A highly integrated monolithic Multi-Service Transport Platform (MSTP) Application Specified Integrated Circuit (AS1C) MSEOSX8-6 has been fabricated with 0.18μm CMOS technology incorporating 26×10^6 transist...A highly integrated monolithic Multi-Service Transport Platform (MSTP) Application Specified Integrated Circuit (AS1C) MSEOSX8-6 has been fabricated with 0.18μm CMOS technology incorporating 26×10^6 transistors. The chip is designed to provide standard framing and mapping of 10/100/1000Mbit/s Ethernet, Resilient Packet Ring (RPR) and E1 traffics into protected Synchronous Digital Hierarchy (SDH) STM-1 transport payloads using hitless rate adaptation for optimum bandwidth utilization. It consumes 4W of power on average and utilizes 756 pin enhanced BGA package.展开更多
为解决区域保护控制系统分布式业务的对等通信需求,实现变电站间保护业务的对等通信机制,在现有电力系统多业务传输平台(multi-service transfer platform,MSTP)组网结构基础上研究基于MSTP的对等通信网络拓扑实现方案;同时研究适用于...为解决区域保护控制系统分布式业务的对等通信需求,实现变电站间保护业务的对等通信机制,在现有电力系统多业务传输平台(multi-service transfer platform,MSTP)组网结构基础上研究基于MSTP的对等通信网络拓扑实现方案;同时研究适用于电力系统分组传送网(packet transport network,PTN)的对等通信网络拓扑实现方案;为了弥补MSTP网络环网保护的缺陷,研究了基于高可靠性无缝冗余(high-availability seamless redundancy,HSR)环网技术的对等通信实现方案,并对各种方案进行对比,为将来区域保护控制系统的网络建设提供了有益指导。展开更多
文摘A highly integrated monolithic Multi-Service Transport Platform (MSTP) Application Specified Integrated Circuit (AS1C) MSEOSX8-6 has been fabricated with 0.18μm CMOS technology incorporating 26×10^6 transistors. The chip is designed to provide standard framing and mapping of 10/100/1000Mbit/s Ethernet, Resilient Packet Ring (RPR) and E1 traffics into protected Synchronous Digital Hierarchy (SDH) STM-1 transport payloads using hitless rate adaptation for optimum bandwidth utilization. It consumes 4W of power on average and utilizes 756 pin enhanced BGA package.
文摘为解决区域保护控制系统分布式业务的对等通信需求,实现变电站间保护业务的对等通信机制,在现有电力系统多业务传输平台(multi-service transfer platform,MSTP)组网结构基础上研究基于MSTP的对等通信网络拓扑实现方案;同时研究适用于电力系统分组传送网(packet transport network,PTN)的对等通信网络拓扑实现方案;为了弥补MSTP网络环网保护的缺陷,研究了基于高可靠性无缝冗余(high-availability seamless redundancy,HSR)环网技术的对等通信实现方案,并对各种方案进行对比,为将来区域保护控制系统的网络建设提供了有益指导。