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POWER6

POWER6

POWER6

POWER6

1

The source and destination servers must be at least POWER6 processor architecture-based systems .

源服务器和目标服务器必须至少位于基于 POWER6 处理器架构的系统中。

2

IBM has made significant progress in all three areas , much of it around the POWER6.

IBM （尤其是 POWER6 ）在这三方面都取得了重大进展。

3

Now that AMS is available to AIX and POWER6 customers , I thought it would be worth sharing my experience with the AIX community .

既然 AMS 已经可供 AIX 和 POWER6 客户使用了，我认为应该与 AIX 社区分享我的经历。

4

This method was what I considered , at the time , my preferred way of performing the migration to POWER6.

当时，我认为这是迁移到 POWER6 的最佳方法。

5

AMS has the potential to boost the return on investment and total cost of investment on your investment in POWER6 and PowerVM technology .

AMS 可能会大大提高在 POWER6 和 PowerVM 技术方面的投资的回报，降低总成本。

6

It is important not to confuse Live Application Mobility with another recently announced feature of POWER6 servers: Live Partition Mobility .

请注意，不要将动态应用程序迁移与另一个最近提出的 POWER6 服务器特性（动态分区迁移）相混淆。

7

These compilers have added flags that take advantage of POWER6 optimizations , mentioned previously in this article .

这些编译器添加了利用 POWER6 优化的标志，如本文前面所述。

8

Curious about how this difference could affect CPU performance , I changed the profile on the POWER6 machine to use dedicated CPUs.

我想知道这一差异如何影响 CPU 性能，所以修改了 POWER6 硬件上的概要文件以使用专用的 CPU 。

10

SMT is supported on the POWER6 processor and greatly enhances the performance of heavily multi-threaded applications .

SMT 在 POWER6 上得到支持，并且大大改进了多线程应用程序的性能。

12

In my environment , we have four IBM POWER6 shared processor pools that need to be monitored .

在我的环境中，有四个需要监视的 IBMPOWER6 共享处理器池。

13

Improvements have been made from version 3 . 3 to 4. 1, including POWER6 processor-specific optimizations to its C compiler, gcc.

版本 3.3 到 4.1 得到了改进，包括对其 C 编译器 gcc 的特定于 POWER6 的优化。

14

This chip design results in increased performance when compared to POWER6.

这种芯片设计能产生比 POWER6 还要高的性能。

15

The POWER6 has hardware support for decimal arithmetic .

POWER6 为十进制计算提供硬件支持。

16

CPUs in IBM POWER6 can now allow failed instructions to continue .

IBMPOWER6 中的 CPU 现在允许继续尝试执行失败的指令。

17

I noticed that the older POWER4 hardware used dedicated CPUs, while the newer POWER6 hardware had shared CPU pools with no caps .

我注意到老的 POWER4 硬件使用专用的 CPU ，而新的 POWER6 硬件使用不封顶的共享 CPU 池。

18

The POWER6 processor actually drops to 35 percent of power consumption when it is idle.

POWER6 处理器在空闲时的电力消耗实际上会下降 35%。

19

There are also VMX vector extensions for the IBM PowerPC 970 and IBM POWER6 processors that can increase the performance of vectorized code .

此外，还包含针对 IBMPowerPC970 和 IBMPOWER6 处理器的 VMX 向量扩展，它们能够提升向量化代码的性能。

20

In 2008 , UPMC migrated over 400 LPARs from POWER5- to POWER6-based servers , each taking less than one hour of downtime.

在 2008年，UPMC 把 400 个 LPAR 从基于 POWER5 的服务器迁移到了基于 POWER6 的服务器，每次迁移需要不到一小时的停机时间。

21

Timing for both programs was done with the driver program given in Appendix 3 , on a POWER6 computer running at 4 . 704 GHz.

两个程序的计时都是在附录 3 中给出的驱动器程序完成的，运行的环境是在 4.704GHz 下运行的 POWER6 电脑。

22

This article discusses my experiences when upgrading a POWER5 595 to a new POWER6 595.

本文介绍我从 POWER5595 升级到新的 POWER6595 时的经历。

23

24

I will outline the steps I performed before and after the POWER6 upgrade .

我将介绍在 POWER6 升级之前和之后执行的步骤。

25

26

In the background is the new IBM P570 (POWER6) system .

背景图是一台新的 IBMP570 （POWER6 ）系统。

27

The 2. 6 kernel and the POWER6 architecture contain features that can improve an application 's performance .

内核和 POWER6 架构包含能够改进应用程序的性能的特性。

28

This paper focuses on just one POWER6-based 595 with 56 CPUs.

本文主要讨论一台基于 POWER6 的 595 ，它有 56 颗 CPU 。

29

Application use of POWER6 storage keys are enabled in AIX 5. 3 and the AIX kernel .

在 AIX5.3 和 AIX 内核中允许应用程序使用 POWER6 存储键。

30

For example , both POWER5 and POWER6 can operate on 64-bit mode and are therefore compatible .

例如，POWER5 和 POWER6 都可以采用 64 位模式，因此是兼容的。

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