As artificial intelligence technology rapidly develops, the new generation of computing power is ushering us into an unprecedented era. The demand for high-speed data communication, driven by artificial intelligence, has become the central driving force behind the technological revolution. This demand is exponentially growing for 800G and 1.6T optical modules, which bring high-speed transmission and greater bandwidth to data centers, thereby supporting faster and more efficient computing.

Drawing on 16 years of extensive experience in optical communication testing, Dimension Technology supports the research, development, manufacturing, and testing of 800G active optical modules. This includes multi-interface and multi-protocol signal testing, module luminescence, light collection testing, optical performance testing of modules, and solutions for port detection and cleaning.

Protocol and signal testing

As bandwidth requirements in data centers rapidly expand, the optical communication sector is vigorously pursuing the development of higher-speed transmission standards. Among these, the 800G standard stands as a pivotal achievement. This advanced standard employs multiple parallel transmission channels, each capable of delivering 200Gbps. Alternatively, it can utilize an 8x100G configuration, cumulatively achieving a substantial bandwidth of 800Gbps. This approach marks a significant stride in addressing the escalating bandwidth demands in modern data infrastructure.

Dimension Technology offers a versatile high-speed optical module testing platform, equipped with multi-interface and multi-protocol capabilities. This platform includes BERT error meters and CDR clock recovery signal meters, specifically designed to assess the data transmission efficiency and error rate of optical modules. Additionally, it facilitates testing for network architecture compatibility in various data center environments, adapting to different traffic scenarios based on specific requirements. This adaptability ensures comprehensive evaluation aligned with diverse data center architectures and operational demands.

Optical Module Transceiver Testing

In the realm of high-speed communication, optical modules are essential for data transmission, playing a pivotal role in the system's stability and data transfer rate. The testing of light harvesting and emission in optical modules is a crucial step. This ensures their reliable performance in practical applications and adherence to established technical standards. Such testing is fundamental to validate the module's efficiency in transmitting and receiving optical signals, which is vital for maintaining the overall integrity and efficiency of communication systems.