Thermal AWG DWDM Mux / Demux Multiplexer 48channels
Thermal AWG DWDM Mux / Demux Multiplexer 48channels

Thermal AWG DWDM Mux / Demux Multiplexer 48channels

Dense optical wavelength division multiplexing (DWDM) is a combination of a group of optical wavelengths for transmission with a single fiber. This is a laser technology used to increase bandwidth on existing fiber backbone networks......
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Thermal AWG DWDM Mux / Demux Multiplexer 48channels

Dense optical wavelength division multiplexing (DWDM) is a combination of a group of optical wavelengths for transmission with a single fiber. This is a laser technology used to increase bandwidth on existing fiber backbone networks. More precisely, this technique is to multiplex the close spectral spacing of a single fiber carrier in a specified fiber in order to utilize the transmission performance that can be achieved (for example, to achieve the minimum degree of dispersion or attenuation ). In this way, under a given information transmission capacity, the total number of optical fibers required can be reduced.

ParameterSymbolDescriptionValueUnit
MinTyp.Max.
Output ChannelCH
48
Channel Spacing

100GHz
Reference AccuracyPB@ITU wavelength-12.5-+12.5GHz
Wavelength AccurancyΔ入Offset from ITU: -5℃~+65℃-0.050
+0.050nm
Insertion LossILWorst IL@ Passband-5.5

dB
IL UniformityIL Unif.Difference between max. IL and min. IL

1.5dB
PDLPDLMax. case@passband

0.5dB
Ripple Ripple@passband

0.5dB
1dB BandwidthBW11dB down from the peak IL0.38

nm
3dB BandwidthBW33dB down from the peak IL0.58

nm
Adjacent CrosstalkAxThe difference between I.L. and adjacent Channel's transmission in band23

dB
Non-Adjacent CrosstalknAxThe difference between I.L. and adjacent channel's transmission in passband30

dB
Total CrosstalkTxCumulative crosstalk of all other channels21

dB
Return LossRLInput&Output

-40dB
Polarization Mode DispersionPMD


0.5 ps
OPTICO DWDM AWG Highlights
DWDM AAWG

DWDM AAWG Gaussian-Low loss

DWDM AAWG

DWDM AAWG Flat-top- loss


6CWDM

High channel isolation and low crosstalk

Can reach industrial grade

Support multiple transmission methods
40CH 100G AAWG

40CH 100G AAWG dual-fiber bidirectional transmission schematic diagram with expansion and monitoring ports

40CH 100G AAWG

40CH 100G AAWG single fiber bidirectional transmission channel with expansion and monitoring port


40CH 100G AAWG

40CH 100G AAWG single fiber bidirectional transmission channel

40CH 100G AAWG

40CH 100G AAWG dual fiber bidirectional transmission channel

One of the 100G DWDM AAWG Projects we recently completed

Reducing the burden on customers' original obsolete, redundant passive WDM system can not only save costs, but also reduce the loss of the entire link.

100G AWG

OPTICO Mature production process: https://www.linked-reality.com/company/15555/en

 

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ParameterSymbolDescriptionValueUnit
MinTyp.Max.
Output ChannelCH
48
Channel Spacing

100GHz
Reference AccuracyPB@ITU wavelength-12.5-+12.5GHz
Wavelength AccurancyΔ入Offset from ITU: -5℃~+65℃-0.050
+0.050nm
Insertion LossILWorst IL@ Passband-5.5

dB
IL UniformityIL Unif.Difference between max. IL and min. IL

1.5dB
PDLPDLMax. case@passband

0.5dB
Ripple Ripple@passband

0.5dB
1dB BandwidthBW11dB down from the peak IL0.38

nm
3dB BandwidthBW33dB down from the peak IL0.58

nm
Adjacent CrosstalkAxThe difference between I.L. and adjacent Channel's transmission in band23

dB
Non-Adjacent CrosstalknAxThe difference between I.L. and adjacent channel's transmission in passband30

dB
Total CrosstalkTxCumulative crosstalk of all other channels21

dB
Return LossRLInput&Output

-40dB
Polarization Mode DispersionPMD


0.5 ps