SAT Fibre Optics FIBRE INTEGRATED RECEPTION SYSTEMS TELEVISION AT THE SPEED OF LIGHT. Remove the limits from your installation

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1 SAT Fibre Optics FIBRE INTEGRATED RECEPTION SYSTEMS Remove the limits from your installation TELEVISION AT THE SPEED OF LIGHT MEMBER HELPLINE

2 UPGRADING TO FIBRE JUST GOT EASIER Advantages for the Installer, Tenant and Landlord in residential and commercial complexes A COMPLETE RANGE OF SOLUTIONS FOR YOUR FIBRE INSTALLATION SPACE TV S RANGE OF GLOBAL INVACOM PRODUCTS IS YOUR BEST CHOICE WHEN YOU NEED: One discreet Head End - distribute satellite, digital terrestrial and radio signals from a single location. Design a system over a large area without jeopardising signal and quality. Install a single fibre rather than multiple coaxial cables. ADVANTAGES FOR INSTALLERS Great for saving time at SAT installations High Reliability Significant Cost Saving Future Proof Noise Distortion and interference free transmission. SatCR Capable Multichoice Approved Solution ICASSA Approved ADVANTAGES FOR TENANT AND BODY CORPORATE Multichoice Approved Solution Very Short Installation time Best Possible Quality HD and Explora Decoder Ready. High Fire Safety Future-proof Energy Saving over conventional multi-unit dwelling multiswitch / single cable installations HELPLINE

3 THE FIBRE POSSIBILITIES Very Long Distance with minimal attenuation Lighter and thinner than Coaxial cable Pre-assembled cables up to 200 m UV Resistant No potential and transient currents No influence of external electric or magnetic fields Cost Saving for thermal insulation and fire protection Product Training Courses offered by Space Television After Sales Technical Support Engineers WHEN UPGRADING OR NEW INSTALLATION Receive all broadcast via satellites Supply several hundred apartments via one satellite dish Increased user satisfaction Building Aesthetics A fibre optic cable replaces four coaxial cables per satellite position 30-60% cost saving compared to alternative solution RECEIVE TELEVISION AT THE SPEED OF LIGHT GI FIBRE MDU OPTICAL OUTPUT LNB 03 WHOLEBAND LNB 05 ODU32 for 1310NM 06 ODU32 for 1550NM 07 ACTIVE SPLITTER 08 FIBRE IRS 02E 09 QUAD & QUATTRO GTU 10 dscr GTU 12 OPTICAL BOX SPLITTERS 13 OPTICAL TAPS FIBRE CABLE 15 ACCESSORIES 16 OPTICAL POWER METER 17 FIBRE SPLICING KIT 18 Use of FC/APC connectors 19 HELPLINE

4 SAT FIBRE OPTICS Optical tranmission technology - the SAT-TV coverage of tomorrow FIBRE INTEGRATED RECEPTION SYSTEM Fully weatherproof, the ODU32 is designed for mounting at the antenna location. It accepts and combines signals from the Wholeband LNB and digital terrestrial antennae (DTT/DAB/FM) which then modulates a laser inside the ODU32. Two optical outputs (FC/PC) are provided for distribution through a Passive Optical Network (PON) of FibreIRS Optical Splitters. Each output of the ODU32 can feed a PON of 32 points or with reduced splits support a reach of 10km. Combines Wholeband LNB & DTT/DAB/FM signals Distributes signals to 64 outlets via two 32 way PONs Fully weatherproof (IP65) PSU, mast strap & mounting bracket included in the kit 10km reach (Subject to PON Losses) Different FibreIRS GTU s can be connected at any point (Quad,Quatro & DTT/DAB/FM available). Wholeband LNB ODU32 PSU FibreIRS GTU Processed DTT Channels HDtv ONT DTT VOiP 2way & 4way Fibre Splitters SINGLE DWELLING FibreIRS ODU32 / ODU32KIT PRODUCT SATELLITE Input Frequency Range GHz Vertical Polarisation, GHz Horizontal Polarisation Output Frequency Range GHz via modulated laser Optical Output Power 7dBm typical DTT/DAB Input Frequency Range MHz (DAB), MHz (DTT) Output Frequency Range MHz via modulated laser Optical Output Power 7dBm typical DC SPECIFICATION Power Supply (PSU) Voltage 20V LNB Supply Voltage 6V Current Consumption <500mA (including Wholeband LNB) CONNECTORS Outputs 256 Satellite Input N Connector DTT/DAB Input F Connector PSU F Connector 02 HELPLINE

