Beyond Distance Limitations: A Comprehensive Review of the Phoossno USB-C Active Optical Cable (10Gbps / Up to 50m)

In video conferencing, professional AV integration, or machine vision applications, have you ever encountered the problem of USB devices being too far from your computer? Traditional copper USB cables suffer from severe signal attenuation and interference beyond 3 meters. Today, we'll take an in-depth look at a solution designed specifically for ultra-long-distance high-speed data transmission—the Phoossno USB-C to C Fiber Optic Cable. It might just change the way you wire your studio or meeting room.

Key Product Highlights: Why Choose a Fiber Optic USB Cable?

This Phoossno USB 3.1 Gen2 Active Optical Cable (AOC) is not your ordinary extension cable. By utilizing光电 conversion technology to transform electrical signals into light signals for transmission, it overcomes the physical limitations of traditional copper wires.

  1. True Long-Distance Transmission with Zero Signal Loss
    The most notable feature of this product is its transmission distance. Unlike ordinary USB cables that may become unstable beyond 5 meters, the Phoossno offers options from 10m, 15m, 20m, 30m, up to a maximum of 50m, while guaranteeing a stable 10Gbps transmission rate without loss. This is thanks to the built-in optical engine, allowing data to reach the far end intact.

  2. Extremely Thin, Light, and Flexible for Easy Installation
    For professional scenarios requiring concealed wiring or installation, the physical properties of the cable are crucial. This cable has an outer diameter (OD) of only 4.8mm, making it significantly thinner and only about 1/3 the weight of traditional copper cables. This allows it to easily pass through narrow cable trays or conduits and is very flexible, allowing for tight bends behind equipment (tested to withstand 10,000 90-degree bends).

  3. Complete Immunity to Electromagnetic Interference (EMI)
    A inherent characteristic of fiber optics is that it neither generates nor is affected by electromagnetic interference. This means it can be safely deployed near motors, power lines, or other strong electromagnetic sources without affecting data transmission stability or introducing noise. This is particularly important for mission-critical meetings or medical imaging applications.

Quick Overview of Specifications and Compatibility

Understanding its precise specifications is crucial before purchasing to ensure it meets your needs.

  • Interface & Version: USB Type-C to Type-C, compliant with USB 3.1 Gen2 standard (10Gbps), backward compatible with USB 3.0 and USB 2.0.

  • Core Function: Data transmission only. Please note, it does not support video signal transmission (e.g., connecting to monitors or TVs). It is optimized for data devices such as USB cameras, capture cards, touch screens, printers, scanners, and game controllers.

  • Directionality: This is a unidirectional cable with strictly defined ends:

    • Host Side: Connects to your computer or laptop.

    • Device Side: Connects to your USB device (e.g., camera).

  • Broad Compatibility:

    • Operating Systems: Supports Windows, macOS, Linux. Plug and play, no drivers required.

    • Professional Equipment: Officially tested for compatibility with major video conferencing devices like Logitech, AVER, Vaddio PTZ cameras, Microsoft Azure Kinect, Intel RealSense depth cameras, and Barco ClickShare systems.

    • Special Note: Please check if your device's USB-C port is recessed to ensure the plug can fully engage

      For more information about Phoossno's professional data cable products and customized solutions, please feel free to contact us.
      Official website: www.phoossno.com
      Customer Service Email: info@phoossno.com
      Make Phoossno's expertise the cornerstone of your system's outstanding performance.

       

Back to blog