The 4ch AWG achieves extremely low optical signal loss through the use of advanced waveguide materials and optimized design. Its core waveguide structure is precision-machined to minimize energy loss during optical signal transmission. This extremely low optical signal loss design significantly improves overall network efficiency, maintaining high optical signal strength over long transmission distances, reducing the need for repeater equipment and lowering network deployment and maintenance costs. Furthermore, its low loss contributes to improved network reliability and stability, providing a strong foundation for high-capacity fiber connectivity.
The 4ch AWG utilizes a high-precision waveguide array design. By precisely controlling the waveguide length and refractive index, it achieves high-precision processing of optical signals. This design ensures signal purity in each channel, effectively preventing crosstalk and signal distortion between wavelengths. In high-speed fiber optic communications, the 4-channel AWG maintains extremely low insertion loss and polarization-dependent loss, ensuring high optical signal quality over long-distance transmission. Its high-precision optical waveguide array design provides reliable data transmission and improves overall communication system performance.
The 4-channel AWG's multi-channel design enables efficient, parallel transmission of multiple wavelengths of optical signals. Each channel can independently carry optical signals of different wavelengths, supporting transmission rates up to 100 Gbps, bringing the total system bandwidth to over 400 Gbps. This efficient multi-channel transmission capability significantly increases the capacity and flexibility of fiber optic networks, meeting the high-speed, high-bandwidth demands of modern communications. By processing multiple wavelengths in parallel, the 4-channel AWG effectively alleviates network congestion, improves data transmission efficiency and stability, and provides strong support for the optimization and upgrade of fiber optic networks.
Designed specifically for high-capacity fiber-to-big data center connections, the 4-channel AWG provides efficient and reliable optical network solutions. Its multi-channel transmission capability and extremely low optical signal loss ensure high-speed, stable data transmission between large data centers and fiber optic networks. Furthermore, the 4-channel AWG's high-precision optical waveguide array design ensures signal integrity and purity during transmission, preventing data loss and bit errors. These characteristics make the 4-channel AWG an ideal choice for large data center optical networks, providing strong support for their sustainable development.
КОНТАКТ США В ЛЮБОЕ ВРЕМЯ