VIA Nano Outperforms Intel Atom in Actual Industry Performance Benchmarking tests通过纳米原子优于英特尔在实际行业性能基准测试

Previously we mentioned about以前我们提到 VIA’s Nano威盛的纳米 (codenamed Isaiah) processor that may outperform Intel famous Atom processor and threaten its market position in certain segments based on pre silicon benchmarking data, now there seems to be a clearer picture that can prove the Nano as a solid winner in terms of actual performance benchmarking test being performed and released by some independent third parties. （代号以赛亚）处理器，可能超越英特尔著名的原子处理器，并威胁其市场地位，在某些领域的基础上预先硅基准数据，现在似乎有更清楚的了解，可以证明纳米了坚实的赢家方面的实际业绩基准正在执行试验并释放出一些独立的第三方。 PC Perspective and HotHardware have been putting much effort to setup a standard test comparing BOXD945GCLF platform (with Intel Atom) against VIA Nano reference platform.电脑透视与HotHardware已经把很大的努力设置一个标准的测试比较BOXD945GCLF平台（英特尔Atom ）的对威盛纳米参考平台。

One thing to point out here, it may not be apple to apple comparison since VIA Nano is clocking at 1.8GHz, which is around 12.5 percent faster than Intel Atom at only 1.6GHz.有一件事在此指出，不得以苹果，因为苹果比较威盛纳米是时钟主频为1.8GHz时，这大约是百分之十二点五速度超过英特尔原子只有1.6GHz 。 Even taking this into consideration, VIA Nano still outperforms Intel Atom in most of the CPU benchmarking tests include those industrial standard 3DMark06 and PCMark06 that stress mostly on CPU and memory access.即使考虑到这个问题，威盛仍然优于纳米英特尔原子在大多数的CPU基准测试，包括工业标准3DMark06和PCMark06 ，压力主要在CPU和内存访问。 Based on actual figures, VIA Nano can perform at least 25 percent faster than Intel Atom in overall test results.根据实际数字，威盛Nano可以用来执行至少百分之二十五速度超过英特尔原子整体的测试结果。 No doubt, VIA Nano’s Out-of-Order execution has able to handle multiple complicated executions better as compared to Intel Atom’s In-Order execution even with Hyper-threading feature enabled.毫无疑问，威盛Nano的乱序执行已能处理多个复杂的处决更好地相比，英特尔原子的有序执行即使超线程功能启用。

Besides actual silicon performance, VIA’s platform is claimed to be an open platform that allows developers to explore and put in as much features as possible, as opposed to Intel conservative strategy with limited access to its X86 low level architecture.除了实际的硅性能，威盛的平台是自称是一个开放的平台，让开发探索和建立了功能可能，而不是保守的战略，英特尔有限进入其水平低的X86架构。 Furthermore, Nano processor is pin to pin compatible to C7 processor that makes it drop in replaceable as a quick successor for existing VIA’s C7 flavored board vendors.此外，纳米处理器管脚兼容，以C7处理器，使其下降，更换作为快速继承现有威盛的C7风格董事会供应商。

Nevertheless, Intel Atom still stands a great advantage in terms of low power consumption and ultra small form factor.尽管如此，英特尔原子仍然很大的优势而言，低功耗和超小型的外形。 Thanks to its 45-nanometer process technology that able to fabricate much thermal efficient silicon at a much smaller foot print.由于其45纳米工艺技术，该技术能够制造许多硅热效率在一个小得多的足迹。 So, depending on what the targeted market segment is, Intel Atom is still suitable for some small size battery operated devices such as MID (Mobile Internet Device), while VIA’s Nano can be used to handle more CPU intensive applications especially for those needed to be in UMPC (Ultra Mobile PC) or even Nettop for daily usage.所以，这取决于目标市场是，英特尔原子仍然是适合于一些小规模电池供电设备，如MID （移动互联网设备） ，而威盛的纳米可以用来处理更多的CPU密集型应用特别是对那些需要必须的UMPC （超移动PC ） ，甚至Nettop每日使用。

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