency range 910– 2150 MHz






No. of carriers 2 k

Modulation Scheme QPSK, 16 QAM, 64 QPSK

ASI Input •




Quadruple Transmodulation from HDTV SAT to Digital Cable(DVB-S(2) – QAM)

This module converts 4 DVB-S or DVB-S2 data streams to 4 QAM modulated data streams. This module has two SAT inputs, one ASI input and one HF output. Every of the four input tuners can be allocated one of the both SAT inputs.

For decoding of encrypted channels can be additionally inserted a CI module each with converter A and C. The maximum number of decoded channels is dependant on the used CAM.There are adjacent channels with converters A and B as well as converters C and D. However it is free channel selection of the converter groups A/B to C/D.

Quadruple Transmodulation from HDTV SAT to Digital Terrestrial(DVB-S(2) – COFDM)

This module converts 4 DVB-S or DVB-S2 data streams to 4 COFDM modulated datastreams. This module has two SAT inputs, one ASI input and one HF output. Every of the four input tuners can be allocated one of the both SAT inputs.For decoding of encrypted channels can be additionally inserted a CI module each with converter A and C. The maximum number of decoded channels is dependant on the used CAM.There are adjacent channels with converters A and B as well as converters C and D. However it is free channel selection of the converter groups A/B to C/D.



HD2CT 800 TNo. of inputs 2

No. of converted transponders/multiplexes 2


Input Symbol Rateaccording to EN 300 429 (DVB-C)according to EN 300 744 (DVB-T)

DVB-T2 mode every DVB-T2 mode

DVB-C2 mode 16, 64, 256, 1024 and 4096 QAM

No. of carriers 2 k





HD2CT 800 CNo. of inputs 2



Input Symbol Rateaccording to EN 300 429 (DVB-C) according to EN 300 744 (DVB-T)


DVB-C2 mode 16, 64, 256, 1024 and 4096 QAM






Twin Transmodulation from HDTV Cable/Terrestrial to Digital Terrestrial (DVB-C(2)/DVB-T(2) – COFDM)

This module converts 2 DVB-C(2) or DVB-T(2) data streams to 2 COFDM modulateddata streams. This module has two inputs and one HF output.

For decoding of encrypted channels can be additionally inserted a CI module for every input. The maximum number of decoded channels is dependant on the used CAM.

CABLE/TERRESTRIAL CONVERSION DIGITALTwin Transmodulation from HDTV Cable/Terrestrial to Digital Cable (DVB-C(2)/DVB-T(2) – QAM)

This module converts 2 DVB-C(2) or DVB-T(2) data streams to 2 QAM modulated datastreams. This module has two inputs and one HF output.




