Transceiver Arrayed Waveguide Grating Awg Array Awg Waveguide For 400Gb High Speed

The 4ch AWG achieves perfect adaptation to various wavelengths and signal transmission requirements through sophisticated optical design. Its core structure utilizes an arrayed waveguide structure, precisely controlling the waveguide length and refractive index to achieve accurate separation and multiplexing of optical signals of different wavelengths. This design ensures signal purity within each channel, effectively preventing crosstalk and signal distortion between wavelengths. Whether operating in the C-band or L-band, the 4ch AWG delivers excellent performance to meet diverse communication needs. In high-speed fiber optic communications, the 4ch AWG maintains extremely low insertion loss and polarization-dependent loss, ensuring high optical signal quality over long transmission distances and providing reliable data transmission.

The 4ch AWG offers excellent temperature stability, operating stably over a wide temperature range of -40°C to +85°C. The waveguide array design utilizes materials with a low thermal expansion coefficient, effectively minimizing the impact of temperature fluctuations on device performance. Even under extreme environmental conditions, such as high temperature, high humidity, or low temperature, the 4-channel AWG maintains high isolation and low insertion loss, ensuring the reliability and stability of optical communication systems. This excellent temperature stability makes it suitable for optical network deployment in a variety of complex environments, providing strong support for the stable operation of data centers.

Designed with the rigors of industrial environments in mind, the 4-channel AWG utilizes robust packaging materials and structural design to withstand external factors such as vibration, shock, and dust. Its excellent sealing performance effectively prevents the intrusion of moisture and corrosive substances, ensuring long-term stable operation in harsh industrial environments. Furthermore, the 4-channel AWG exhibits excellent electromagnetic compatibility, effectively suppressing external electromagnetic interference and ensuring the purity of communication signals. These features make it an ideal choice for industrial automation, smart manufacturing, and other fields, providing a reliable optical transmission solution for industrial communications.

Designed specifically for long-haul fiber transmission, the 4-channel AWG significantly reduces optical signal loss during transmission through optimized waveguide structure and materials. Its ultra-low insertion loss design ensures that optical signals maintain high strength over long-distance transmission, reducing the frequency of relay equipment use and lowering network deployment and maintenance costs. Furthermore, the 4-channel AWG boasts excellent dispersion management capabilities, effectively suppressing the dispersion effects of signals over long-distance transmission and ensuring the accuracy and reliability of data transmission. In long-distance communication scenarios such as backbone networks and metropolitan area networks, the 4-channel AWG can provide efficient and reliable optical network solutions, driving the continuous advancement of communication technology.