Contents. SAT IF distribution system

Transcription

1

2 Contents SAT IF distribution system 5 cable dscr system Cascadable single cable multiswitches 2-4 Single cable adaptor/multiswitch 5 Multiswitch programmer 6 Splitband amplifier 7 System accessories 8 Application diagrams 9-12 Channel processing equipment Modular reception system Twin DVB-S/S2 & DVB-T/T2/C - DVB-C transmodulators 13 Twin DVB-S/S2 & DVB-T/T2/C - DVB-T transmodulators 14 Multichannel DVB-S/S2 - DVB-T/C transmodulators 15 Application diagrams Quatro IP to 4 DVB modulators 18 Application diagram 19 Fiber optics 1 SAT IF distribution equipment Multi-input stand alone optical transmitter 20 Optical receiver 21 Application diagram 22 Optical transmitter 23 Application diagram 24 Specifications are subject to change without notice. The parameters are measured at room temperature+25 0 C. The data sheets are preliminary.

3 SAT IF distribution system 5 cable dscr system Cascadable single cable multiswitches 2 Cascadable single cable multiswitches for the distribution of SAT IF and DTT signals over one cable to up to 32 receivers. control according legacy/en 50494/EN configurable with programmer PC102W DC input for external power supply DC by pass from DC input / tap outputs for LNB powering passive terrestrial TV path allows to receive terrestrial TV programs without switching on SAT receiver connectors: RF inputs/outputs - type F DC input - type F * without external DC feeding T Y P E SRM521 SRM522 Ordering number Frequency range SAT IF input MHz MHz S AT IF output Terr. TV MHz MHz Number of trunk inputs SAT IF 4 & outputs Terr. TV 1 Number of tap outputs 2 Return loss / impedance > 10 db / 75 Ω Input level SAT IF dbµv dbµv Terr. TV passive dscr output with user bands configurable 32 max. per pair outputs combined DTT user band bandwidth configurable MHz output level, AGC controlled Terr. TV loss, typical 84 dbµv 11 db Legacy output at legacy output level 78 dbµv mode with AGC controlled combined DTT Terr. TV loss, typical 12 db Trunk output loss SAT IF < 2.0 db < 4.0 db Terr. TV < 4.0 db DC pass through SAT IF 2 A max., 1 A max. through one line trunk lines Terr. TV 250 ma max. DC pass to H lines from DC input 20 V 1.7 A max. from tap outputs 20 V 500 ma max.; 13 V/18 V 300 ma max. Decoupling SAT IF inputs/sat IF inputs > 30 db Current consumption* SAT IF inputs/tap outputs SAT IF/ Terr. TV > 30 db > 25 db 20 V 300 ma max.; 13 V/18 V 450 ma max. -20 o + 50 o C 116x91x25.5 mm/0.28 kg

4 SAT IF distribution system 5 cable dscr system Cascadable single cable multiswitches 3 Cascadable single cable multiswitches for the distribution of SAT IF and DTT signals over one cable to up to 32 receivers per pair outputs. control according legacy/en 50494/EN 50607/sky configurable with programmer PC102W DC input for external power supply current pass to H trunk lines, switchable active terrestrial TV path LED indication of powering connectors: RF inputs/outputs - type F * without external DC feeding T Y P E SRM523 SRM543 Ordering number Frequency range SAT IF MHz Terr. TV MHz Number of trunk inputs SAT IF 4 & outputs Terr. TV 1 Number of tap outputs 2 4 Return loss / impedance > 10 db / 75 Ω Input level SAT IF dbµv Terr. TV noise figure Terr. TV IMD3=60 db 96 dbµv max. Output with user bands configurable 32 max. per pair outputs combined DTT user band bandwidth configurable MHz dscr mode output level, AGC controlled legacy mode output level 6 db 84 dbµv 78 dbµv Terr.TV gain 8 db 4 db Terr. TV output level IMD3=60 db 104 dbµv max. IMD3=60 db 100 dbµv max. Trunk output loss SAT IF < 3.0 db Terr. TV < 1.0 db DC pass through SAT IF 2 A max. (1 A max. through one line) trunk lines Terr. TV 200 ma max. Decoupling SAT IF inputs/sat IF inputs > 30 db Current consumption from DC input* from H lines SAT IF inputs/tap outputs SAT IF / Terr. TV from STB legacy mode dscr mode legacy+ dscr mode > 30 db > 25 db 20 V 270 ma max. 20 V 510 ma max. 13 V 270 ma max., 18 V 240 ma max. 13 V 370 ma max. 13 V 410 ma max., 18 V 310 ma max. Current pass from DC input to H trunk lines, switch A max A max. Current pass through DC input 2.0 A max. -20 o + 50 o C 134x135x30 mm/0.42 kg 134x135x30 mm/0.44 kg

