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The optical SAT/RTV OTX 1310 KIT from TRIAX allows the introduction of DVB-S/S2 satellite signals and DVB-T2 digital terrestrial TV, DAB radio and FM radio into a fibre optic installation.
• Fiber optic cabling
• One fiber optic cable instead of 5 or 9 cable bus
• Wideband LNB dedicated for satellite installation
• One fiber optic cable instead of 5 or 9 cable bus
• Wideband LNB dedicated for satellite installation
The QUATRO converter has been designed for output replication of satellite IF signals and DVB-T/T2 and FM/DAB digital terrestrial TV antennas. It is powered from a multiswitch.
• Receiver works with TOU 232 KIT and LNB TOL32
• Converts optical signal to electrical signal (4x SAT + DVB-T)
• Sensitivity: -15...0 dBm
• Converts optical signal to electrical signal (4x SAT + DVB-T)
• Sensitivity: -15...0 dBm
The QUAD converter has been designed for output replication of satellite IF signals and DVB-T/T2 and FM/DAB digital terrestrial antennas.
• Receiver works with TOU 232 KIT and LNB TOL32
• Converts optical signal to electrical signal (4x SAT + DVB-T)
• Sensitivity: -15...0 dBm
• Converts optical signal to electrical signal (4x SAT + DVB-T)
• Sensitivity: -15...0 dBm
FOS 102 E optical splitter is an element used to divide the optical signal into 2 paths.
• Dividing the signal into 2 paths
• FC/PC sockets
• Box type housing
• Attenuation of 3.9 dB
• FC/PC sockets
• Box type housing
• Attenuation of 3.9 dB
FOS 104 E optical splitter is an element used to divide the optical signal into 4 paths.
• Dividing the signal into 4 paths
• FC/PC sockets
• Box type housing
• Attenuation of 7.4 dB
• FC/PC sockets
• Box type housing
• Attenuation of 7.4 dB
FOS 108 E optical splitter is an element used to divide the optical signal into 8 paths.
• Dividing the signal into 8 paths
• FC/PC sockets
• Box type housing
• Attenuation of 10.8 dB
• FC/PC sockets
• Box type housing
• Attenuation of 10.8 dB
The FTTH OD-012 H optical receiver (SC/APC optical connector) is designed to convert optical signals into electrical signals in the 47-862/1006 MHz band.
• Optical connector: SC/APC
• Open housing for high screening efficiency
• Output bandwidth 47-862/1006 MHz
• Microprocessor-based AGC (automatic gain control) based on optical signal level
• Range of signal level at optical input: -9...2 dBm
• Maximum output level: 108 dBµV
• Open housing for high screening efficiency
• Output bandwidth 47-862/1006 MHz
• Microprocessor-based AGC (automatic gain control) based on optical signal level
• Range of signal level at optical input: -9...2 dBm
• Maximum output level: 108 dBµV
The OD-004A optical node (SC/APC optical connector) is designed to convert an optical signal into an electrical signal in the 47-2400 MHz band.
• Compact dimensions
• Output bandwidth 47-2400 MHz
• Microprocessor-based AGC (automatic gain control) based on optical signal level
• Connector: optical: SC/APC
• Output bandwidth 47-2400 MHz
• Microprocessor-based AGC (automatic gain control) based on optical signal level
• Connector: optical: SC/APC
The OD-003 optical node (SC/APC optical connector) is designed to convert an optical signal into an electrical signal in the 47-1002 MHz band.
• Compact size
• Expanded output bandwidth 47-1002 MHz
• Very high sensitivity: -10...3 dBm
• Microprocessor-based automatic gain control (AGC)
• Maximum output signal level: 80 dBμV
• LED display
• Connectors: optical - SC/APC
• Expanded output bandwidth 47-1002 MHz
• Very high sensitivity: -10...3 dBm
• Microprocessor-based automatic gain control (AGC)
• Maximum output signal level: 80 dBμV
• LED display
• Connectors: optical - SC/APC
The OD-005P optical receiver (SC/APC optical connector) is designed to convert an optical signal into an electrical signal in the 47-862 MHz band.
• Compact size
• Die-cast housing provides high efficiency shielding to prevent interfering signals from penetrating inside the unit
• Output bandwidth 47-862 MHz
• Sensitivity -6 ... 0 dBm
• Maximum output level 107 dBμV
• Microprocessor-based AGC (automatic gain control) based on signal level
• Die-cast housing provides high efficiency shielding to prevent interfering signals from penetrating inside the unit
• Output bandwidth 47-862 MHz
• Sensitivity -6 ... 0 dBm
• Maximum output level 107 dBμV
• Microprocessor-based AGC (automatic gain control) based on signal level
