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Fiber optics is becoming a dominant transmission medium in many branches of telecommunications systems. They are increasingly used not only by telecommunication operators but also by TV/SAT++ and CCTV++ contractors.
In our fiber optic cables range we offer both single mode optical fibers and multimode optical fibers. Single mode fibers are used in all types of installations and will always be a good, future proof choice. Multimode fibers, due to their design, can be used in systems in difficult environmental conditions. The cables must be used with matching (fiber standard and connector type) pigtails, adapters and patchcords.
The fiber optic systems section also offers active devices for Ethernet transmission through the fiber optics: media converters and SFP modules.
Fiber optic splicers allow to quickly make fiber optic joints. The fiber optic splicing range, apart from fiber optic splicers also includes a number of accessories such as: strippers, cutters, blades and splice shields.
In our fiber optic cables range we offer both single mode optical fibers and multimode optical fibers. Single mode fibers are used in all types of installations and will always be a good, future proof choice. Multimode fibers, due to their design, can be used in systems in difficult environmental conditions. The cables must be used with matching (fiber standard and connector type) pigtails, adapters and patchcords.
The fiber optic systems section also offers active devices for Ethernet transmission through the fiber optics: media converters and SFP modules.
Fiber optic splicers allow to quickly make fiber optic joints. The fiber optic splicing range, apart from fiber optic splicers also includes a number of accessories such as: strippers, cutters, blades and splice shields.
The OTM302T optical transmitter is used to create fiber optic RF/SAT systems and the implementation of transmissions at a wavelength of 1310 nm.
• FP laser
• 1310 nm wavelength
• +6 dBm optical output power
• Built-in RF converter
• Die-cast housing guarantees high level of screening – class A
• AGC – automatic gain control stabilizes the signal level
• LEDs on the housing make it much easier to properly configure the entire system
• 1310 nm wavelength
• +6 dBm optical output power
• Built-in RF converter
• Die-cast housing guarantees high level of screening – class A
• AGC – automatic gain control stabilizes the signal level
• LEDs on the housing make it much easier to properly configure the entire system
The OTF302 6F31 E TERRA optical transmitter is used to create TV/SAT systems using optical fibre technology and transmission at 1310 nm wavelength (transmission window II).
• FP type laser
• Wavelength 1310 nm
• Power at optical output +6 dBm
• Open housing ensuring high level of shielding – class A
• AGC – automatic gain control stabilizing signal level
• LEDs on the housing for much easier configuration of the entire system
• Wavelength 1310 nm
• Power at optical output +6 dBm
• Open housing ensuring high level of shielding – class A
• AGC – automatic gain control stabilizing signal level
• LEDs on the housing for much easier configuration of the entire system
TERRA's LWO102 4F31 E optical LNB is used to create SAT systems using fiber optic technology.
• FP laser
• Wavelength 1310 nm
• Power at optical output +4 dBm
• Single-mode fiber
• Type of optical connector: FC/UPC
• Wavelength 1310 nm
• Power at optical output +4 dBm
• Single-mode fiber
• Type of optical connector: FC/UPC
The OTF302 6F55 E TERRA optical transmitter is used to create TV/SAT systems using optical fibre technology and transmission at 1550 nm wavelength (transmission window III).
• FP laser
• Wavelength 1550 nm
• Optical output power +6 dBm
• Open casing guaranteeing high level of shielding - class A
• AGC - automatic gain control to stabilise the signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
• Wavelength 1550 nm
• Optical output power +6 dBm
• Open casing guaranteeing high level of shielding - class A
• AGC - automatic gain control to stabilise the signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
The ORF202 E optical receiver allows the conversion of the optical signal coming from the OTF302 6F31 E or OTF302 6F55 E transmitter into an electrical signal. Wideband type output.
• Wavelength 1100...1650 nm
• Acceptable power level at optical input -15...-5 dBm
• Open casing guaranteeing high level of shielding - class A
• OLC - automatic control to stabilise signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
• DC power supply is provided directly from the connected multiswitch or from an external DC 10...20 V power supply, which is not standard equipment
• Acceptable power level at optical input -15...-5 dBm
• Open casing guaranteeing high level of shielding - class A
• OLC - automatic control to stabilise signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
• DC power supply is provided directly from the connected multiswitch or from an external DC 10...20 V power supply, which is not standard equipment
The ORQ302 E optical receiver allows the conversion of the optical signal coming from the OTF302 6F31 E A3031 or OTF302 6F55 E A3055 transmitter into an electrical signal. QUATRO + DVB-T2 type output.
• Wavelength 1100...1650 nm
• Acceptable power level at optical input -15...-5 dBm
• Open casing guaranteeing high level of shielding - class A
• OLC - automatic control to stabilise signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
• DC power supply is provided directly from the connected multiswitch or from an external DC 10...20 V power supply, which is not standard equipment
• Acceptable power level at optical input -15...-5 dBm
• Open casing guaranteeing high level of shielding - class A
• OLC - automatic control to stabilise signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
• DC power supply is provided directly from the connected multiswitch or from an external DC 10...20 V power supply, which is not standard equipment
The ORF302 E optical receiver allows the conversion of the optical signal coming from the OTF302 6F31 E or OTF302 6F55 E transmitter into an electrical signal. Wideband + DVB-T2 type output.
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
• Acceptable power level at the optical input -15...-5 dBm
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
The ORQ302F E optical receiver allows the conversion of the optical signal coming from the OTF302 6F31 E or OTF302 6F55 E transmitter into an electrical signal.
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
• Acceptable power level at the optical input -15...-5 dBm
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
The ORD301F E optical receiver allows the conversion of the optical signal coming from the OTF302 6F31 E or OTF302 6F55 E transmitter into an electrical signal
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Open housing ensuring high level of shielding – class A
• OLC – automatic control stabilizing signal level
• Acceptable power level at the optical input -15...-5 dBm
• Open housing ensuring high level of shielding – class A
• OLC – automatic control stabilizing signal level
The ORL302F E optical receiver enables the conversion of optical signals into Legacy, Wideband and Radio/DVB-T2 electrical signals.
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Open casing to ensure a high level of shielding – class A
• OLC - automatic control to stabilize the signal level
• LEDs on the casing greatly facilitating the proper configuration of the entire system
• Acceptable power level at the optical input -15...-5 dBm
• Open casing to ensure a high level of shielding – class A
• OLC - automatic control to stabilize the signal level
• LEDs on the casing greatly facilitating the proper configuration of the entire system
