通过SAN分配的硬盘的设备地址与这个卡相同。
And hard disks assigned through a SAN will have the same device address as the card.
具体地址分配的过程也会按照层次化的方式划分，每台主要的电气设备会向其控制器请求一个地址段。
The allocation process is again done in a hierarchical zoned way, with each major application requesting a block of addresses from its controller.
下面的代码展示了设备连接至外部总线并将其片选号编码进地址的地址分配。
The code below show address assignment for devices attached to the external bus with the chip select number encoded into the address.
媒体访问控制地址是分配给每个网络设备的惟一识别号。
Media Access Control address is assigned to each network device identification number only.
每一个网卡的MAC地址在所有以太网设备中必须是唯一的，它由IEEE分配，是固化在网卡上的，一般不能随意改动。
The MAC address that each net blocks is in equipment of all aether network must be exclusive, it is allocated by IEEE, it is solidify on net card, cannot alter at will commonly.
使用分层、分布式的方案自动分配设备地址。
Device addresses automatically assigned using a hierarchical, distributed scheme.
一旦被授予的访谒节制，IP地址可以分配和路由(或桥接，偶数)为特定的设备启用。
Once the access control is granted, the IP address can be allocated and the routing (or bridging, even) enabled for the particular device.
然而，随着个人电脑，智能手机和其他互联网接入设备的飞速增多，这些地址将被用尽。据估计，现今只剩8000万个能够分配。
However, the rapid growth in PCs, smartphones and other Internet connected devices means those addresses are close to being used up, with an estimated 80 million still to be allocated.
使用随机方案自动为设备分配地址。
Device addresses automatically assigned using a stochastic scheme.
网络设备必须配置成使用TCP/IP而且网络卡的IP 地址必须经由DHCP服务器获得。 如若不然，则必须分配静态IP 地址。
The network device must be configured to use TCP/IP and the IP address for the network card must be obtained through a DHCP server or you must assign a static IP address.
网络设备必须配置成使用TCP/IP而且网络卡的IP 地址必须经由DHCP服务器获得。 如若不然，则必须分配静态IP 地址。
The network device must be configured to use TCP/IP and the IP address for the network card must be obtained through a DHCP server or you must assign a static IP address.
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