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1·The server I used was an older, 1.2GHz Athlon XP server.

我使用的服务器比较陈旧，是 1.2GHz Athlon/XP 的服务器。

2·All test results were obtained using a 1.4ghz Athlon system with 256mb of DDR RAM, running RedHat Linux 7.2.

所有测试结果都是使用1.4 GHz a thlon系统(拥有256 MB DDR RAM，运行RedHat Linux 7.2)获得的。

3·AMD's website invites visitors to compare its different microprocessor offerings: The AMD Phenom, Athlon and Turion chips.

AMD的官方网站邀请游客们来比较他们不同类型的微处理器：羿龙、速龙，以及炫龙。

4·In the company of single core processors with the lowered energy consumption AMD athlon 64 also occurred the completion.

在该公司的单核心处理器与降低能源消耗的AMD A thlon 64也发生了完成。

5·While the Athlon Neo is not that much more powerful than the Intel Atom, it does deliver incremental performance benefits and a more powerful dual-core Neo processor option is promised.

虽然Athlon Neo并不比英特尔凌动处理器强大多少，但它的确带来了性能的小幅改善，而且联想还承诺将为X100e配备更为强劲的双核neo处理器。

6·Figure 1 shows the results of this timing test when called with loop counts ranging from 2k to 512k tests run on an Athlon 2200 + XP system running Mandrake Linux 9.1, using Sun's 1.4.2.

图1显示了用从2 k到512 k次循环进行调用时计时测试的结果(在运行Mandrake Linux 9.1的Athlon 2200 + XP系统上运行测试，使用Sun 1.4.2 JVM)。

7·Because my workstation has an AMD Athlon XP processor in it, I can use this handy -march=athlon-xp switch in gcc 3.x to automatically turn on the processor-specific optimizations such as SSE.

由于我的工作站中有一个 AMD Athlon XP 处理器，所以我可以使用 gcc 3.x 中 的这个便捷 -march=athlon-xp 开关来自动开启处理器特定优化，比如 SSE。