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High-Birefringence Panda Polarization-Maintaining Fiber – PMW-1310 for 1310nm Laser Pigtails and Sensitive Photonic Devices
Single-Mode PM Fiber with Low Crosstalk (≤-35 dB/2m), Optimized for Fiber Laser, Interferometry, and
Single-Mode PM Fiber with Low Crosstalk (≤-35 dB/2m), Optimized for Fiber Laser, Interferometry, and
Single-Mode PM Fiber with Low Crosstalk (≤-35 dB/2m), Optimized for Fiber Laser, Interferometry, and
Single-Mode PM Fiber with Low Crosstalk (≤-35 dB/2m), Optimized for Fiber Laser, Interferometry, and

High-Birefringence Panda Polarization-Maintaining Fiber – PMW-1310 for 1310nm Laser Pigtails and Sensitive Photonic Devices

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Winner PMW-1310 polarization-maintaining fiber is a high-performance single-mode specialty fiber engineered for applications requiring stable linear polarization states at 1310 nm, such as fiber lasers, interferometric sensors, and quantum optics systems.

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Troubleshooting assistance and system compatibility solutions, available whenever you need them.

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Tailored fiber count, length, and sheath color options to meet your specific requirements.

Key Features & Benefits

Delivering superior performance, reliable quality, and seamless connectivity to meet all your fiber optic communication needs.

Ultra-Wide Operating Window
Covers the full O, E, S, C, and L bands (1260–1625 nm), enabling true "full-spectrum" transmission for maximum bandwidth utilization and future-ready network scalability.
Low Water Peak Design
Minimizes attenuation at the 1383 nm water peak, unlocking the potential of the E-band and significantly expanding usable spectrum resources for high-capacity applications.
Exceptional Optical Performance
Delivers low attenuation across the entire spectrum and stable dispersion characteristics, ensuring seamless compatibility with DWDM, CWDM, and other dense wavelength multiplexing systems.
High System Compatibility
Fully compatible with existing 1310 nm infrastructure and equipment, ensuring seamless integration and protecting customers’ prior investments in legacy networks.
Robust and Reliable Structure
Features high-quality dual-layer coating with excellent stripability and mechanical protection, along with precise geometric control to ensure low splice loss and high connection efficiency.
Flexible and Lightweight Design
Offers high flexibility for easy routing in tight spaces and reduced load on support structures, particularly beneficial for medical devices and lighting systems.
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Product Overview

Winner PMW-1310 is a panda-type polarization-maintaining fiber featuring two symmetric boron-doped stress-applying parts (SAPs) that induce high linear birefringence along the slow axis. This structure effectively suppresses polarization mode coupling, delivering ultra-low polarization crosstalk (≤ -35 dB over 2 meters) and high extinction ratio in practical device assemblies.

With attenuation ≤0.8 dB/km at 1310 nm, precise mode field diameter (6.0 ±0.5 μm), and stringent geometric control, the fiber ensures low-loss splicing to standard SMF-28 or other PM components using rotational alignment fusion splicers. Its robust dual acrylate coating and ≥100 kpsi proof tension screening guarantee mechanical reliability during winding, packaging, and long-term operation in industrial environments.

Technical Specifications

Brand NameWinner
Model NumberPMW-1310-80-6.0/165
Fiber TypePanda-Type Polarization-Maintaining Single-Mode Fiber
Operating Wavelength1310 nm
Attenuation≤0.8 dB/km @1310 nm
Mode Field Diameter6.0 ± 0.5 μm @1310 nm
Cut-off Wavelength1100–1270 nm
Cladding Diameter125 ± 1 μm
Coating Diameter245 ± 10 μm
Polarization Crosstalk≤ -35 dB per 2 meters
Bow (Shoot Long)≤ 3.0 mm per meter
Tension Screening Level≥100 kpsi
Key FeaturesHigh geometric uniformity for consistent device yield
Excellent tapering and grinding performance
Stable polarization axis orientation
Low sensitivity to environmental perturbations

Applications

  • Pigtailed semiconductor and fiber lasers requiring polarized output
  • Polarization-maintaining fiber couplers, isolators, and circulators
  • Interferometric sensors (e.g., fiber optic gyroscopes, current sensors)
  • Coherent optical communication test setups
  • Quantum key distribution (QKD) and photonic quantum computing modules

Handling Notes

For optimal performance, align the slow axis (marked by stress rod orientation) during splicing and connectorization. Avoid excessive bending radii (<15 mm) to prevent induced birefringence distortion. Store and handle in clean, dry conditions to preserve coating integrity and polarization stability.

Quality Testing

Testing Compliance

Factory Acceptance Test (FAT) 100%
Environmental Testing 100%
Mechanical Testing 100%
Optical Performance 100%

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