Fiber Link, 0.1~ 20 GHz RF Over Fiber, I-IFLRF12 Our I-IFLRF20 series is a wideband RF over fiber link that provides optical transport of RF signals in radars, satcom, EW/ECM and other antenna remoting applications upto 20 GHz. Uses a low noise DFB laser with temperature compensation. The core Tx/Rx modules are imported and adapted by us using processing electronics to achieve extremely low noise (NF) and high gain. The outputs are then ruggedized using Military expanded beam fiber optic connectors for high availability military and defense applications. The link components are chosen for extremely low return loss so as to minimize the back reflections. Fibers used are low dispersion types for optimum performance. ADVANTGES OF FIBER OPTICS Low loss enables very long lengths with minimal degradation of carrier-to-noise. Loss is far lower than RF transmission over coax. No electrical interference, signal is not affected by radiated interference. Non-conductive - provides electrical isolation. Lower cost compared to coaxial cable over long distances Fiber optic cables are smaller in diameter, flexible and lightweight UNIQUE FEATURES OF I-IFLRF SERIES Wideband operation: 0.1 20 GHz Lowest Noise figure in its class Highest gain in its class Special polishing technique for low return loss to minimize back reflections Rugged military expanded beam connectors for high availability Low dispersion fibers for optimum performance APPLICATIONS SIGINT/COMINT Wideband RF Transmission S-Band SATCOM Antenna Remoting Radar Telemetry MATERIALS USED Imported DFB laser based transrecievers for low noise and spectral purity Choice of fiber optic cables both for indoor and outdoor with waterproofing, rodent protection etc. Imported cables from reputed mfg. like Corning, Rosenberger or equivalent RF Over Fiber Optic Link Sensing Application RF OUT Rx Fiber Optic Cable Tx RF IN LNA Antenna Customer End Supplied by us Customer End RF Over Fiber Optic Link Transmission Application RF IN Tx Fiber Optic Cable Rx RF OUT HPA Antenna Customer End Supplied by us Customer End Ver Nov11 1/5
Fiber Link, 0.1~ 20 GHz RF Over Fiber, I-IFLRF12 OPTICAL Laser Operating Wavelength RF Channel Performance Operating Frequency Noise Figure (NF) ** Link Gain ** 1-dB compression point ** Output IP3 (3 db compression point) ** Spurious Free dynamic Range (SFDR in 1 Hz) ** RF Over Fiber Link Specifications DFB (low noise & high spectral purity) 1550 nm ± 5 nm 0.1 ~ 20 GHz 5 db 11 db -10 dbm -2 dbm VWSR (max) 2.2 : 1 Max RF Input (at Transmitter) General Power Supply *** Connectors Return Loss (expanded beam) RF Connectors Operating Temperature Storage Temperature 104 db/hz 2/3-6 dbm 100 ~ 240 VAC FC/APC > 45 db SMA(F), 50 Ω -20 C to +60 C -40 C to +80 C ** Link performance at center frequency of 10 Ghz *** Other powering options like DC powering upon request How to Specify Part Numbers for our Fiber Optic Links I-IFLRF20 - C - M - - - - 00 X X Y Y D H C C C XX YY 2 digit channel Code 2 digit code for mode 1 channel = 01; 2 Channels = 02; 4 Channels = 04 9S = 9/125um singlemode (Note : Only single-mode available) D Distance 500 meters = 500 ; 1500 meters = 1.5KM H Mounting 1 = 1U Size for 19 rack ; 2 = Flange Mount CCC Cable Class Tactical = 065; Riser = 120 ; Outdoor Unarmoured = 160 ; Outdoor Armoured = 160A Example : 2 channel tactical link, 1 Km distance, flange mount will have part number I-IFLRF20-02C-9SM-1KM-1-065-00 Ver Nov11 2/5
