Rackmount Optical Switch
Rackmount Optical Switch Rackmount Optical Switch Rackmount Optical Switch
JW8402

Rackmount Optical Switch

Optical path switching for network protection, signal routing, and automated test systems

Joinwit JW8402 rackmount optical switch is designed for fiber-optic path switching, link protection, and signal routing in optical networks and automated test systems. Its epoxy-free optical path and modular architecture combine wide wavelength coverage, low insertion loss, high return loss, and fast switching. Configurations including 1×2, 1×4, and 1×8 are available, with customized channel counts up to 1×256 for transmission equipment, test platforms, data centers, and other multi-channel optical switching applications.

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Features
  • Wide Wavelength Range and Fast Switching
    Supports a broad wavelength range with millisecond-level switching for multi-band applications and dynamic optical path control.
  • Epoxy-Free Optical Path
    The epoxy-free optical path is designed to resist temperature drift and vibration, supporting stable operation in long-term applications.
  • Remote Control and System Integration
    A serial communication interface supports remote control and software integration with automated test and network management systems.
  • Low Insertion Loss and High Return Loss
    Maintains low insertion loss and high return loss to help preserve optical signal quality during path switching.
  • Flexible Channel Configurations
    Available in 1×2, 1×4, 1×8, and customized configurations up to 1×256 to accommodate different system architectures.
Specifications
Rackmount optical switchSMMM
Working wavelength1260-1650nm850/1300nm
Test wavelength1310/1550nm850/1300nm
Insertion lossTYP:<0.8dB;MAX:<1.2dBTYP:<0.8dB;MAX:<1.2dB(850nm)TYP:<1.3dB;MAX:<1.7dB(1300nm)
Return loss>50dB>30dB
Isolation>55dB>30dB
Repeatability<0.05dB<0.05dB
Wavelength-dependent loss≤0.25dB≤0.2dB
Polarization-dependent loss≤0.05dB≤0.05dB
Switching time≤10ms≤15ms
Fiber typeSM (9/125μm)MM (50/125μm)MM (62.5/125μm)
Connector typeFC/PC
Monitoring portRS-232
Operating current50mA to 100mA50mA to 120mA
Supply voltageAC 220V
Life107 cycles
Max. allowable optical power500mW
Operating temperature0-60°C
Dimensions483*200*44mm (19-inch standard 1U rack)
Typical Applications
  • Optical Network Routing and Protection
    The rackmount optical switch is used in OTN, ASON, and related systems for optical-layer routing, wavelength scheduling, and self-healing link protection.
  • Multi-Port Test System Switching
    Supports automatic routing and switching of multi-channel optical signals in optical component production testing and fiber-optic sensing systems.
  • Data Center Optical Interconnects
    Enables flexible connections and bandwidth allocation between servers and switching equipment in optical backplanes and reconfigurable optical networks.
  • Research and System Simulation
    Provides a stable, reconfigurable optical switching platform for optical communication research and system simulation.
JW8402 Rackmount Optical Switch
JW8402 Rackmount Optical Switch
JW18001 OSW Multi-Channel Optical Switch
JW18001 OSW Multi-Channel Optical Switch
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Fiber Optic Test Equipment Manufacturer
Since 1998

We provide various testing equipment, measuring equipment, and monitoring equipment for the optical communication industry, and have accumulated a large number of professional technologies and mature solutions.

  • Engage in the research and development and manufacturing of desktop and handheld photoelectric testing instruments
  • The annual output of photoelectric testing equipment reaches 500,000 units
  • Passed ISO9001 series quality certification, 14001 environmental certification, CE certification, FC certification, RoHS certification, and many other international certificates
  • All products have 100% independent intellectual property rights, and provide OEM/ODM services
  • Our products have been recognized by Japan's NTT Communications, South Korea's SK Telecom, Deutsche Telekom, and the United States' Verizon, and have reached cooperation