VIA Nano Outperforms Intel Atom in Actual Industry Performance Benchmarking tests通過納米原子優於英特爾在實際行業性能基準測試

Previously we mentioned about以前我們提到 VIA’s Nano威盛的納米 (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. （代號以賽亞）處理器，可能超越英特爾著名的原子處理器，並威脅其市場地位，在某些領域的基礎上預先矽基準數據，現在似乎有更清楚的了解，可以證明納米了堅實的贏家方面的實際業績基準正在執行試驗並釋放出一些獨立的第三方。 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.電腦透視與HotHardware已經把很大的努力設置一個標準的測試比較BOXD945GCLF平台（英特爾Atom ）的對威盛納米參考平台。

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，不得以蘋果，因為蘋果比較威盛納米是時鐘主頻為1.8GHz時，這大約是百分之十二點五速度超過英特爾原子只有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.即使考慮到這個問題，威盛仍然優於納米英特爾原子在大多數的CPU基準測試，包括工業標準3DMark06和PCMark06 ，壓力主要在CPU和內存訪問。 Based on actual figures, VIA Nano can perform at least 25 percent faster than Intel Atom in overall test results.根據實際數字，威盛Nano可以用來執行至少百分之二十五速度超過英特爾原子整體的測試結果。 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.毫無疑問，威盛Nano的亂序執行已能處理多個複雜的處決更好地相比，英特爾原子的有序執行即使超線程功能啟用。

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.除了實際的矽性能，威盛的平台是自稱是一個開放的平台，讓開發探索和建立了功能可能，而不是保守的戰略，英特爾有限進入其水平低的X86架構。 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，納米處理器管腳兼容，以C7處理器，使其下降，更換作為快速繼承現有威盛的C7風格董事會供應商。

Nevertheless, Intel Atom still stands a great advantage in terms of low power consumption and ultra small form factor.儘管如此，英特爾原子仍然很大的優勢而言，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.由於其45納米工藝技術，該技術能夠製造許多矽熱效率在一個小得多的足跡。 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，這取決於目標市場是，英特爾原子仍然是適合於一些小規模電池供電設備，如MID （移動互聯網設備） ，而威盛的納米可以用來處理更多的CPU密集型應用特別是對那些需要必須的UMPC （超移動PC ） ，甚至Nettop每日使用。

IMPORTANT : This is a machine translated page which is provided "as is" without warranty. 重要說明：這是一台機器翻譯網頁這是“原樣”提供，無保修。 Machine translation may be difficult to understand.機器翻譯可能很難理解。 Please refer to請參閱 original English article英文原文的文章 whenever possible.只要有可能。

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