6 gigahertz standard, and there's an option to go to 1.8 gigahertz if you want.

标版1.6千兆赫兹，如果你需要的话，也可以选择1.8千兆赫兹。

But even a present-day transistor operates at the Gigahertz.

但就算现在的晶体 都以千兆赫的频率运行。

I heard that Easy Listening 97.9 FM is the most popular.

我听说容易听调频97.9兆赫最受欢迎的。

It has the Intel 8286, so ten megahertz.

装的因特尔8286，所以 速度10兆赫。

So we decided to put in a G3 processor running at 233 megahertz.

所以我们决定安装个运行速度为233兆赫的G3处理器。

Bluetooth uses the 2.4 gigahertz frequency to communicate with other devices.

蓝牙通过使用 2.4 千兆赫的频率信号来与其他设备通讯。

A cordless phone is 5.8 gigahertz. This is wi-fi.

无线话5.8千兆赫 这个无线网络。

As for radio stations, most people think that Jazz 107.9 FM is really great.

至于广播台，大多数人认为爵士调频107.9兆赫很棒的。

There's got to be the computer that we want our desk to -- a G3 running at 233.

肯定有台我们想要的，配台运行速度为233兆赫的G3处理器。

With an Intel 8086 running at eight megahertz and a five-and-a-quarter-inch floppy drive, there was nothing I couldn't do.

内置英特尔8086以8兆赫运行，还有5.25英寸软盘驱动器，有了它我可以做任何事。

It's not to talk about MIPS and megahertz.

这不谈论MIPS和兆赫兹。

For example, your microwave is in this range and has a frequency of 2.45 Gigahertz.

例如，您的微波炉就处于此范围内，频率为 2.45 千兆赫。

Remember, once I hit scan, we'll have about 30 seconds before it reaches 103.7.

记住，我按下“搜寻”按钮 30秒后它就会到103点7兆赫。

It has one terabyte of storage and 16 gigabytes of DDR5 memory, clocked at 5,200 megahertz.

它具有 1 TB 的存储空间和 16 GB 的 DDR5 内存，主频为 5,200 兆赫兹。

These inverters can operate incredibly quickly and can easily reach the  gigahertz frequency range and higher.

这些逆变器运行速度极快，可以轻松达到千兆赫甚至更高的频率范围。

Note that, these frequencies are more commonly referred to as having a 2.4 to 2.4835 Gigahertz frequency band-width or range.

请注意，这些频率通常被称为具有 2.4 至 2.4835 千兆赫的频带宽度或范围。

One point of interest is that Bluetooth's frequency range of 2.4 Gigahertz to 2.4835 Gigahertz is shared by other industrial and medical devices.

值得关注的点，蓝牙的 2.4 千兆赫至 2.4835 千兆赫的频率范围与其他工业和医疗设备共享。

Well, as mentioned earlier, a 12 Gigahertz signal is  applied to the copper feed wire.

嗯，正如前面提到的，12 千兆赫的信号被施加到铜馈线上。

The bottom is  used to transmit at 13 Gigahertz while the top to receive at 11.7 Gigahertz.

底部用于以 13 千兆赫发送，顶部用于以 11.7 千兆赫接收。

The device you're watching this video on right now is almost certainly running at Gigahertz speeds - that's billions of instructions executed every second.

您现在正在观看此视频的设备几乎可以肯定以千兆赫兹的速度运行 - 即每秒执行数十亿条指令。