OSW Multi-Channel Optical Switch
OSW Multi-Channel Optical Switch OSW Multi-Channel Optical Switch
JW18001

OSW Multi-Channel Optical Switch

Scalable multi-channel optical switching for network routing and automated test systems

JW18001-OSW multi-channel optical switch is designed for optical path switching, channel selection, and link protection in optical networks and test systems. Its epoxy-free optical path and modular design provide wide wavelength coverage, low insertion loss, high return loss, and fast switching. Configurations from 1×8 to 1×256 are available to support applications ranging from laboratory testing to high-channel-count automated test systems and data center optical routing.

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Features
  • Fast, Low-Loss Optical Switching
    This optical switch combines wide wavelength coverage and millisecond-level switching with low insertion loss and high return loss for efficient optical signal routing.
  • Scalable Multi-Channel Design
    Supports configurations from 1×8 to 1×256, allowing the system to be adapted to different channel-count and integration requirements.
  • Epoxy-Free Optical Path Design
    Uses an epoxy-free optical path and integrated optical module design to improve mechanical stability and temperature tolerance while maintaining consistent optical paths and low polarization dependence during long-term operation.
  • Remote Control and Software Integration
    Standard serial communication and device-control protocols support remote operation and integration with automated test systems and optical network management platforms.
Specifications
Model JW18001-OSW-MM
Test wavelength850nm/1300nm
Insertion lossTYP:<0.8dB MAX:<1.2dB (850nm)
TYP:<1.3dB MAX:<1.7dB (1300nm)
Return loss≥30dB
Isolation≥30dB
Repeatability≤ 0.05dB
Wavelength-dependent loss≤ 0.2dB
Switching time≤15ms
Fiber typeMM (50/125um)
MM (62.5/125um)
Model JW18001-OSW-SM
Working wavelength1260nm to 1650nm
Testing wavelength1310nm/1550nm
Insertion lossTYP:<0.8dB MAX:<1.2dB
Return loss≥50dB
Isolation≥55dB
Repeatability≤0.05dB
Wavelength-dependent loss≤0.25dB
Polarization-dependent loss≤0.05dB
Switching time≤10ms
Fiber typeSM(9/125um)
Connector typeFC/PC
Monitoring portRS-232
Operating current50 mA–100 mA
Supply voltageAC 90–260 V (50 Hz)
Switching lifetime10⁷ cycles
Maximum allowable optical power500 mW
Operating temperature0–60 °C
Dimensions19-inch standard 1U rack (483 × 200 × 44 mm)
Typical Applications
  • Optical Network Switching and Link Protection
    Used in OTN, ASON, and related optical communication systems for optical path switching and link protection.
  • Multi-Port Test System Switching
    Provides automatic multi-channel signal switching for optical component testing, fiber-optic sensing, and other multi-port test applications.
  • Data Center Optical Interconnects
    Supports flexible optical connections and resource allocation in data center environments.
  • Research and Simulation Platforms
    Provides a stable, reconfigurable optical switching solution for optical communication research and test platforms.
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