5 SAT IF distribution system 5 cable dscr system Cascadable single cable multiswitch 4 Cascadable single cable multiswitch for the distribution of SAT IF and DTT signals over one cable to up to 32 receivers. control according legacy/en 50494/EN configurable with programmer PC102W DC input for external power supply current pass to H trunk lines, switchable switchable active/bypass terrestrial TV path LED indication of powering connectors: RF inputs/outputs- type F DC input - type F T Y P E * MHz version under request ** without external DC feeding SRM580 Ordering number Frequency range SAT IF MHz Terr. TV MHz* Number of inputs SAT IF 4 & trunk outputs Terr. TV 1 Number of tap outputs Return loss / impedance 8 (4 pairs) > 10 db / 75 Ω Input level SAT IF dbµv Terr. TV (active mode) Terr. TV noise figure (active mode) 92 dbµv max. Tap output user bands (dscr mode) configurable 32 max. per pair outputs with combined DTT user band bandwidth (dscr mode) dscr mode output level, AGC controlled legacy mode output level Terr. TV loss (active mode) Terr. TV loss (bypass mode) Terr. TV output level (active mode) 7 db configurable MHz 84 dbµv 78 dbµv 6 db 22 db 86 dbµv max. Trunk gain SAT IF > - 4 db Terr. TV (active mode) Terr. TV (bypass mode) Terr. TV output level (active mode) 10 db -6 db 102 dbµv max. DC pass through SAT IF 2 A max., 1 A max. through one line trunk lines Terr. TV 250 ma max. Decoupling SAT IF inputs/sat IF inputs > 30 db Current consumption SAT IF inputs/tap outputs SAT IF/ Terr. TV from DC input** from H lines > 30 db > 25 db 20 V 1.2 A max. from STB legacy mode 13 V 260 ma max., 18 V 230 ma max. dscr mode legacy+dscr mode Current pass from DC input to H trunk lines, switch. 13 V 360 ma max. 13 V 400 ma max., 18 V 300 ma max. 800 ma max. -20 o + 50 o C 226.6x133.6x30 mm/0.80 kg

6 SAT IF distribution system 5 cable dscr system Single cable adaptor/multiswitch Single cable adaptor/multiswitch for the distribution of SAT IF and DTT signals over one cable to up to 32 receivers. AVAILABLE 3 rd quarter compatible with 5 cable legacy multiswitches control according legacy/en 50494/EN 50607/sky configurable with programmer PC102W DC input for external power supply active terrestrial TV path LED indication of powering connectors: RF inputs/outputs- type F DC input - type F T Y P E * with maximal external DC load, total 500 ma ** power supply 20 V connected at DC IN SRQ540 Ordering number Input frequency range Output frequency range SAT IF Terr. TV Supply voltage through RF inputs V, Lo MHz; H, Lo MHz; V, Hi MHz; H, Hi MHz MHz MHz V, Lo - 12 V; H, Lo - 18 V; V, Hi - 12 V & 22 khz; H, Hi V & 22 khz DC supply per port H, Lo 200 ma max., V, Lo; V, Hi; H, Hi 100 ma max. through RF inputs total 500 ma max. Number of inputs SAT IF+ Terr. TV 4 Number of dscr/legacy + Terr. TV outputs 4 Return loss / impedance > 10 db / 75 Ω Input level SAT IF dbµv Terr. TV noise figure Terr. TV IMD3=60 db 96 dbµv max. Output user bands configurable 32 max. per pair outputs with combined DTT user band bandwidth configurable MHz dscr mode output level, AGC controlled legacy mode output level Terr. TV gain Terr. TV output level 6 db 84 dbµv 78 dbµv 4 db IMD3=60 db 100 dbµv max. Decoupling inputs > 30 db inputs/outputs SAT IF/ Terr. TV > 30 db > 25 db Current from DC input* 20 V 1.1 A max. consumption from STB** legacy mode 18 V 20 ma max. dscr mode legacy+ dscr mode 13 V 10 ma max. 18 V 20 ma max. -20 o + 50 o C 114x135x30 mm/0.4 kg

