1.
Throughput varies from 160K bit/sec to 10M bit/sec.
吞吐量可在160千位/秒至10兆位/秒之间变化。
2.
For example, with a bit rate of 2.5G bit/sec, the number of slots is around 4,800.
例如，位速率为2.5千兆位/秒时，隙的数量约为4800。
3.
The 64bit PCI bus has higher throughput (2G bit/sec).
64位pci总线拥有更高的吞吐量（2千兆位/秒）。
4.
Fast data rate, up to 100 megabits per second (Mbps) or over.
其数据传递速率高，可达100兆位/秒（Mbps)甚至更高。
5.
In considering gigabit-per-second upgrades for servers and power workstations, users must select Gigabit Ethernet NICs carefully.
在考虑服务器和高性能工作站向千兆位/秒升级时，用户必须谨慎地选择千兆位以太网卡。
6.
User makes a session request that requires 50M bit/sec of bandwidth.
用户做了一个会话请求，这个请求需要50兆位/秒的带宽。
7.
USB, at 12M bit/sec., is about 10 times faster than a serial port and much smaller.
USB的速度为12兆位/秒，约比串行口快10倍，也小得多。
8.
Full-motion, digitized and uncompressed video requires a data transfer rate of roughly 270M bit/sec.
全活动、数字化和未压缩的视频需要大约270兆位/秒的数据传输率。
9.
The data connection is an IEEE802.3--compliant 10M or 100M bit/sec Ethernet port on a router.
这种数据连接是路由器上一个符合IEEE802.3标准的10兆或100兆位/秒以太网端口。
10.
With the 32bit PCI bus, computers have the capacity to burst traffic at 1G bit/sec.
有了32位pci总线，计算机就拥有将信息流量提升到1千兆位/秒的能力。
11.
Now a new high-rate extension to the standard,802.11b,lets wireless networks support data rates up to 11M bit/sec.
现在对此标准的一个新的高速扩展，能让无线网支持高达11兆位/秒的数据速率。
12.
Now a new high -rate extension to the standard, 802.11b, lets wireless networks support data rates to 11M bit/sec.
现在对此标准的一个新的更高速扩展，能让无线网支持高达11兆位/秒的数据速率。
13.
By installing an Ethernet switch, users can provide stations with dedicated 10M bit/sec bandwidth without changing network adapter cards.
通过安装一个以太网交换机，用户就能拥有10兆位/秒专用带宽的工作站，而无须更换网卡。
14.
The ability to scale from 10 to 100 to 1000 Mbps will be a powerful driver for widespread deployment.
从10扩至100、再至1000兆位/秒的能力将是推动它广泛应用的有力驱动力。
15.
million of floating point operations per second
兆百万次浮点运算／秒
16.
Gigabit Ethernet (2)
千兆位以太网（2）
17.
Gigabit Ethernet (1)
千兆位以太网（1）
18.
or 1420 megacycles per second.
即秒1420兆周的精确无线电频率。