包括了对exslt函数本机支持的处理器能够提供大多数的功能。
The most functionality can be offered by processors that include native support for EXSLT functions.
它的输出是支持工作负载所需的处理器数量的估计值。
Its output is an estimate of the number of processors needed to support the workloads.
还必须启用处理器对环境的支持。
You must also enable processor support for your environment.
这相当于在一个芯片或插槽上支持32个逻辑处理器。
This is equivalent to 32 logical processors on a single chip or socket.
惟一的限制是底层处理器必须支持新的虚拟化指令。
The only constraint is that the underlying processor must support the new virtualization instructions.
所有POWER 6处理器系统都支持这种模式。
此外，由极快的主板架构支持的多处理器架构的出现，似乎使得分布式文件系统问题变得不太重要。
In addition, the appearance of multiple-processor architectures supported by extremely fast motherboard architectures seems to make distributed file system issues a lesser priority.
首先，确保您的处理器可以支持变频。
First, make sure that your processor can support frequency scaling.
企业版最多支持八个处理器和 64GB的RAM。
The Enterprise Edition supports up to eight processors and 64GB of RAM.
处理器的处理能力每年都在增加，为了支持高速的处理器，系统也应提供充足的内存。
The processor's power capacity increases year-by-year, and to feed fast processors the system should include sufficient memory.
IBM刀片服务器支持多种处理器技术和操作系统，以允许用户在单一架构中完成多项不同工作。
IBM blade servers support a wide selection of processor technologies and operating systems to allow clients to run all of their diverse workloads inside a single architecture.
如果给定该信息，预计将需要97%的单引擎处理器来支持该用户社区。
Given this information, you project that you need 97 percent of a single-engine processor to support this user community.
KVM两个最大的缺点是需要较新的能够支持虚拟化的处理器，以及一个用户空间的QEMU进程来提供I/O 虚拟化。
The two biggest drawbacks to KVM are that it requires newer virtualization-capable processors and a user-space QEMU process to provide I/O virtualization.
它是64位的文件系统，虽然它是在原来的JFS的基础上开发的，但却较之有所改进，即：JFS2具有更优的扩展性能，而且支持多处理器架构。
JFS2 is a 64-bit file system that, although based on the original JFS, was enhanced to be more scalable and support multi-processor architectures.
在理论上，最大值还可以更高，但在没有能力对其测试之前，微软并不希望支持更高数值的逻辑处理器。
The theoretical maximum is much higher, but Microsoft doesn't want to support it until they have the ability to test it.
这些代码是Linux 所支持的所有处理器体系结构所通用的。
This code is common to all of the processor architectures supported by Linux.
两个4 核处理器，支持并发多线程
该支持是在Microsoft正式使得支持该处理器架构的 64位Windows副本可用之后实现的。
This support comes after Microsoft officially made available a copy of 64-bit Windows that supports this processor architecture.
Codezero还专门针对嵌入式系统设计，支持多核处理器和基于ARM的设计。
Codezero was also designed specifically for embedded systems and supports multicore processors as well as ARM-based designs.
优点：非常稳定，卓越的质量控制，超过20,000数量的软件;比任何其他的Linux发行支持更多的处理器架构
Pros: Very stable; remarkable quality control; includes over 20,000 software packages; supports more processor architectures than any other Linux distribution
因为hpmcount不支持针对每个处理器收集数据，所以来自不同处理器的事件累计为一个值。
Because hpmcount doesn't support per-processor data collection, the events from different processors are accumulated into one value.
新款iPod Touch加入了扬声器、声音控制、麦克风支持，并且改用更为强劲的处理器。
The 2,1 iPod Touch added a speaker, volume controls, microphone support and a much faster processor than the 1st generation model.
Windows的当前版本受制于它能够支持的逻辑处理器的数量。
The current version of Windows has a hard limit on the number of logical processors it can support.
模式感知处理器能够理解并支持这些约束facet。
A schema aware processor understands and supports constraining facets.
去年我们曾报道过，SQLServer 2008R2将支持256个逻辑处理器。
As we reported last year, SQL Server 2008 R2 will support 256 logical processors.
在 x86系统上支持最多 256 个处理器 —— 原来是 64 个。
Support for up to 256 processors on x86 systems -- up from 64.
处理器直接提供了虚拟化支持(可以为多个操作系统虚拟化处理器)。
The processor provides the virtualization support directly (the ability to virtualize the processor for multiple operating systems).
因此，你要问自己的一个问题会是它支持何种处理器构架？
So, one question you might be asking yourself is what processor architectures are supported?
内容助理由一个或多个内容处理器组成，我们想要支持的每种内容类型分别有一个内容处理器。
Content assistants consist of one or more content processors, one for each content type that we want to support.
如果不能确定处理器类型(可能是因为不支持)，那么JIT为那个特定的JVM版本中设置的默认处理器生成一组指令。
If the processor type cannot be determined (possibly because it is not supported), the JIT produces a set of instructions for whatever the default processor is set to in that particular JVM version.
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