UC LAN-WDM Mux Demux
8 Channels 1277.89-1309.14nm, Low IL and compact LAN-WDM Mux Demux device, 1.2 dB Typical IL, Low dispersion, Wide passband, Industrial temperature operating, Unilateral fiber outlet.

Future Optics provide advanced 800GHz LAN-WDM mux demux solutions with extra low IL, extra compact size, low dispersion and wide passband, by leveraging proprietary thin-film filter fixing process and state-of-the-art optical path length control technique. Custom wavelengths and channel configurations are available upon request.

Future Optics’ultra-compact LAN-WDMs are integrated optical modules that combine and separate multiple optical signals of different wavelengths in a single fiber based on TFF and Free-space technology. By utilizing Future Optics’ micro-optics manufacturing platform, we provide a wide range of low IL and ultra compact LAN-WDM mux demux modules with excellent optical performance and high operating reliability for 800GHz, O-band wavelength-spacing applications.


Features

• Low Insertion Loss

• High Isolation

• High wavelength accuracy

• Wide- and Flat-Top Passband

• Telcordia 1221 Qualified


Applications

• Broadband Networks

• Optical Add/Drop Multiplexing

• Metro Networks 

• CATV Systems 

• Expanding Existing WDM Systems


Specifications:

Parameter

Unit

Specifications

Channel number

CH

8

Channel spacing

Hz

800G

Operating wavelength range

nm

1260~1360

Channel center wavelength

nm

1277.89, 1282.26, 1286.66, 1291.10

1295.56, 1300.58, 1304.58, 1309.14

Pass bandwidth

nm

±1.1

Insertion loss(max)

dB

≤1.8

Insertion loss(typical)

dB

≤1.3

Wavelength thermal stability

nm/°C

≤0.002

Adjacent channel isolation

dB

≥30

Non-adjacent channel Isolation

dB

≥40

Return loss

dB

≥45

Directivity

dB

≥50

PDL

dB

≤0.2

Passband ripple

dB

≤0.5

Power handling

mW

≤300

Pigtail type

-

0.9mm white loose tube

Operating temperature

°C

-40~+85

Storage temperature

°C

-40~+85

Connector type

-

None

Footprint dimension (LxWxH)

mm

21*15.5*6.5

Pigtail length

m

≥1.0


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