Contents. Fiber optics

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2 Contents SAT IF distribution system SAT IF-IF conversion system SAT IF channel converters 2 Application diagram 3 5 cable dscr system Cascadable single cable multiswitches 4-5 Multiswitch programmer 6 System accessories 7 Application diagrams 8 Channel processing equipment Stand alone modulators HDMI to DVB-T modulator 10 Modular reception system Twin DVB-S/S2 & DVB-T/T2/C - DVB-T transmodulators 11 Twin DVB-S/S2 & DVB-T/T2/C - DVB-C transmodulators 12 Octo DVB-S/S2 - DVB-T/C transmodulators 13 Application diagram 14 Multichannel DVB to IP streamer 15 Application diagram 16 Quatro DVB-T/T2 to DVB-C transmodulator 17 Stand alone headend 32 channels 8PSK/QPSK-QAM transmodulator 18 Application diagram 19 Fiber optics 2 SAT IF distribution equipment Optical transmitter 20 Optical receivers 21 Application diagram 22 4 SAT IF distribution equipment Modular optical transmitters Optical receivers Optical amplification equipment Modular optical amplifier 27 Application diagram 28 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 SAT IF-IF conversion system SAT IF channel converters 2 frequency conversion of SAT IF channels from different polarizations/sub-bands making a new frequency plan up to 32 converted channels could be transmitted via single cable Web control and SNMP agent loading settings from saved file DIN rail or wall mounting robust die-cast housing 6xRF - type F Ethernet control - RJ-45 screw terminal block for DC entry power distribution bus T Y P E cs432 cs464 Ordering number RF input frequency range MHz inputs number 4 level dbµv dbµv symbol rate return loss/impedance 3 45 Ms/s > 10 db/75 Ω LNB powering/control 0/13/18 V 300 ma max. DiSEqC 1.0 RF output outputs number 1 2 Supply voltage frequency range channel bandwidth MHz by 1 MHz step MHz channels number 32 max. 64 max. level per carrier at 2150 MHz fixed slope precorrection carrier output level adjustment common output level adjustment return loss/impedance spurious in band 90 ± 2 dbµv 5 db 0-8 db by 0.5 db step 0-15 db by 1 db step > 10 db/75 Ω < - 35 db frequency range of RF combining MHz - combining through loss Terr/SAT < 1 db - 12 ± 1 V Current consumption without external DC feeding 0.43 A 0.81 A 0 o +50 o C 36x198x112 mm/0.9 kg 48.5x198x112 mm/1 kg software control

4 SAT IF distribution system SAT IF-IF conversion system Application diagram Application example of retransmitting up to 32 SAT IF transponders from 2 sub-bands and up to 4 DTT multiplexes transmitting in DVB-S format. 3 DTT L R ttd440 cs432 L R CH3 CH4 CH5 DTT 47 MHz 862 MHz CH1 CH2 ttd440 cs432 RF output 950 MHz 2150 MHz ttd440 - quatro transmodulator, see cs432 - SAT IF channel converter, one RF output - power supply, see RF output Application example of SAT IF distribution system from 6 different satellites. Wide band LNB Wide band LNB Quatro LNB Twin LNB Universal LNB Universal LNB cs464 cs432 cs432 cs464 cs432 cs432 MR W terminators cs464 - SAT IF channel converter, two RF outputs cs432 - SAT IF channel converter, one RF output MR512-5x12 multiswitch, see

5 SAT IF distribution system 5 cable dscr system Cascadable single cable multiswitches 4 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: 1 dscr (32 user bands)+1 legacy outputs 2 dscr outputs (16+16, 24+8,... user bands) 2 static mode outputs (32+0, 16+16,...transponders) other configurations are possible DC input for external power supply DC by pass from DC input / tap outputs for LNB powering independent selection of horizontal/vertical, low/high band and transponder from each receiver passive terrestrial TV path allows to receive terrestrial TV programs without switching on SAT receiver die-cast housing RF inputs/outputs - type F DC input - type F * without external 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. 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 Current pass through SAT IF 2 A max., 1 A max. through one line trunk lines Terr. TV 0.25 A max. Current 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