Fiber Link, 0.1~ 20 GHz RF Over Fiber, I-IFLRF12 Mechanical Details of Transmitter Module - I-IFLRF20STD Series 330 155 4.5 SMA (F) FC APC fiber optic connector 30 Mechanical Details of Receiver Module - I-IFLRF20STD Series (Unit: mm) 160 130 FC/APC fiber optic connector SMA (F) 4 x Φ 3mm holes 32 Note : Due to ongoing R&D, above dimensions are liable to change without notice Ver Nov11 3/5
Fiber Link, 0.1~ 20 GHz RF Over Fiber, I-IFLRF12 MILITARY TACTICAL CABLE SPECIFICATIONS Fiber Acrylate fiber coating Color coded 900um diameter hard elastomeric tight-buffer Aramid strength member Core-locked polyurethane jacket 4 Fiber Tactical Cable 2 Fiber Tactical Cable Fiber Acrylate fiber coating Color coded 900um dia. hard elastomeric buffer Aramid strength member Core-locked polyurethane jacket Specifications for Military Tactical Cables No of Fiber Mode Core/ Cladding (um) Cable Dia. mm Weight kg/km Tensile Load Max (N) Install. Oper. Bend Radius Min (cm) Install Oper. Attenuation Min (db/km) 850nm 1300nm 1550nm 2 Single 9/125 5 23 1800 600 8 4-0.5 0.5 4 Single 9/125 5.5 28 1800 600 8.8 4.4-0.5 0.5 2 Multi 62.5/125 5 23 1800 600 8 4 3.5 1.5-4 Multi 62.5/125 5.5 28 1800 600 8.8 4.4 3.5 1.5 - Environmental Specifications for Military Tactical Cables Storage Temperature Range Operating Temperature Range Crush Resistance (MIL-85045/EIA-455-41) Impact Resistance (MIL-85045/EIA-455-25) Cyclic Flexing (MIL-85045/EIA-455-104) Knot Force (MIL-85045/EIA-455-87) Thermal Shock (MIL-85045/EIA-455-71) Temperature/Humidity (MIL-85045/EIA-455-5) 95% Specifications of Indoor Fiber Optic Cables -70 to +85 C -55 to +85 C 440 N/cm 200 Impacts 2000 cycles, min. 500 N test force -57 to +85 C No. of Fibres in cable 2 4 Jacket diameter (mm) 4.8 4.8 Weight (kg/km) 18 25 Operating Tensile load (N) 400 400 Min Bend Radius (mm) 100 100 Crush Resistance (N) 300 300 Ver Nov11 4/5
Fiber Link, 0.1~ 20 GHz RF Over Fiber, I-IFLRF12 RF Over Fiber Links 1 channel link means 1 Tx/Rx pair is available and cable will be 2 fiber 2 channels link means 2 Tx/Rx pairs are available for 2 simultaneous RF channels and 4 fiber cable P/N for Link Freq. GHz Mount Mode Fib. RF-Over-Fiber Link : Indoor Cable No. of Tx/Rx Pairs Cable Length Meter I-IFLRF20-01C-9SM-10M-2-R120-00 0.1-20 Flange SM 9/125 2 1 10 I-IFLRF20-01C-9SM-25M-2-R120-00 0.1-20 Flange SM 9/125 2 1 25 I-IFLRF20-02C-9SM-10M-2-R120-00 0.1-20 Flange SM 9/125 4 2 10 I-IFLRF20-02C-9SM-25M-2-R120-00 0.1-20 Flange SM 9/125 4 2 25 RF-Over-Fiber Link : Military Tactical Cables I-IFLRF20-01C-9SM-300M-2-065-00-R 