7 SAT IF distribution system 5 cable dscr system Multiswitch programmer 6 The PC102W - single cable multiswich programmer is usefull instrument while configuring and troubleshooting SAT IF distribution system built on dscr multiswitches based on new digital channel stacking components. The application software dscrmaster for Windows operating system PCs allows simply change parameters of the multiswitch: operating mode (static or dynamic), frequency plan for static mode, frequency and bandwidth of user bands for dynamic mode, output power level of each user band carrier and etc. Service mode of the multiswitch could be switched on for quick finding the problem during installation work. In an internal memory four different configuration files can be stored (prepared on the PC) and send to the multiswitch by pressing dedicated buttons on the PC102W. The programmer can feed DC power for the multiswitch using the external AC/DC power supply and allows parallel connection to a PC over USB cable.the remote Wi-Fi access allows to modify parameters of dscr multiswitch from any device (tablet, smartphone, laptop, PC) using web browser. The PC102W, wirelessly connected to the Wi-Fi access point, can be used for remote control and monitoring of the multiswitch. The programmer is supplied with an external AC/DC power supply and a USB cable. An application software dscrmaster is available from the Web. store and upload up to 4 users selectable configurations no PC required for configuration uploading LED status indicator free PC application software for creating new configurations Web & remote control through Wi-Fi access die-cast housing inside plastic case connectors: RF ports & DC input - type F PC connection - micro USB Ordering number Frequency range RF through loss DC+22 khz, MHz < 1.5 db Multiswitch powering/control 14/18 V & 600 ma max. EN50494/EN50607/DiSEqC 2.0 Supply voltage Current consumption T Y P E * without external DC feeding; power supply included in scope of delivery PC102W V 5 V 200 ma (from USB port) 20 V 50 ma* (from power supply) 0 o + 50 o C 133x73x39 mm/0.36 kg

8 SAT IF distribution system 5 cable dscr system Splitband amplifier AVAILABLE 3 rd quarter for combining and amplification signals of SAT IF and terrestrial TV bands built-in power supply for remote DC feeding of dscr LNB, terrestrial TV preamplifier and other network components 16 positions discrete gain and slope regulators for terrestrial TV 16 positions gain and 4 positions slope regulators for SAT IF switchable DiSEqC signal pass possibility to connect PC102W programmer for remote control connectors: RF inputs/outputs - type F DC output - type F T Y P E MSA100 Ordering number Terr. TV Frequency range MHz MHz Gain (fixed slope pre-correction) db db Gain adjustment 15 db by 1 db step Slope adjustment 15 db by 1 db step 9 db by 3 db step Input and output return loss 10 db Output level 115 dbµv IMD3=60 db, 2 equal carriers 120 dbµv IMD3=35 db, 2 equal carriers Noise figure Output test point Rejection 25 db of SAT IF 35 db of Terr. TV DC feeding for external Power consumption* * with external DC feeding 8 db -30 db 12 V 100 ma, switchable 20 V 700 ma ma 230 V~ 50/60 Hz 29 W C 180x135x52 mm/0.62 kg SAT IF

