This thing's got a hundred megabit Ethernet as standard. Now why?

它的标准是100兆的以太网，原因何在？

The computer mouse was born here, as were icons, windows, Ethernet networking and the laser printer.

电脑鼠标，图标，windows操作系统，以太网以及激光打印机都诞生在这里。

Headphones, firewire, USB 2 ports, analog and digital video output, modem, ethernet for communications. Really nice.

头戴式耳机、火线接口、USB 2接口、VGA和DVI视频信号接口、调制解调器、通讯以太网接口。的非常棒。

It's got firewire and USB 2, a modem, analog and digital video output, ethernet. And it's really tiny.

有火线和USB 2接口，一个调制解调器，VGA和DVI视频信号接口，以及以太网接口。的非常小巧。

You can optimize your connection by using an Ethernet cable.

您可以使用以太网电缆优化连接。

And then you have your ethernet cable.

就有了以太网电缆。

I called the " tech support" person and they asked me to check my " Ethernet" connection.

我打电话给“技术支持”人员，他们让我检查我的“以太网”连接。

To solve this problem, Ethernet requires that each computer has a unique Media Access Control address, or MAC address.

为了解决这个问题，以太网要求每台计算机都有一个唯一的媒体访问控制地址，即 MAC 地址。

In its simplest form, a series of computers are connected to a single, common ethernet cable.

在其最简单的形式中，一系列计算机连接到一根普通的以太网电缆。

He asked me if I had checked the Ethernet connection from the modem to the router, and I said I did.

他问我是否检查了从调制解调器到路由器的以太网连接，我说检查过了。

Both Ethernet and WiFi use it, and so do many transmission protocols.

以太网和 WiFi 都使用它，许多传输协议也是如此。

So, computers simply listen to the ethernet cable, and only process data when they see their address in the header.

因此，计算机只是简单地监听以太网电缆，并且只在它们在标题中看到它们的地址时才处理数据。

Ethernet had a surprisingly simple and effective fix.

以太网有一个非常简单有效的修复方法。

These cameras capture high-quality images, necessitating the integration of an additional Ethernet network within the machine to handle the substantial data volume.

这些相机可捕获高质量图像，因此需要在机器内集成额外的以太网来处理大量数据。

With Xcode 9, you can use the connection type best suited for your needs—USB, Wi-Fi, or Ethernet—when connecting to your iOS and tvOS devices.

在 Xcode 9 里，可以用最符合需求的连接方式——USB、WiFi 或者以太网——连接到的 iOS 或者 tvOS 设备上。

This works really well; every computer made today comes with its own unique MAC address for both Ethernet and WiFi.

这的很好用；今天制造的每台计算机都有自己唯一的以太网和 WiFi MAC 地址。

Let go back to our earlier Ethernet example, where we had six computers on one shared cable, a.k.a. one collision domain.

让我们回到我们之前的以太网示例，我们有六台计算机在一条共享电缆上，也就是一个冲突域。

But even with clever tricks like Exponential Backoff, you could never have an entire university’s worth of computers on one shared ethernet cable.

但即使使用像指数退避这样的巧妙技巧，也永远不可能在一根共享的以太网电缆上拥有一整所大学的计算机。

And not only does it inject your games with better graphics it has multiple USB ports, an ethernet jack, video inputs and an SD card slot.

它不仅为您的游戏注入更好的图形效果，它还具有多个 USB 端口、一个以太网插孔、视频输入和一个 SD 卡插槽。

Although many LAN technologies were developed and deployed, the most famous and succesful was Ethernet, developed in the early 1970s at Xerox PARC, and still widely used today.

尽管开和部署了许多 LAN 技术，但最著名和最成功的是以太网，它于 1970 年代早期在 Xerox PARC 开，至今仍在广泛使用。