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24CH PM Fiber Array | 127μm Pitch, 0° Flat Polish | Corning PM1550, Slow Axis to Key | High ER 25dB, Low IL <0.3dB PMFA

24CH PM Fiber Array | 127μm Pitch, 0° Flat Polish | Corning PM1550, Slow Axis to Key | High ER 25dB, Low IL <0.3dB PMFA

Detail Information
Channel Count:
24
Channel Spacing:
127μm
Insertion Loss:
≤0.3dB
Extinction Ratio:
≥18dB (typical 25dB)
Highlight:

24CH PM fiber array 127μm pitch

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PM fiber array Corning PM1550

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PMFA high ER 25dB low IL

Product Description
24CH PM Fiber Array | 127μm Pitch, 0° Flat Polish | Corning PM1550, Slow Axis to Key | High ER 25dB, Low IL <0.3dB PMFA
1. Product Overview

Gracyfiber manufactures a high-density 24-channel polarization-maintaining fiber array (24CH PMFA) using a highly stable quartz glass substrate, specifically designed for ultra-high-capacity coherent communication and high-precision sensing systems.

2. Product Features
Parameters Unit Spec. Value
Channel / 24 OK
Material / Quartz Glass OK
Channel Spacing μm 127 OK
Polishing Angle Degree OK
Package(L)X(W)X(H) mm 12*5.7*1.5 OK
Insertion Loss dB ≤0.3
Extinction Ratio dB ≥18 25
FA PM Fiber Alignment / PMII OK
Connctor PM Fiber Alignment / Slow Axis
Alignment Key
OK
Fiber Type / PM1550(Corning) OK
Fiber Tube mm 0.9 OK
Tube Color / Blue OK
Length m 1±0.1 OK
Connector / FC/APC OK
Operating Temperature (℃) 0~65 OK
Storage Temperature (℃) -40~85 OK
  • Ultra-low insertion loss (< 0.3 dB)
  • Ultra-high extinction ratio (> 18 dB, typical 25 dB)
  • Corning PM1550 polarization-maintaining fiber
  • FC/APC connector (slow axis keying)
  • High-precision 127μm channel pitch
  • High-precision 0° end-face grinding
  • High-density 24-channel quartz package (12*5.7*1.5mm)
  • PM II fiber array polarization alignment process
3. Applications
  • Ultra-high-speed coherent optical communication system packaging
  • High-density fiber optic sensing and measurement equipment
  • Silicon photonic integrated circuit (PIC) array coupling
  • Polarization-maintaining planar waveguide (PM PLC) device integration
  • Optical quantum computing and precision optical network test systems