6 SAT IF distribution system 5 cable dscr system Cascadable single cable multiswitch Cascadable single cable multiswitch for the distribution of SAT IF and DTT signals over one cable to up to 32 receivers. 5 control according legacy/en 50494/EN configurable with programmer PC102W: 4 dscr +4 legacy outputs 8 dscr outputs 4 static mode outputs other configurations are possible DC input for external power supply DC by pass from DC input / tap outputs for LNB powering independent selection of horizontal/vertical, low/high band and transponder from each receiver switchable active/bypass terrestrial TV path die-cast housing RF inputs/outputs- type F DC input - type F LED indication: external DC power supply connected * without external feeding T Y P E 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 8 Return loss / impedance > 10 db / 75 Ω Input level SAT IF dbµv Terr. TV 92 dbµv max. Tap output user bands (dscr mode) configurable 32 max. 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 configurable MHz 84 dbµv 78 dbµv 6 db 22 db 85 dbµv Trunk gain SAT IF > - 4 db typical Current pass through SAT IF Terr. TV (active mode) Terr. TV (bypass mode) Terr. TV output level 10 db -6 db 102 dbµv (active mode) 2 A max., 1 A max. through one line trunk lines Terr. TV 0.25 A max. Current pass to H lines from DC input from tap outputs 20 V 800 ma max. 20 V 500 ma max.; 13 V/18 V 300 ma max. Decoupling SAT IF inputs/sat IF inputs > 30 db SAT IF inputs/tap outputs SAT IF/ Terr. TV Current consumption* from DC input from tap output > 30 db > 25 db 20 V 1.2 A max. 13 V 450 ma max., 20 V 350 ma max. -20 o + 50 o C 226.6x133.6x30 mm/0.80 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 adapter 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 adapter and a USB cable. An application SW dscrmaster will be 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 SW for creating new configurations Web & remote control through Wi-Fi access die-cast housing inside plastic case 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 * without external feeding T Y P E PC102W V 5 V 200 ma (from USB port) 20 V 50 ma* (from mains adapter) 0 o + 50 o C 133x73x39 mm/0.36 kg

8 SAT IF distribution system 5 cable dscr system System accessories 7 Power inserter for powering dscr multiswitches 22 kh, DiSEqC pass shielded metal case 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 0 o + 50 o C 80x40x19 mm/0.071 kg Line amplifier for recovering of DTT signal loss DC pass through shielded metal case 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 0 o + 50 o C 80x27x19mm/0.085 kg Power supply high efficiency 20 V & 2 A switch-mode power supply T Y P E PS202F Ordering number DC output Output DC connector Mains voltage Dimensions +20 V 2 A F male 180 V 240 V~ 50 Hz 78x130x33 mm

9 SAT IF distribution system 5 cable dscr system Application diagram Floor by floor installation. 8 UHF AB011L 32xdSCR STB PS202F SRM521 AB xLegacy STB 32xdSCR STB SRM521 1xLegacy STB ZS12/250F Programming and configuration mode. AB011L - UHF masthead amplifier, see SRM521 - cascadable single cable multiswitch, page 4 SRM522 - cascadable single cable multiswitch, page 4 AB007 - line amplifier, page 7 PC102W - multiswitch programmer, page 6 PS202F - power supply, page 7 ZS12/250F - power supply, see RPI-PSU-EU-MK1 - power supply, see PS202F SRM522 PS202F SRM522 Tablet RPI-PSU-EU-MK1 å PC102W Laptop STB Router WEB

10 SAT IF distribution system 5 cable dscr system Application diagram 9 Installation example of SAT IF & DTT signal distribution to dscr STBs. Every multiswitch powered from dedicated power supply. SRM580 PS202F SRM580 PS202F SRM580 PS202F SRM580 - cascadable single cable dscr multiswitch, page 5 PS202F - power supply, page 7

