Search results for: 'avant'
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Data terminal box with 1 female RJ45 UTP Cat 6 connector209910Designed to work as a cut-off and test point for a data network, it is equipped with a RJ45 UTP connector (category 6). The design allows installation in the NTE (Network Termination Equipment) as well as in other types of premises (car repair shops, classrooms, work tables, wiring cabinets, etc.), and use as a connection point.Supplied in 5-unit boxes.
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SMATV optical transmitter (without Return Path) 1310 nm, Po 6 dBm233306Produces an optical signal in the 1310 nm-window modulated by the input RF SMATV signal (47 MHz- 2400 MHz). The optical output power is 6 dBm.
Perfect for RFoG / RF Overlay solutions. -
SMATV optical transmitter (without Return Path) 1310 nm, Po 10 dBm233311Produces an optical signal in the 1310 nm-window modulated by the input RF SMATV signal (47 MHz- 2400 MHz). The optical output power is 10 dBm.
Perfect for RFoG / RF Overlay solutions. -
Optical transmitter (without Return Path) 1550 nm, Po 5 dBm234305Produces an optical signal in the 1550 nm-window modulated by the input RF SMATV signal (47 MHz- 2400 MHz). The optical output power is 5 dBm.
Perfect for RFoG solutions, and as RF Overlay transmitter on GPON networks. -
CATV optical transmitter with AGC (without Return Path) 1310 nm, Po 10 dBm234801Produces an optical signal in the 1310 nm-window modulated by the input RF CATV signal (47 MHz - 1100 MHz). The optical output power is 10 dBm.
Equipped with automatic gain control (AGC).
Stable in terms of temperature, thanks to the laser temperature control circuit.
Perfect for RFoG / RF Overlay solutions. -
CATV optical transmitter with AGC (without Return Path) 1550 nm, Po 10 dBm234811Produces an optical signal in the 1550 nm-window modulated by the RF input signal (47 MHz - 1100 MHz). The optical output power is 10 dBm.
Equipped with automatic gain control (AGC).
Furthermore, it is stable in terms of temperature, thanks to the laser temperature control circuit.
Perfect for RFoG solutions, and as RF Overlay transmitter on GPON networks. -
Return Path optical receiver with AGC 1270...1650 nm234901Receives two fibers with two Return Paths in the 1270 nm-1650 nm range, and restores the original signals in RF (5 MHz-300 MHz).
Equipped with automatic gain control (AGC) for a constant RF level, irrespective of the optical input level. -
SMATV optical receiver without Return Path 1200...1600 nm2335They receive an optical signal in the 1200 nm-1600 nm range to restore the original RF signal transformed by a transmitter.
The RF band is compatible with SMATV (87 MHz - 2400 MHz).
Perfect for RFoG / RF Overlay solutions. -
SMATV optical receiver equipped with Return Path transmitter 1200...1600 nm, Return: 1310 nm, Po 3 dBm2336They receive an optical signal in the 1200 nm-1600 nm range to restore the original RF signal transformed by a transmitter.
The RF band is compatible with SMATV (87 MHz - 2400 MHz).
Equipped with a Return Path transmitter (1 MHz - 65 MHz) in the 1310 nm range, with 3 dBm optical power.
Perfect for RFoG / RF Overlay solutions. -
1-output EDFA optical amplifier 1550 nm, Po 20 dBm234220The module amplifies the 1550 nm optical signal producing an optical output power of 20 dBm. Based on EDFA (erbium doped fiber) technology, it provides a high gain and a low noise factor. -
T.0X SC/APC 2W optical splitter 1260...1650 nm 4 dB23372-way PLC splitter with SC/APC connectors for optical signals in the 1260 nm-to-1650 nm range.
The T.0X format frame allows rack installation for optical fiber headends. -
T.0X SC/APC 4W optical splitter 1260...1650 nm 7 dB23394-way PLC splitter with SC/APC connectors for optical signals in the 1260 nm-to-1650 nm range.
The T.0X format frame allows rack installation for optical fiber headends.