基于FPGA的通用EPON协议分析

该文阐述了基于以太网的无源光网络(EPON)的体系结构和基本特点,并详细描述了其控制协议IEEE802.3ah的特点。同时说明了对EPON协议进行分析的意义,以及如何用FPGA实现EPON协议分析。

EPON协议参考模型

本文结合G．983规范的建议，介绍了EPON协议参考模型，并重点描述了协议参考模型中的基于帧的仿真子层，以及点到点仿真子层和共享仿真子层的工作过程。

烽火通信力推SIEPON标准

由烽火通信承办的第4次SIEPON（IEEE P1904．1）会议于2010年8月24日至26日正式召开。继2010年2月、4月和6月分别在美目Piseataway、中国上海和韩国釜山成功何开之后，今年8月年移师北京，进一步讨论该标准的技术细节。

Design and implementation of ethernet passive electronic network over coax

To increase the limit of ethernet over coax （EoC） technology in the bidirectional reform of the hybrid fiber coaxial （HFC） network, an ethernet passive electronic network （EPEN） system based on Coax is proposed and experimentally demonstrated in this paper. The proposed EPEN exploits the existing capabilities of the MAC layer in the ethernet passive optical network （EPON） for reduction of cost of the HFC network. As the MPCP （multi-point control protocol） is introduced in the EPEN, bandwidth control and higher efficiency can be achieved. The experimental results exhibit the throughput of system up to 100Mbps, which meet the requirements of HFC network. To improve the performance of EPEN, frequency division multiplexing （FDM） can be used for further increase of the throughput and more hardware processing modules in the future. can be implemented to enhance the capacity