Customizable 4 Channel AWG Array for 1.6Tb High Speed Transceiver

High-Precision Optical Processing Ensures Signal Quality

The 4ch AWG achieves high-precision optical signal processing through sophisticated optical design. Its core is an arrayed waveguide structure, precisely controlling the waveguide length and refractive index to achieve precise separation and multiplexing of optical signals of different wavelengths. This design ensures signal purity in each channel, effectively preventing crosstalk and signal distortion between wavelengths. 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.

Excellent Temperature Stability Ensures Operation in Extreme Environments

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 deployments in a variety of complex environments, providing strong support for the stable operation of data centers.

Strong Anti-Interference Capability, Suitable for Complex Network Environments

The 4-channel AWG boasts strong anti-interference capabilities, enabling stable operation in complex optical network environments. Its waveguide array design effectively suppresses external electromagnetic interference and signal crosstalk, ensuring the purity of transmitted signals. In scenarios with dense fiber links or multiplexing, the 4-channel AWG maintains high isolation and prevents signal cross-contamination. This strong anti-interference performance makes it suitable for applications such as 5G networks and cloud computing, which require extremely high signal quality, providing reliable data transmission in complex network environments.

Suitable for High-Speed ​​Fiber Communications, Optimizing Data Transmission

Designed specifically for high-speed fiber communication systems, the 4-channel AWG significantly optimizes data transmission performance. Its multi-channel design supports transmission rates of up to 100Gbps, bringing the total system bandwidth to over 400Gbps, meeting the high-speed, high-bandwidth demands of modern communications. By processing multiple wavelengths in parallel, the 4ch AWG effectively alleviates network congestion and improves the efficiency and stability of data transmission. In addition, the 4ch AWG's low power consumption and high reliability make it an ideal choice for high-speed fiber-optic communication systems, providing strong support for the sustainable development of data centers. In key scenarios such as data centers and backbone networks, the 4ch AWG can provide efficient and reliable optical network solutions, driving the continuous advancement of communication technology.