HDTV 1000 ASI D HDTV 1000 TD HDMC 1000 C HDMC 1000 TNo. of inputs 2 2 2 2

No. of converted transponders 2 2 – –

No. of converted multiplexes – – 2 2

Input frequency range 950– 2150 MHz 950– 2150 MHz 47– 862 MHz 47– 862 MHz

DiSEqC 1.1 • • – –

Input symbol rateDVB-CDVB-T

––

––

according to EN 300 429according to EN 300 744

according to EN 300 429according to EN 300 744

DVB-S Mode (QPSK) 1/2, 2/3, 3/4, 5/6, 7/8 1/2, 2/3, 3/4, 5/6, 7/8 – –

DVB-S2 Mode (QPSK)1/2, 3/5, 2/3, 3/4,4/5, 5/6, 8/9, 9/10

1/2, 3/5, 2/3, 3/4,4/5, 5/6, 8/9, 9/10 – –

DVB-S2 Mode (8PSK)3/5, 2/3, 3/4,5/6, 8/9, 9/10

3/5, 2/3, 3/4,5/6, 8/9, 9/10 – –

Symbol rate DVB-S (QPSK) 1– 45 MSymb/s 1– 45 MSymb/s – –

Symbol rate DVB-S2 (QPSK) 1– 45 MSymb/s 1– 45 MSymb/s – –

Symbol rate DVB-S2 (8PSK) 1– 45 MSymb/s 1– 45 MSymb/s – –

Output symbol rate 1– 7,5 MBaud – 1– 7.5 MBaud –

Modulation schemeQAM 4, 16, 32,64, 128, 256

QPSK, 16 QAM, 64 QAM QAM 4, 16, 32,64, 128, 256

QPSK, 16 QAM, 64 QAM

No. of carriers of output – 2 k, 4 k und 8 k – 2 k, 4 k und 8 k

Guard Interval – 1/4, 1/8, 1/16, 1/32 – 1/4, 1/8, 1/16, 1/32

ASI-in/ASI-out- interface • • • •

Ethernet Interface • • • •

Common Interface • • • •

TP function • • • •

Software download via RS-232 via RS-232 via RS-232 via RS-232

Output frequency range/ Channel infrequency 42– 860 MHz 42– 860 MHz 45– 862 MHz 45– 862 MHz

CONVERSION DIGITAL

DVB Transmodulator DVB-S(2) or DVB-T to DVB-C (QAM)or DVB-T (COFDM) with LCN (logical channel number)

These modules transmodulate two digital satellite signals or two digital terrestrial signals to two digital cable signals (QAM or COFDM).It can be multiplexed or deleted from the data streams single channels. Further there is one Common Interface (CI). It can be decoded encrypted signals (e.g. Pay TV). The QAM modulation is adjustable with 4, 16, 32, 64, 128 and 256 QAM. A 2k, 4k and 8k mode can be selected with the COFDM modulation. It can be adjusted to QPSK, 16-QAM or 64-QAM with both modes.

The integrated TP module serves for data processing of the demodulated transport stream: This allows service information to be changed (NIT – Network Information Table), data rates to be increased (stuffing) and individual channels to be deleted from the transport stream, whereby the remaining channels can then be transmitted with bandwidth optimization. Moreover, the Operator ID can be set.

Furthermore the modules are featured with additional interfaces which make them universal:

• ASI input and ASI output (ASI = Asynchronous Serial Interface acc. to EN 50083-9)

• 100 MBit LAN interface (Ethernet).

Data streams of the digital signals can be put out for further operation or can be fed in from external sources for QAM modulation for distribution in cable networks.

The channel table can be set resp. the programming can be done with the Control and Remote Control Software. If the featured LCN functionality can be used the sorting of the channels is not necessary in the connected receivers (in module with DVB-S2 tuner only)..

HDTV 1000 ASI D

HDTV 1000 TD

HDMC 1000 C

HDMC 1000 T



IPTV Converter HDTV 1000 SPTS HDTV 1000 MPTS HDMC 1000 SPTS HDMC 1000 MPTSNo. of inputs DVB-S(2) 2 2 – –

No. of inputs DVB-T – – 2 2

Common Interface via Tuner A via Tuner A via Tuner A via Tuner A

ASI input • • • •

LAN input – – – –

FM output – – – –

COFDM output – – – –


ASI output – • – •

LAN output 16 x SPTS inUnicast/Multicast

2 x Multicast 16 x SPTS inUnicast/Multicast

2 x Multicas

IPTV Converter HMPT 1000 C HMPT 1000 T HADA 5100 SPTS HMPT 1000 FMNo. of inputs DVB-S(2) • *) • *) – –

No. of inputs DVB-T – – – –

Common Interface – – – –

ASI input – – 5 x –

LAN input • • – •

QAM output • – – –

COFDM output – • – –

FM output – – – 12 x

ASI output • • • –

LAN output – – SPTS/MPTS –

The table only shows an overview of the IP modules.

Further information can be found in the

special brochure about IPT V.



HRC 300 AVNo. of inputs 3 (per input 1 x Video and 2 x Audio)

Sound output stereo

Input frequency range 20 Hz– 5 MHz

Output channelsC 02– C 04, C 05– C 12S 03– S 41, C 21– C 69

HDTV 610 CI TPSNo. of inputs 2




TP module •


Output frequency range/ Channel infrequency 45– 862 MHz

AV SIGNAL CONVERSIONAV module

AV module for the input of 3 different AV signals via cinch sockets (e.g. camera, DVD player).

SAT CONVERSION DIGITALConversion from HDTV Digital to HDTV Digital Cable (DVB-S2 – QAM)

This module transmodulates two different DVB-S2 or DVB-S modulated data streams(SCPC or MCPC) to two QAM modulated data streams. The setting of the parameterscan be easily set with an automatic search via the control unit of the head-end station.