5 FIBRE MDU Optical Output LNB The GI FibreMDU Optical Output LNB radically changes how satellite IF signals are dealt with compared with conventional Universal LNBs. This innovative new design uses patented technology to frequency stack both horizontal and vertical polarities, creating a single IF frequency range of 950MHz GHz. The newly created single band is then frequency modulated optically and output using a 1310nm laser internal to the Optical Output LNB. Powered separately the Optical LNB takes the required <450mA from a standard 12v supply utilising a standard female F type connector. F O-LNB Fibre connection is made via a standard FC/PC connector feeding the passive distribution network on single mode fibre optic cable. With an optical output of +/- 6.5 dbm the GI FibreMDU Optical Output LNB is easily capable of driving up to 32 GI FibreMDU converters (see GI FibreMDU specification sheet) located within a 10km radius. Converts all 4 Universal IF bands to a single optical output (H/H - H/L - V/H - V/L = Single Optical Output) Capable of supplying all converted signals to 32 distribution points spread over a 10 kilometre radius 40mm Feed Horn or C120 Flange versions available F O-LNB C-120 UNLIMITED POTENTIAL Optical LNB PSU 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 10m 1km 100m VITRUAL QUAD VITRUAL TWIN VITRUAL TWIN 10km FIBRE COAX 2 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER 4 way OPTICAL SPLITTER VITRUAL QUAD 500m VITRUAL QUATTRO & MULTI-SWITCH HELPLINE

6 FIBRE MDU Optical Output LNB F O-LNB F O-LNB TECHNICAL SPECIFICATIONS INPUT FREQUENCY The input RF range is GHz linearly polarised (horizontal and vertical) OUTPUT FREQUENCY 950 MHz GHz. The modulated laser output will be at 1310nm. OPTICAL OUTPUT POWER 7dBm nominal at 25 C, ± 2dBm over full temperature range. NOISE FIGURE Typical at 25 C Max at 25 C Typ Over Temperature Max Over Temperature 0.5dB 1.1dB 0.7dB 1.3dB GAIN Max gain: 72 db, Min Gain: 62 db, at room temperature. Gain variation over temperature (-30 to + 60 C): +/- 2dB Gain flatness (0.95 to 5.45 GHz): 5 db per band GAIN RIPPLE The gain ripple per 26MHz bandwidth must be less than ±0.5dB. CURRENT CONSUMPTION Current consumption < 450 ma. IMAGE REJECTION 40dB min. CROSS POLAR ISOLATION Typically 30dB, Minimum 25dB OUTPUT CONNECTORS SUPPLY VOLTAGE DC Input Optical Output Condition Nominal Supply Voltage SPURIOUS OUTPUT (after recovering modulation) In band (950MHz-3GHz, 3.4GHz-5.45GHz) : -25 dbc Female F-Type FC/PC Limit 12 V NOISE FIGURE Offset Frequency 1KHz 10KHz 100KHz 1MHz LOCAL OSCILLATOR STABILITY Condition Initial Setting Temp. Drift (-40 to +60 C) Aging and Total Drift (10 Year Life) Maximum Limit -55dBc/Hz -80dBc/Hz -100dBc/Hz -110dBc/Hz Maximum Variation from Nominal Frequency ±1 MHz ±2 MHz ±4 MHz MECHANICAL AND ENVIORNMENTAL TEMPERATURE RANGES Condition Ambient Operating Temperature Range Storage Temperature Range Limits -30 C to +60 C -40 C to +70 C DISH AND LNB MECHANICAL INTERFACE The LNB will be attached to the satellite dish using a 40mm clamp. The recommended fitting for the C120 version is the ADF-120 Adjustable Feed Horn. 04 HELPLINE