0.1-20 Flange SM 9/125 2 1 300 I-IFLRF20-01C-9SM-500M-2-065-00-R 0.1-20 Flange SM 9/125 2 1 500 I-IFLRF20-01C-9SM-700M-2-065-00-R 0.1-20 Flange SM 9/125 2 1 700 I-IFLRF20-01C-9SM-1KM-2-065-00-R 0.1-20 Flange SM 9/125 2 1 1KM I-IFLRF20-01C-9SM-1.5KM-2-065-00-R 0.1-20 Flange SM 9/125 2 1 1.5KM I-IFLRF20-01C-9SM-2KM-2-065-00-R 0.1-20 Flange SM 9/125 2 1 2KM I-IFLRF20-01C-9SM-3KM-2-065-00-R 0.1-20 Flange SM 9/125 2 1 3KM I-IFLRF20-02C-9SM-300M-2-065-00-R 0.1-20 Flange SM 9/125 4 2 300 I-IFLRF20-02C-9SM-500M-2-065-00-R 0.1-20 Flange SM 9/125 4 2 500 I-IFLRF20-02C-9SM-700M-2-065-00-R 0.1-20 Flange SM 9/125 4 2 700 I-IFLRF20-02C-9SM-1KM-2-065-00-R 0.1-20 Flange SM 9/125 4 2 1KM I-IFLRF20-02C-9SM-2KM-2-065-00-R 0.1-20 Flange SM 9/125 4 2 2KM I-IFLRF20-02C-9SM-3KM-2-065-00-R 0.1-20 Flange SM 9/125 4 2 3KM Note : Custom RF over fiber optic links as per application demands are available. Customizations include variations in length, channels, RF frequency range, mounting options etc. Ver Nov11 5/5
Fiber Link, 0.1~ 12 GHz RF Over Fiber, I-IFLRF12 Our I-IFLRF12 series is a wideband RF over fiber link that provides optical transport of RF signals in radars, satcom, EW/ECM and other antenna remoting applications upto 12 GHz. Uses a low noise DFB laser with temperature compensation. The core Tx/Rx modules are imported and adapted by us using processing electronics to achieve extremely low noise (NF) and high gain. The outputs are then ruggedized using Military expanded beam fiber optic connectors for high availability military and defense applications. The link components are chosen for extremely low return loss so as to minimize the back reflections. Fibers used are low dispersion types for optimum performance. ADVANTGES OF FIBER OPTICS Low loss enables very long lengths with minimal degradation of carrier-to-noise. Loss is far lower than RF transmission over coax. No electrical interference, signal is not affected by radiated interference. Non-conductive - provides electrical isolation. Lower cost compared to coaxial cable over long distances Fiber optic cables are smaller in diameter, flexible and lightweight UNIQUE FEATURES OF I-IFLRF SERIES Wideband operation: 0.1 12 GHz Lowest Noise figure in its class Highest gain in its class Special polishing technique for low return loss to minimize back reflections Rugged military expanded beam connectors for high availability Low dispersion fibers for optimum performance APPLICATIONS SIGINT/COMINT Wideband RF Transmission S-Band SATCOM Antenna Remoting Radar Telemetry MATERIALS USED Imported DFB laser based transrecievers for low noise and spectral purity Choice of fiber optic cables both for indoor and outdoor with waterproofing, rodent protection etc. Imported cables from reputed mfg. like Corning, Rosenberger or equivalent RF Over Fiber Optic Link Sensing Application RF OUT Rx Fiber Optic Cable Tx RF IN LNA Antenna Customer End Supplied by us Customer End RF Over Fiber Optic Link Transmission Application RF IN Tx Fiber Optic Cable Rx RF OUT HPA Antenna Customer End Supplied by us Customer End Ver Nov11 1/5