The module can be used very flexible because of the input and output constellation.That means that at the input two signals with different polarisations and at the output two signals free selectable (no adjacent channel setting necessary!) can beselected.

Up to 12 channels can be decoded with the smartcard of the provider depending onthe Conditional Access Module (CAM).



MPEG-4 Encoder HDE 400

This module is an MPEG-4 encoder which encodes an HD video or an SD video and audio signal to am MPEG-4 data stream. The encoded signal can be outputted at the ASI output and LAN output and at the QAM resp. COFDM modulator.

The video inputs are selectable with HDMI (HD), YPbPr (SD/HD) and CVBS (SD). There are supported every current HDTV formats up to a resolution by 1920 x 1080p 50/60 Hz and TV standards like PAL, NTSC and SECAM. The stereo audio signal can be inputted either to the Cinch sockets or to the SPDIF interface.

The MPEG-4 encoder generates a transport stream according to standard H.264/AVC High Profile Level 4.0 with a 8 bit wide TSI Interface with clock and frame sync signal with data rates between 1.5 and 31 MBit/s. The data rate of the audio channel is between 32 kBit and 384 kBit and supports the following sound standards: Stereo, Joint-Stereo, Mono and Dual.

The ASI transport stream can be cascaded. The encoded video and audio data streams are automatically inserted or they can be manually edited.

The transport stream can alternatively outputted at the LAN connector in SPTS resp. MPTS with format UDP or RTP.

The transport stream (ASI/SPTS/MPTS) includes every service ID which are necessary for the reception with a set top box.

It can be selected between COFDM and QAM at the HF output. The following mo-dulation schemes are supported: 4-, 16-, 32-, 64-, 128- und 256-QAM, with COFDM: QPSK 16-, 64-QAM in 2 k mode.

ENCODING OF ANALOGUE AV-SIGNALSConversion from AV analogue to ASI

The HDE 210 converts two analogue video and audio signals into two MPEG-2 data streams. These data streams are outputted at the ASI interface or LAN (IPTV) interface.

The analogue video signal can be fed in either via the video (yellow) cinch connec-tors (CVBS) or via the S-Video connectors (Y/C). The stereo audio signals are fed in via the audio (red and white) cinch connectors. PAL BG (4.43 MHz) and PAL N (3.58 MHz) are supported.

The analogue video and audio signals are digitalized and are the input signal for the MPEG-2 encoder. An existing teletext signal is digitalized via the MPEG-2 encoder and can be used at the output of the ASI transport stream.

The MPEG-2 encoder generates a transport stream according to ISO/IEC 13818-2 at an 8-bit wide TS interface with clock and frame sync signal with data rates between 2 MBit/s and 15 MBit/s. The data rate of the audio channel is between 192 kBit/s and 384 kBit/s and supports the following sound modes: stereo, joint stereo, mono and dual.

The ASI transport stream can be cascaded. This means that the encoded AV data streams are fed in automatically or they can be edited manually.

The transport stream can be outputted alternatively as SPTS (Single Program Trans-port Stream) resp. MPTS (Multi Program Transport Stream) in UDP (User Data Proto-col) format or RTP (Real-Time Transport Protocol).

The transport stream (ASI/SPTS/MPTS) contains every necessary service IDs which are necessary for the reception with a DVB receiver unit (e.g. set-top box). The firmware update of this module can be done via the RS-232 interface.



Monitoring module HSCU 6000

The frequency range from 47 – 862 MHz can be monitored in the wideband system with the HSCU 6000 monitoring module. The following parameters are checked: Analogue TV video carrier (AM), analogue TV audio carrier (FM), analogue radio audio carrier (FM) as well as the digital QAM signal. The level as well as the synchronising pulse is evaluated for the analogue TV video carrier; the station idents. can be read out via the VPS signal. Stations without Idents. can be edited subsequently on a PC. This also applies for corresponding radio stations. The analogue TV video carrier is checked continuously by means of level evaluation. In the radio range, in addition to level monitoring, the station names can also be evaluated using the RDS Ident. Stations without RDS Ident. can also be edited subsequently. The level, as well the bit rate error, is measured for digital TV output signals in order to obtain error-free indication of a signal failure. All DC voltages from the power supply are also measured and evaluated. A search function also allows access to all station parameters for every TV viewer via an info channel. This can also be fed into the system over an integrated FM modulator.

