S0387 - R02. (web) 20130912

Product Description

Features

CFOI025 Series

Min

Typical

Max

Unit

C band

Channel Center Wavelength Range

1529.55

1563.86

nm

Channel Center Frequency Range

191700

196000

GHz

L band

Channel Center Wavelength Range

1569.59

1605.74

nm

Channel Center Frequency Range

186700

191000

GHz

Multiplexed Channel Spacing

25

GHz

De-multiplexed Channel Spacing

50

GHz

Clear Channel Bandwidths (CCB)

- 4.0

4.0

GHz

Insertion Loss within CCB (All SOP)

2.0

dB

0.3

dB

IL Ripple within CCB

0.3

dB

PDL within CCB

0.3

dB

Insertion Loss Uniformity within Each Port

(All SOP)

0.3

dB

22

dB

Chromatic Dispersion within CCB

- 80

80

ps/nm

Optical Return Loss

40

dB

Directivity

40

dB

0.7

ps

24

dBm

Operating Temperature

0 to +65

°C

Storage Temperature

-40 to +85

°C

Fiber Type

SMF-28 or Equivalent

100.5 (L) x 60.0 (W) x10.3 (H)

mm

Applications

Note:

[1] For any given polarization.

[2] All SOP, Measured over CCB of nearest-neighbor

channels.

[3] By design and DVT.

[4] No epoxy on the optical path.

[5] The mechanical tolerance should be +/-0.2mm on

all package dimensions unless otherwise custom

specified.

* All parameter are without connector if no specified

Optical Interleaver

CFOI025 Series

Oplink’s compact, low-dispersion interleavers greatly expand wavelength

channel counts in DWDM systems. It is the best solution to upgrade exist-

ing 50GHz spacing transport system. Oplink’s DWDM interleavers feature

excellent wide, flat passband and high isolation. Both Mux and Demux func-

tions are supported. These interleavers are athermal and therefore require

no temperature control. Its stable center wavelength accuracy over C or L

band 160 channels is suitable for higher bit rate application.The Green CFOI

is compliant with industry green initiatives such as RoHS and WEEE.



Compact size



Low Dispersion



Completely passive



Ultra-low insertion loss



Highly stable & reliable



Epoxy-free optical path



Environmental green plan compliance



Metro and Long Haul DWDM system



Network capacity expansion



Signal comb filtering