The various network device drivers run at the interface layer, which receives and transmits data from and to the physical link.
各种网络设备驱动程序在接口层运行，该层从物理链路接收数据，并向物理链路传输数据。
Below the buffer cache are the device drivers, which implement the interface for the particular physical device.
缓冲区缓存之下是设备驱动程序，它实现了特定物理设备的接口。
These are the specific drivers that interface to the physical devices such as HBAs.
它们是一些可与物理设备(比如hba)链接的特定驱动器。
Access to physical memory: RT applications such as device drivers often need to get down to the metal.
对物理存储器的访问：诸如设备驱动程序之类的RT应用程序总是需要追溯根源。
Finally, there's the lower level, which represents the actual drivers for the physical interfaces that are applicable to SCSI (see Figure 3).
最后是较低层，代表的是适用于SCSI的物理接口的实际驱动器(参见图3)。
Even your physical volumes themselves are part of the logical layer, as the physical layer only encompasses the actual disks, device drivers, and any arrays that you might have already configured.
甚至物理卷本身也是逻辑层的一部分，因为物理层仅包含实际的磁盘、设备驱动程序和任何可能配置的阵列。
The link layer refers to the device drivers providing access to the physical layer, which could be numerous mediums, such as serial links or Ethernet devices.
链路层是指提供对物理层访问的设备驱动程序，这可以是各种介质，例如串口链路或以太网设备。
At the bottom of the network stack are the device drivers that manage the physical network devices.
网络栈底部是负责管理物理网络设备的设备驱动程序。
Describes the physical hardware in the computer, the way device drivers use that hardware, and mappings and related data that link kernel-mode drivers with user-mode code.
描述在电脑中的实体硬体、装置驱动程序使用该硬体的方法，以及连结核心模式驱动程序和使用者模式程序码之对应和相关的资料。
Describes the physical hardware in the computer, the way device drivers use that hardware, and mappings and related data that link kernel-mode drivers with user-mode code.
描述在电脑中的实体硬体、装置驱动程序使用该硬体的方法，以及连结核心模式驱动程序和使用者模式程序码之对应和相关的资料。
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