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1/10/25G FMT Series

1/10/25G FMT Series

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  • FS-VOA-C, Customized Variable Optical Attenuator, LC/UPC for FMT Managed Chassis

  • FS-VOA-C, Customized Variable Optical Attenuator, LC/UPC for FMT Managed Chassis

FS-VOA-C, Customized Variable Optical Attenuator, LC/UPC for FMT Managed Chassis

Description:

FS-VOA-C, Customized Variable Optical Attenuator, LC/UPC for FMT Managed Chassis

Features:

Product Highlights

Single Card Supports Multi-channel Signal Attenuation with Real-time Automatic Adjustment
Facilitate an Integrated Optical Layer Solution by Incorporating EDFA/OEO/DCM/MUX/OLP/R/B
Suitable for Long-haul LANs and MANs, Single or Dual Fiber Solutions
Support Intuitive Web GUI and AmpCon Management Software
Fit into One Slot of the FMT Managed Chassis

Specifications

Specifications
Operating Wavelength
1520-1580nm, 1290-1330nm
Bandwidth
±20nm
Self Insertion Loss
<1.5dB
Attenuation Range (1)
0~30dB
Isolation
≥30dB
Return Loss
≥50dB
Polarization Dependent Loss
≤0.05dB
Polarization Mode Dispersion
≤0.25ps
Adjustment Accuracy
0.1dB
Consumption
≤2W
Optical Power
≤300mw
Management Type
AmpCon, SNMP, Monitor Online, Simple Management Tool
Housing
Pluggable Module (Occupies 1 Slot in FMT Managed Chassis)

Detailed

FS-VOA-C, Customized Variable Optical Attenuator, LC/UPC for FMT Managed Chassis

FS card variable optical attenuator is an online attenuation amount adjustment device, which adopts MEMS technology and could continually and variably attenuate the light intensity in the optical fiber transmission and could help simulate distance or actual attenuation in the fiber optic testing work by inserting a calibrated attenuation into the link. It is designed for maximum configuration flexibility, with pluggable modules that plug directly into the FMT managed chassis, each module occupying one slot.


This module can facilitate an integrated cost-effective and flexible optical layer solution by incorporating a variety of optical layer boards, such as EDFA/OEO/DCM/MUX/OLP/R/B, and can be applied to DWDM dual-fiber/DWDM single-fiber/optical cable monitoring systems to achieve strict control of optical power to meet the diverse needs of scenarios.

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