9 SAT IF distribution system 5 cable dscr system System accessories 8 Power inserter for powering dscr multiswitches 22 khz, DiSEqC pass Ordering number Frequency range Insertion loss DC IN, max. DC IN connector T Y P E PI MHz < 1.5 db 20 V 800 ma F socket -20 o + 50 o C 80x40x19 mm/0.071 kg Line amplifier for recovering of DTT signal loss DC pass through T Y P E AB007 Ordering number Frequency range Gain Noise figure Maximal output level DC pass Current consumption MHz db 5 db IMD3=60 db (DIN45004B) 110 dbµv, IMD3=60 db 107 dbµv 20 V 1 A max V 60 ma -20 o + 50 o C 80x27x19mm/0.085 kg Power supply high efficiency 20 V & 2 A switch-mode power supply T Y P E Ordering number DC output Output DC connector Mains voltage Dimensions +20 V 2 A F male 180 V 240 V~ 50 Hz -20 o + 40 o C 78x130x33 mm

10 6 SAT IF distribution system 5 cable dscr system Application diagrams Floor by floor installation. UHF 9 AB011L 32xdSCR STB SRM521 1xLegacy STB AB007 32xdSCR STB SRM521 1xLegacy STB ZS12/250F AB011L - UHF masthead amplifier, see SRM521 - cascadable single cable multiswitch, page 2 SRM522 - cascadable single cable multiswitch, page 2 AB007 - line amplifier, page 8 PC102W - multiswitch programmer, page 6 - power supply, page 8 ZS12/250F - power supply, see Programming and configuration mode. SRM522 SRM522 Tablet å PC102W Laptop Router STB WEB

11 SAT IF distribution system 5 cable dscr system Application diagram 10 Installation example of SAT IF & DTT signal distribution to dscr STBs. Every multiswitch powered from dedicated power supply. SRM580 SRM580 SRM580 SRM580 - cascadable single cable dscr multiswitch, page 4 - power supply, page 8

12 SAT IF distribution system 5 cable dscr system Application diagram Installation example of upgrade legacy 5 cable distribution network by dscr multiswitches. 11 SA51 SD515 SRM543 MV512 2nd Floor dscr outputs SD515 MV512 1st Floor SRQ540 dscr outputs SD515 SRM580 MV516 Ground Floor dscr outputs This power supply can be removed if STB DC feeding possibility is ³360 ma SA51 - launch amplifier, see SD515-1 way 15 db tap, see SRM543 - cascadable single cable multiswitch, page 3 SRQ540 - single cable adaptor/multiswitch, page 5 SRM580 - cascadable single cable multiswitch, page 4 MV512-5x12 multiswitch, see MV516-5x16 multiswitch, see - power supply, page 8

13 SAT IF distribution system 5 cable dscr system Application diagram 12 Installation example of SAT IF and DTT signal distribution. SRM522 multiswitch is operating at static mode. UHF SRM522 AB010 MSA100 PC102W SRM522 - cascadable single cable multiswitch, page 2 MSA100 - splitband amplifier, page 7 PC102W - multiswitch programmer, page 6 AB010 - UHF band amplifier, see