11 Channel processing equipment Stand alone modulators HDMI to DVB-T modulator Modulating from HDMI signal source into COFDM modulated DVB-T RF channel. 10 frequency agile TV modulator LED display and push buttons control of internal microprocessor adjustable RF output level loop through RF combining wall mounting mains 230 AC adapter in delivery digital input - HDMI socket RF - type F PC connection - USB DC entry - 5.5/2.1 mm DC jack T Y P E MHD101 Ordering number Video input input signal type HDMI video coding MPEG-4 AVC/H.264, High profile 4.0 resolution 1920x p Audio input input signal type HDMI standard MPEG-1 Layer II audio bit rate 64, 96, 128, 192, 256, 320, 384 kbps H.264 Encoder standard MPEG-4 AVC/H.264 bit rate 1-19 Mb/s adjustable configurable parameters Service Name, Service ID, Video PID, Audio PID, PMT PID, PCR PID Transport stream automatic regeneration NIT, PAT, CAT, SDT, PMTs, EITs tables processing configurable parameters TS ID, Original Network ID, Network ID, Provider Name LNC support Yes LNC providers Nordin, ITC/UK, EICTA/Europe, New Zealand Modulation standard EN MER, typical 35 db modulation QPSK,QAM16, QAM64 channel bandwidth 5/6/7/8 MHz guard interval 1/4, 1/8, 1/16, 1/32 code rate 1/2, 2/3, 3/4, 5/6, 7/8 transmission mode 2K/8K shoulder attenuation > 45 db RF output frequency range MHz by 1 Hz step level/impedance 90 dbμv/75 Ω output level adjustment range 0-20 db combining through loss < 1 db Current consumption 12 V 0.4 A max. Operating temperature 0 0 C C 166x109.5x30 mm/0.25 kg

12 Channel processing equipment Modular reception system Twin DVB-S/S2 & DVB-T/T2/C - DVB-T transmodulators 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 robust die-cast housing 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 ttx T Y P E tdx420c / tdx420 ttx420c / ttx420 Ordering number / 03855F / 03856F Number of channels 2 RF input frequency range MHz MHz LNB powering/control standard DVB-S DVB-S2** DVB-T DVB-T2 DVB-C bandwidth MHz/8 MHz 7 MHz/8 MHz - symbol rate 2 45 Ms/s 2 45 Ms/s Ms/s RF output frequency range MHz, by step 100 khz guard interval 1/4, 1/8, 1/16, 1/32 code rate 1/2, 2/3, 3/4, 5/6, 7/8 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 of 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 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) -

13 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. 12 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 robust die-cast housing 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 ttq420 software control T Y P E tdq420c / tdq420 ttq420c / ttq420 Ordering number / 03853F / 03854F Number of channels 2 RF input frequency range MHz MHz LNB powering/control standard DVB-S DVB-S2** DVB-T DVB-T2 DVB-C bandwidth MHz/8 MHz 7 MHz/8 MHz - symbol rate 2 45 Ms/s 2 45 Ms/s Ms/s RF output frequency range MHz, by step 100 khz 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 of 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) -

14 Channel processing equipment Modular reception system Octo DVB-S/S2 - DVB-T/C transmodulators Converting of 8 DVB-S/S2 modulated input signals into 8 COFDM/QAM modulated DVB-T/C channel. PRELIMINARY integrated 2x8 multiswitch TS processing: 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 robust die-cast housing RF input/output - type F Ethernet control interface - RJ-45 screw terminal block for DC entry power distribution bus tdx480 DVB-S/S2 transmodulator to 8 DVB-T channels tdq480 DVB-S/S2 transmodulator to 8 DVB-C channels 13 T Y P E tdx480 tdq480 Ordering number Sections 8 RF input frequency range MHz LNB powering/control 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 2 45 Ms/s RF input count 2 loop through frequency range/loss 2 x MHz / 1.5 db RF output frequency range MHz / MHz MHz channel allocation 4 adjacent + 4 adjacent level/impedance 90 ± 2 dbµv/75 Ω TS bit rate < 31 Mbit/s < 53 Mbit/s DVB standard DVB-T DVB-C MER 35 db 40 db modulation QPSK, QAM16, QAM64 QPSK, QAM16, QAM64, QAM128, QAM256 channel bandwidth 7/8 MHz MHz guard interval 1/4, 1/8, 1/16, 1/32 - code rate 1/2, 2/3, 3/4, 5/6, 7/8 - transmission mode 2K / 8K - output level adjustment range 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 0 o +50 o C 48.5x198x112 mm/0.9 kg software control * without external DC feeding

