About 60,000 subscribers have special adapters to receive and decode the signals.

大约60000用户有专用适配器来接收和转换信号。

Fortunately, we have adapters!

幸运的是，我们有适配器！

Both can work with adapters.

二者都可以与适配器一起工作。

What about the I/O adapters?

I/O 适配器如何？

Actually there are four adapters.

实际上有四个适配器。

They just got rid of the adapters.

他们仅仅是去掉了适配器而已。

Then we add the adapters.

然后，我们添加适配器。

Your host may have many FC adapters.

您的主机可能具有许多FC适配器。

You will have three Ethernet adapters.

有三个以太网适配器。

Let's look closer at what adapters are.

让我们深入了解一下什么是适配器。

The adapters now have ICONS on the pallet.

适配器现在在托盘上具有图标。

Each of the four adapters has two FC ports.

每个适配器都有两个 FC 端口。

Toolkits and adapters are available as well.

还可以获得工具包和适配器。

This concludes our introduction to adapters.

这就是有关适配器的介绍。

The same approach works with other adapters.

此方法还可用于其他适配器。

Figure 1. What are optimized local adapters?

图1 .什么是优化的本地适配器？

Data adapters, table adapters, and datasets.

数据适配器、表适配器和dataset。

Some adapters have many configurable options.

某些适配器具有多个可配置的选项。

Both support a wide variety of network adapters.

都支持多种类型的网络适配器。

A channel without endpoints or adapters is useless.

没有端点或适配器的通道毫无用处。

Instead, connectors and protocol adapters are used.

而是使用连接器和协议适配器。

Provide adapters that implement the common interface.

提供实现公共接口的适配器。

These virtual adapters are used as the control channel.

这些虚拟适配器用作控制通道。

Both CICS and IMS have two versions of resource adapters.

CICS和IMS都有两个版本的资源适配器。

You can assume, therefore, that it should not use adapters.

因此，您可以认为，它不应该使用适配器。

The approach to adapters seems quite reasonable and rational.

适配器的方法似乎是十分合理的。

Note the address (third) field, and pick one of the adapters.

请注意地址(第三个)字段，选择一个适配器。

From this figure you can see that each server has three adapters.

通过该图，您可以看到每台服务器都具有三个适配器。

Network interfaces are associated with specific network adapters.

网络接口与特定的网络适配器相关联。

Typically, the requestors and providers are connected via adapters.

通常，请求者和提供者经适配器连接。