14 Channel processing equipment Modular reception system Twin DVB-S/S2 & DVB-T/T2/C - DVB-C transmodulators Converting of 2 DVB-S/S2 & DVB-T/T2/C modulated input signals into 2 QAM modulated DVB-C channels. common interface TS processing: service multiplexing - any input to any output PCR restamping PSI/SI regeneration NIT generation PMT version monitoring Web control and SNMP monitoring loop through RF distributing at input and output DIN rail or wall mounting connectors: RF input/output - type F Ethernet control interface - RJ-45 2xCI ports - PCMCIA (tdq420c, ttq420c) screw terminal block for DC entry power distribution bus tdq420c DVB-S/S2 - DVB-C transmodulator with two CAMs ttq420c DVB-T/T2/C - DVB-C transmodulator with two CAMs tdq420 DVB-S/S2 - DVB-C transmodulator ttq420 DVB-T/T2/C - DVB-C transmodulator tdq420c ttq420c tdq420 ttq pr. software control T Y P E tdq420c / tdq420 ttq420c / ttq420 Ordering number / 03853F / 03854F Number of channels 2 RF input frequency range pr MHz MHz LNB powering/control pr. standard pr. DVB-S DVB-S2** DVB-T DVB-T2 DVB-C bandwidth pr MHz/8 MHz 7 MHz/8 MHz - symbol rate pr Ms/s 2 45 Ms/s Ms/s RF output frequency range pr MHz, by step 100 khz pr. pr. pr. 0/13/18 V & 22 khz, 500 ma max. DiSEqC 1.0, EN50607, EN V 100 ma level/impedance dbµv / 75 Ω dbµv / 75 Ω loop through gain -1 ± 1 db 0 ± 1 db modulation QPSK QPSK, 8PSK QPSK, QAM16, QPSK, QAM16, QAM16, QAM32, APSK 8/16/32 QAM64 QAM64, QAM256 QAM64, QAM128, QAM256 code rate 1/2, 2/3, 3/4, QPSK 1/2, 3/5, 2/3, 1/2, 2/3, 3/4, 1/2, 3/5, 2/3, 3/4 5/6, 7/8 3/4, 4/5, 5/6, 8/9, 9/10 5/6, 7/8 4/5, 5/6 8PSK 3/5, 2/3, 3/4, 5/6, 8/9, 9/10 roll off 35 % 20 %, 25 %, 35 % % channel allocation level/impedence return loss spurious level MER modulation DVB-C Transport stream max. bit rate channel bandwidth / symbol rate adjacent 90 ± 2 dbµv/75 Ω 14 db at 47 MHz; -1.5 db/oct., but not less 10 db < -60 db 40 db QAM16, QAM32, QAM64, QAM128, QAM MHz / MS/s roll off 15 % signal processing EN , ITU-T J.83 A (Annex A) total output level adjustment loop through frequency range/loss db by 1 db step MHz/ 2.5 db output 53 Mbps parameters max. PID filter count unlimited Management port standard IEE /100 Base T Current consumption* 12 V 550 ma 12 V 650 ma 0 o +50 o C 48.5x198x112 mm/0.9 kg * without external DC feeding and CAM, with two CAM s»0.85 A (for tdq420c),»0.95 A (for ttq420c) ** supports physical layer scrambling (PLS) and multiple input streams (MIS) -

15 Channel processing equipment Modular reception system Twin DVB-S/S2 & DVB-T/T2/C - DVB-T transmodulators 14 Converting of 2 DVB-S/S2 & DVB-T/T2/C modulated input signals into 2 COFDM modulated DVB-T channels. common interface TS processing: service multiplexing - any input to any output PCR restamping PSI/SI regeneration NIT generation PMT version monitoring Web control and SNMP monitoring loop through RF distributing at input and output DIN rail or wall mounting connectors: RF input/output - type F Ethernet control interface - RJ-45 2xCI ports - PCMCIA (tdx420c, ttx420c) screw terminal block for DC entry power distribution bus tdx420c DVB-S/S2 - DVB-T transmodulator with two CAMs ttx420c DVB-T/T2/C - DVB-T transmodulator with two CAMs tdx420 DVB-S/S2 - DVB-T transmodulator ttx420 DVB-T/T2/C - DVB-T transmodulator tdx420c ttx420c tdx420 ttx420 T Y P E tdx420c / tdx420 ttx420c / ttx420 Ordering number / 03855F / 03856F Number of channels 2 RF input frequency range pr MHz MHz LNB powering/control pr. standard pr. DVB-S DVB-S2** DVB-T DVB-T2 DVB-C bandwidth pr MHz/8 MHz 7 MHz/8 MHz - symbol rate pr Ms/s 2 45 Ms/s Ms/s RF output frequency range pr MHz, by step 100 khz pr. pr. guard interval pr. 1/4, 1/8, 1/16, 1/32 code rate pr. 1/2, 2/3, 3/4, 5/6, 7/8 pr. 0/13/18 V & 22 khz, 500 ma max. DiSEqC 1.0, EN50607, EN V 100 ma level/impedance dbµv / 75 Ω dbµv / 75 Ω loop through gain -1 ± 1 db 0 ± 1 db modulation QPSK QPSK, 8PSK QPSK, QAM16, QPSK, QAM16, QAM16, QAM32, APSK 8/16/32 QAM64 QAM64, QAM256 QAM64, QAM128, QAM256 code rate 1/2, 2/3, 3/4, QPSK 1/2, 3/5, 2/3, 1/2, 2/3, 3/4, 1/2, 3/5, 2/3, 3/4 5/6, 7/8 3/4, 4/5, 5/6, 8/9, 9/10 5/6, 7/8 4/5, 5/6 8PSK 3/5, 2/3, 3/4, 5/6, 8/9, 9/10 roll off 35 % 20 %, 25 %, 35 % % channel allocation level/impedance spurious level MER modulation DVB-T channel bandwidth transmission mode Transport stream max. bit rate total output level adjustment loop through frequency range/loss adjacent 90 ± 2 dbµv/75 Ω < -60 db 38 db ( MHz); 35 db ( MHz) QPSK, QAM16, QAM64 7/8 MHz 2K db by 1 db step MHz / 2.5 db output kbps parameters max. PID filter count unlimited Management port standard IEE /100 Base T Current consumption* 12 V 550 ma 12 V 650 ma 0 o +50 o C 48.5x198x112 mm/0.9 kg pr. software control * without external DC feeding and CAM, with two CAM s»0.95 A (for ttx420c),»0.85 A (for tdx420c) ** supports physical layer scrambling (PLS) and multiple input streams (MIS) -

