WSS09 ROADM Module 1×9 Ports WSS 96λ C‑Band Low Loss VOA Compact 1/4 Slot for OSP3800

WSS09 ROADM Module 1×9 Ports WSS 96λ C‑Band Low Loss VOA Compact 1/4 Slot for OSP3800

Get Wholesale Price

Product Testing

We test products one by one. We test product functionality by simulating real-world usage scenarios to ensure smooth operation.

One-stop Service

Our products include optical fiber equipment, optical cable, accessories, tools, etc., whether you are a wholesaler, distributor, engineer, ISP, we can meet your needs.

14 months Warranty

Our warranty is above industry standards, up to 14 months. This is based on our confidence in the quality of our products and we want to give our customers more protection
Description

WSS09 1*9 ROADM Card

Product Description

The 1x9 ROADM is a compact solution designed for all network types, enabling dynamic traffic design and seamless wavelength routing changes. As a building block for reconfigurable 9D splitters, the 1x9 ROADM features nine independent ports. Port addition utilizes wavelength selection switches (WSS) to dynamically select from 96 DWDM channels on the ITU-T 50 GHz C-band grid for each port's input signal.The card occupies only 1/4 standard slot capacity.

Technical specifications

Performance Parameter

Qualification

Unit

Channel Wavelength

1528.773~1566.73

nm

Channel Spacing

50/100

Ghz

Channel Spectrum Width

N*12.5

4≤N≤12

Ghz

Channel Passband

＞ 0.3

nm

Insert Loss Flatness

＜0.5

dB

Insertion Loss

(Add 1~9 to BA input)

6.3

7.5

8.1

(dB)

(PA output to Drop 1~9)

6.3

7.5

8.1

(dB)

Channel Separation

Nearest values

25

dB

Nonadjacent values

35

dB

Polarization-related Loss

<0.15

dB

VOA Dynamic Range

0~15dB

dB

VOA Sets Resolution

0.1

dB

VOA Setprecision

@0~10dB damping

±1

dB

@>10dB damping

±1.5

Directivity

>50

dB

Return loss

>45

dB

Response Time

< 2dB step

＜1400

ms

< 15dB step

＜2000

Port switching

＜3000

Size

216 (W) * 262 (D) * 40 (H)

mm

Working Temperature

-10℃～+60℃

℃

Storage Temperature

-40℃～+85℃

℃

Relative Humidity

5%~95% Non-condensing

 

Power Dissipation

≤80

W