1.
The ASIC Design of 10gbit/s Ethernet Physical Coding Subsystem Circuit;
万兆以太网物理层编解码电路的ASIC设计
2.
The Circuit Design of 10gbit/s and Gigabit/s Ethernet Physical Coding Subsystem;
万兆/千兆以太网物理编码子层芯片设计
3.
Design and Implementation of Coding Algorithm in Physical Coding Sublayer of Gigabit Ethernet
千兆位以太网物理编码子层编码算法与实现
4.
System Design and Implementaion of Physical Coding Sublayer in Gigabit Ethernet 1000BASE-T Transceiver
千兆以太网1000BASE-T收发器物理编码子层系统及芯片设计
5.
This paper proposed an optimal and feasible system design and implementation of 1000BASE-T physical coding sublayer.
提出了一种优化而可行的系统结构,并以硬件实现了千兆以太网物理编码子层.
6.
Gigabit Ethernet (2)
千兆位以太网（2）
7.
Gigabit Ethernet (1)
千兆位以太网（1）
8.
A Cmos Serializer for 10 Gigabit Ethernet & Sdh Stm-64;
万兆以太网及SDH STM-64用CMOS并串转换芯片设计
9.
The Research and Design of 10 Gigabit Uplink Extended Card in Ethernet Switch
以太网交换机中上行万兆扩展卡的设计与研究
10.
And gigabit Ethernet lies ahead, too.
千兆位以太网也已出现。
11.
Design of codec for the physical layer of 100G Ethernet
100G以太网中物理层编解码器设计
12.
The Technology of Gigabit Ethernet and the Implementation of Gigabit Ethernet Switcher
千兆以太网技术及千兆以太网交换机的实现
13.
The Integrate Circuit Design for 10-40Gb/s Optical Communication and 10 Gigabit Ethernet Clock-Recovery;
10-40Gb/s光通信与万兆以太网时钟恢复电路芯片研究
14.
Design of Gigabit Ethernet Interface for Real-Time Signal Processing System
实时信号处理系统千兆以太网接口设计
15.
Gigabit Ethernet is certain to drive some level of Layer 3 functionality into the network.
千兆位以太网肯定要推动某些第3层交换的功能进入网络。
16.
These new Layer 3 switches support Gigabit Ethernet speeds and provide wire-speed routing.
这些新型的第3层交换机支持千兆以太网的速度和提供高速路由。
17.
Ethernet Physical Layer Topology Auto-discovery Algorithm Based on SNMP
基于SNMP的以太网物理层拓扑自动发现算法
18.
The Design and Implementation of Gigabit Ethernet Network Traffic Monitoring System with Network Processor;
基于网络处理器的千兆以太网流量监测系统设计与实现