15 Channel processing equipment Modular reception system Application diagram Application example of processing from: # 1-8 SAT transponders to DVB-T (FTA) # 2, 3-4 SAT transponders to DVB-T (descrambled) # 4-2 DTT channels to DTT channels (amplified) # 5, 6 - redundant powering 14 tdx480 tdx420c tdx420c ttx420 tdx480 tdx420c tdx420c tdx420c tdx480 - octo transmodulator, page 13 tdx420c - twin transmodulator with 2 slots for CAM modules, page 11 tdx420 - twin transmodulator, page 11 - power supply, see

16 Channel processing equipment Modular reception system Multichannel DVB to IP streamer IP streaming of free-to-air DVB services. DVB-T/T2/C to IP, four transponders supporting multi PLP mode SPTS or MPTS IP stream regeneration of information contained in the MPEG-2 tables UDP and RTP transmission protocols SDP/SAP protocol support TS file streaming from USB flash Web control and SNMP agent loop through RF distributing DIN rail or wall mounting robust die-cast housing Ethernet control, Ethernet stream output - RJ-45 USB - USB-A screw terminal block for DC entry power distribution bus 15 T Y P E sti440 Ordering number RF input COFDM / QAM frequency range MHz AGC range/impedance dbµv / 75 Ω DC output for preamplifier 12 V 100 ma IP output standard IEE /1000 Base T bit rate up to 200 Mbps transmission protocols UDP/RTP multicast Yes MPTS Yes SPTS Yes Control port standard IEE /100 Base T Current consumption* 12 V 500 ma 0 o +50 o C 36x198x112 mm/0.84 kg * without external DC feeding

17 Channel processing equipment Modular reception system Application diagram Application diagram of IP streaming from: # 1, 2, - 2 SAT transponders (descrambled) # 3-8 SAT transponders (FTA) # 4-4 DTT channels (FTA) # 5-1 cable TV channel # 6 - up to 24 services from single DVB-ASI source # 7 & 8 - redundant powering 16 DTT SD504 Cable TV External DVB-ASI source sdi410c sdi410c sdi480 sti440 sti410c sai410c sdi410c sdi410c sdi480 sti440 sti410c sai410c Ethernet switch LAN SD504 - two way SAT IF splitter, see sdi410c, sti410c, sai410c - DVB to IP streamers, see sdi480 - octo streamer, see sti440 - quatro streamer, page 15 - power supply, see

18 Channel processing equipment Modular reception system Quatro DVB-T/T2 to DVB-C transmodulator Converting of 4 DVB-T/T2 modulated input signals into 4 QAM modulated DVB-C RF channels. supporting multi PLP mode four sections with independent control transparent transmodulation Web control and SNMP monitoring loop through RF distributing at input and output DIN rail or wall mounting robust die-cast housing RF input/output - type F Ethernet control interface - RJ-45 screw terminal block for DC entry power distribution bus 17 T Y P E ttq440 Ordering number Channels 4 RF input frequency range MHz preamplifier powering 12 V 100 ma level/impedance dbµv / 75 Ω loop through gain 0 ± 1 db standard DVB-T DVB-T2 modulation QPSK, QAM16, QAM64 QPSK, QAM16, QAM64, QAM256 bandwidth 7 MHz/8 MHz 7 MHz/8 MHz code rate 1/2, 2/3, 3/4, 5/6, 7/8 1/2, 3/5, 2/3, 3/4, 4/5, 5/6 RF output frequency range MHz & MHz by 100 khz step channel allocation 4 adjacent level/impedance 90 ± 2 dbµv/75 Ω spurious level < -60 db loop through frequency range/loss MHz / < 2.5 db MER 40 db symbol rate Ms/s modulation DVB-C QAM16, QAM32, QAM64, QAM128, QAM256 channel bandwidth MHz roll of 15 % total output level adjustment 0-15 db by 1 db step Output data rate max. 53 Mbps per channel Management port standard IEE /100 Base T Current consumption* 12 V 700 ma 0 o +50 o C 48.5x198x112 mm/0.9 kg software control * without external DC feeding

