224G extremely fast connection opens a new era of high-speed cables!

         With the surge of digital economy, the high-speed copper cable market has ushered in a golden age. In the long run, the market potential for copper high-speed connectors is still huge. Relevant agencies pointed out that the current domestic high-speed cable market has exceeded the 10 billion yuan mark, and it is expected that the incremental market space for high-speed copper cables will be around 100 billion yuan in the future.As the Ethernet rate upgrades towards 800G and 1.6T, the Serder rate evolves from 56G to 112G or even 224G, and the copper cable transmission rate will also develop towards 224Gbps. High-speed copper interconnection will benefit related industrial chains such as copper cables and connectors, and major manufacturers in the industry are planning to meet the challenges of the 224 Gbps PAM4 architecture.

        The rise of 224G PAM4 technology is critical to the development of data center connectivity. With its superior speed, bandwidth and system architecture, this Gigabit Ethernet solution will redefine data center functions and help data centers meet the needs of rapidly developing artificial intelligence and data-intensive applications. With continued collaboration and innovation within the industry, 224G PAM4 technology will create a promising future that allows data centers to seamlessly meet the needs of an increasingly connected and data-driven world. Data centers continue to expand, and their requirements for bandwidth are getting higher and higher. The emergence of 224G PAM4 technology will bring revolutionary development and provide the required capacity and speed for the new generation of data centers. This breakthrough technology relies on high-speed SerDes (Serializer/Deserializer) Ethernet to enable astonishing 224Gb/s data transfer.High-speed data center technology is based on PAM4 signals, which use four amplitude levels to encode data. This architecture significantly increases data throughput compared to traditional approaches, making it a critical component to meet the growing demands of large-scale data centers while ensuring reliability and scalability.