16 Channel processing equipment Modular reception system Multichannel DVB-S/S2 to DVB-T/C transmodulators Converting of 8 DVB-S/S2 modulated input signals into 4/8 COFDM/QAM modulated DVB-T/C channels. integrated 2x8 multiswitch TS processing: tdx440, tdq440: any service to any output tdx480, tdq480: service filtering only PCR restamping service filtering PSI/SI regeneration NIT generation PMT version monitoring Web control and SNMP monitoring loop through RF distributing at input and output DIN rail or wall mounting connectors: RF input/output - type F Ethernet control interface - RJ-45 screw terminal block for DC entry power distribution bus tdx480 8 DVB-S/S2 transmodulator to 8 DVB-T channels tdx440 8 DVB-S/S2 transmodulator to 4 DVB-T channels tdq480 8 DVB-S/S2 transmodulator to 8 DVB-C channels tdq440 8 DVB-S/S2 transmodulator to 4 DVB-C channels 15 T Y P E tdx480 tdx440 tdq480 tdq440 Ordering number Sections input/output 8/8 8/4 8/8 8/4 RF input frequency range pr MHz LNB powering/control pr. 0/13/18 V & 22 khz, 500 ma total, DiSEqC 1.0, EN50494, EN50607 level/impedance dbµv / 75 Ω modulation QPSK, 8PSK (DVB S/S2) symbol rate pr Ms/s RF input count 2 loop through frequency range/loss 2 x MHz / 1.5 db RF output DVB standard pr. DVB-T DVB-C frequency range pr MHz / MHz MHz channel allocation, adjacent level/impedance 90 ± 2 dbµv/75 Ω TS bit rate < 31 Mbit/s < 53 Mbit/s MER 35 db 40 db modulation pr. QPSK, QAM16, QAM64 QAM16, QAM32, QAM64, QAM128, QAM256 channel bandwidth pr. 7 MHz / 8 MHz MHz guard interval pr. 1/4, 1/8, 1/16, 1/32 - code rate pr. 1/2, 2/3, 3/4, 5/6, 7/8 - symbol rate pr Ms/s transmission mode pr. 2K 2K / 8K - total output level adjustment pr db by 1 db step loop through frequency range/loss MHz / 2.5 db Management port standard IEE /100 Base T Current consumption* 12 V 1.1 A 12 V 0.8 A 12 V 1.1 A 12 V 0.8 A 0 o +45 o C 48.5x198x112 mm/0.9 kg pr. software control * without external DC feeding

17 Channel processing equipment Modular reception system Application diagram Application example of SAT TV content processing from 2 satellite orbit positions: # 1, 2, 3-6 SAT transponders to DVB-T (descrambled) # 4-8 SAT transponders to DVB-T (FTA) # 5, 6 - redundant powering Wide band LNB Wide band LNB 16 V H V H SRM522 tdx420c tdx420c tdx420c tdx480 UP413 UP413 tdx420c tdx420c tdx420c tdx480 UP413 UP RF output Ethernet switch LAN SRM522 - cascadable single cable multiswitch, page 2 tdx480 - octo transmodulator, page 15 tdx420c - twin transmodulator with 2 slots for CAM modules, page 14 UP413 - power supply, see

