8 Ports 2.5G SFP FM-P-OTP800-OEO(2G5) Optical Fiber Link Wavelength Converter

FM SKU#:SKU00272I
Model#:FM-P-OTP800-OEO(2G5)
MFG PART#:

8 Ports 2.5G SFP FM-P-OTP800-OEO(2G5) Service Card for Fiber Link Wavelength Conversion

FM-P-OTP800-OEO(2G5) is an optical fiber link wavelength converter (fiber amplifier). It regenerates optical signals in the principle of optical-electrical-optical to realize the amplification and wavelength conversion of optical signals. Wavelength division multiplexing can be realized by using C/DWDM multiplexer/de-multiplexer, which especially applies to optical transport systems such as 125M/155M/622M/1G/2G5/s SDH/SONET, Ethernet etc. It provides rapid and cost-efficient solutions to regeneration of optical signals and transmission of rare fiber resources.

Key Features

It supports a maximum port rate of 2.5Gb/s, and is compatible with 125M/155M/622M/1.25G

The wavelengths of the transmitter is at C-Band, which supports DWDM wavelengths in compliance with ITU-T standards

It can be operated and controlled independently

It supports automatic loopback test

It supports CDR function, which can optimize output

It supports shut-down when there is no optical signal

Front Panel Appearance

Valid Slots

The FM-P-OTP800-OEO(2G5) board occupies one slot.
Valid Slots in the Sub-racks
a. In the FM-P-OTP800-2S rack mount, there is no slot designed for SC control board.
b. In the FM-P-OTP800-4S rack mount, the valid slot of the board is SLOT1 only.
c. In the FM-P-OTP800-11S rack mount, the valid slot of the board is SLOT1 only.

Application

The FM-P-OTP800-OEO(2G5) can be used in two different application scenarios: transparent transmission of four channels of optical signals at any rate, and regeneration of four channels of OTU optical signals.

Flow of Transparent Transmission of Four Channels of Signals at Any Rate



Flow of Regeneration of Eight Channels of OTU Signals



For the signal flow of the FM-P-OTP800-OEO(2G5), the transmitting and the receiving directions are defined. The transmitting direction is defined as the direction from the client side to the WDM side, and the receiving direction is defined as the reverse direction.


Specifications include electrical specifications, optical specifications, laser level, mechanical specifications and power consumption.



CWDM application and PIN receipt, target to reach a transmission distance of 40KM


CWDM application and APD receipt, target to reach a transmission distance of 80KM


DWDM application, APD receipt