7 LNBm FibreIRS Wholeband LNB WHOLEBAND LNB WITH INTERGRATED FREQUENCY STACKER The Wholeband LNB uses patented technology to frequency stack horizontal and vertical polarities, creating a single satellite IF frequency range of 950MHz to 5450MHz. Single is output via an N connector and HF Interconnect cable for connection to the ODU32. Downconversion of Ku-Band DVB-S signals of 2 polarities (4 Quadrants) into Sat IF and stacking into one combined RF signal in the frequency range from MHz Designed to feed directly to the FibreIRS ODU32 or a professional headend. TECHNICAL SPECIFICATIONS - F LNB Type - FibreIRS Wholeband LNB Mini Univesal - Wholeband LNB Input frequency range (GHz) GHz Output frequency range (MHz) Output impedance 50 Noise figure (typical at 25 C) (db) 0.7 Noise figure (max. at 25 C) (db) < 1.1 Noise figure (typical -30 to +60 C) (db) 0.9 Noise figure (max -30 to +60 C) (db) < 1.3 Return Loss (db) > 9 Conversion gain (typical at 25 C) (db) 63 Gain variation (-30 to +60 C) (db) +2 Gain flatness (0.95 to 5.45 GHz) (db) 6 Gain ripple (per 27 MHz bandwidth segment) (db) < 1 L.O. Frequency vertical (GHz) 9.75 L.O Frequency horizontal (GHz) 7.30 L.O. Phase noise (Offset frequency 1 khz) dbc/hz 55 L.O. Phase noise (Offset frequency 10 khz) dbc/hz 80 L.O. Phase noise (Offset frequency 100 khz) dbc/hz 100 L.O. Stability, initial setting MHz L.O. Temperature drift (-40 C to +60 C) MHz +- 2 L.O. Aging and total drift ( 10 years) MHz +- 4 Image rejection (in.) (db) 40 Cross polar isolation (typ) (db) 30 Cross polar isolation (min) (db) 25 Spurious output in band (db) 30 Supply voltage, nominal VDC 6 Supply voltage, maximum survival voltage VDC 7 Current consumption ma < 330 Climatic specification Operation ( C) -30 to +60 Climatic specification Storage ( C) -40 to +70 HELPLINE

8 ODU32 FibreIRS Wholeband LNB 1310nm FIBRE INTEGRATED RECEPTION SYSTEM Combines Wholeband LNB & DTT/DAB/FM signals Distributes signals to 64 outlets via two 32 way PONs Fully weatherproof (IP65) PSU, mast strap & mounting bracket included in the kit 5km reach (Subject to PON Losses) Different FibreIRS GTU s can be connected at any point (Quad,Quatro & DTT/DAB/FM available). TECHNICAL SPECIFICATIONS - F / F nm FibreIRS ODU32 KIT Range Notes SATELLITE RF frequency range Vertical polarisation (V pol) Nominal impedance Return loss Gain variation across : V pol Gain variation across : H pol DTT, DAB AND FM (ELECTRICAL) RF frequency range DTT DAB FM Nominal impedance Return loss Total Input power range GHz GHz 50Ω min. 9dB max. 4dB max. 7dB MHz MHz MHz 75Ω min. 10dB min. 67dBμV max. 97dBμV Recommended DTT Input 70dBμV For 6 multiplexes Gain variation across band MHz rejection FM.DAB,DTT AND SATELLITE (OPTICAL) Laser optical wavelength Laser optical power DC SPECIFICATION Input voltage range max. 4dB min. 15 db 1310nm±20 min. 6.5 dbm max. 7.5dBm 12V to 20V DAB power levels need to be set 12dB below DTT FM power level needs to be same as DTT LNB supply voltage 6.2V±0.2V Fed through satellite input Terrestrial supply voltage 11.5±0.5V Output from terrestrial port Max terrestrial supply current <80mA Current consumption <500mA Including Wholeband LNB CONNECTORS Output Satellite input DTT/DAB/FM Power supply DIMENSIONS Size Weight Fibre Optic FC/PC N F F 140 x 145 x 30 mm 300g ENVIRONMENTAL SPECIFICATION Operating temperature -10 to 50 C Storage temperature -30 to 60 C OPTICAL CABLING Fibre type Single mode Standard GI - approved G657a 06 HELPLINE