Fiber Link, 0.1~ 12 GHz RF Over Fiber, I-IFLRF12 OPTICAL Laser Operating Wavelength RF Channel Performance Operating Frequency Noise Figure (NF) ** Link Gain ** 1-dB compression point ** Output IP3 (3 db compression point) ** Spurious Free dynamic Range (SFDR in 1 Hz) ** RF Over Fiber Link Specifications DFB (low noise & high spectral purity) 1550 nm ± 5 nm 0.1 ~ 12 GHz 6 db 2 db -25 dbm -6 dbm VWSR (max) 2.2 : 1 Max RF Input (at Transmitter) General Power Supply *** Connectors Return Loss (expanded beam) RF Connectors Operating Temperature Storage Temperature 106 db/hz 2/3-6 dbm 100 ~ 240 VAC Military Expanded Beam > 45 db SMA(F), 50 Ω -20 C to +60 C -40 C to +80 C ** Link performance at center frequency of 6 Ghz *** Other powering options like DC powering upon request How to Specify Part Numbers for our Fiber Optic Links I-IFLRF12 - C - M - - - - 00 X X Y Y D H C C C XX YY 2 digit channel Code 2 digit code for mode 1 channel = 01; 2 Channels = 02; 4 Channels = 04 9S = 9/125um singlemode (Note : Only single-mode available) D Distance 500 meters = 500 ; 1500 meters = 1.5KM H Mounting 1 = 1U Size for 19 rack ; 2 = Flange Mount CCC Cable Class Tactical = 065; Riser = 120 ; Outdoor Unarmoured = 160 ; Outdoor Armoured = 160A Example : 2 channel tactical link, 1 Km distance, flange mount will have part number I-IFLRF12-02C-9SM-1KM-1-065-00 Ver Nov11 2/5
Fiber Link, 0.1~ 12 GHz RF Over Fiber, I-IFLRF12 Mechanical Details of Transmitter/Receiver Plug-in Modules (The Transmitter and Receiver use the same module as shown below) 160 130 FC/APC fiber optic connector SMA (F) 4 x Φ 3mm holes 32 (Unit: mm) Note : Due to ongoing R&D, optimizations the above dimensions and module design are liable to change without notice Ver Nov11 3/5
Fiber Link, 0.1~ 12 GHz RF Over Fiber, I-IFLRF12 MILITARY TACTICAL CABLE SPECIFICATIONS Fiber Acrylate fiber coating Color coded 900um diameter hard elastomeric tight-buffer Aramid strength member Core-locked polyurethane jacket 4 Fiber Tactical Cable 2 Fiber Tactical Cable Fiber Acrylate fiber coating Color coded 900um dia. hard elastomeric buffer Aramid strength member Core-locked polyurethane jacket Specifications for Military Tactical Cables No of Fiber Mode Core/ Cladding (um) Cable Dia. mm Weight kg/km Tensile Load Max (N) Install. Oper. Bend Radius Min (cm) Install Oper. Attenuation Min (db/km) 850nm 1300nm 1550nm 2 Single 9/125 5 23 1800 600 8 4-0.5 0.5 4 Single 9/125 5.5 28 1800 600 8.8 4.4-0.5 0.5 2 Multi 62.5/125 5 23 1800 600 8 4 3.5 1.5-4 Multi 62.5/125 5.5 28 1800 600 8.8 4.4 3.5 1.5 - Environmental Specifications for Military Tactical Cables Storage Temperature Range Operating Temperature Range Crush Resistance (MIL-85045/EIA-455-41) Impact Resistance (MIL-85045/EIA-455-25) Cyclic Flexing (MIL-85045/EIA-455-104) Knot Force (MIL-85045/EIA-455-87) Thermal Shock (MIL-85045/EIA-455-71) Temperature/Humidity (MIL-85045/EIA-455-5) 95% Specifications of Indoor Fiber Optic Cables -70 to +85 C -55 to +85 C 440 N/cm 200 Impacts 2000 cycles, min. 500 N test force -57 to +85 C No. of Fibres in cable 2 4 Jacket diameter (mm) 4.8 4.8 Weight (kg/km) 18 25 Operating Tensile load (N) 400 400 Min Bend Radius (mm) 100 100 Crush Resistance (N) 300 300 Ver Nov11 4/5