The HSCU 6000 has the following interfaces: Signal input, measuring output for con-nection of a measuring instrument, emergency power supply input, RS-232 interface as well as one audio and video output.

SNMP Management System RCU 1

It is possible to connect two devices (control units and monitoring modules HSCU 6000) to one system with the management system RCU 1. It can be transmitted several alert messages with the monitoring module HSCU 6000 in case of failure at broadcast monitoring as email via RCU 1. The con-figuration of the system can be done via the connection of a PC, via LAN at RCU 1 or via a connected network.

It is necessary to use the PSW 1000 software for configuration of the setup of the head-end station.

Accessories for GSS.standard


Control and Remote Control Software PSW 1000

This software allows the head-end station systems STC 332, STC 316, STC 816, STC 1200 and STR 19-8 to be pre-programmed via the RS-232 interface contained in the control stage. This can also be accomplished from another location with an analogue or GSM modem. The set also includes a special control unit required for operation of the software.

Power Supply NT 120

Power supply for head-end station systems STC 332, STC 316 and STC 1200. Does not include control unit.

Power Supply NT 190

Power supply for STC 816 and 19” rack STR 19-8. Delivery without control unit.

Control Unit BE-REMOTE

Control unit for the head-end stations STC 332, STC 316, STC 816, STC 1200, STR 19-8 and PST 19-1.

NT 120

BE-REMOTE

Accessories for GSS.standard


PSU 8-16 A PSU 8-16 RNo. of slots for modules 8 8

Delivery status unloaded unloaded

Fit for adjacent channels yes yes

Input/output impedance/Programming75 Ω/Integrated Control UnitBE-REMOTE

75 Ω/Integrated Control UnitBE-REMOTE

Input dataInput frequency range 47– 862 MHz, 950– 2150 MHz 47– 862 MHz, 950– 2150 MHz

Input distributor 2 pieces each with 4 and 6 outputs –

Power feed for LNC 18 V/1000 mA 12 V/1000 mA

Output dataHF output level/HF level adjusting electronic max. 93 dBμV/–31 dB max. 93 dBμV/–31 dB (electronical)

Output frequency range dependent upon modules 47– 862 MHz 47– 862 MHz

Power supplyMains voltage Frequency 50/60 Hz 195– 260 V

Power consumptions equipped with8 x PSDP 6200 97 W 8 x PSDP 6200 97 W

8 x PHDQ 1000 ASI D 90 W 8 x PHDQ 1000 ASI D 90 W

Weight (fully loaded) approx. 20 kg approx. 20 kg

Dimensions (W x H x D) 48.3 x 39.7 (9 HU) x 30.2 cm appr. 48.3 (19“) x 39.7 (9 HU) x 30.2 cm

low power

consumption

Head-End Station System GSS.professional

Professional Head-End Station PSU 8-16 A



• Simple software adaption for control unit (BE-PROFESSIONAL) possible via RS-232 socket



Professional Head-End Station PSU 8-16 R



• Simple software adaption for control unit (BE-PROFESSIONAL) possible via RS-232 socket


• Redundant power supply with 2 fully adequate power supply units. Acoustic warning signal in case of failure of a power supply unit



PHDF 1000 PQDF 1000No. of inputs 2 2

Output 12 x FM 12 x FM

Input frequency range 925– 2.150 MHz 47– 862 MHz

Input symbol rate 2– 45 MSymb/s

acc. to EN 300429 (DVB-C)acc. to EN 300744 (DVB-T)

Software download via RS-232 via RS-232

Output frequency range 87.5– 108 MHz 87.5– 108 MHz

PSDP 6200No. of inputs 2


Sound output stereo


Input symbol rate 1– 45 MSymb/s


Output channelsC 02– C 04, C 05– C 12,S 03– S 41, C 21– C 69

Modules for GSS.professional

SAT CONVERSION DIGITAL

12-fold Stereo Reception module from Digital SAT resp. Digital Cable/Digital Terres-trial to FM (DVB-S2 - FM and DVB-C/DVB-T - FM)

These modules convert two DVB-S2 resp. DVB-C/DVB-T signals to 12 selectable FM stations.