9 ODU32 FibreIRS Wholeband LNB 1550nm FIBRE INTEGRATED RECEPTION SYSTEM Combines Wholeband LNB & DTT/DAB/FM signals Distributes signals to 64 outlets via two 32 way PONs Fully weatherproof (IP65) PSU, mast strap & mounting bracket included in the kit 5km reach (Subject to PON Losses) Different FibreIRS GTU s can be connected at any point (Quad,Quatro & DTT/DAB/FM available). TECHNICAL SPECIFICATIONS - D nm FibreIRS ODU nm Range Notes SATELLITE RF frequency range Vertical polarisation (V pol) Nominal impedance Return loss Gain variation across : V pol Gain variation across : H pol DTT, DAB AND FM (ELECTRICAL) RF frequency range DTT DAB FM Nominal impedance Return loss Total Input power range GHz GHz 50Ω min. 9dB max. 4dB max. 7dB MHz MHz MHz 75Ω min. 10dB min. 67dBμV max. 97dBμV Recommended DTT Input 70dBμV For 6 multiplexes Gain variation across band MHz rejection FM.DAB,DTT AND SATELLITE (OPTICAL) Laser optical wavelength Laser optical power DC SPECIFICATION Input voltage range max. 4dB min. 15 db 1550nm±20 min. 6.5 dbm max. 7.5dBm 12V to 20V DAB power levels need to be set 12dB below DTT FM power level needs to be same as DTT LNB supply voltage 6.2V±0.2V Fed through satellite input Terrestrial supply voltage 11.5±0.5V Output from terrestrial port Max terrestrial supply current <80mA Current consumption <500mA Including Wholeband LNB CONNECTORS Output Satellite input DTT/DAB/FM Power supply DIMENSIONS Size Weight Fibre Optic FC/PC N F F 140 x 145 x 30 mm 300g ENVIRONMENTAL SPECIFICATION Operating temperature -10 to 50 C Storage temperature -30 to 60 C OPTICAL CABLING Fibre type Single mode Standard GI - approved G657a LASER CLASSIFICATION Class 1M HELPLINE

10 ACTIVE SPLITTER For optimal system performance EQUALLY SPLITS WHOLEBAND INPUT TO 4 OUTPUTS Fully weatherproof, the FibreIRS 4 way active splitter is designed to increase the capacity of new or existing FibreIRS ODU32 systems. With 4 x ODU32 connected a total of 256 dwellings can be fed from a single headend. The splitter is powered by one of the ODU32 units connected on any of it s outputs. Equally splits Wholeband input to 4 outputs Fully weatherproof (IP65) Built-in slope compensation A minimum of two ODU32 s can be connected at a time. There is no preference to the order of output ports to be used. For optimal system performance it is recommend un-used ports are terminated. TECHNICAL SPECIFICATIONS - F FibreIRS Wholeband active splitter Min. Max. Notes RF SPECIFICATION Input frequency range GHz V Pol GHz / H Pol GHz Nominal impedance 50Ω Return loss (db) 9.0dB Nominal gain: GHz 0dB ±1dB Nominal gain: GHz 0 to1db ±1dB Includes 1dB upward slope Gain flatness: V Pol 2dB Gain flatness: H Pol 3dB Includes 1dB upward slope Gain ripple across 30MHz 0.5dB Noise figure 22dB Isolation between any two outputs 20dB DC SPECIFICATION Power supply voltage 6.2V±0.1 Fed through any of the output ports Current consumption <230mA CONNECTORS Port LNB input 4x split outputs Type N N DIMENSIONS Size Weight 66 x 162 x 32 mm 0.61kg ENVIRONMENTAL SPECIFICATION Operating temperature -30 to 65 C Storage temperature -40 to 70 C 08 HELPLINE

11 FIBRE O2E Optical to Electrical Converter EXPAND YOUR FIBRE SYSTEM The O2E has been designed to be used in conjunction with either a ODU or the optical LNB, to increase the number of subscribers that can be connected to a single dish. If used in conjunction with the fibre optic LNB it can increase the distance from the dish to a large FIRS system. Maximum splits from each output (Optical LNB or ODU32) before the O2E is 16, for units connected after the O2E it Expands fibre systems to over 2000 GTU s For use with GI optical LNB or ODU32 Fully weatherproof (IP65) Wholeband cable supplied with unit Powered externally or by connected ODU32 From optical LNB or ODU32 From PSU TECHNICAL SPECIFICATIONS - F FibreIRS 02E Min. Max. Notes OPTICAL Parameter Optical Wavelength (nm) 20 Return loss (db) Subject to system performance specifications SATELLITE (ELECTRICAL) Frequency 950MHz 5.45GHz Nominal impedance 50Ω Return loss Output power 80 dbμv Gain variation across band 4dB DTT,DAB AND FM (ELECTRICAL) RF frequency range DTT MHz DAB MHz FM MHz Nominal impedance 75Ω Return loss 9dB DTT output power 87 dbμv DAB power levels-14db with respect to DTT Gain variation across band 4dB MHz rejection 20dB DC SPECIFICATION Input voltage range (external) 10V to 24V Current consumption CONNECTORS Input Satellite output DTT/DAB/FM output Power supply DIMENSIONS Size Weight Fibre Optic FC/PC N F F 160 x 167 x 30 mm inc connectors 450g ENVIRONMENTAL SPECIFICATION Operating temperature - 30 to 60 C Storage temperature -30 to 60 C OPTICAL CABLING Fibre type Single mode Standard GI - approved G657a HELPLINE

