gigabit
And gigabit Ethernet lies ahead, too.
千兆位以太网也已出现。
Gigabit Ethernet couldn't happen at a better time.
千兆位以太网的出现非常及时。
Gigabit Ethernet: 4-pair UTP Cat.
千兆以太网：4配对的utp猫。
Study On Routing Algorithm In Gigabit.
千兆以太网路由算法研究。
There are challenges for deploying Gigabit Ethernet.
应用千兆位以太网仍有挑战。
This faster bus speed is a major factor in gigabit readiness.
这种较高的总线速度是迈向千兆位的主要因素。
Gigabit,a unit of information equals to one billion bits.
千兆位：信息的单位，等于10亿位。
Network traffic generator can operate at Gigabit speeds.
网络传输发生器能操作在千兆位速
Gigabit, a unit of information equals to one billion bits.
千兆位：信息的单位，等于10亿位。
One of the gigabit NICs should be attached to one of your switches.
其中一个千兆网卡应该连接到你的一个交换机。
Gigabit Ethernet protocol analysis of Architecture and advantages.
千兆以太网的协议体系结构及其对他的优势分析.
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。
Gigabit Ethernet and ATM can be deployed strategically in different portions of the network for optimal results.
从策略上说，可以在网络的不同部分应用千兆位以太网和ATM，以获得最佳效果。
I suggest using Gigabit Ethernet for all connections between switches.
我建议在所有交换机间使用千兆以太网连接。
Intelligent Gigabit Ethernet adapters will evaluate net activity to determine which method to use at which time.
智能千兆位以太网适配器将评估网上活动，以确定在何时利用何种方法。
But Gigabit Ethernet is not a simple scaling up of the Ethernet we already know.
但是，千兆位以太网不是我们已知的以太网的简单升级。
Evolving this type of network to Gigabit Ethernet speeds requires no major architectural changes.
这类网络进展到千兆位以太网的速度不需要作大的体系结构改动。
And the technology continues to advance, with plans for full-duplex and gigabit Ethernet on the horizon.
随着全双工和千兆位以太网计划在地平线上的出现，技术继续向前发展。
The Enterprize Information Net Based on Gigabit Ethernet Technology.
基于千兆位以太网技术的企业网
Is it possible that the Gigabit Ethernet will replace ATM techniques?
千兆位以太网技术能否取代ATM技术?
The unifying network connection, in Cisco's view, is 10 Gigabit Ethernet.
统一的网络连接，在思科公司的认为，这是10千兆位以太网。
The application of Gigabit networks is based on the supports of the PDS.
千兆网的应用需要高性能综合布线系统的支持。
The next thing I'd recommend is installing two gigabit NICs in each server.
我要建议的另一个做法是在每个服务器上安装两个千兆网卡。
Is Gigabit Ethernet really just a higher-powered version of the standard Ethernet you've worked with for years?
千兆位以太网真是比已用多年的标准以太网能力更强的版本吗?
Using Fibre Channel interconnections, SANs deliver massive packets of data to the servers at gigabit speeds.
利用光纤通道互连，SAN以千兆位的速度把大量的数据包传送给服务器。
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。
This also will apply to Gigabit Ethernet interfaces on routers and many existing lower capacity switches.
这也适用于路由器和很多已有较低容量的交换机上的千兆位以太网接口。
At the same time, exploding bandwidth demands have led to the evolution in LAN technologies, such as Gigabit Ethernet.
同时，急剧加大的带宽要求已经导致了LAN技术的进步，如千兆位以太网。
Second, exclusively throwing bandwidth at problems, even Gigabit bandwidth, will serve only as a "bandwidth band-aid".
其次，只用带宽来解决问题，即使是千兆位带宽，也只起到“带宽补侗的作用（即不能彻底解决问题）。
Then, ATM started losing ground in campus backbones, as Gigabit Ethernet and Layer 3 switching came to the fore.
其次，ATM也开始在校园主干网方面丢失阵地，因为千兆位以太网和第三层交换走到了前面。
As with other technologies, buyers want to be sure that new Gigabit Ethernet products comply with technology standards.
正如其它技术一样，购买者需要确信新的千兆位以太网产品符合技术标准。
Gigabit Ethernet, or even Ethernet in general, may or may not be the best solution.
千兆位以太网、甚至一般的以太网，可能是、也可能不是最佳的解决方案。
And the technology continues to advance,with plans for full-duplex and gigabit Ethernet on the horizon.
随着全双工和千兆位以太网计划在地平线上的出现，技术继续向前发展。
As networks are evolving to gigabit levels,operating systems and CPUs of host systems are left to play catch-up.
随着网络发展到千兆位水平，机系统的操作系统和CPU就掉队了，需要赶上。
At the same time,exploding bandwidth demands have led to the evolution in LAN technologies,such as Gigabit Ethernet.
同时，急剧加大的带宽要求已经导致了LAN技术的进步，如千兆位以太网。
Certainly,Gigabit Ethernet will be the most familiar high-speed technology,and that's one of its major appeals.
答案是肯定的，千兆位以太网将是人们最熟悉的高速网络技术，这正是一个主要的吸引人之处。
Then,ATM started losing ground in campus backbones,as Gigabit Ethernet and Layer 3 switching came to the fore.
其次，ATM也开始在校园主干网方面丢失阵地，因为千兆位以太网和第三层交换走到了前面。
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。
Gigabit Ethernet,or even Ethernet in general,may or may not be the best solution.
千兆位以太网、甚至一般的以太网，可能是、也可能不是最佳的解决方案。
Using fibre channel interconnections,SANs deliver massive packets of data to the servers at gigabit speeds.
利用光纤通道互连，SAN以千兆位的速度把大量的数据包传送给服务器。
One kilobit( Kb) is1024 bits. One megabit( Mb) is1024 kilobits. One gigabit( Gb) is1024 megabits.
一格千比是1024比特。一兆比是1024千比特。一吉比是1024兆比。
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。
It is recommended that you dedicate a Gigabit Ethernet for every one or two partitions.
建议您每一个或两个分区提供一个Gigabit Ethernet。
Therefore, consider multiple switched fast Ethernet networks of gigabit Ethernet connections.
因此,请考虑使用多个可快速切换的、具有千兆比特以太连接的以太网。
One kilobit (Kb) is 1024 bits. One megabit (Mb) is 1024 kilobits. One gigabit (Gb) is 1024 megabits.
一格千比是1024比特。一兆比是1024千比特。一吉比是1024兆比。
I/O switching eliminates unnecessary protocol conversion and boosts server bandwidth to gigabit levels.
I/O交换消除了不必要的协议转换，把服务器的带宽提升到千兆位的水平。
As networks are evolving to gigabit levels, operating systems and CPUs of host systems are left to play catch-up.
随着网络发展到千兆位水平,，机系统的操作系统和cpu就掉队了，需要赶上。
At which OSI layer do the differences between standard Ethernet, Fast Ethernet and Gigabit Ethernet occur?
在标准乙太网路，高速乙太网路和千兆位乙太网路之间的差别在哪个OSI层发生?
Placing gigabit connections between the switches will prevent the switches from becoming a bottleneck.
在交换机之间建立千兆连接可以防止交换机成为数据传输的瓶颈。
Best of all, since Gigabit Ethernet is a true Ethernet medium, it will interface with your existing Ethernet network.
最好的是，千兆以太网是真正的以太网网络，它可以和你现存的任何以太网网络相连。