18 å Channel processing equipment Modular reception system Application diagram Application example of SAT TV content processing from 4 satellite orbit positions using wide band LNBs: # 1, 2, 3, 4-32 SAT transponders to DVB-T (FTA) # 5, 6 - redundant powering Wide band LNB Wide band LNB Wide band LNB Wide band LNB 17 SRM522 SRM522 DC pass attenuator -20 db LNBs redundant powering link DC & tone pass combiner tdx480 tdx480 tdx480 tdx480 UP413 UP413 tdx480 tdx480 tdx480 tdx480 UP413 UP RF output Ethernet switch LAN SRM522 - cascadable single cable multiswitch, page 2 tdx octo transmodulator, page 15 - power supply, page 8 UP413 - power supply, see

19 Channel processing equipment Modular reception system Quatro IP to 4 DVB modulators Converting of TSoIP input signal into 4 QAM/COFDM modulated DVB-C/T channels. AVAILABLE 3 rd quarter SPTS or MPTS input stream MPTS service filtering PCR restamping Web control panel via Ethernet port TS file streaming from USB flash RF loop through input DIN rail or wall mounting connectors: RF input/output - type F Ethernet control, Ethernet stream input - RJ-45 USB - USB-A screw terminal block for DC entry power distribution bus mix440 DVB-T modulator miq440 DVB-C modulator T Y P E mix440 miq440 Ordering number IP input standard IEE /1000 BaseT bitrate up to 200 Mbps transmission protocols UDP/RTP MPTS Yes SPTS Yes RF output DVB standard pr. DVB-T DVB-C frequency range pr MHz / MHz MHz channel allocation, adjacent 4 level/impedance 90 ± 2 dbµv/75 Ω TS bit rate < 31 Mbit/s < 53 Mbit/s MER 35 db 40 db modulation pr. QPSK, QAM16, QAM64 QAM16, QAM32, QAM64, QAM128, QAM256 channel bandwidth pr. 7 MHz / 8 MHz MHz symbol rate pr Ms/s transmission mode pr. 2K / 8K - total output level adjustment pr db by 1 db step loop through frequency range/loss MHz / 2.5 db Management port standard IEE /100 BaseT (independent on IP input) Current consumption 12 V 0.7 A 0 o +50 o C 36x198x112 mm/0.84 kg pr. software control

20 Channel processing equipment Modular reception system Application diagram Application example of content processing via IP to DVB-T: # 1, 2-2 SAT transponders (descrambled) # 3-8 SAT transponders (FTA) # 4-4 DTT channels (FTA) # 5-1 cable TV channel # 6 - content multiplexing and modulating into 4 DVB-T channels # 7 & 8 - redundant powering 19 DTT SD504 Cable TV sdi410c sdi410c sdi480 sti440 sti410c mix440 UP413 UP413 sdi410c sdi410c sdi480 sti440 sti410c mix440 UP413 UP RF output Ethernet switch IP output LAN SD504 - two way SAT IF splitter, see sdi410c, sti410c - DVB to IP streamers, see sdi480 - octo streamer, see sti440 - quatro streamer, see mix440 - IP to DVB-T modulator, page 18 UP413 - power supply, see