Fiber Link, 0.1~ 12 GHz RF Over Fiber, I-IFLRF12 RF Over Fiber Links 1 channel link means 1 Tx/Rx pair is available and cable will be 2 fiber 2 channels link means 2 Tx/Rx pairs are available for 2 simultaneous RF channels and 4 fiber cable P/N for Link Freq. GHz Mount Mode Fib. RF-Over-Fiber Link : Indoor Cable No. of Tx/Rx Pairs Cable Length Meter I-IFLRF12-01C-9SM-10M-2-R120-00 0.1-12 Flange SM 9/125 2 1 10 I-IFLRF12-01C-9SM-25M-2-R120-00 0.1-12 Flange SM 9/125 2 1 25 I-IFLRF12-02C-9SM-10M-2-R120-00 0.1-12 Flange SM 9/125 4 2 10 I-IFLRF12-02C-9SM-25M-2-R120-00 0.1-12 Flange SM 9/125 4 2 25 RF-Over-Fiber Link : Military Tactical Cables I-IFLRF12-01C-9SM-300M-2-065-00-R 0.1-12 Flange SM 9/125 2 1 300 I-IFLRF12-01C-9SM-500M-2-065-00-R 0.1-12 Flange SM 9/125 2 1 500 I-IFLRF12-01C-9SM-700M-2-065-00-R 0.1-12 Flange SM 9/125 2 1 700 I-IFLRF12-01C-9SM-1KM-2-065-00-R 0.1-12 Flange SM 9/125 2 1 1KM I-IFLRF12-01C-9SM-1.5KM-2-065-00-R 0.1-12 Flange SM 9/125 2 1 1.5KM I-IFLRF12-01C-9SM-2KM-2-065-00-R 0.1-12 Flange SM 9/125 2 1 2KM I-IFLRF12-01C-9SM-3KM-2-065-00-R 0.1-12 Flange SM 9/125 2 1 3KM I-IFLRF12-02C-9SM-300M-2-065-00-R 0.1-12 Flange SM 9/125 4 2 300 I-IFLRF12-02C-9SM-500M-2-065-00-R 0.1-12 Flange SM 9/125 4 2 500 I-IFLRF12-02C-9SM-700M-2-065-00-R 0.1-12 Flange SM 9/125 4 2 700 I-IFLRF12-02C-9SM-1KM-2-065-00-R 0.1-12 Flange SM 9/125 4 2 1KM I-IFLRF12-02C-9SM-2KM-2-065-00-R 0.1-12 Flange SM 9/125 4 2 2KM I-IFLRF12-02C-9SM-3KM-2-065-00-R 0.1-12 Flange SM 9/125 4 2 3KM Note : Custom RF over fiber optic links as per application demands are available. Customizations include variations in length, channels, RF frequency range, mounting options etc. Ver Nov11 5/5
Fiber Link, 0.01~ 3 GHz RF Over Fiber, I-IFLRF03 Our I-IFLRF03 series is a wideband RF over fiber link that provides optical transport of RF signals in radars, satcom, EW/ECM and other antenna remoting applications upto 3 GHz. Uses a low noise DFB laser with temperature compensation. The core Tx/Rx modules are imported and adapted by us using processing electronics to achieve extremely low noise (NF) and high gain. The outputs are then ruggedized using Military expanded beam fiber optic connectors for high availability military and defense applications. The link components are chosen for extremely low return loss so as to minimize the back reflections. Fibers used are low dispersion types for optimum performance. ADVANTGES OF FIBER OPTICS Low loss enables very long lengths with minimal degradation of carrier-to-noise. Loss is far lower than RF transmission over coax. No electrical interference, signal is not affected by radiated interference. Non-conductive - provides electrical