KVM在Linux环境中以主机的方式运行，不过只要底层硬件虚拟化支持，它就能够支持大量的来宾操作系统。
KVM operates in the context of Linux as the host but supports a large number of guest operating systems, given underlying hardware virtualization support.
在虚拟环境中，节约出来的内存可用于支持其他已虚拟化的服务器，从而提高物理硬件的利用率。
In a virtualized environment, this memory could be used to support additional virtualized servers, thus improving the utilization of the physical hardware.
本文还讨论了在Systemp中虚拟化的硬件、固件和操作系统支持。
This article also discusses the hardware, firmware, and operating system support for virtualization in System p.
具体到虚拟化，K VM新增了对嵌套分页和x86硬件任务切换的支持。
Specific to virtualization, the KVM additions add support for nested paging and x86 hardware task switching. ZDNet also points out.
对完全虚拟化和超虚拟化的硬件支持。
Hardware support for full virtualization and paravirtualization.
具体的配置取决于选择的虚拟化产品和提供支持的软件、固件和硬件。
The configuration depends on the virtualization products and the supporting software, firmware, and hardware that you have chosen.
对虚拟化的硬件支持包括在POWER 5中引入一些新的寄存器，以及对中断控制硬件的设计。
Hardware support for virtualization includes introduction of new registers in POWER5 and the design of the interrupt control hardware.
在于目前的移动处理器缺乏虚拟化的硬件支持，用户不可以在自己设备上添加虚拟化。
Current mobile processors lack virtualization support in the hardware. People can not add the virtualization to their own device.
在于目前的移动处理器缺乏虚拟化的硬件支持，用户不可以在自己设备上添加虚拟化。
Current mobile processors lack virtualization support in the hardware. People an not add the virtualization to their own device.
为了对虚拟化、硬件、固件和操作系统提供支持，我们需要必要的支持。
In order to support virtualization, hardware, firmware, and operating system, support is required.
如前所述，KVM使用底层硬件的虚拟化支持来提供完整的(原生)虚拟化。
As previously mentioned, KVM USES the underlying hardware's virtualization support to provide full (native) virtualization.
目前使用虚拟化解决方案的问题是，并非所有硬件都可以很好地支持虚拟化。
A problem with virtualization solutions today is that not all hardware supports virtualization cleanly.
BuildForge还支持服务器虚拟化，让您能够最大化您的硬件资源的价值。
Build Forge also supports server virtualization, enabling you to maximize the value of your hardware resources.
不过硬件供应商已经认识到了这种缺陷(以及其他一些问题)，并且已经开发了一些支持并加速虚拟化的新设计。
Hardware vendors have recognized this shortcoming (and others), and have produced new designs that support and accelerate virtualization.
从硬件模拟到完全硬件虚拟化，Linux支持很多种不同形式的虚拟化。
Linux supports many different forms of virtualization ranging from hardware emulators to pure hardware virtualization.
从3.0版开始Xen也开始支持借助硬件的虚拟化技术，如Intel的VT - x以及AMD的AMD - V。
Starting with version 3.0 however Xen is also able to make use of the hardware assisted virtualization technologies of Intel (VT-x) and AMD (AMD-V).
聚类与虚拟化可以好在需要额外的工作区，而又不想继续支付扩展的硬件支持的环境中工作。
Clustering with virtualization can work well in an environment that requires additional workspace without the desire to continue paying for extended hardware support.
聚类与虚拟化可以好在需要额外的工作区，而又不想继续支付扩展的硬件支持的环境中工作。
Clustering with virtualization can work well in an environment that requires additional workspace without the desire to continue paying for extended hardware support.
应用推荐