19 Channel processing equipment Stand alone headend 32 channels 8PSK/QPSK-QAM transmodulator Converting of 32 DVB-S/S2 modulated input signals into 32 QAM modulated DVB-C RF channels. AVAILABILITY TBD 18 built-in redundancy power supply with 2 separated mains leads implemented functionality of 16x32 legacy multiswitch TS file playback from USB flash compact fanless solution TS processing: PCR restamping service filtering PSI/SI regeneration NIT generation PMT version monitoring SNMP traps wall on 19 rack mounting Web based control - RJ-45 TS playback: USB-A RF ports - type F T Y P E S2C32P Ordering number Number of channels 32 RF input frequency range 8x ( MHz) / ( MHz) level AGC range/impedance LNB powering/control symbol rate 2 45 MS/s 2 45 MS/s (QPSK), MS/s (8PSK) RF output frequency range MHz, by step 100 khz output level per carrier/impedence carrier output level adjustment dbµv/75 Ω 0/13 V/18 V, 22 khz & 500 ma per input channel, total 2.0 A max. modulation DVB-S demodulator (QPSK) DVB-S2 demodulator (QPSK, 8PSK) code rate 1/2, 2/3, 3/4, 5/6, 7/8 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 roll off 35 % 20 %, 25 %, 35 % signal processing ETS ETS channel allocation total output level adjustment MER modulation DVB-C channel bandwidth / symbol rate independent on other channels max. 90 dbµv/75 Ω 25 db by 0.5 db step +3 db...-3 db by 0.5 db step 43 db QAM16, QAM32, QAM64, QAM128, QAM MHz / MS/s roll off 15 % signal processing EN , ITU-T J.83 A (Annex A) test point -20 db TS playback file format MPEG2 TS Input data rate Management port Power consumption* count of files 1 max. 90 Mbps per channel 10/100 Base-T Ethernet 230 V~ 50/60 Hz up to 39 W -10 o +55 o C 485x176x107 mm / 7.3 kg software control * without external DC load

20 Channel processing equipment Stand alone headend Application diagram Application example of processing from: - 32 SAT transponders to DVB-C channels - 4 DTT multiplexes to DVB-C channels S2C32P 19 Mains Mains DTT ttq440 ttq440 power supply S S2C32P - 32 channels transmodulator ttq440 - quatro transmodulator, page 17

21 Fiber optics 2 SAT IF distribution equipment Optical transmitter compact optical transmitter of 2 SAT IF and DTT signals built-in AGC system on every input LNB and DTT preamplifier feeding possibility wall mounting robust die-cast housing recommended power supply SGA25E12-1W RF inputs - type F optical - FC/APC screw terminal block for DC entry 20 T Y P E OT301* Satellite inputs Bandwidth 2 x ( ) MHz Input return loss / impedance > 10 db / 75 Ω RF input level (AGC range) for 30 transponders dbµv (per transponder); dbµv (total power) LNB remote feeding 13 /18 V; 350 ma max. total Terrestrial input Bandwidth MHz Input return loss / impedance > 10 db / 75 Ω RF input level (AGC range) for 8 transponders dbµv (per transponder); dbµv (total power) Number of transponders Preamplifier remote feeding 12 V 100 ma max. Optical output Wavelength SAT & Terr 1310 nm** Optical output power 6 dbm Optical return loss > 45 db Main characteristics Supply voltage 12 V ± 1 V Current consumption without external load 0.7 A max. Current consumption with max. external load 1.25 A max o C 108x190x54 mm/1.4 kg * ordering information: Type Ordering number OT301 6F ** lasers with other optical wawelength are supplied by request

22 Fiber optics 2 SAT IF distribution equipment Optical receivers compact optical receivers of 2 SAT IF and DTT signals built-in AGC system based on optical signal level powered by STB or external PS robust die-cast housing recommended power supply SYS W2E RF outputs - type F optical - FC/APC DC AUX - 3.5/1.3 mm DC jack OR301M built-in 2x4 multiswitch OR301 virtual dual T Y P E OR301M OR301 Ordering number Optical input Wavelength nm Optical input level (OLC range) dbm Optical return loss > 40 db RF outputs Bandwidth SAT IF 4 x ( ) MHz 2 x ( ) MHz Terr.TV MHz MHz Return loss / impedance > 10 db / 75 Ω DTT RF output signal level for 8 transponders (optical dbm) 75 dbµv (per transponder) 80 dbµv (per transponder) SAT IF output level for 30 transponders (optical dbm) 75 dbµv (per transponder) 80 dbµv (per transponder) SAT IF output control 14/18 V - Powering Supply voltage range DC AUX 10 V 20 V SAT IF output 13/18 V 10 V 20 V Power consumption 2.7 W 2.4 W Main characteristics -20 o + 50 o C 145x86x37 mm/0.42 kg 21

