LC OM3 Plug-In Fixed Fiber Optic Attenuator

APPLICATIONS

  • Optical signal attenuation in telecommunication systems.
  • Data center fiber optic systems.
  • Fiber optic test and measurement setups.
  • FTTH (Fiber to the Home) networks.
  • Long-distance fiber optic communication systems.
  • Signal power control in optical network devices and equipment.
Category

DESCRIPTION

The LC OM3 Plug-in Fixed Fiber Optic Attenuator is designed to offer precise and reliable optical power control in high-speed fiber optic networks. Optimized for OM3 multimode fiber, this fixed attenuator provides a straightforward and efficient way to reduce optical signal strength for applications requiring specific power levels. With its compact LC connector, this attenuator is ideal for space-constrained setups, offering both performance and reliability in a simple plug-in form.

Feature Details

LC OM3 Plug in Fixed Fiber Optic Attenuator

  • OM3 Fiber Compatibility: Optimized for OM3 multimode fiber, supporting high-speed data transfer and reducing signal loss in high-performance applications.
  • Plug-in Type: Quick and easy installation, no tools required for setup, making it ideal for quick deployments and ongoing maintenance.
  • Fixed Attenuation: Provides stable and precise attenuation, perfect for environments where optical power needs to be managed at a consistent level.
  • Low Insertion Loss: Ensures that the attenuator has minimal impact on signal integrity, ensuring efficient power management.
  • LC Connector: The LC connector is well-suited for high-density environments, ensuring reliable, secure connections in various fiber optic systems.

Product Specifications:

Connector TypeLC/UPCAttenuation Value1~25dB
Fiber ModeOM3Operating WavelengthSM: 1260-600nm,1310nm/1550nm; MM: 850nm, 1310nm
Insertion Loss≤50 dB (PC); ≤55 dB (UPC);≤65 dB (APC)Return Loss≥50dB
Gender TypeMale to FemaleAttenuation Tolerance(1-10dB)±0.5; (11-25dB)±10%
Ferrule TypeZirconia CeramicComplianceRoHS Compliant
Operating Temp.-20℃ ~ 70℃Storage Temp.-40℃ ~ 85℃

Application Details

LC OM3 Plug in Fixed Fiber Optic Attenuator1

  • Telecommunication Systems: Provides accurate signal attenuation to balance power levels and ensure optimal network performance across fiber optic networks.
  • Data Center Networks: Allows fine-tuning of signal strength for efficient power management in high-density fiber optic systems.
  • Fiber Optic Test Systems: Perfect for laboratory and field testing where fixed attenuation is required to simulate real-world signal conditions.
  • FTTH Networks: Ensures consistent signal strength at the customer premise, improving quality of service and network reliability.
  • Long-Haul Fiber Optics: Ideal for applications that require specific optical power levels to ensure the integrity of long-distance communication.

Selection Notes

  • Typically selected when an OM3 multimode LC patching environment needs a fixed, known attenuation value (1–25 dB) to prevent receiver overload or to normalize receive power during commissioning/testing in high-density data center links.
  • May not be appropriate when the link’s wavelength/fiber-mode plan isn’t clearly defined (OM3 is typically 850/1310 nm multimode) or when the required attenuation value is not matched to the actual link budget, since a wrong fixed value can under-power the receiver or mask underlying link issues during troubleshooting.

FAQ

Q1: What fiber type is this attenuator designed for?
It is specifically designed for OM3 multimode fiber applications.

Q2: What attenuation values are available?
Fixed attenuation values are available from 1 dB to 25 dB.

Q3: Is this attenuator suitable for high-speed data center networks?
Yes, it is optimized for OM3 fiber commonly used in 10G and higher-speed networks.

Q4: How is the attenuator installed?
It features a male-to-female LC plug-in design for quick installation without tools.

Q5: What wavelengths does it support?
It supports standard multimode wavelengths of 850 nm and 1310 nm.

Q6: Does the attenuator introduce significant signal loss?
No, it is designed with low insertion loss to preserve signal integrity.

Q7: Where is this attenuator most commonly used?
It is widely used in data centers, telecom systems, FTTH networks, and fiber optic testing environments.

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