Stereo Satellite Double Reception module from Digital SAT to PAL in CCIR standard (QPSK - PAL)

This double module transcodes two QPSK signals (SCPC or MCPC) into two selectable PAL channels in the frequency range 45 – 862 MHz. Up to two encrypted TV channels can also be converted to the appropriate CA module via the channel A common interface. The WSS setting allows 16:9 channels to be displayed in the correct picture format. VPS and PDC signals and teletext information are also converted. DVB and teletext subtitles can be displayed. When radio stations are converted, the name of the radio station as well as the now and next information are displayed on the screen. A time control which can be set with the control unit allows daily switchover between two stations in one polarisation plane. The carriers can be switched off separately.


PHDP 4000No. of inputs 1


Sound output stereo

Input frequency rangeDVB-S/S2DVB-C/T/T2

950– 2150 MHz45– 860 MHz

Input symbol rate DVB-S (QPSK) 1– 45 MSymb/s

Input symbol rate DVB-S2 (QPSK) 1– 45 MSymb/s

Input symbol rate DVB-S2 (8PSK) 2– 32 MSymb/s

Input symbol rateDVB-CDVB-T/T2

acc. to EN 300 429acc. to EN 300 744/EN 302 755



Output frequency range 48.25– 783.25 MHz

Output channelsC 02– C 04, C 05– C 12S 03– S 41, C 21– C 60

SAT AND TERRESTRIAL TRANSCODING DIGITAL

Satellite and Terrestrial Reception module from Digital SAT (DVB-S, DVB-S2), Digital Terrestrial (DVB-T, DVB-T2) or Digital Cable (DVB-C) to PAL

Fullband-Modulator with excellent signal quality

This module transcodes a DVB-S(2), DVB-T(2) or DVB-C signal to one selectable PAL channel in the frequency range 45 – 862 MHz. The output channel is suitable for adjacent channels. An encrypted TV channel can be decoded with the appropriate CA module via the Common Interface. The WSS setting allows 16:9 channels to be viewed with the correct picture format. VPS and PDC signals and teletext information are also converted. DVB and teletxt subtitles can be displayed..



PADT 6400No. of inputs 2


Input frequency range 910– 2-150 MHz






No. of carriers 2 k

Modulation Scheme QPSK, 16-QAM, 64-QAM

ASI Input •




Qudruple Transmodulation from HDTV SAT to Digital Terrestrial(DVB-S(2) – COFDM)

This module converts 4 DVB-S or DVB-S2 data streams to 4 COFDM modulated data streams. This module has two SAT inputs, one ASI input and one HF output. Every of the four input tuners can be allocated one of the both SAT inputs.

For decoding of encrypted channels can be additionally inserted a CI module each with converter A and C. The maximum number of decoded channels is dependant on the used CAM.

There are adjacent channels with converters A and B as well as converters C and D. However it is free channel selection of the converter groups A/B to C/D.

PADQ 6400No. of inputs 2










ASI Input •




Quadruple Transmodulation from HDTV SAT to Digital Cable(DVB-S(2) – QAM)

This module converts 4 DVB-S or DVB-S2 data streams to 4 QAM modulated data streams. This module has two SAT inputs, one ASI input and one HF output. Every of the four input tuners can be allocated one of the both SAT inputs. For decoding of encrypted channels can be additionally inserted a CI module each with converter A and C. The maximum number of decoded channels is dependant on the used CAM.

There are adjacent channels with converters A and B as well as converters C and D. However it is free channel selection of the converter groups A/B to C/D.



PCT2Q 8000No. of inputs 2



Input Symbol Rateacc. to EN 300 429 (DVB-C)acc. to EN 300 744 (DVB-T)


DVB-C2 mode 16, 64, 256, 1024 and 4096 QAM






PCT2T 8000No. of inputs 2



Input Symbol Rateacc. to EN 300 429 (DVB-C) acc. to EN 300 744 (DVB-T)

DVB-T2-Modi every DVB-T2 mode

DVB-C2-Modi 16, 64, 256, 1024 and 4096 QAM

No. of carriers 2 k





CABLE/TERRESTRIAL CONVERSION DIGITALTwin Transmodulation from HDTV Cable/Terrestrial toDigital Cable (DVB-C(2)/DVB-T(2) – QAM)

This module converts 2 DVB-C(2) or DVB-T(2) data streams to 2 QAM modulated data streams. This module has two inputs and one HF output.


