1310nm SOA Optical Amplifier
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1310nm 100G SOA Optical Amplifier
1310nm 100G SOA Optical Amplifier

1310nm SOA Optical Amplifier


  • Support O-band, 1260~1340nm or 1480~1510nm
  • Max output power 13dBm
  • Support ACC and AGC)
  • 19inch 1U mounted rack
  • 220VAC or -49VDC power suply


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  • Product Detail

100G 1310nm SOA Optical Amplifier


O-band 1310nm 100G SOA optical amplifier can amplify optical signal with wavelength 1270~1330nm. The product has two operation modes: ACC and APC. The product features as stable output power, low NF and low PDG. This series SOA can support optical amplification with date rate under 160Gb/s.


Parameter

 

Parameter

Condition

Min

Typ

Max

Unit

Wavelength Range

40GE

1260

 

1340

nm

Wavelength Range

100GE

1290

 

1320

nm

Total Input power

 

-20

 

-10

dBm

Saturation Output Power

 

 

10

 

dBm

Gain

 

 

14

 

dB

Gain ripple

 

 

7.5

 

dB

Noise Figure

 

 

 

2

dB

PDG

 

-5

 

50

℃

Operating Temperature

 

5

 

95

%

Operating Humidity

 

-40

 

85

℃

Storage Temperature

220VAC,-48VDC

V

Power Consumption

1 SOA

 

 

10

W

2 SOA

 

 

20

W

4 SOA

 

 

40

W

Dimension

1U 19’’  482.6x245x43.6

mm

Connector

Can be Custermerized

 

Order Information

 

Part No.

Type

RD-SOA-A1-1310-10/GXX

SOA 1 in 1 out

RD-SOA-A2-1310-10/GXX

SOA 2 in 2 out

RD-SOA-A4-1310-10/GXX

SOA 4 in 4 out

 

Application


Case 1: 100G long distance optical link transmission


100G 1310nm optical amplifer


The transmission distance of traditional 100GBese-LR4 optical link is limited to 10km. In the transmission of long distance or high loss optical fibers, SOA optical amplifier can be configured to amplify the weak optical power signal on the receiving side to meet the receiving requirements of the equipment.

 

Case 2:Data link acquisition amplification



In the application of data link acquisition, the optical signal of 100G replication link should usually go through a secondary splitting. The SOA optical amplifier can be configured to amplify the optical signal of the replication link before secondary splitting to ensure that the optical signal after secondary splitting meets the transmission requirements,


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