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| Property | Parameter | Description |
|---|---|---|
| Product Name | Special Optical Fiber | High-performance specialty optical fiber for advanced photonic and sensing applications |
| Fiber Type | Single-mode / Multi-mode / Polarization-maintaining / Photonic Crystal | Various fiber architectures available depending on application requirements |
| Material Grade | Ultra-low OH Silica / Fluoride Glass / Chalcogenide / Polymer | Equivalent to Corning SMF-28, Nufern PM-1550-HP, and OFS specialty grades |
| Standard Compliance | IEC 60793-2, ITU-T G.652, ITU-T G.657, TIA-568 | Compliant with international optical fiber performance and geometry standards |
| Core Diameter | 4 µm – 200 µm | Customizable core size; single-mode typically 8–10 µm, multi-mode 50–62.5 µm |
| Cladding Diameter | 80 µm – 400 µm | Standard cladding 125 µm; specialty fibers available in non-standard diameters |
| Numerical Aperture (NA) | 0.10 – 0.50 | Defines light-gathering capability; higher NA for multi-mode and specialty fibers |
| Operating Wavelength | 200 nm – 20,000 nm | UV-VIS (200–400 nm), NIR (800–1700 nm), MIR (2–20 µm) depending on material |
| Attenuation | ≤ 0.18 dB/km @ 1550 nm (SM); ≤ 2.5 dB/km @ 850 nm (MM) | Ultra-low loss silica fiber; specialty fibers may have higher attenuation per design |
| Tensile Strength | ≥ 700 kpsi (4.8 GPa) | Per IEC 60793-1-31; proof-tested to ensure mechanical reliability during installation |
| Bend Radius | Macro-bend: ≥ 5 mm (bend-insensitive); Standard: ≥ 30 mm | Bend-insensitive grades per ITU-T G.657.A1/A2/B3 for tight routing environments |
| Coating Material | Dual-layer Acrylate / Polyimide / PEEK / Carbon | Polyimide and carbon coatings for high-temperature (up to 300°C) and harsh environments |
| Coating Diameter | 155 µm – 900 µm | Standard 245 µm dual-layer acrylate; 900 µm tight-buffer for sensor applications |
| Surface Finish | Pristine silica surface; hermetically sealed (carbon-coated option) | Low surface defect density; carbon hermetic coating for hydrogen and moisture resistance |
| Application | Fiber lasers, medical imaging, distributed sensing (DTS/DAS), aerospace, defense, telecommunications | Suitable for LIDAR, gyroscopes, oil & gas downhole sensing, and high-power laser delivery |
| Certification | RoHS, REACH, MIL-PRF-49291, ISO 9001:2015 | Military-grade and commercial certifications available upon request |
| Packaging | Spool: 100 m – 10 km per reel; custom lengths available | Packaged on plastic or aluminum spools with protective wrapping; labeled per IEC standards |
| MOQ | 100 m (standard); 1 km (custom specialty grades) | Sample lengths available for qualification testing; bulk pricing for ≥ 10 km orders |
Initial Coating Diameter Inconsistency — Resolved Promptly by Supplier
Our first order of 3,000 m high-NA multimode fiber (100 µm core, 0.48 NA) for data center short-reach links showed coating outer diameter variation exceeding the ±5 µm tolerance on roughly 8% of the spools, which caused fitment issues with our connectorization tooling. I contacted the support team and within 24 hours a replacement batch was arranged at no charge, meeting TIA-492 and IEC 60793-2-10 specs correctly. The replacement arrived in 14 days. Issue appears to have been an isolated production batch problem. Post-resolution quality was fully acceptable and pricing remains attractive for bulk volumes.
Our first order of 3,000 m high-NA multimode fiber (100 µm core, 0.48 NA) for data center short-reach links showed coating outer diameter variation exceeding the ±5 µm tolerance on roughly 8% of the spools, which caused fitment issues with our connectorization tooling. I contacted the support team and within 24 hours a replacement batch was arranged at no charge, meeting TIA-492 and IEC 60793-2-10 specs correctly. The replacement arrived in 14 days. Issue appears to have been an isolated production batch problem. Post-resolution quality was fully acceptable and pricing remains attractive for bulk volumes.