23 ENTER Fiber optics 2 SAT IF distribution equipment Application diagram Application example of transmitting SAT IF signals from 2 sub-bands and up to 4 DTT multiplexes through fiber. DTT at440 at W terminator power supply OT301 L R coaxial cable fiber cable 22 OR301M Optical splitter to the network OT301 - optical transmitter, page 20 at440 - UHF TV channel amplifier, see OR301M - optical receiver with 2x4 multiswitch, page 21

24 Fiber optics 4 SAT IF distribution equipment Modular optical transmitters compact optical transmitter of 4 SAT IF signals with Web control built-in AGC system on every input LNB feeding possibility DIN rail mounting robust die-cast housing RF inputs - F female optical - FC/APC DC input - screw terminal block LAN port - RJ-45 Ethernet T Y P E Satellite inputs Bandwidth Input return loss / impedance RF input level (AGC range) for 30 transponders AGC AGC offset level (if AGC is on) Attenuation range, adj. in 1dB step (if AGC is off) LNB remote feeding Optical output Wavelength Optical output power Optical return loss Laser type Main characteristics Supply voltage Current consumption without external load Current consumption with max. external load * ordering information: Type Ordering number OTD402 6D OTD402* 2x( ) & 2x( ) MHz > 10 db / 75 Ω dbµv (per transponder); dbµv (total power) on/off (for every input) from -6 to +6 db with 1 db step 0 20 db (for every input) V,Lo and V,Hi V; H,Lo and H,Hi V; 350 ma total 1550 nm** 6 dbm > 45 db DFB 12 V ± 1 V 0.9 A max. 1.6 A max o C 69x198x124.5 mm/1.54 kg 23 ** lasers with other optical wawelength are supplied by request Remotely controlled parameters: - AGC mode on every input - attenuator value on every input (if AGC is off) - AGC offset level on every input (if AGC is on) - switch on/off voltage on SAT inputs Remotely monitored parameters: - RF power on every input - supply power for LNB feeding - supply voltage - internal temperature - laser current - diagnostics information - fan speed

25 a Fiber optics 4 SAT IF distribution equipment Modular optical transmitters compact optical transmitter of 4 SAT IF signals and DTT signals with Web control built-in AGC system on every input LNB and DTT preamplifier feeding possibility DIN rail mounting robust die-cast housing RF inputs - F female optical - FC/APC DC input - screw terminal block LAN port - RJ-45 Ethernet 24 T Y P E OTD502W* Satellite inputs Bandwidth 2x( ) & 2x( ) MHz Input return loss / impedance > 10 db / 75 Ω RF input level (AGC range) for 30 transponders dbµv (per transponder); dbµv (total power) AGC on/off (for every input) AGC offset level (if AGC is on) from -6 to +6 db with 1 db step Attenuation range, adj. in 1dB step (if AGC is off) 0 20 db (for every input) LNB remote feeding V,Lo and V,Hi V; H,Lo and H,Hi V; 350 ma total Terrestrial input Bandwidth MHz Input return loss / impedance > 10 db / 75 Ω RF input level (AGC range) for 8 transponders dbµv (per transponder); dbµv (total power) AGC on/off AGC offset level (if AGC is on) -6 to +6 db with 1 db step Attenuation range, adj. in 1dB step (if AGC is off) 0 20 db Number of transponders Preamplifier remote feeding 12 V 100 ma max. Optical output Wavelength SAT & Terr 1550 nm SAT** & 1530 nm DTT** Optical output power 6 dbm Optical return loss > 45 db Laser type DFB Main characteristics Supply voltage 12 V ± 1 V Current consumption without external load 1 A max. Current consumption with max. external load 1.8 A max o C 69x198x124.5 mm/1.54 kg * ordering information: Type Ordering number OTD502W 6D55 & 6D ** lasers with other optical wawelength are supplied by request Remotely controlled parameters: - AGC mode on every input - attenuator value on every input (if AGC is off) - number of DTT transponders - AGC offset level on every input (if AGC is on) - switch on/off voltage on SAT inputs - switch on/off voltage on DTT input Remotely monitored parameters: - RF power on every input - supply power for external feeding - supply voltage - internal temperature - lasers current - diagnostics information - fan speed

