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China C Band Mini EDFA & VOA: High-Performance, Low Noise, Compact Factory Supply by Reliable Suppliers
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China C Band Mini EDFA & VOA: High-Performance, Low Noise, Compact Factory Supply by Reliable Suppliers

Introducing our latest product, designed with a super compact structure for efficient performance. This powerful device boasts an output power of up to 22dBm, ensuring high-quality results for various applications. With a low noise level of ≤5.5dB, it operates quietly, making it perfect for sensitive environments, Our product is manufactured with ultra-low power consumption in mind, with the entire unit consuming less than 3W, making it an energy-efficient choice. It features two working modes, APC and ACC, allowing for versatility to meet different operational needs. Furthermore, we offer customization options to fit specific requirements, As a leading factory and supplier in China, we prioritize quality and excellence in every aspect of our products. Explore how our innovative solutions can elevate your projects and enhance your operational efficiency today

    Product Description

    The mini EDFA+VOA product from wseelaser combines the signal amplification capability of a miniaturized EDFA with the optical power adjustment function of a VOA (Variable Optical Attenuator), offering advantages like small size, high functional integration, and excellent performance:
    High Integration & Small Size The mini EDFA itself is highly integrated (size as small as 80*52*15mm). Integrating the VOA function maintains a compact structure, saving space, suitable for scenarios with strict volume requirements.
    Good Signal Amplification Performance Supports amplification of single-wavelength and narrowband signals across the full C-band. Provides effective gain with output power up to 20dBm or higher. Meets the need for power amplification of high-speed optical modules in transmission systems, ensuring signal strength after long-distance transmission and reducing signal attenuation.
    Flexible Optical Power Adjustment The VOA allows precise adjustment of optical signal power. Users can flexibly adjust power based on needs, optimizing power distribution within the optical path, preventing damage to optical components from excessive input power, and simulating different signal strength scenarios for testing and debugging optical communication systems.
    Low Noise Figure Inherits the low noise characteristic of the mini EDFA, with NF ≤ 5.5dB. Reduces noise introduced during amplification, ensuring signal quality and improving system Signal-to-Noise Ratio (SNR). Crucial for long-haul, high-precision optical communication and sensing systems.
    Low Power Consumption Features low-power design with low energy consumption. Helps reduce operating costs and heat generation, benefiting long-term operational stability and aligning with green energy trends.
    High Stability & Reliability Equipped with high-precision Automatic Temperature Control (ATC), Automatic Power Control (APC), Automatic Current Control (ACC), and Automatic Gain Control (AGC) circuits. Effectively controls pump output, ensuring stable operation across different ambient temperatures, reducing the impact of temperature variations on performance, and extending device lifespan.
    Convenient Management Provides communication interfaces (e.g., LVTTL, RS-232) and PC software for remote status monitoring, enabling automated control and data acquisition. Allows real-time viewing of amplification and attenuation status, facilitating management and troubleshooting for operators, improving work efficiency.

    Product Applications

    data communication
    CATV or SDH system

    Product Parameters

    Parameters Min Typ Max Unit
    Working Wavelength 1528 1550.12 1565 nm
    Input Power -15 0 +5 dBm
    Output Power 10 - 22 dBm
    Noise Finger - - 5.5 dB
    VOA Input Power 0 0 15 dB
    Working Temperature -25 - +55 °C
    Storage Temperature -40 - 85 °C
    Relative Humidity (non-condensation) 5 - 85 %
    Product Size 80*52*15 mm
    Power Consumption 10 W
    Supply Voltage - 5 - V
    Communication Level LVTTL

    Test Data Curve

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    Product Size

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    Product Ordering Guide

    product description03
    Customized EDFA-S-C-80*52*15-20/xx-0.9-LC/UPC-1-white pine casing
    • Mini EDFA:
      Mini optical fiber amplifier
    • S:
      Single wavelength
    • C:
      C wave band
    • 80*52*15:
      external dimensions
    • 20/xx:
      20= saturated output power 20dBm
    • 0.9:
      Input/output fiber type SMF-28e,900um
    • LC/UPC:
      Type of fiber optic connector
    • 1:
      Input and output fiber length 1m
    • White loose tube:
      fiber optic tail fiber tube type
    Frequently Asked Questions
    Q: What are the key benefits of integrating a VOA into the mini EDFA module?
    A: The integration of a Variable Optical Attenuator (VOA) allows precise adjustment of the optical output power. This optimizes power distribution, prevents damage to sensitive optical components from excessive power, and enables simulating varied signal strengths for testing.
    Q: What is the typical package size of this mini EDFA+VOA device?
    A: The device features an ultra-compact footprint, with external dimensions of just 80*52*15 mm, making it ideal for space-constrained environments.
    Q: What is the noise performance of the optical amplifier?
    A: The module maintains a very low noise figure (NF) of ≤ 5.5 dB, ensuring minimal signal degradation and a high Signal-to-Noise Ratio (SNR) for long-distance transmissions.
    Q: How does the device maintain performance stability under temperature variations?
    A: It is equipped with advanced control circuitry including Automatic Temperature Control (ATC), Automatic Power Control (APC), Automatic Current Control (ACC), and Automatic Gain Control (AGC) to ensure reliable operation from -25°C up to +55°C.
    Q: What control interfaces are supported for status monitoring?
    A: The module provides communication interfaces such as LVTTL and RS-232, and supports dedicated PC software for remote real-time status monitoring, automated control, and diagnostics.

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