isolation. Lower cost compared to coaxial cable over long distances Fiber optic cables are smaller in diameter, flexible and lightweight UNIQUE FEATURES OF I-IFLRF SERIES Wideband operation: 0.01 3 GHz Lowest Noise figure in its class Highest gain in its class Special polishing technique for low return loss to minimize back reflections Rugged military expanded beam connectors for high availability Low dispersion fibers for optimum performance APPLICATIONS SIGINT/COMINT Wideband RF Transmission S-Band SATCOM Antenna Remoting Radar Telemetry MATERIALS USED Imported DFB laser based transrecievers for low noise and spectral purity Choice of fiber optic cables both for indoor and outdoor with waterproofing, rodent protection etc. Imported cables from reputed mfg. like Corning, Rosenberger or equivalent RF Over Fiber Optic Link Sensing Application RF OUT Rx Fiber Optic Cable Tx RF IN LNA Antenna Customer End Supplied by us Customer End RF Over Fiber Optic Link Transmission Application RF IN Tx Fiber Optic Cable Rx RF OUT HPA Antenna Customer End Supplied by us Customer End Ver Nov11 1/5
Fiber Link, 0.01~ 3 GHz RF Over Fiber, I-IFLRF03 OPTICAL Laser Operating Wavelength RF Channel Performance Operating Frequency Noise Figure (NF) ** Link Gain ** Input IP3 (3 db compression point) ** Spurious Free dynamic Range (SFDR in 1 Hz) ** Gain Flatness RF Over Fiber Link Specifications DFB (low noise & high spectral purity) 1310nm or 1550 nm ± 5 nm 0.01 ~ 3 GHz 8 db -2 db -17 dbm 100 db/hz 2/3 ± 2 db VWSR (max) 2.2 : 1 Max RF Input (at Transmitter) General Power Supply *** Connectors Return Loss (expanded beam) RF Connectors Operating Temperature Storage Temperature - 35 dbm 100 ~ 240 VAC FC/APC > 45 db SMA(F), 50 Ω -20 C to +60 C -40 C to +80 C ** Link performance at center frequency of 1.5 Ghz *** Other powering options like DC powering upon request How to Specify Part Numbers for our Fiber Optic Links I-IFLRF03 - C - M - - - - 00 X X Y Y D H C C C XX YY 2 digit channel Code 2 digit code for mode 1 channel = 01; 2 Channels = 02; 4 Channels = 04 9S = 9/125um singlemode (Note : Only single-mode available) D Distance 500 meters = 500 ; 1500 meters = 1.5KM H Mounting 1 = 1U Size for 19 rack ; 2 = Flange Mount CCC Cable Class Tactical = 065; Riser = 120 ; Outdoor Unarmoured = 160 ; Outdoor Armoured = 160A Example : 2 channel tactical link, 1 Km distance, flange mount will have part number I-IFLRF03-02C-9SM-1KM-1-065-00 Ver Nov11 2/5
Fiber Link, 0.01~ 3 GHz RF Over Fiber, I-IFLRF03 Mechanical Details of Transmitter/Receiver Plug-in Modules (The Transmitter and Receiver use the same module as shown below) 150 4 x Φ 5.2mm 100 FC APC fiber SMA (F) optic connector Height : 40 (Unit: mm) Note : Due to ongoing R&D, optimizations the above dimensions and module design are liable to change without notice Ver Nov11 3/5