12 QUAD GTU MKIII Optical to RF Convertor A WIDE DYNAMIC RANGE OF OPTICAL POWERS The FibreIRS GTU converts optical power to RF power (4 satellite bands and FM,DAB,DTT ). All units have built in AGC which allows a wide dynamic range of optical powers without affecting output power and quality. Two LED indicators allow the user to monitor the status of the unit. Two versions are available: Quad for use directly with a STB/faceplate. Quatro for use with a multiswitch as it has dedicated outputs for each of the satellite bands (Vertical Low, Horizontal Low, Vertical High, Horizontal High) and terrestrial. Both versions can be powered via the satellite outputs and used with either the Optical LNB or the ODU32. Optical to RF convertor (Satellite and FM,DAB,DTT ) Quad and Quatro versions available Automatic Gain Control (AGC) Powered by STB or PSU Terrestrial signals overlaid onto each output (Quad only) Frequency Morphing Technology (FMT) for Worldwide use D QUAD GTU D QUATRO GTU 10 HELPLINE

13 QUAD GTU MKIII Optical to RF Convertor TECHNICAL SPECIFICATIONS GTU MKIII Min. Max. Notes SATELLITE (ELECTRICAL) RF frequency range (MHz) Output impedance 75Ω Return loss 10dB Frequency 950MHz 5.45GHz Gain variation across band 5dB Nominal output level (Quad) 75dBμV * For 30 transponders Nominal output level (Quatro) 79dBμV * For 30 transponders Terrestrial rejection 35dB DTT, DAB AND FM (ELECTRICAL) RF frequency range DTT MHz DAB MHz FM MHz Nominal impedance 75Ω Return loss 10dB Nominal DTT output Quad (Quatro) 71dBμV (78dBμV) For 6 multiplexes Gain variation across band 5dB MHz rejection 35dB FM, DAB, DTT & SATELLITE (OPTICAL) Optical wavelength 1100nm to 1650nm Optical input power (typical) -12dBm# -3dBm #For systems with 19.2dB optical budget CONTROL SIGNALS (QUAD ONLY) Vertical select voltage 10.5V 14.5V 13V nominal Horizontal select voltage 15.5V 19V 18V nominal Low / High band 0/22KHz tone DC SPECIFICATION Input voltage range 10.5V to 21V For both direct or line powering Current consumption (Quad) 235mA for RX1 and Rx2 only (line powered) Current consumption (Quad) 235mA for RX3 and Rx4 only (line powered) Total Current consumption (Quad) 470mA 10.5V (direct power) Current consumption (Quatro) 490mA CONNECTORS Quad output F x 4 Quatro output F x 5 Power supply 2.1mm Jack Optical input FC/PC DIMENSIONS Size QUAD (W x H x D) 128.7mm x 116.5mm x 27mm Size QUAD (W x H x D) 120.8mm x 80.1mm x 26.3mm Weight 325g (Quad) 175g (Quatro) Environmental Specification Operating temperature Storage temperature OPTICAL CABLING Fibre type Standard -15 C to +50 C -20 C to +70 C Single mode GI - approved G657a HELPLINE

