In today's fast-paced world, the demand for high-speed and long-distance data transmission is ever-increasing. To meet this growing need, Sino-Telecom has constantly sought innovative solutions. In this blog post, we will explore a success story in the field of Data Center Interconnect (DCI) that showcases an application of ultra-high-speed and ultra-long-distance transmission using the G.654E optical fiber and EDFA optical amplifiers. Let's dive into the details!

Business Requirements:
The project aimed to establish an open optical network testing model based on the G.654E optical fiber. The transmission system utilized EDFA optical amplifiers to amplify the signal and achieve the desired results.

Solutions:
The solution involved testing a single-wave 200G system with a non-electric relay distance of at least 2600km and a minimum of 35 optical relay segments. Additionally, a single-wave 400G system was tested with a non-electric relay distance of at least 1000km and a minimum of 15 optical relay segments.

Case Study:
The implementation of this solution provided remarkable results, surpassing the expectations of the project. By utilizing the G.654E optical fiber and EDFA optical amplifiers, the transmission system achieved exceptional performance in terms of both speed and distance.

The single-wave 200G system demonstrated its capability to transmit data over a staggering distance of 2600km without the need for electrical regeneration. This breakthrough achievement was made possible through the use of 35 optical relay segments, ensuring a seamless and uninterrupted data flow. The system's ability to maintain high-speed transmission over such a long distance opens up new possibilities for businesses that require extensive data center connectivity.

Furthermore, the single-wave 400G system showcased its prowess by achieving a non-electric relay distance of 1000km. With a minimum of 15 optical relay segments, the system demonstrated its reliability and efficiency in transmitting large volumes of data over significant distances. This advancement in DCI technology allows businesses to expand their networks and connect data centers across vast geographical areas, facilitating seamless communication and data exchange.

From June 5th to 7th, 2023, the China Fiber Connect Forum (CFCF) Optical Connectivity Conference, jointly organized by Fiber Optics Online, Chord Industry Research Center, and Jiangsu Province Institute of Communications, was held in Suzhou.

More than 3,000 domestic and international experts, scholars, and professionals from the optical communication industry attended this grand event. Sino-telecom presented its stackable DCI wavelength transmission platform, which boasts a large transmission capacity, compact size, low power consumption, and convenient operation and maintenance. This platform finds wide applications in data center interconnection and the transmission of new-generation MAN.

Conclusion:
The successful implementation of this DCI application case study highlights the immense potential of ultra-high-speed and ultra-long-distance transmission in the field of data connectivity. By leveraging the G.654E optical fiber and EDFA optical amplifiers, businesses can overcome the limitations of traditional transmission systems and achieve remarkable results. This breakthrough paves the way for enhanced data center inter-connectivity, enabling organizations to meet the ever-growing demands of the digital era.

Thank you for your trust and support! For any further inquiries or to learn more about related product information, please feel free to contact us or visit our website at Sino-Telecom Technology Co., Inc.