Twin Transmodulation from HDTV Cable/Terrestrial toDigital Terrestrial (DVB-C(2)/DVB-T(2) – COFDM)

This module converts 2 DVB-C(2) or DVB-T(2) data streams to 2 COFDM modulated data streams. This module has two inputs and one HF output.

For decoding of encrypted channels can be additionally inserted a CI module for eve-ry input. The maximum number of decoded channels is dependant on the used CAM.



PHDQ 1000 ASI D PHDT 1000 D PQDQ 1000 PQDT 1000No. of inputs 2 2 2 2

No. of converted transponders 2 2 – –

No. of converted miltiplexes – – 2 2

Input frequency range 950– 2.150 MHz 950– 2.150 MHz 47– 862 MHz 47– 862 MHz

DiSEqC 1.1 • • – –

Input symbol rate DVB-CDVB-T

– – acc. to EN 300 429acc. to EN 300 744

acc. to EN 300 429acc. to EN 300 744

DVB-S Mode (QPSK) 1/2, 2/3, 3/4, 5/6, 7/8 1/2, 2/3, 3/4, 5/6, 7/8 – –

DVB-S2 Mode (QPSK)1/2, 3/5, 2/3, 3/4,4/5, 5/6, 8/9, 9/10

1/2, 3/5, 2/3, 3/4,4/5, 5/6, 8/9, 9/10 – –

DVB-S2 Mode (8PSK)3/5, 2/3, 3/4,5/6, 8/9, 9/10

3/5, 2/3, 3/4,5/6, 8/9, 9/10 – –

Symbol rate DVB-S (QPSK) 1– 45 MSymb/s 1– 45 MSymb/s – –

Symbol rate DVB-S2 (QPSK) 1– 45 MSymb/s 1– 45 MSymb/s – –

Symbol rate DVB-S2 (8PSK) 1– 45 MSymb/s 1– 45 MSymb/s – –

Output symbol rate 1– 7,5 MBaud – 1– 7,5 MBaud –

Modulation schemeQAM 4, 16, 32,64, 128, 256 QPSK, 16 QAM, 64 QAM

QAM 4, 16, 32,64, 128, 256 QPSK, 16 QAM, 64 QAM

No. of carriers of output – 2 k, 4 k and 8 k – 2 k, 4 k and 8 k

Guard Interval – 1/4, 1/8, 1/16, 1/32 – 1/4, 1/8, 1/16, 1/32

ASI-in/ASI-out-interface • • • •

Ethernet-interface • • • •

Common Interface • • • •

TP function • • • •

Software download via RS-232 via RS-232 via RS-232 via RS-232

Output frequency range/ Channel infrequency 42– 860 MHz 42– 860 MHz 45– 862 MHz 45– 862 MHz


DVB Transmodulators DVB-S(2), DVB-C or DVB-T nach DVB-C (QAM) or DVB-T (COF-DM) with LCN (Logical Channel Number)

These modules convert two digital signals to two digital terrestrial signals to two digital cable signals (QAM or COFDM). It can be multiplexed or deleted from the data streams single channels. Further there is one Common Interface (CI). It can be decoded encrypted signals (e.g. Pay TV). The QAM modulation is adjustable with 4, 16, 32, 64, 128 and 256 QAM. A 2k, 4k and 8k mode can be selected with the COFDM modulation. It can be adjusted to QPSK, 16-QAM or 64-QAM with both modes.

The integrated TP module serves for data processing of the demodulated transport stream: This allows service information to be changed (NIT – Network Information Table), data rates to be increased (Stuffing) and individual channels to be deleted from the transport stream, whereby the remaining channels can then be transmitted with bandwidth optimization.

Moreover, the Operator ID can be set. Furthermore the modules are featured with additional interfaces which make them universal:

• ASI input and ASI output (ASI = Asynchronous Serial Interface acc. to EN 50083-9)

• 100 MBit LAN interface (Ethernet)

Data streams of the digital signals can be put out for further operation or can be fed in from external sources for QAM modulation for distribution in cable networks.