14 dscr GTU Optical to RF Convertor DISCRETE STYLISED DESIGN FOR HOME INSTALLS The dscr GTU converts optical power to RF power (4 satellite bands and FM,DAB,DTT ). Terrestrial signals are overlaid onto both output ports. All units have built in AGC which allows a wide dynamic range of optical levels without affecting output power and quality. One LED indicator allows the user to monitor the status of the unit. Able to work in legacy, analogue SCR (ascr) and digital SCR (dscr) modes. Optical to RF convertor (Satellite and FM,DAB,DTT ) Compatible with SKY Q, EN50494, EN50607, SKY SCR SKY Classic/Legacy Automatic Gain Control (AGC) LED Status indication for diagnostics TECHNICAL SPECIFICATIONS - D dscr GTU Min. Max. Notes SATELLITE (ELECTRICAL) RF frequency range (MHz) Output impedance 75Ω Return loss 10dB Gain variation across band 10dB Nominal output level (Legacy) 75dBμV * Nominal output level (dscr) 72dBμV * Terrestrial rejection 35dB DTT, DAB AND FM (ELECTRICAL) RF frequency range DTT MHz DAB MHz FM MHz Nominal impedance 75Ω Return loss 8dB Nominal DTT output Quad (Quatro) 71dBμV8 For 6 multiplexes Gain variation across band 5dB MHz rejection 35dB FM, DAB, DTT & SATELLITE (OPTICAL) Optical wavelength 1100nm to 1650nm Optical input power (typical) -12dBm# -3dBm #For systems with 19.2dB optical budget CONTROL SIGNALS (QUAD ONLY) Vertical select voltage 11.5V 14.0V 13V nominal Horizontal select voltage 16V 19V 18V nominal Low / High band 0/22KHz tone DC SPECIFICATION Input voltage range 20V Current consumption 430mA max CONNECTORS Output F x 2 Power supply 2.1mm Jack Optical input FC/PC DIMENSIONS Size excluding plastics (W x H x D) 134mm x 105mm x 43mm Size inc plastics (W x H x D) 120.8mm x 80.1mm x 26.3mm Weight 450g excluding PSU Environmental Specification Operating temperature Storage temperature OPTICAL CABLING Fibre type Standard 0 C to +50 C -40 C to +70 C Single mode GI - approved G657a 12 HELPLINE

15 OPTICAL BOX SPLITTER A WIDE DYNAMIC RANGE OF OPTICAL POWERS Designed to enable quick and easy connection of pre terminated fibre cables. Various split outputs available to achieve the desired PON (Passive Optical Network) split ratio. 2, 3, 4, 8, 16 and 32 way versions available Dual window (1310nm and 1550nm) Direct connection of fibre patch cables PRODUCT CODE DESCRIPTION DIMENSIONS F way optical box splitter 148 x 115 x 21 mm F way optical box splitter 148 x 115 x 21 mm F way optical box splitter 148 x 115 x 21 mm F way optical box splitter 148 x 115 x 21 mm F way optical box splitter 148 x 176 x 51 mm F way optical box splitter 155 x 176 x 51 mm TECHNICAL SPECIFICATIONS Optical Box Splitter Min. Max. Notes COMMON SPECIFICATIONS Operating wavelength (nm) ±40 Thermal stability (db) 0.2 Directivity (db) 50 INSERTION LOSS (DB) 2 Way Opitcal Box Splitter Way Opitcal Box Splitter Way Opitcal Box Splitter Way Opitcal Box Splitter Way Opitcal Box Splitter Way Opitcal Box Splitter CONNECTORS Quad output F x 4 Quatro output F x 5 Power supply 2.1mm Jack Optical input FC/PC DIMENSIONS Size QUAD (W x H x D) 128.7mm x 116.5mm x 27mm Size QUAD (W x H x D) 120.8mm x 80.1mm x 26.3mm Weight 325g (Quad) 175g (Quatro) ENVIRONMENTAL SPECIFICATION Operating temperature Storage temperature OPTICAL CABLING Fibre type Standard -15 C to +50 C -20 C to +70 C Single mode GI - approved G657a HELPLINE

