DC25_PAPER_Track06_EnhancedApplicationofHigh-SpeedFlexibleMaterialsintheArchitecture_shen_v2.pdf

1、 Information Classification:General Enhanced Application of High-Speed Flexible Materials in the Architecture Design of Network Core Equipment Dayong Shen Bytedance Jian Yang Ruijie Networks Chuansheng Cheng Bytedance Luoyi Fang Bytedance Feng Luo Bytedance Anbing Sun Ruijie Networks Jianwei Yu Broa

2、dcom I Lu Xiao Shengyi Electronics Guang Yuan Zhu Shengyi Electronics Yang Liu Shengyi Technology Chiji Guan Shengyi Technology Information Classification:General Abstract With the rapid development of network communication technology,the Serializer/Deserializer rate has developed from 25G to 112/22

3、4G.Driven by AIGC,the network hardware development speed is still accelerating.High speed,large capacity,and high power consumption make the design of the hardware system more and more complex,and the hardware architecture design of communication equipment has become more and more critical.At presen

4、t,the common architectures of cassette core switches include the traditional single PCB solution,the Mezzanine Connector solution,the Cable solution and the vertical mainboard architecture.Each architecture has its own characteristics.With the advent of the next-generation 100T switching chip,whethe

5、r the existing architectures can withstand the challenges of SI and heat dissipation design requires the joint efforts of system engineers.In addition,the breakthrough of innovative architecture solutions is also the goal that everyone pursues.This paper will utilize high-speed flexible materials an

6、d design several enhanced technical solution equipment architectures based on the existing architectures in the industry to achieve the optimal combination of high-speed SI performance and heat dissipation design.The key contents include the analysis of mainstream cassette switch architectures,the p