The example shown is from a two-chip Xeon motherboard.
显示的示例来自一个二芯片的Xeon主板。
With this in mind, we opted for a dual Xeon-based system.
记住这一点，我们选择了一种基于双xeon的系统。
Over the whole job the Virtualized Intel Xeon x5560 did 59.8% of the work.
在整个任务当中，虚拟的IntelXeonx5560完成了59.8%的工作。
Currently, Intel Pentium 4 Xeon processors have hyper-threading hardware built-in.
当前，IntelPentium4Xeon处理器具有内置的超线程硬件。
As for benchmarks, the TPC-E record is now held by NEC using 8 Intel Xeon processors.
在基准测试中，TPC - e记录由使用8个英特尔xeon处理器的NEC保持。
To accommodate these requirements, the development team and I used a quad-core Xeon-based server.
要满足这些需求，开发团队和我使用了一个四核的基于 Xeon 的服务器。
A Compute Unit is the computing power offered by a 1 GHz Opteron or Xeon processor manufactured in 2007.
一个计算单元相当于2007年产的1GHzOpteron或Xeon处理器的计算能力。
From older Pentium III Compaq blade servers, 8-way Xeon, Itanium and Opteron systems, to the latest POWER6.
从古老的奔iii康柏刀片服务器，8路的至强，安腾和Opteron体系，到最新的POWER6。
These systems will use next-generation Intel Xeon processors, codenamed Nehalem, and SGl InfiniteStorage 4600 units.
这些系统将采用英特尔公司的下一代Xeon处理器、代号为Nehalem的软件和SGI的InfiniteStorage 4600设备。
A 45-nanometer, quad-core Xeon processor is, on average, about two times faster than the previous-generation 64.
由Intel公布的评测显示，45纳米xeons处理器平均比上一代的64纳米双核Xeons处理器快两倍。
To testify its validity, we used the standard GA test function running on a COW cluster consisting of two double Xeon workstations.
并且，针对该框架使用通用遗传算法测试函数，在由两台双至强处理器的工作站组成的COW集群上进行了测试。
The Z800 can hold as much as 192GB of DDR3 memory, along with up to two Intel Xeon processors, with the 3.2GHz, quad-core W5580 being the top offering.
Z800最高支持192GBDDR3内存，能安装两块3.2GHz的四核W5580Xeon处理器。
Version of the Xeon (recommended the use of customers) is rich in various types of information, analysis of the powerful, simple and easy to upgrade.
至强版(推荐客户使用)有丰富的各类资讯，分析功能强大，升级简单轻松。
As stated previously, this test was performed on a machine with dual Intel Xeon 2.4 GHz processors and the majority of the processing power is used to handle the events.
如前面所述，此测试是在采用双intelXeon 2.4GHz处理器的计算机上进行的，其主要处理能力都用在了事件处理上。
Our overall experience and projections show that a single Xeon core can now happily generate a sustained ~0.5GB/sec of new objects when running common enterprise workloads.
我们的经验与推测表明在运行普通的企业负载的情况下，单核的至强可以产生~0.5GB/sec的新对象。
These figures were recorded on an IBM xSeries 360 server with 4 x 2GHz Intel Xeon processors, 3.5 GB of RAM, and Microsoft Windows 2000 (SP4), using non-persistent 1K bytes XML messages.
记录这些数值的实验环境为IBMxSeries 360服务器、4x2GHzIntelXeon处理器、3.5GBRAM、MicrosoftWindows 2000 (SP4)，并且使用非持久性的1K字节的XML消息。
The eight-socket rackmount RX900 S1, based on the Intel Xeon 7500 and QuickPath Interconnect, scales up to 64 processing cores, 2 TB of main memory and more than 120 GB of aggregated I/O bandwidth.
RX900S1是一款配有8个插槽的机架服务器，基于Intel至强7500平台和QuickPath互联技术。该服务器拥有64个处理器核，2TB主内容以及超过120GB的I/O带宽。
The eight-socket rackmount RX900 S1, based on the Intel Xeon 7500 and QuickPath Interconnect, scales up to 64 processing cores, 2 TB of main memory and more than 120 GB of aggregated I/O bandwidth.
RX900S1是一款配有8个插槽的机架服务器，基于Intel至强7500平台和QuickPath互联技术。该服务器拥有64个处理器核，2TB主内容以及超过120GB的I/O带宽。
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