Black Friday Doorbuster 1x2 Thin Film Based Wdm Combiner: 1420 Nm To 1470 Nm/1500 Nm To 1640 Nm Kit [0iaulV5h]

1x2 Thin Film WDM Combiner

Introducing our advanced 1x2 Thin Film Based WDM Combiner, a cutting-edge device designed to optimize your optical network performance. This powerful combiner leverages thin-film filter technology to seamlessly combine two distinct wavelength bands, ensuring optimal signal integrity and efficiency. With its exceptional low insertion loss, low PDL, and negligible PMD, this combiner is a game-changer for building robust, high-performance networks.

• Low Insertion Loss: Minimize signal degradation and maximize overall network efficiency.
• Low PDL: Maintain signal quality and reduce the risk of signal degradation over long distances.
• Negligible PMD: Ensure symmetrical transmission and enhance signal stability.

Technical Specifications

Our 1x2 Thin Film WDM Combiner boasts superior technical specifications that make it a standout choice for your networking needs. The device covers a wide wavelength range from 1420 nm to 1470 nm and from 1500 nm to 1640 nm, providing exceptional flexibility and compatibility with various network configurations. Its high stability and reliability ensure consistent performance in demanding environments.

• Wide Wavelength Range: 1420 nm to 1470 nm/1500 nm to 1640 nm
• Low Insertion Loss: Typically less than 0.5 dB
• Low PDL: Typically less than 0.2 dB
• Negligible PMD: Typically less than 0.1 ps

Applications and Benefits

This versatile 1x2 Thin Film WDM Combiner is ideal for a wide range of applications, including the construction of broadband, low-noise Raman amplifiers for ultra-long haul networks. Its high stability and reliability make it an excellent choice for building robust, high-performance networks that can handle the demands of modern communication systems.

• Ultra-long Haul Networks: Enhance network performance and reliability for long-distance data transmission.
• Broadband Applications: Support high-speed data transfer and seamless connectivity in various networking environments.
• Low-noise EDFAs: Build efficient and cost-effective Raman amplifiers for enhanced network performance.