The application of fast ethernet in stock company;
快速以太网在证券公司中的应用
Analysis on Buffer Size of Receiver in Data Link Layer of Fast Ethernet;
快速以太网链路层接收方缓冲器容量分析
Network Optimization of Ship－based Combat System Based on Fast Ethernet;
基于快速以太网的舰载作战系统网络优化
The repeater of 100BASE-T4 fast Ethernet HUB is designed with VHDL.
用VHDL语言设计了100BASE-T4快速以太网HUB中数据转发器电路;分析了基于CSMA/CD协议的T4快速以太网HUB物理子层数据编码和传输机制;硬件结构包括端口控制电路、仲裁电路、时钟多路选择器电路、FIFO电路、核心控制电路、标志生成输出多路选择器电路;用MAX+PLUSⅡ软件进行了仿真调试和器件下载测试,结果表明该电路系统实现了数据转发目的并且满足CSMA/CD物理子层协议的要求。
Switched vs. fast Ethernet
交换式以太网与快速以太网
Fast Ethernet Configuration and Performance
快速以太网配置技术与网络性能分析
Gigabit Ethernet Technology and Fast Ethernet Upgrading
千兆位以太网技术与快速以太网的升级
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
Research of Fast Ethernet Communication Technology Based on DSP;
基于DSP的快速以太网通信技术研究
Design of Fast Ethernet Communication on PDR Monitoring System
PDR监控系统的快速以太网通信设计
Study of Point to Point Multimedia Communication on Switched Fast Ethernet
交换式快速以太网中点—点多媒体通信的研究
The industry's move to Fast Ethernet is setting records for speed and efficiency.
工业界正以创记录的速度和效率向快速以太网迈进。
This prevents fast Ethernet from being a good backbone technology choice.
这就妨碍了快速以太网成为一种好的主干网选择。
First, ATM to the desktop lost favor because Ethernet and Fast Ethernet were already well-entrenched in desktop connections.
首先，把ATM接到桌面系统已经失宠，因为以太网和快速以太网已经占据了桌面系统的连接。
In fact, top-of-the-line laser solutions leave even fast Ethernet behind.
实际上，高端的激光方案甚至把快速以太网也抛在后面。
Fast Ethernet won IEEE 802.3 standards approval in a mere 13 months.
快速以太网只用了十三个月就获得了IEEE 802.3标准的批准。
Another fast Ethernet limitation is that there are no routing interfaces available yet for 100Base-T.
快速以太网的另一个局限是没有供100Base-T用的路由接口。
This rapid acceptance points to the advantages of broad support and technology that builds seamlessly on previous standards.
（对快速以太网的）快速接受，表明了广泛支持和在先前标准上建立完美技术的优势。
Fast Ethernet sales are outpacing all other high-speed LAN technologies, according to International Data Corp.
据国际数据公司（IDC）调查，快速以太网的销售超过了其它高速局域网技术。
Furthermore, Fast Ethernet limits the distance between a computer and a hub to only 100 meters -- making careful network planning a necessity.
而且，快速以太网把计算机与集线器之间的距离限制在仅100米，这就必须细心地设计网络。
To fully implement fast Ethernet, users must invest in new adapters, hubs, switches and, in some cases, wiring.
为全面实现快速以太网，用户还须对网卡、集线器、交换机，甚至在有些情况下对连线进行投资。
These are basically upgraded Fast Ethernet products, and are best deployed around the edge of a gigabit core.
这些产品基本上是快速以太网的升级产品，最适合在千兆位核心网的外围边缘部署。