The channel table can be set resp. the programming can be done with the Control and Remote Control Software. If the featured LCN functionality can be used the sorting of the channels is not necessary in the connected receivers (in module with DVB-S2 tuner only)

PQDT 1000

PQDQ 1000

PHDT 1000 D

PHDQ 1000 ASI D



IPTV Converters PMDQ 1000 PMDT 1000 PAIS 5100 PMDF 1000No. of inputs DVB-S(2) •*) •*) – –

No. of inputs DVB-T – – – –

Common Interface – – – –

ASI input – – 5 x –

LAN input • • – •

QAM output • – – –

COFDM output – • – –

FM output – – – 12 x

ASI output • • • –

LAN output – – SPTS/MPTS –

IPTV Converters PHIS 1000 PHIM 1000 PCIS 1000 PCIM 1000No. of inputs DVB-S(2) 2 2 – –

No. of inputs DVB-T – – 2 2

Common Interface via Tuner A via Tuner A via Tuner A via Tuner A

ASI input • • • •

LAN input – – – –

QAM output – – – –

COFDM output – – – –


ASI output – • – •

LAN output 16 x SPTS inUnicast/Multicast 2 x Multicast

16 x SPTS inUnicast/Multicast 2 x Multicast

The table only shows an overview of the IP modules.

Further information can be found

in the special brochure about IPT V.



PAVP 4300No. of inputs 3 (per input 1 x Video and 2 x Audio)

Sound output stereo

Input frequency range 20 Hz– 5 MHz

Output channels C 02– C 04, C 05– C 12,S 03– S 41, C 21– C 69

PHDQ 6100 CI TPSNo. of inputs 2



DVB-S mode (QPSK) 1/2, 2/3, 3/4, 5/6, 7/8

DVB-S2 mode (QPSK) 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10

DVB-S2 mode (8PSK) 3/5, 2/3, 3/4, 5/6, 8/9, 9/10

Symbol rate DVB-S (QPSK) 1– 45 MSymb/s

Symbol rate DVB-S2 (QPSK) 1– 45 MSymb/s

Symbol rate DVB-S2 (8PSK) 1– 45 MSymb/s

Output symbol rate 1– 7,5 MBaud



TP Module •


Output frequency range/ Channel infre-quency 45– 862 MHz

AV SIGNAL CONVERSION

AV-Modul

AV module for the input of 3 different AV signals via cinch sockets (e.g. camera, DVD player).

AV-SIGNAL CONVERSION

Conversion from HDTV Digital toHDTV Digital Cable (DVB-S(2) – QAM)

This module transmodulates two different DVB-S2 or DVB-S modulated data streams (SCPC or MCPC) to two QAM modulated data streams. The setting of the parame-ters can be easily set with an automatic search via the control unit of the head-end station.

The module can be used very flexibly because of the input and output constellati-on. That means that at the input two signals with different polarisations and at the output two signals free selectable (no adjacent channel setting necessary!) can be selected.

The integrated TP module serves for data processing of the demodulated transport stream: This allows service information to be changed (NIT – Network Information Table) data rates to be increased (stuffing) and individual programs to be deleted from the transport stream. Moreover, the Operator ID can be set.

Up to 12 channels can be decoded with the smartcard of the provider depending on the Conditional Access Module (CAM).



MPEG-4 Encoder PADE 4000

This module is an MPEG-4 encoder which encodes an HD video or an SD video and audio signal to am MPEG-4 data stream. The encoded signal can be outputted at the ASI output and LAN output and at the QAM resp. COFDM modulator.

The video inputs are selectable with HDMI (HD), YPbPr (SD/HD) and CVBS (SD). There are supported every current HDTV formats up to a resolution by 1920 x 1080p 50/60 Hz and TV standards like PAL, NTSC and SECAM. The stereo audio signal can be inputted either to the Cinch sockets or to the SPDIF interface.

The MPEG-4 encoder generates a transport stream according to standard H.264/AVC High Profile Level 4.0 with a 8 bit wide TSI Interface with clock and frame sync signal with data rates between 1.5 and 31 MBit/s. The data rate of the audio channel is between 32 kBit and 384 kBit and supports the following sound standards: Stereo, Joint-Stereo, Mono and Dual.

The ASI transport stream can be cascaded. The encoded video and audio data streams are automatically inserted or they can be manually edited. The transport stream can alternatively outputted at the LAN connector in SPTS resp. MPTS with format UDP or RTP.