Fiber Link, 0.01~ 3 GHz RF Over Fiber, I-IFLRF03 MILITARY TACTICAL CABLE SPECIFICATIONS Fiber Acrylate fiber coating Color coded 900um diameter hard elastomeric tight-buffer Aramid strength member Core-locked polyurethane jacket 4 Fiber Tactical Cable 2 Fiber Tactical Cable Fiber Acrylate fiber coating Color coded 900um dia. hard elastomeric buffer Aramid strength member Core-locked polyurethane jacket Specifications for Military Tactical Cables No of Fiber Mode Core/ Cladding (um) Cable Dia. mm Weight kg/km Tensile Load Max (N) Install. Oper. Bend Radius Min (cm) Install Oper. Attenuation Min (db/km) 850nm 1300nm 1550nm 2 Single 9/125 5 23 1800 600 8 4-0.5 0.5 4 Single 9/125 5.5 28 1800 600 8.8 4.4-0.5 0.5 2 Multi 62.5/125 5 23 1800 600 8 4 3.5 1.5-4 Multi 62.5/125 5.5 28 1800 600 8.8 4.4 3.5 1.5 - Environmental Specifications for Military Tactical Cables Storage Temperature Range Operating Temperature Range Crush Resistance (MIL-85045/EIA-455-41) Impact Resistance (MIL-85045/EIA-455-25) Cyclic Flexing (MIL-85045/EIA-455-104) Knot Force (MIL-85045/EIA-455-87) Thermal Shock (MIL-85045/EIA-455-71) Temperature/Humidity (MIL-85045/EIA-455-5) 95% Specifications of Indoor Fiber Optic Cables -70 to +85 C -55 to +85 C 440 N/cm 200 Impacts 2000 cycles, min. 500 N test force -57 to +85 C No. of Fibres in cable 2 4 Jacket diameter (mm) 4.8 4.8 Weight (kg/km) 18 25 Operating Tensile load (N) 400 400 Min Bend Radius (mm) 100 100 Crush Resistance (N) 300 300 Ver Nov11 4/5
Fiber Link, 0.01~ 3 GHz RF Over Fiber, I-IFLRF03 RF Over Fiber Links 1 channel link means 1 Tx/Rx pair is available and cable will be 2 fiber 2 channels link means 2 Tx/Rx pairs are available for 2 simultaneous RF channels and 4 fiber cable P/N for Link Freq. GHz Mount Mode Fib. RF-Over-Fiber Link : Indoor Cable No. of Tx/Rx Pairs Cable Length Meter I-IFLRF03-01C-9SM-10M-2-R120-00 0.01-3 Flange SM 9/125 2 1 10 I-IFLRF03-01C-9SM-25M-2-R120-00 0.01-3 Flange SM 9/125 2 1 25 I-IFLRF03-02C-9SM-10M-2-R120-00 0.01-3 Flange SM 9/125 4 2 10 I-IFLRF03-02C-9SM-25M-2-R120-00 0.01-3 Flange SM 9/125 4 2 25 RF-Over-Fiber Link : Military Tactical Cables I-IFLRF03-01C-9SM-300M-2-065-00-R 0.01-3 Flange SM 9/125 2 1 300 I-IFLRF03-01C-9SM-500M-2-065-00-R 0.01-3 Flange SM 9/125 2 1 500 I-IFLRF03-01C-9SM-700M-2-065-00-R 0.01-3 Flange SM 9/125 2 1 700 I-IFLRF03-01C-9SM-1KM-2-065-00-R 0.01-3 Flange SM 9/125 2 1 1KM I-IFLRF03-01C-9SM-1.5KM-2-065-00-R 0.01-3 Flange SM 9/125 2 1 1.5KM I-IFLRF03-01C-9SM-2KM-2-065-00-R 0.01-3 Flange SM 9/125 2 1 2KM I-IFLRF03-01C-9SM-3KM-2-065-00-R 0.01-3 Flange SM 9/125 2 1 3KM I-IFLRF03-02C-9SM-300M-2-065-00-R 0.01-3 Flange SM 9/125 4 2 300 I-IFLRF03-02C-9SM-500M-2-065-00-R 0.01-3 Flange SM 9/125 4 2 500 I-IFLRF03-02C-9SM-700M-2-065-00-R 0.01-3 Flange SM 9/125 4 2 700 I-IFLRF03-02C-9SM-1KM-2-065-00-R 0.01-3 Flange SM 9/125 4 2 1KM I-IFLRF03-02C-9SM-2KM-2-065-00-R 0.01-3 Flange SM 9/125 4 2 2KM I-IFLRF03-02C-9SM-3KM-2-065-00-R 0.01-3 Flange SM 9/125 4 2 3KM Note : Custom RF over fiber optic links as per application demands are available. Customizations include variations in length, channels, RF frequency range, mounting options etc. Ver Nov11 5/5