26 Fiber optics 4 SAT IF distribution equipment Optical receivers compact optical receivers of 4 SAT IF signals built-in AGC system based on optical signal level powered by STB or external PS robust die-cast housing recommended power supply SYS W2E RF outputs - type F optical - FC/APC DC AUX - 3.5/1.3 mm DC jack OR402M built-in 4x4 multiswitch OR402 virtual quatro T Y P E OR402M OR402 Ordering number Optical input Wavelength nm Optical input level (OLC range) dbm Optical return loss > 40 db RF outputs Bandwidth 2 x ( ) & 2 x ( ) MHz Return loss / impedance > 10 db / 75 Ω SAT IF output level for 30 transponders (optical dbm) 75 dbµv (per transponder) 80 dbµv (per transponder) SAT IF output control 14/18 V, 0/22 khz - Powering Supply voltage range DC AUX 10 V 20 V SAT IF output 13/18 V 10 V 20 V Power consumption 3 W Main characteristics -20 o + 50 o C 145x86x37 mm/0.42 kg 25

27 WDM diplexer Fiber optics 4 SAT IF distribution equipment Optical receivers compact optical receivers of 4 SAT IF and terrestrial TV signals built-in AGC system based on optical signal level built-in WDM diplexer powered by STB or external PS robust die-cast housing recommended power supply SYS W2E RF outputs - F female optical - FC/APC DC AUX - 3.5/1.3 mm DC jack OR502MW built-in 4x4 multiswitch OR502W virtual quatro 26 T Y P E OR502MW* OR502W* Optical input Wavelength nm Optical input level (OLC range) dbm SAT & Terr. Optical return loss > 40 db RF outputs Bandwidth SAT IF 2 x ( ) & 2 x ( ) MHz Terr.TV MHz MHz Return loss / impedance >10 db / 75 Ω DTT RF output signal level for 8 transponders (optical dbm) 75 dbµv (per transponder) 80 dbµv (per transponder) SAT IF output level for 30 transponders (optical dbm) 75 dbµv (per transponder) 80 dbµv (per transponder) SAT IF output control 14/18 V, 0/22 khz - Powering Supply voltage range DC AUX 12 V 20 V SAT IF output 13/18 V 10 V 20 V Power consumption 3.6 W Main characteristics -20 o + 50 o C 158x86x37 mm/0.50 kg * ordering information: Type Ordering number OR502MW 55W OR502W 55W Structure diagram OR502W SAT λ1 Optical IN SAT+Terr λσ Terr λ2 Optical receiver

28 Fiber optics Optical amplification equipment Modular optical amplifier C-band booster amplification low noise, high output, high reliability Web interface and SNMP monitoring 8 optical outputs automatic shutdown on low input easy changeable integrated fan DIN rail or wall mounting robust die-cast housing T Y P E OAD518* Ordering number Operating wavelength nm Input power dbm Number of outputs 8 Power per output 10 dbm Noise figure 5 db max. Optical return loss min. 50 db Status indication LAN & LED Supply voltage 12 V ± 1 V Current consumption 25 o C 0.5 A o C 69x198x124.5 mm/1.5 kg 27 * option with four outputs is supplied under special request, ordering information: Type Ordering number OAD Remotely monitored parameters: - optical input power - optical output power - supply voltage - pump laser current - internal temperature - fan speed - alarms information - diagnostic information Remotely controlled parameters: - switching pump laser On/Off - all alarms limits

29 Fiber optics 4 SAT IF distribution equipment Application diagram Application example of large SAT IF & DTT distribution network. optical outputs DTT OAD518 OTD502W OAD518 OTD502W optical outputs coaxial cable fiber cable 28 OR502MW OR502MW Optical splitter OR502MW OR502MW OAD518 - optical amplifier, page 27 OTD502W - optical transmitter, page 24 - power supply, see OR502MW - optical receiver with built-in 4x4 multiswitch, page 26

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