Fiber Optic Equipment | Long-distance data transmission | High-speed capability (supports 100+ Gbps) | Minimal signal loss over long distances | High initial installation cost |
| | Electromagnetic interference resistant | Suitable for EMI-prone environments | Requires specialized installation skills |
Medical Laser Applications | Precise medical procedures | High power laser transmission (500+ mW output) | Enables minimally invasive surgeries | Requires laser safety precautions |
| | Step index fiber design | Enhanced focus and control | Limited flexibility in tight spaces |
Telecommunications | High bandwidth data centers | Multi-mode fiber options (OM3, OM4) | Supports dense wavelength division multiplexing (DWDM) | Higher attenuation than single-mode |
| | Customizable connector types (ST, SC, LC) | Adaptable to various network interfaces | Complexity in managing multiple types |
Networking Solutions | Urban broadband infrastructure | Durable outer jacket (UV and moisture resistant) | Long-term reliability in harsh environments | Potential physical damage if not protected |
| | Flexible length and connector customization | Tailored solutions for specific deployment needs | Higher cost for custom configurations |
Data Center Connectivity | Server and storage area networks | High-density patch cords (low insertion loss) | Efficient space utilization in racks | Requires precise cable management |
| | Standardized connector interface (SMA, LC, SC) | Easy integration with existing hardware | Compatibility issues with non-standard ports |
Industrial Automation | Automated manufacturing systems | Single-mode fiber for long reach (up to 40 km) | Reliable performance in automated processes | Higher cost than multi-mode fiber |
| | Resistant to environmental stress (chemical exposure) | Suitable for harsh industrial environments | Potential for damage from physical stress |