Optical Communication Platform

Specifications

Laser Output Power: Max. +18dBm
Laser Output Power: Min. +16dBm
Wavelength Tuning Range: 1527.60 to 1565.50nm
Wavelength Tuning Resolution: 0.01nm
Wavelength Tuning Accuracy: ±0.02nm
Laser FWHM Linewidth: Typ. 100kHz, Max. 200kHz
Operation Wavelength: 1530 to 1563nm
Input / Output Isolation: Min. 30dB
Polarization Dependent Gain: Typ. 0.3dB, Max. 0.5dB
Polarization Mode Dispersion: Max. 0.3ps
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Features


  • Turnkey Device: Ready to use with minimal setup required.

  • USB Computer Interface: Allows easy connection and control via USB.

  • Supports Up to 8 Plug-in Modules: Accommodates various optical modules such as tunable lasers, optical fiber amplifiers, and more.

  • User Friendly: Designed for ease of use with intuitive controls.

  • Compact and Durable: Built to last with a space-efficient design.

  • Remote Control Capability: Monitor and control modules through front panel LCD display and remotely via USB and TCP/IP Ethernet.

  • Standard 3U Mainframe Casing: Dimensions of 485(W) x 345(D) x 132(H) mm, suitable for various setups.

  • High Quality Manufacturing: Produced under a HKQAA ISO 9001 certified quality management system.

  • Cost Effective and Space Efficient: Offers a high-performance solution that saves space and cost.

  • Wide Wavelength Tuning Range: Covers 1527.60 to 1565.50 nm and 1568.85 to 1608.76 nm with high precision.

  • Accurate Power and Wavelength Control: Features 0.01 nm tuning resolution and ±0.02 nm tuning accuracy.

  • Excellent Signal Quality: Provides high SMSR and OSNR for optimal performance.

Applications


  • Telecommunications: Integrate into telecommunications networks for signal amplification and wavelength management.

  • Research and Development: Use in laboratories for testing and developing new optical communication technologies.

  • Data Centers: Enhance data center operations by optimizing optical signal processing and management.

  • Network Infrastructure: Implement in network infrastructure to improve bandwidth and signal quality.

  • Optical Sensing: Apply in optical sensing applications for precise measurement and data acquisition.

  • Broadcasting: Utilize in broadcasting systems to ensure high-quality signal transmission over long distances.

  • Military and Aerospace: Deploy in military and aerospace applications for secure and robust communication systems.