Holiday Special 1x2 Thin Film Based Wdm Combiner: 1434 Nm To 1512 Nm/1550 Nm To 1612 Nm (new) [eMnH7rLF]

1x2 Thin Film WDM Combiner: Advanced Optical Solution

Introducing the 1x2 Thin Film Based WDM Combiner, a cutting-edge optical device designed for high-performance applications in telecommunications and data communication. This combiner is a reliable solution for combining two bands of wavelength, offering seamless integration for ultra-long haul networks. With its state-of-the-art thin-film filter technology, the combiner ensures optimal performance and minimal loss, making it a must-have for building broadband, low-noise Raman amplifiers.

Technical Specifications and Performance

The 1x2 Thin Film WDM Combiner is engineered for superior optical performance. It boasts low insertion loss, ensuring efficient signal transmission without significant power degradation. The device features low PDL (Power Dependence on Length), which minimizes signal distortion over long distances. Furthermore, it exhibits negligible PMD (Polarization Mode Dispersion), resulting in a stable and consistent optical path. The combination of these features guarantees high stability and reliability, making it an ideal choice for demanding network infrastructures.

• Low insertion loss for efficient signal transmission
• Low PDL for minimal signal distortion
• Negligible PMD for stable optical paths

Applications and Benefits

This versatile 1x2 Thin Film WDM Combiner finds its application in various critical scenarios, particularly in the construction of broadband, low-noise EDFAs and Raman amplifiers for ultra-long haul networks. By offering high stability and reliability, the combiner ensures optimal performance for data communication systems, contributing to improved network efficiency and reduced operational costs. Whether you are a network engineer or a telecommunications professional, this combiner is an indispensable tool for achieving superior network performance.

• Optimized for building broadband, low-noise Raman amplifiers
• Targeted for use in ultra-long haul networks
• Contributes to improved network efficiency and reduced operational costs