21 Fiber optics 1 SAT IF distribution equipment Multi-input stand alone optical transmitter AVAILABLE 3 rd quarter 2017 compact optical transmitter offering optimal price-performance ratio control according EN 50494/EN with programmer PC102W 4 SAT and DTT inputs with DC by pass for remote feeding RF and optical outputs LED indication of laser diode aging connectors: RF & DC input - type F optical - FC/APC 20 T Y P E TRO001 Ordering number SAT IF inputs number 4 frequency range MHz level dbuv DC feeding V 500 ma max. total DTT input number 1 frequency range MHz level dbuv (8 transponders) DC feeding, switch V 100 ma max. Output frequency range SAT IF MHz DTT MHz UB bandwidth MHz* Number of UBs 32 max.* Control signals according EN50949 / EN50607 RF output level SAT IF 75 dbµv DTT 80 dbµv Optical output wavelenght 1310 nm output power 6 dbm laser type FP optical return loss > 45 db Supply voltage 10 V 20 V Current consumption** 20 V 0.26 A Power consumption** 5.2 W -20 o + 50 o C 116x84x26 mm/0.28 kg * configurable by PC102W programmer ** without external DC feeding

22 Fiber optics 1 SAT IF distribution equipment Optical receiver AVAILABLE 3 rd quarter 2017 compact optical receiver offering optimal price-performance ratio AGC based on RF signal level LED indication of RF signal level connectors: DC IN & RF output - type F optical - FC/APC T Y P E OD007 Ordering number Optical optical wave lenght nm input optical input level * (AGC range) dbm optical return loss > 40 db noise current density 7.0 pa/ Hz RF output frequency range MHz impedance 75 Ω return loss 14 db at 40 MHz -1.5 db/oct ( MHz); 10 db up to 1750 MHz; 7 db up to 2400 MHz frequency response ± 1.5 db Output level (AGC range) for 30 SAT IF transponders 70 dbµv (per transponder); 85 dbµv (total power) Supply voltage** 10 V 20 V Current consumption 60 ma max. -20 o + 50 o C 71x39x19 mm/0.08 kg 21 * optical input signal 4.9% OMI, 1310 nm, 30 SAT IF transponders ** powering via RF output

23 Fiber optics 1 SAT IF distribution equipment Application diagram Application example of SAT TV content distribution from 2 orbit positions (up to 32 transponders) and DTT signal. Hybrid fiber optical and coaxial network. TRO001 HSA100 PC102W WEB OD007 HSA Optical splitter coaxial cable fiber cable OD007 HSA100 TRO001 - multi-input optical transmitter, page 20 PC102W - multiswitch programmer, page 6 OD007 - optical receiver, page 21 HSA100 - splitband amplifier, see - power supply, page 8

24 Fiber optics 1 SAT IF distribution equipment Optical transmitter AVAILABLE 3 rd quarter 2017 compact wide band optical transmitter offering optimal price-performance ratio SAT and DTT inputs with DC by pass for remote feeding gain adjustment (only for RF input) LED indication of input signal level and laser diode aging RF test output / DTT input port connectors: RF inputs - type F DC output - type F DC AUX - 5.5/2.1 mm DC jack optical - FC/APC T Y P E MO001 Ordering number Optical wavelenght 1310 nm output output power 6 dbm laser type FP optical return loss > 45 db Wide band frequency range MHz RF input return loss/impedance > 10 db / 75 Ω frequency response ± 1.5 db RF input level dbµv gain adjustment 0-8 db by 1 db step OMI (SAT IF 30 transponders) 4.9 % external remote feeding 10 V - 20 V 350 ma max. Terr.TV frequency range MHz RF input return loss/impedance > 10 db / 75 Ω frequency response ± 1.5 db RF input level 90 dbµv ± 1.0 dbµv external remote feeding 10 V - 20 V 100 ma max. OMI (Terr.TV input 8 channels) 10 % RF test out RF level* wideband 70 dbµv ± 1.0 db Terr.TV 75 dbµv ± 1.0 db return loss/impedance > 10 db / 75 Ω frequency response ± 1.5 db Supply voltage 10 V 20 V Power consumption without external load 2 W -20 o + 50 o C 116x84x25.5 mm/0.28 kg 23 * wide band RF input 30 SAT IF transponders, terrestrial input 8 DTT channels, gain adjustment 0 db

25 Fiber optics 1 SAT IF distribution equipment Application diagram Application example of wide band LNB s signal distribution over fiber. Wide band LNB DC link V H MO001 MO OD007 OD007 coaxial cable fiber cable V H STB MO001 - optical transmitter, page 23 OD007 - optical receiver, page 21 - power supply, page 8

26