Network type: 1 Gigabit Ethernet.
网络类型：千兆以太网。
And gigabit Ethernet lies ahead, too.
千兆位以太网也已出现。
They act like a gigabit Ethernet connection.
它们的表现类似千兆以太网连接。
Each device contains four gigabit interfaces.
每个设备包含四个千兆接口。
There are challenges for deploying Gigabit Ethernet.
应用千兆位以太网仍有挑战。
Ideally you should be using gigabit network connections.
理想情况是使用gb级网络连接。
Greater bandwidth is also available with 10 Gigabit Ethernet.
还可以用10GigabitEthernet提供更高的带宽。
Think of how much faster gigabit Ethernet is compared to Wireless n.
想想g级的有线网络比任何一款无线网络都快了多少吧。
If you are using a Gigabit Ethernet, you can use a jumbo frames option.
如果您使用的是GigabitEthernet，就可以选择极大帧。
Controller will benefit if the NIC is set on gigabit (if supported by switch).
如果NIC设置为gb级(如果交换机支持的话)，Controller将从中受益。
For simplicity, copper gigabit Ethernet cable provides cluster interconnection.
为简单起见，用千兆铜线以太网电缆提供集群的内部连接。
Virtual Ethernet provides roughly the same function as a 1 Gigabit Ethernet adapter.
虚拟以太网提供了与1Gigabit以太网适配器大致相同的功能。
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。
The most common and cheapest way to do this is to bond two Gigabit ethernet NICs together.
实现此操作的最常用和最便宜的方式是将两个吉比特以太网NIC 组合在一起。
The current routers or the exchangers offer gigabit Ethernet interface including multiple ports.
当前的路由器或交换机产品都提供多端口千兆以太网接口。
PS3 Linux can access either the gigabit wired ethernet or the 802.11g wireless, but not both at once.
PS3Linux既能够访问千兆以太网络，也能够访问 802.11g无线网络，但不能同时访问。
It has a 10 gigabit Ethernet card for high-speed, low-latency communication between members and CFs.
它有一个 10 千兆以太网卡用于成员与 CF之间的高速低延迟通信。
The 3016b has two built-in copper Gigabit Ethernet ports and 16 SFP interfaces, of which two can be fiber.
3016B有两个内置千兆以太口(铜)及16个SFP(光)接口，其中2个可以是光纤。
Google's service will provide Internet connections of one gigabit per second to as many as 500,000 people.
Google的服务可以同时满足500,000人每秒1g的网络连接速度。
Google's service will provide Internet connections of one gigabit per second to as many as 500, 000 people.
Google的服务可以同时满足500,000人每秒1g的网络连接速度。
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。
Further, 10-gigabit Ethernet (10gbe) is fully supported in Linux, permitting construction of high-performance SANs.
此外，Linux中完全支持10千兆位以太网(10 - gigabit Ethernet, 10gbe)，并允许构造高性能SAN。
Access to gigabit-per-second wired nets is already possible, although expensive, and will become progressively cheaper.
存取千兆每秒的有线网已经是可能的，尽管昂贵，仍将主见变得便宜。
The tech delivers four-gigabit-per-second data rates, far faster than anything previously available at consumer prices.
这一技术有每秒4千字节的数据传送率，比以往任何产品都要快得多，而且价格适宜。
In this configuration, a single 10 gigabit Ethernet card (MT 26448 with 2ports) is attached to each node in the cluster.
在该配置中，一个10千兆以太网卡(带有两个端口的MT 26448)连接到集群中的每个节点。
Gigabit Ethernet is now the standard network interface, although 10gbit network CARDS and infrastructure is becoming more accessible.
GigabitEthernet现在是标准网络接口，但10gbit网卡和基础架构正在逐渐流行起来。
Fast Ethernet was standardized in 1995, but only three years later, the next iteration of Ethernet came around: Gigabit Ethernet.
快速以太网在1995年被标准化，但仅仅过了3年，以太网的下一轮迭代又来临了：10千兆位以太网。
The two example switches are described because they are working, 100-percent non-blocking, and high-performance Gigabit Ethernet switches.
之所以描述这两个示例交换机，是因为它们提供了100%无阻塞以及高性能千兆以太网交换。
Gigabit Ethernet is extensively used over different kinds and lengths of fiber, where it hews more closely to its Fibre Channel pedigree.
尽管被广泛地应用在不同类型和长度的纤维上，但10千兆位以太网主要坚守着光线通道的血统。
Of course, compared to the 100 to 110 microseonds when using TCP over gigabit Ethernet, InfiniBand still provides a significant improvement.
当然，与通过千兆位以太网使用TCP时的 100 至 110微秒相比，InfiniBand已经有了很大提升。
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