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Rack Mount Programmable Chassis 1x16 Benchtop Optical Switch

Optical Switch Equipment
December 08, 2025
Category Connection: Matériel de commutation optique
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Les étiquettes:
#commutateurs optiques de la fibre 1x16 #Équipement multi de commutateur optique de la Manche #module de commutateur 1xN optique
Brief: Curious about how this performs in practice? Join us for a hands-on look at the GEZHI Rack Mount Programmable Chassis 1x16 Benchtop Optical Switch. In this video, you'll see a detailed walkthrough of its operation, from the front panel controls to remote management via RS232 and Ethernet. We'll demonstrate how it efficiently controls optical routes in fiber transmission and test systems, showcasing its fast switching and low insertion loss in real-world applications like network monitoring and R&D.
Related Product Features:
  • Features a programmable chassis supporting up to 16 ports for flexible optical route control and switching.
  • Offers fast switching times of ≤10ms between adjacent channels for efficient operation.
  • Provides low insertion loss of ≤1.2dB and high return loss of ≥50dB for optimal signal integrity.
  • Includes multiple control options: RS232, Ethernet, and manual selection via the front panel.
  • Equipped with an LED display panel for clear visualization of channel status and settings.
  • Supports automatic scanning with configurable channel and time interval settings.
  • Designed for benchtop or 19-inch 1U rack mount installation with compact dimensions.
  • Ideal for applications in system testing, network monitoring, and fiber optic component measurement.
Les questions:
  • What are the primary control methods for this optical switch?
    The optical switch can be controlled via RS232 serial port, Ethernet for remote management, or manually through the front panel buttons, allowing flexible operation in various environments.
  • What is the typical insertion loss and switching time?
    It features low insertion loss of ≤1.2dB and fast switching times of ≤10ms between adjacent channels, ensuring minimal signal degradation and efficient performance.
  • In which applications is this optical switch commonly used?
    It is widely used in optical fiber transmission systems for route control, LAN management, and testing applications such as fiber optic component testing, network monitoring, and research and development.
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