16 OPTICAL TAP SPLITTING TRANSMITTED LIGHT Designed to split the light transmitted by the FibreIRS ODU32/Optical LNB into unequal parts. 10:90, 20:80, 30:70 and 40:60 versions available Dual window (1310nm and 1550nm) Direct connection of fibre patch cables PRODUCT CODE DESCRIPTION DIMENSIONS F :90 box tap 148 x 115 x 21 mm F :80 box tap 148 x 115 x 21 mm F :70 box tap 148 x 115 x 21 mm F :60 box tap 148 x 115 x 21 mm TECHNICAL SPECIFICATIONS Optical Tap Min. Max. Notes COMMON SPECIFICATIONS Operating wavelength (nm) ±40 Thermal stability (db) 0.1 Directivity (db) 55 INSERTION LOSS (DB) 10:90 (db) Port :90 (db) Port :80 (db) Port :80 (db) Port :70 (db) Port :70 (db) Port :60 (db) Port :60 (db) Port CONNECTORS Input / Output FC/PC ENVIRONMENTAL SPECIFICATION Operating temperature -40 to 80 C 14 HELPLINE

17 3.0 FIBRE CABLE Internal/External Fibre Optic Cable PRE-TERMINATED FIBRE OPTIC CABLES 3mm ITU-T G.657A reduced bend sensitivity single mode armoured internal/external drop cable. Suitable for indoor/outdoor use LSZH Lengths from 1m to 500m ITU-T G657a Optical Fibre Available in un-terminated or pre-terminated lengths 3mm outer diameter PRODUCT CODE DESCRIPTION LENGTH F FC/PC Pre Terminted Fibre 200m F FC/PC Pre Terminted Fibre 100m F FC/PC Pre Terminted Fibre 75m F FC/PC Pre Terminted Fibre 50m F FC/PC Pre Terminted Fibre 40m F FC/PC Pre Terminted Fibre 30m F FC/PC Pre Terminted Fibre 20m F FC/PC Pre Terminted Fibre 15m F FC/PC Pre Terminted Fibre 10m F FC/PC Pre Terminted Fibre 5m F FC/PC Pre Terminted Fibre 3m F FC/PC Pre Terminted Fibre 1m PVC Buffer Armoured Steel SUS304 Tight Fitting Inner Core Optic Fibre Ø 2.95 Ø 1.75 ± 0.05 Ø 0.90 Ø 0.25 TECHNICAL SPECIFICATIONS 3mm armoured cable UNIT VALUE DC SPECIFICATIONS Crush N 3000 Storage temperature C -40 to +80 Operating temperature C -15 to +75 Nominal weight kg/km 11.4 Nominal outer diameter mm 2.95 ± 0.2 Maximum tensile load N 500 Concussion Nm 4.5 (5 times) Minimum bend radius mm 15 HELPLINE

18 ACCESSORIES The best for any installation STEEL ARMOUR STRIPPER Specifically designed and engineered to aid in the simple but effective removal of the steel armour protection around the Global Invacom GI-3.0 range of fibre cables. Two or three turns of the counter rotation mechanism allow enough of the steel armour to be simply cut and removed without damaging the fibre optic cables within. Simply removes steel armour tape. Heat treated for longer life. Unique counter rotation mechanism. High-strength alloy steel. F GI-SAS1 Ø 38.1mm / Depth 20.7mm OPTICAL ATTENUATORS Designed to reduce optical power levels F dB OPTICAL ATTENUATOR FC/PC Male to Female designed to reduce optical power level by 5dB. F dB OPTICAL ATTENUATOR FC/PC Male to Female designed to reduce optical power level by 10dB. F dB OPTICAL ATTENUATOR FC/PC Male to Female designed to reduce optical power level by 15dB. FIBRE PIGTAIL 50cm G657a Fusion Splice Pigtail with square barrel adaptor for use with breakout boxes FC/PC BARRELL CONNECTOR Used For Joining 2 Pre Terminated Optical Leads Together. F FC/PC 50CM G657A PIGTAIL F FC/PC BARREL CONNECTOR 16 HELPLINE

19 OPTICAL POWER METER PRECISION MEASUREMENT OF OPTICAL POWER F High performance handheld optical power meter can meet high precision power measurement of fibre signal. It can be used for the absolute power measurement and relative measurement of the link loss in db. Its compact size, friendly operation interface, wide power measurement range, high precision measurement, advanced user calibration function, unique design for universal FC/SC/ST optical connector and high performance in application makes it an ideal tool for optical fiber network operation. TECHNICAL SPECIFICATIONS - F FibreIRS Optical Power Meter Wavelength Range (nm) *1 800~1700 Detector Type InGaAs Measurement Range (dbm) *2-50~+26 Uncertainty *3 ±0.25dB Accuracy 0.01dBm Operating Temperature ( C) -10~+60 Storage Temperature ( C) -25~+70 Auto-off Time (min) 10 Operating Time (h) 130 Battery 3 AA1.5V Weight (g) 160 Dimensions (mm) 152X74X26 *1 Wavelength Range: Specified standard operating wavelength range in which the Power Meter can work properly under certain technical specifications. *2 Power Measurement Range: The maximum and minimum range in which the Power Meter can work properly. *3 Uncertainty: Difference between two measurement results that were tested by Power Meter and another Standard Power Meter respectively. HELPLINE

