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The rapid development of technology cannot be separated from high-speed and high-bandwidth data transmission. Traditional 10 Gigabit Ethernet has been unable to meet this demand, so 400G Ethernet technology has become a new hot spot. As a key component of the connector, the 400G OSFP To QSFP-DD DAC

This summit is jointly hosted by the Science and Technology Committee of the China Radar Industry Association, the University of Electronic Science and Technology of China, and the China Radar Industry Association. It has invited numerous industry academicians, authoritative experts, and a large number of scientific and technological workers with a strong lineup to attend. It has attracted people from various fields such as radar and related industries, government departments, business, academia, and media More than 2000 visitors from various regions attended the conference

Faced with the challenges posed by the surge in network data traffic in major data hubs, cloud computing, and other markets, the deployment of high-speed data ports has been accelerated. There is an urgent need to upgrade from the existing 100G network architecture to a higher speed network architecture. Relatively speaking, the 800G era is still far away, and 400G is already a better choice for the post 100G era. Whether in terms of product applications, product performance, or economic applicability, the comprehensive advantages of 400G are quite obvious, It is currently a better choice for the interconnection of Leaf and Spine in DCI.

As an outstanding optical communication module supplier, Gigac Technology has officially released the 25G and 50G PON OLT series solutions suitable for the next generation of high-speed PON networks. Based on the industry's leading optoelectronic chip technology, it can support higher downlink line speeds of 50G and uplink line speeds of 25G, and the optical power budget covers or is compatible with existing ODN networks. This plan will help operators continuously promote the maximization of fiber optic value, while balancing network evolution and cost, and achieving continuous bandwidth upgrades.