EDFA – Optical Amplifiers
Ultra Reliable, High Output, Low Noise Fiber Optic Amplifiers. Single, Multi-Port, Booster Amp, Line Amp, Pre-Amp, DWDM, CATV 1550, Optional Built-in PON Passing Ports
EDFA for CATV, Multiple Output, 1550nm
The EDFA has multiple output ports, used in FTTx distribution networks. This optical amplifier is packaged in a 19” rack mount housing. The EDFA can be ordered with 4, 8, 16, 32, 64 and 128 output ports and various output powers ranging from +16.5 to 23 dBm per port.
EDFA with built in PON WDM ports
Multiple Output Port EDFA with PON Ports. Each output port for the optical amplifier has built-in PON Port. Each of the 1550nm (CATV)’s output optical ports will multiplex G and/or XGS PON wavelengths of 1270,1310,1490, and 1577 nm from an external OLT, Available in 4, 8, 16, 32, and 64 outputs. +15 to +23 dBm output power per port.
Combo Transmitter and EDFA with built in PON WDM ports
EDFA with built-in Transmitter. RF in, Fiber out. 1550nm Optical Transmitter with integrated EDFA, multi output with built-in PON ports.
1550nm EDFA for Telecommunications
The EDFA is suitable for long haul transmission networks. This optical amplifier is packaged in a 19” rack mount housing to provide a complete optical communications solution. Maxcom offers our MXA-4100 platform which can be ordered with single or multiple output ports and various output powers.
1550nm EDFA for CATV
The EDFA is booster amp for long haul transmission networks or FTTH distribution networks. This optical amplifier is packaged in a 19” rack mount housing to provide a complete optical communications solution. Maxcom offers our MX-A51 platform which can be ordered with various output powers between +13 and +26 dBm.
MX4500 Series is a Multi Wavelength DWDM Gain Flattened Variable Gain EDFA
This EDFA is ideal for long distance DWDM transmissions and may be used as a Line Amplifier, Pre-Amplifier, and Booster Amplifier.
Dispersion Compensation Module
Maxcom's dispersion compensation module is used to compensate for long-span chromatic dispersion that occurs over fiber distance.