This is a very typical use of virtual Ethernet, because the communication is very fast and no additional hardware is required.
这是虚拟以太网的一个非常典型的应用，因为通信速度非常快，而且不需要任何另外的硬件。
That requires that at least one partition have both a physical Ethernet adapter, as well as a virtual Ethernet adapter that is connected to the other partitions.
但这需要至少有一个分区既拥有物理以太网适配器，又拥有连接到其他分区的虚拟以太网适配器。
The enablement and setup of virtual Ethernet does not require any special hardware or software.
建立和设置虚拟以太网不需要任何专门的硬件或软件。
When configuring the profiles of the VIO Servers on the HMC, create two virtual Ethernet adapters on each server.
在HMC中配置VIO服务器的概要时，在每个服务器上创建两个虚拟以太网适配器。
If you recall, you tried to change an adapter earlier that was configured with virtual Ethernet.
如果您回想一下，您以前应该尝试过更改使用虚拟以太网配置的适配器。
The screen shot of the second virtual Ethernet adapter for the VIO Servers should look the same.
VIO服务器的第二个虚拟以太网适配器的屏幕截图看上去完全相同。
In most cases, however, you will want to allow partitions connected to a virtual Ethernet to also communicate with the physical network.
不过，在大部分情况下，您需要连接到虚拟以太网的分区也能够与物理网络进行通信。
When VIO servers are created, they are assigned both physical Ethernet adapters and virtual Ethernet adapters.
在创建VIO服务器时，分配物理以太网适配器和虚拟以太网适配器。
The VIO servers then map these virtual adapters to physical Ethernet adapters, and those VIO client LPARs can communicate through the same device.
然后，VIO服务器把这些虚拟适配器映射到物理以太网适配器，这些VIO客户机LPAR可以通过相同的设备进行通信。
A gratuitous ARP request is sent on all virtual Ethernet adapters to update the ARP caches on all external switches and systems on the network.
一个ARP请求被发送到所有虚拟以太网，从而更新网络上所有外部交换机和系统上的ARP缓存。
The VIO client LPARs are told which virtual Ethernet adapters they should use for their communication.
告诉VIO客户机LPAR应该使用哪些虚拟以太网适配器进行通信。
Each partition can have up to 65,534 virtual Ethernet adapters connected to the virtual switch.
每个分区可以有最多65,534个虚拟以太网适配器连接到虚拟交换机上。
Create a dependency link from the virtual Ethernet connection unit in the virtual image to the L2 connection in the physical server.
创建一个从虚拟镜像中的虚拟化以太网连接到物理服务器中l2连接的依附性链接。
Then, the VIO client LPARs are told the virtual Ethernet adapters and VLAN Numbers they should access through an SEA mapping.
然后，通过sea映射告诉VIO客户机LPAR应该访问的虚拟以太网适配器和VLAN编号。
Figure 5 depicts the example with the addition of a two virtual Ethernet LANs.
图5展示的是添加了两个虚拟以太网lan的示例。
The TAP driver allows the guest operating system to read or write raw Ethernet frames to a virtual Ethernet device (extended to user space).
TAP驱动程序使访客操作系统能够将原始以太网帧写到一个虚拟以太网设备(用户空间的扩展)。
Add a virtual disk definition unit and a virtual Ethernet connection unit to the virtual image.
向虚拟化镜像添加一个虚拟的硬盘定义单元和一个虚拟的以太网连接单元。
From this menu you can see the virtual Ethernet adapter we created previously with the 383 primary VLAN and the 373 additional VLAN.
在这个菜单上，可以看到前面创建的虚拟以太网适配器（主VLAN 为 383，辅 VLAN 为 373）。
Method 2: Integrated virtual Ethernet (IVE).
方法2：集成虚拟以太网(IVE)。
The slot Numbers of the virtual Ethernet and virtual SCSI client adapters for the AIX client partition (on the partition profile) must match on both CECs.
在两个cec上，AIX客户机分区的虚拟以太网和虚拟scsi客户机适配器的槽编号(在分区配置文件中)必须匹配。
Figure 4 shows that the LPAR is configured with virtual Ethernet and virtual SCSI adapters.
图4显示这个LPAR配置了虚拟以太网和虚拟scs i适配器。
This is required in order for the virtual Ethernet devices to access the physical Ethernet adapter and the external network.
这是为了让虚拟以太网设备能够访问物理以太网适配器和外部网络。
Virtual I/O Server hosts logical I/O devices to the partitions, such as virtual SCSI disks and virtual Ethernet.
虚拟I/O服务器将逻辑 I/O设备分配给分区，如虚拟SCSI磁盘和虚拟以太网。
Once a physical adapter or LNAGG device has been mapped to a virtual Ethernet ID on the IVM, then the virtual adapter needs to be created for each logical partition.
把物理适配器或LNAGG设备映射到IVM上的虚拟以太网id之后，需要为每个逻辑分区创建虚拟适配器。
For increased storage capacity and bandwidth, virtual machine images were hosted on an external NFS appliance connected via a private 10 gigabit Ethernet LAN.
对于不断增长的存储容量和带宽，虚拟机镜像放在外部NFS设备上，通过私有10千兆ethernetLAN连接。
Step 3: Assign the virtual Ethernet ID to a physical adapter
步骤3：把虚拟以太网ID分配给物理适配器
You define virtual Ethernet and disk devices on the VIO Server and then make them available to the other LPARs on the system.
您在VIOServer上定义虚拟以太网和磁盘设备，然后使它们对系统上的其他lpar可用。
TAP is a virtual network kernel driver that implements an Ethernet device and as such, operates at the Ethernet frame level.
TAP是一个虚拟网络内核驱动，该驱动实现Ethernet设备，并在Ethernet框架级别操作。
After you enable a specific virtual Ethernet for a partition, a network device named ethXX is created in the partition.
当您为某个分区启用了一个具体的虚拟以太网之后，在那个分区中就会创建出一个名为ethxx的网络设备。
Active Memory Sharing can be configured with the same high level of availability and flexibility that you are used to from virtual SCSI or Shared Ethernet configurations.
通过配置ActiveMemorySharing可以实现通常用虚拟scsi或SharedEthernet配置得到的同等可用性和灵活性水平。
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