1) 10 gigabit network
万兆网络
1.
The related technology and products equipments in the process of building applications of 10 gigabit networks are also preliminary discussed through 10 Gigabit laboratory building.
通过介绍及应用华为公司的IRF(Intelligent Resilient Framework智能弹性构架)技术,探讨了在高校进行万兆校园网络建设及改造建设的具体方案;并通过万兆实验室的建设初步探讨了万兆网络建设过程中应用的相关技术及产品设备。
2) 10G EPON
万兆以太网无源光网络
1.
Then we presented operation principles of both implementations especially for the 10G EPON based on WDMA with different speed in different di.
本文探讨了万兆以太网无源光网络(10GEPON)的不同实现方法:上行分别基于时分多址或者波分多址,对上行采用波分多址(WDMA)接入的实现方法进行了更为详细的研究。
3) 10 Gbit/s Ethernet passive optical network
万兆以太无源光网络
1.
Architecture of 10 Gbit/s Ethernet passive optical network(EPON) based on wavelength division multiple access(WDMA) using 10 Gbit/s broadcast in the downstream and 1 Gbit/s WDMA in the upstream is proposed,in which point-to-multipoint in downstream and point-to-point in upstream was adopted.
提出了一种下行采用10 Gbit/s广播,上行采用1 Gbit/s波分多址的万兆以太无源光网络体系结构,该结构实际上下行为点对多点,上行为点对点。
4) Gigabit Ethernet
万兆以太网
1.
The Study of 10Gigabit Ethernet 10GBASE-WX PHY;
万兆以太网10GBASE-WX PHY研究
2.
Based on the research of 10 Gigabit Ethernet demultiplexer structure, a high s peed 1∶4 demuxplexer (DEMUX) was designed, fabricated and test ed.
研究了万兆以太网接收芯片结构 ,并在此基础上设计、流片和测试了高速 1∶4分接芯片 ,采用 0 。
5) 10-Gigabit Ethernet
万兆以太网
1.
Data Decision IC with 90 Degree Tuned Phase Shifter Design for 10-Gigabit Ethernet;
具有90°可调移相的万兆以太网数据判决芯片设计
2.
The wider data path and the higher frequency bring new challenges to the implementation of 10-gigabit Ethernet MAC controller.
为了与10Gb/s的带宽相匹配,万兆以太网MAC层内部采用64位数据宽度,156。
6) 10G ethernet
万兆以太网
1.
This article presents analysis of the broadcast television service s demand towards MAN,the main principles of MAN planning,and two technological schemes for the broadcast television service of existing broad band network:MSTP(Multi-service transport platform)with RPR(Resilient Packet Ring)technology and 10G Ethernet with IRF(Intelligent Resilient Framework).
阐述了当前宽带骨干网络技术中适合广电业务的2种技术方案:采用RPR(内嵌弹性分组环)技术的多业务传输平台(MSTP)和采用IRF(Intelligent Resilient Framework)智能弹性架构技术的万兆以太网。
2.
According to the development of campus network,this article introduces 10G Ethernet to the design of campus network.
文章根据校园网的发展现状,提出将万兆以太网引入到校园网的设计中,结合万兆以太网在校园网中的具体实施方案,并对网络性能进行分析。
补充资料：发兆
1.讨个吉利。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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