1.
fibre optic Ethernet transceiver
光纤以太网收发信机
2.
Design of Optical Fiber Ethernet CCD System Based on NIOSⅡ
基于NIOSⅡ的光纤以太网CCD相机系统设计
3.
Automation System of Power Distribution Based on Technology of Self-Recover Fiber Ethernet
基于自愈式光纤以太网技术的配电自动化系统
4.
The Study of Fiber Optic Transceiver Based on Fast Ethernet;
基于快速以太网的光纤收发器的研究
5.
Fast Industrial Ethernet Technology and Application in Port
光纤工业以太网技术及其在港口的应用
6.
Design of optical fiber converter of Gigabit Ethernet based on FPGA
基于FPGA的千兆以太网光纤转换器的设计
7.
The hardware reliable design of signal detectcircuit in the optical gigabit Ethernet adaptor
光纤千兆以太网“光信号检测”电路硬件可靠性设计
8.
Fibre Channel can be used in conjunction with existing LAN technologies such as Ethernet and ATM.
光纤通道可与现有的局域网技术（如以太网和ATM）一起使用。
9.
The remote transmission system is based on Fast Ethernet industrial switches for the development of fault-tolerant fibre optic rings.
远程传输系统是基于快速以太网工业交换机为发展容错光纤环而设计的。
10.
The Research of EPON System;
以太网无源光网络（EPON）系统的研究
11.
Design of multicast in ethernet passive optical network system
以太网无源光网络系统中组播的设计
12.
fiber to the x
光纤到边,[台]光纤到点,光纤网络
13.
Modeling for Ethernet passive optical network receiver
以太无源光网络接收机的建模(英文)
14.
Build New Generation Broadband MAN with Optical Ethernet Technology
用光以太网技术建设新一代宽带城域网
15.
The Research of Multimedia Ethernet Passive Optical Net;
基于以太网的宽带多媒体无源光接入网的研究
16.
Investigation and Implement of Ethernet on Passive Optical Networks System;
基于以太网的无源光网络(EPON)系统的研究与实现
17.
Connection method of 1553B devices based on Ethernet passive optical network
基于以太网无源光网络的1553B设备互联方法
18.
"Optical-fibre networks can use DWDM (dense wavelength-division multiplexing), in which different data signals are sent in different wavelengths of light in the fibre-optic medium. "
光纤网络可以使用高密度波分多任务,不同的信息讯号以不同波长的光在光纤介质中传送。