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OLYCOM

Olycom 4 Port Fiber Bypass Module OBP Switch SC Connector Singlemode DC24V

Olycom 4 Port Fiber Bypass Module OBP Switch SC Connector Singlemode DC24V

$79.99 USD
$89.99 USD $79.99 USD
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The Olycom Fiber Optic Bypass Unit is a professional-grade optical protection device designed to safeguard and monitor fiber optic communication systems, ensuring uninterrupted optical transmission even when inline equipment powers off or fails.
By automatically switching the optical path upon power loss, it eliminates single points of failure in mission-critical fiber links — making it an essential component for network operators who cannot afford downtime in their metropolitan, enterprise, or industrial fiber infrastructure.

Key Features

  • Ultra-Low Insertion Loss — Typical ≤1.0 dB ensures minimal signal degradation across the optical path, preserving link budget in long-haul and cascaded deployments
  • Wide Wavelength Compatibility — Supports 850/1310 nm for multimode and 1310/1550 nm for single-mode fiber, covering the full range of common fiber optic standards
  • Low Crosstalk & High Return Loss — Maintains clean signal separation and stable communication quality across all switching states
  • Fast Optical Switching — ≤10 ms switching time minimizes traffic disruption during protection events, meeting the demands of real-time network environments
  • Wide-Range Dual Power Input — DC 12V–52V input range accommodates diverse power environments, from PoE-adjacent sources to 48V telecom rails; dual input adds redundancy
  • Power-Off Bypass Protection — Automatically maintains optical continuity when device power is lost, preventing a PSU failure from breaking the fiber link
  • Industrial Temperature Range — Operates reliably from -20°C to +70°C, suitable for outdoor cabinets and uncontrolled environments
  • Flexible Mounting Options — Compact 114 × 93 × 35 mm housing supports both DIN-rail and wall mounting; IP40-rated for indoor industrial use

Applications

  • Metropolitan Area Networks (MAN) — Protect fiber rings and backbone links from single-device failures, maintaining service continuity across city-wide infrastructure
  • Enterprise & Campus Fiber Networks — Integrate into core or distribution layers where optical uptime is critical to business operations
  • Laboratory & R&D Environments — Use in optical test benches, multiplexing experiments, and switching validation setups requiring precise, repeatable path control
  • System Monitoring & Optical Protection — Deploy as part of an optical layer protection scheme with real-time switching feedback for NOC visibility
  • Cascade & Ring Topologies — Designed for seamless integration into high-density fiber rings, ensuring each node can bypass without disrupting the rest of the chain
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