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SOA
C-LIGHT SOA (Semiconductor Optical Amplifier) is an optical signal amplification device based on semiconductor materials, utilizing carrier injection to induce stimulated emission for direct optical gain. Operating across a broad wavelength range (O-band to C-band, 1260-1650 nm), it features high gain, fast response (nanosecond-level), compact size, and easy integration, making it suitable for signal amplification, wavelength conversion, optical switching, and short-reach transmission in optical communication systems (e.g., metro networks, data center interconnects).
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    SOA Semiconductor Optical Amplifier for Fast and Flexible Optical Signal Amplification

    Form FactorPart No.WavelengthIn/OutPower BudgetSizeWEBInterface
    1in 1out SOACL13SOA151U111310nm1in 1out15dB1UWEBRS232
    2in 2out SOACL13SOA151U221310nm2in 2out15dB1UWEBRS232
    4in 4out SOACL13SOA151U441310nm4in 4out15dB1UWEBRS232
    1in 1out SOACL13SOA181U111310nm1in 1out18dB1UWEBRS232
    2in 2out SOACL13SOA181U221310nm2in 2out18dB1UWEBRS232

    SOA (Semiconductor Optical Amplifier) is a compact optical amplification device based on semiconductor materials and carrier injection technology. It provides direct optical gain with fast nanosecond-level response and supports a broad wavelength range from 1260nm to 1650nm. With multiple input and output configurations, 15dB or 18dB power budgets, and 1U rack integration, it is suitable for short-reach optical transmission, wavelength conversion, optical switching, metro networks, and data center interconnects.

    Key Features of SOA

    Broad Wavelength Coverage

    The SOA supports a wide 1260nm to 1650nm wavelength range, covering optical transmission applications across the O-band to C-band.

    Fast Optical Response

    Semiconductor-based optical gain provides a nanosecond-level response, making SOA suitable for applications that require rapid optical signal amplification.

    Multiple I/O Configurations

    Available configurations include 1-in 1-out, 2-in 2-out, and 4-in 4-out options to accommodate different optical network architectures.

    15dB and 18dB Power Budget

    The product family provides 15dB and 18dB power budget options for different optical signal amplification requirements.

    SOA Product Configurations

    1-in 1-out SOA

    CL13SOA151U11 provides 1310nm operation, 1-in 1-out connectivity, a 15dB power budget, 1U form factor, WEB management, and an RS232 interface.

    2-in 2-out SOA

    CL13SOA151U22 provides two optical input channels and two output channels at 1310nm with a 15dB power budget in a 1U platform.

    4-in 4-out SOA

    CL13SOA151U44 provides four optical input and four output channels at 1310nm with a 15dB power budget for higher-density optical amplification requirements.

    18dB SOA Options

    CL13SOA181U11 and CL13SOA181U22 provide 18dB power budgets with 1-in 1-out and 2-in 2-out configurations respectively.

    SOA Semiconductor Optical Amplifier Applications

    Short-Reach Optical Transmission

    SOA provides compact optical gain for short-reach transmission systems where additional signal power is required without using a larger amplification platform.

    Data Center Interconnect

    Its compact form factor and fast response make SOA suitable for optical signal amplification in selected data center interconnect applications.

    Metro Optical Networks

    SOA can provide optical gain in metro network equipment where flexible amplification and compact rack integration are important.

    Wavelength Conversion and Switching

    The semiconductor optical gain mechanism supports applications involving wavelength conversion and optical switching in advanced optical communication systems.

    SOA vs. EDFA

    Semiconductor-Based Amplification

    SOA generates optical gain directly through semiconductor carrier injection, enabling a compact architecture and fast response.

    Flexible Application Range

    SOA is particularly suitable for compact systems, short-reach transmission, optical switching, and wavelength conversion, while EDFA is commonly used for higher-power long-haul optical amplification.

    SOA Management and Interface

    1U Rack Integration

    The listed SOA configurations use a 1U form factor, allowing the amplifier to be integrated into standard rack-based optical communication equipment.

    WEB Management

    WEB management provides convenient access to equipment configuration and operating information during network deployment and maintenance.

    RS232 Interface

    The RS232 interface provides a local management option for communication between the SOA equipment and connected management systems.

    Multiple Channel Options

    Different input and output configurations allow the SOA platform to be matched with single-channel and multi-channel optical network architectures.

    FAQ About SOA Semiconductor Optical Amplifier

    Q1. What is an SOA?

    SOA stands for Semiconductor Optical Amplifier. It uses semiconductor materials and carrier injection to provide direct optical amplification.

    Q2. What wavelength range does the SOA support?

    The SOA product family supports a broad wavelength range from 1260nm to 1650nm, while the listed product configurations operate at 1310nm.

    Q3. What power budget options are available?

    The listed SOA configurations provide either a 15dB or 18dB power budget.

    Q4. What input and output configurations are available?

    The product family includes 1-in 1-out, 2-in 2-out, and 4-in 4-out configurations.

    Q5. What interface is used for SOA management?

    The listed models support WEB management and provide an RS232 interface for equipment management and communication.

    SOA for Fast and Compact Optical Amplification

    SOA provides semiconductor-based optical amplification with fast response, broad wavelength coverage, flexible channel configurations, and compact 1U rack integration. The 15dB and 18dB options support different optical power requirements across short-reach transmission, metro networks, data center interconnects, and other optical communication applications.

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    ●100% of products pass initial test, final test and factory inspection.

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    Quality certification

    Please contact us to download the certification certificate.

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    Please Note: Installing a third party transceiver does not void your network equipment warranty. Network equipment manufacturers all have guidelines stating that warranty support on their products will not be affected.


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