The technology is GPON, with also Optical Ethernet for business sites.
该技术是GPON的，也与光以太网的经营场所。
The optical Ethernet extends Ethernet technologies from LAN to metropolitan area network(MAN).
光纤以太网把以太网技术扩展到LAN之外，进入城域网（MAN） 。
A new technology called Optical Ethernet is beginning to revolutionize metropolitan-area networks (MAN).
一项叫做光以太网的新技术开始使城域网(MAN)发生变革。
This paper describes how to constructive the railway management information system transport platform based on optical Ethernet.
提出了构建基于光以太网的铁路管理信息传输平台方案。
The Optical Ethernet can deliver very high band width-100M bit/s, 1G bit/s or even higher-across districts and counties, at prices similar to today's 1.5M bit/s T—1s.
光以太网可以跨越地区提供极高的带宽——100兆位/秒、1吉位/秒，甚至更高，而其价格与今天的1.5兆位/秒的T-1线路相当。
Taking good advantages of the fledged optical Ethernet communication protocols and technologies to achieve a new method that has a high rate of capability to costing in building a wireless Ethernet.
在光无线以太网中利用现有的成熟有线以太网协议和技术，从而保证了系统的实用性及改善了系统的性价比。
Don't forget, the MacBook Air doesn't come with Ethernet or with an optical drive either.
可别忘了，MacBook Air并不配有以太网和光驱。
Ethernet passive optical network (EPON) which is a potential optical access technology based on Ethernet has become the current focus of research for broadband access technology.
无源光以太网(EPON)是一种基于以太网的光接入技术，具有很大的发展潜力，是目前宽带接入技术研究的热点。
This paper introduces a new Ethernet network, the Ethernet passive optical network (EPON).
文章介绍了一种新的基于以太网的无源光网络(EPON)。
An Ethernet passive optical network (EPON) is a point-to-multipoint network and there are threats to EPON security.
基于以太网的无源光网络(EPON)是一个点到多点的系统，面临着很多安全隐患。
The modeling of bridge functional entities is involved in the network element view information model. This model is applied in Ethernet passive optical networks (EPON) network management.
网元视点的信息模型主要对网桥功能实体进行建模，并将上述以太网管理信息模型运用到以太无源光网络(EPON)的管理中。
Ethernet passive optical network EPON is considered as the best solution for the "first mile problem".
基于以太网的无源光网络(EPON)被认为是当前解决接入网“第一英里问题”的最佳方案。
Ethernet passive optical network (EPON) has been hot in access network technology in recent years.
以太网无源光网络(EPON)是近年来接入网研究的热点。
Next, focus on the analysis of point-to-point active Ethernet broadband fiber-optic broadband systems and point to more passive optical characteristics of the system and applications.
接下来，重点分析了宽带点到点有源以太网光纤系统和宽带点到多无源光纤系统的特点和应用。
Nortel also said it is seeking buyers for the rest of the company's operations - enterprise, optical and Metro Ethernet among them.
北电还表示，它正在为公司其余的业务寻求买主，其中包括企业、光学和城域以太网等业务。
Ethernet Passive Optical Network (EPON) is viewed by many as an attractive solution to this problem.
以太无源光网络(EPON)是目前公认地最优秀的宽带光接入网解决方案之一。
It also offers 22x optical zoom, power over Ethernet, and progressive output for smooth reproduction of moving objects.
它还提供了22倍光学变焦，以太网供电和移动物体平稳图像的逐步输出。
So this paper focuses on the performance of Ethernet optical access network.
课题的网络性能研究主要基于高速光以太网。
The invention is mainly applied to the communication of the Ethernet passive optical network.
本发明主要用于以太无源光网络通信。
Especially suitable for EPON Ethernet passive optical network access technology FTTP fiber network system, broadband passive optical optical distributor (POS) use.
特别适用于EPON以太无源光网接入技术的FTTP光纤网络系统，作宽带无源光分路器(POS)使用。
We propose a new dynamic bandwidth allocation algorithm, which is based on grant-request method, for ethernet-passive optical network upstream multiple access scheme.
提出了一种建立在询问-应答基础上的新以太网无源光网络动态带宽分配算法。
Etherent passive optical network (EPON) has combined the advantages of Ethernet and passive optical technology. High speed accessing at lower price has been realized in this way.
以太无源光网络(EPON)结合了以太网技术和无源光网络技术的优势，能够以较低的价格实现高速接入。
This article introduces communication theory of optical fiber, model based on optical fiber Ethernet and choose of stipulations of an agreement.
本文介绍了光纤的基本原理、基于光纤以太网的集控站网络模型，以及通讯规约的选择。
The Ethernet Passive Optical Network(EPON) will be the most effective method for Access Network. It is important to provide a stable and effective Network Management System for EPON.
以太无源光网络（EPON）即将成为宽带接入的最有效的通信方法，为EPON系统提供一个稳定、有效的网络管理系统显得尤为重要。
The frame structures, design principles and network planning of system based on Ethernet Passive Optical Network (EPON) are described.
描述了基于以太网的无源光网络系统的框架结构、设计原则和网络规划；
GEPON (Gigabit Ethernet Passive Optical network) technology has become an "upstart" for access networks. It is an integrated access solution incorporating high-rate data, video and voice services.
千兆以太网无源光网络(GEPON)技术已成为网络接入技术的新贵，它是集高速数据、视频及语音业务于一体的综合接入解决方案。
Optical transceiver module combined with E1/T1 and Ethernet using PowerPC processor has extensive and practical means to real-time datum communication application.
应用光模块完成的E1／T1与以太网数据复接系统的设计具有广泛的应用价值。
Passive Optical Network is very strong in the Asia Pacific region, particularly Ethernet Passive Optical Network, which is huge in Japan and will roll out in China soon as well.
在亚太地区，被动光学网是十分强大的。特别是以太网无源光学网络，在日本十分巨大，并将会很快的席卷中国。
Passive Optical Network is very strong in the Asia Pacific region, particularly Ethernet Passive Optical Network, which is huge in Japan and will roll out in China soon as well.
在亚太地区，被动光学网是十分强大的。特别是以太网无源光学网络，在日本十分巨大，并将会很快的席卷中国。
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