FO-EYDFA32X19-10G
New product
32 outputs with 36dBm total power and 19dBm per port, JDSU laser.
EYDFA (Erbium-Ytterbium Doped Fiber Amplifier) amplifier to amplify the 1550nm lambda with built-in 1310/1490/1270/1577nm WDM multiplexer.
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Availability date: 2016-06-27
GPON | Optical Transmitters and Amplifiers |
EYDFA (Erbium-Ytterbium Doped Fiber Amplifier) amplifier to amplify the 1550nm lambda with built-in 1310/1490/1270/1577nm WDM multiplexer.
Laser and high performance internal amplifier.
Redundant Power Supply
Working Features
LCD display for working information and configuration, key to cut the Laser input/output power, automatic output amplification control, SNMP and Web management for remote configuration of the equipment.
* The equipment can come with different configurations of input/output connectors (LC, SC), standard SC/APC on all ports.
Features
OLA Series 1550nm high power fiber amplifier adopts two-stage amplification, the first stage adopts low-noise EDFA, the second stage adopts high-power EYDFA, the total output optical power can reach 41dBm. It can replace several or dozens of EDFA, which can greatly reduce the cost of network building and maintenance and reduce the space of head-end. Each output port is built in with CWDM to multiplex CATV signal and OLT PON Data flow. The device will play an increasingly important role in the process of continuous extension and expansion of optical fiber network. It provides a high stability but low cost solution for the triple-play and large area coverage of FTTH.
Optional dual fiber inputs, in fact, built-in with a set of complete optical switch system , which can be used as the backup of A and B optical path. When the main optical line fails or lower than the threshold value, the device will automatically switch to the standby optical line to ensure the continuous operating of the device. The product is mainly used in optical fiber ring network or redundant backup network, It is featured in short switching time (< 8ms), low loss (< 0.8dbm ), and can be forced manually switched.