20 FIBRE SPLICING KIT PORTABLE FIBRE SPLICING KIT Handheld fusion splicer capable of doing a splice in 7 seconds. Easy to carry thanks to its small weight and dimensions. The product also includes a carry case with all the necessary accessories. Its interface is very user friendly and intuitive, all actions can be performed with just 3 buttons. It automatically detects problems before the splice is done as it measures the angles in which the fibre has been cut (maybe pointing at a fault with the cleaver) and faults with the fibre (usually dust). It will also make sure the splice has been correctly done by checking the spliced fibre by pulling and measuring the optical losses. BENEFITS: Alignment of the fibre for cladding Start the splicing process automatically once the cover is closed Calibration by insertion of one fibre Automatically clean the electrodes Saving a log with the information of the splice that can be afterwards exported to a different format Up to 60 splices/protection sleeve heating from a single full battery charge and possibility of recharging battery whilst using the splicer ACCESSORIES INCLUDED: Fibre cleaver (cutter for cuts) Fibre stripper (pre-adjusted to 250 and 900µm) Set of bolsters for fibers of 250µm (black) and 900µm (blue) AC/DC adapter Transport case TECHNICAL SPECIFICATIONS - SFS-001 Fibre Splicing Kit Average loss per splice (db) Average time per splice Average time for the heat-shrink sleeve heating Fusion programmes Fibre alignment Screen Lens magnification Languages Interfaces Mini USB External SD (not included) Powering Single Mode fibre Multi Mode fibre 7 s 60 cannula: 45mm 90 cannula: 60mm 2 pre-configurated programmes (SM and MM) By cladding: Axial (automatic) Radial (fixed, over V-Groove) 2,8 colour LCD, 320x240p 140x Spanish, English, German, French, Italian, Polish, Russian, Dutch, Swedish, Czech, Turkish Updates Save and export fusion data Mains voltage (Vac) Mains frequency (Hz) 50 / 60 Battery Operating range Li-ION (7,4V y 3000mAh) Operating temperature C Storage temperature C Relative humidity < 95% 18 HELPLINE

21 Dear Fibre Systems Integrator, In response to your query regarding the use of FC/APC connectors on a Global Invacom Fibre IRS system I can confirm the following. The Fibre IRS products listed below only support an FC/PC connector and will not work with an FC/APC connector. The use of an FC/APC connector on these products will cause degradation of signal and if overtightened may cause irreversible damage to the equipment. Optical LNB MK1 and MK2 ODU32 O2E Optical splitter box and tailed versions AllGTU s including MK1, MK2, MK3, Quad/Quatro and dscr Yours sincerely, Technical Sales Support Global Invacom Ltd Unit 3, Caxton Place, Potters Lane, Stevenage, Hertfordshire. SG1 2UG. United Kingdom Tel: +44 (0) Fax: +44 (0) sales@globalinvacom.com Web: Registered Address: Global Invacom Ltd, Winterdale Manor, Southminster Road, Althorne, Essex, CM3 6BX. ENGLAND Registered in the UK. Reg. No VAT No. GB HELPLINE

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24 TELEVISION AT THE SPEED OF LIGHT FIBRE INTEGRATED RECEPTION SYSTEMS Remove the limits from your installation RANDBURG Tel +27 (11) /1/2/3 PRETORIA Tel +27 (12) /1 CAPE TOWN Tel: +27 (21) /4 BRACKENFELL (CAPE TOWN) Tel: +27 (21) /8 JOHANNESBURG Tel +27 (11) /4/5 DURBAN Tel +27 (31) /2/3/4/5 PORT ELIZABETH Tel +27 (41) /6/7/8 EAST LONDON Tel +27 (43) HELPLINE