The transport stream (ASI/SPTS/MPTS) includes every service ID which are necessary for the reception with a set top box. It can be selected between COFDM and QAM at the HF output. The following modulation schemes are supported: 4-, 16-, 32-, 64-, 128- und 256-QAM, with COFDM: QPSK 16-, 64-QAM in 2 k mode.

ENCODING OF ANALOGUE AV SIGNALSConversion from AV analogue to ASI

The PADE 7006 converts two analogue video and audio signals into two MPEG-2 data streams. These data streams are outputted at the ASI interface or LAN (IPTV) interface.

The analogue video signal can be fed in either via the video (yellow) cinch connec-tors (CVBS) or via the S-Video connectors (Y/C). The stereo audio signals are fed in via the audio (red and white) cinch connectors. PAL BG (4.43 MHz) and PAL N (3.58 MHz) are supported.

The analogue video and audio signals are digitalized and are the input signal for the MPEG-2 encoder. An existing teletext signal is digitalized via the MPEG-2 encoder and can be used at the output of the ASI transport stream.

The MPEG-2 encoder generates a transport stream according to ISO/IEC 13818-2 at an 8-bit wide TS interface with clock and frame sync signal with data rates between 2 MBit/s and 15 MBit/s. The data rate of the audio channel is between 192 kBit/s and 384 kBit/s and supports the following sound modes: stereo, joint stereo, mono and dual.

The ASI transport stream can be cascaded. This means that the encoded AV data streams are fed in automatically or they can be edited manually.

The transport stream can be outputted alternatively as SPTS (Single Program Trans-port Stream) resp. MPTS (Multi program Transport Stream) in UDP (User Data Proto-col) format or RTP (Real-Time Transport Protocol).

The transport stream (ASI/SPTS/MPTS) contains every necessary service IDs which are necessary for the reception with a DVB receiver unit (e.g. set-top box). The firmware update of this module can be done via the RS-232 interface.



Monitoring module PSCU 6000

The frequency range from 47 – 862 MHz can be monitored in the wideband system with the PSCU 6000 monitoring module. The following parameters are checked: Analogue TV video carrier (AM), analogue TV audio carrier (FM), analogue radio audio carrier (FM) as well as the digital QAM signal. The level as well as the synchronising pulse is evaluated for the analogue TV video carrier; the station idents. can be read out via the VPS signal. Stations without Idents. can be edited subsequently on a PC. This also applies for corresponding radio stations. The analogue TV video carrier is checked continuously by means of level evaluation. In the radio range, in addition to level monitoring, the station names can also be evaluated using the RDS Ident. Stations without RDS Ident. can also be edited subsequently. The level, as well the bit rate error, is measured for digital TV output signals in order to obtain error-free indication of a signal failure. All DC voltages from the power supply are also measured and evaluated. A search function also allows access to all station parameters for every TV viewer via an info channel. This can also be fed into the system over an integrated FM modulator.

The PSCU 6000 has the following interfaces: Signal input, measuring output for con-nection of a measuring instrument, emergency power supply input, RS-232 interface as well as one audio and video output.



Universal Panel PUP 1

This universal panel is suitable for installation in a 19” rack as well as wall installation. In addition, the PUP 1 provides a holder for the documents on the corresponding head-end station system. The panel is 3 HU high..

Cover Plate

Cover plate for empty slots

Power Supply NT 120

Power Supply for PSU 12 and PSU 8. Delivery without control unit..

Power Supply NT 190

Power Supply for PSU 8-16 (A) and 19“-rack PGT 8. Delivery without control unit.

NT 120

Accessories for GSS.professional


SNMP Management System RCU 1

The head-end station management system RCU 1 shows the following features:

• SNMP capable management interface (LAN); connection with a LAN router via DSL as standard

• Enquiry and controlling of the most important parameters and device data via remote control with the GUI of the head-end station software PSW 1000

• Non volatile storage of the configuartion data (back-up storage) of every channel with the remote PC

• Software update via FTP connection

• Failure signalling and transferring of error messages

• Error messages via email

• Graphical user interface/Simulation of the control unit optimised for PDAs

• Time-controlled switching on and off of the modules

• Automatic monitoring of level-, bit error rate-, RDS- and line synchronous pulse with PSCU 6000

Accessories for GSS.professional

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100GSS Grundig SAT Systems GmbH

Beuthener Str. 43D-90471 NuernbergGERMANY

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