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應對全球經濟危機 恒憶兩大變革撼動閃存業

2008-12-29
作者:來源:國際電子商情

??? 站在英特爾與意法半導體兩大巨頭的肩上,恒憶" title="恒憶">恒憶(Numonyx)從成立之初就背負了眾多的希望。然而,它的誕生時間并不完美,可謂生不逢時,沒多久就趕上了百年一遇的全球金融風暴,整體閃存業更是跌到谷底。價格不斷走低(“已經低得有些可怕了”一些用戶說道)、銀行融資變成泡影,這對于需要不斷投入巨資的閃存廠商來說無疑是雪上加霜。“2009年一定會有一些閃存或者DRAM廠商倒閉,用戶要密切關注自己的閃存或DRAM供應商的動態?!眎Suppli在一份調研報告中提示道。

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?? 面對嚴峻形勢,恒憶聰明地完成了兩大變革,使得它在這場危機中比對手占有了更有利的地位。???

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??? 第一個變革是它對傳統閃存廠商的生產模式進行了變革。傳統上閃存廠商都是IDM模式,自己建造工廠,但是恒憶聰明地利用了一種它稱之為“制造網絡(manufacturingnetwork)”的概念。恒憶公司副總裁兼數據業務部總經理FabioGualandris向記者表示“最近幾個月恒憶與爾必達和海力士簽署了戰略供應協議,這使我們只需購買滿足需求所需的產能,而不必為興建和裝備自己的工廠而背上財務負擔。我們正在不斷擴大我們的制造網絡。”這里看出,他通過投資后兩者而使自己變得靈活而安全,既有Fabless的靈活性,但又與代工廠是控股關系,產能可以得到完全保障??梢哉f,恒憶開創了閃存/DRAM行業一種新的產業模式,而正這是種模式使得它不會輕易陷入財務困境?!澳壳按_實是非常困難的時期,此時擁有現金流是一大優勢?!盙ualandris稱。但他拒絕透露財務狀況。????

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??? 第二大變革則是恒憶將自己從一個以NOR閃存為主的廠商變成一個名副其實的“全能”內存廠商。日前,它更是發布了一列系令對手汗顏的NAND產品,令人感覺它已將新產品的重心偏向NAND市場?!拔覀円咽且徽臼絻却婀蹋瑩碛腥€產品:NOR,NAND,面向MCP的RAM以及PCM。我們在NOR領域實力很強,我們現在要做的是保持并擴大面向無線和嵌入領域的NAND產品組合。”Gualandris稱。??

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??? 日前,恒憶公司表示針對無線通信、嵌入式設計和數據存儲市場推出新系列NAND閃存產品。新系列產品包括32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" 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title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb" title="32Gb">32Gb的多" title="的多">的多級單元(MLC)NAND閃存、32GB的eMMC存儲芯片和高達8GB的microSD產品,全部采用先進的41nm制造工藝。“對于手機、便攜導航儀等消費電子產品廠商,這些新產品將是一系列易于設計的存儲器解決方案;對于消費者,新產品將提供更大的存儲空間,他們可以在設備上保存相片、視頻和音樂,使用流行的多媒體應用程序。”Gualandris表示。????

?

??? 此次新產品還標志著41nm工藝成為恒憶的主流工藝,并且全部轉向300mm晶圓。?

?

????廣泛的產品組合,先進的制造技術????

?

????此次發布的產品意味著恒憶把先進的41nm工藝應用到了最主流的產品中。產品包括16Gb到32Gb的單片封裝和多片封裝的MLC產品,2GB到32GB的eMMCManagedNAND產品,以及2GB到8GB的microSD移動存儲卡" title="存儲卡">存儲卡。恒憶還推出一款48nmSLC1GbNAND產品,為嵌入式和無線應用客戶提供性能更優、更安全、使用壽命更長的存儲解決方案。

?

????為了滿足市場對ManagedNAND產品的需求,恒憶推出了41nmManagedNAND存儲器。新產品具有管理NAND存儲器所需的基本控制功能,非常適合全球定位系統以及其它需要大量存儲管理的設備。此外,在多片封裝解決方案中整合ManagedNAND,并提供各種類型的封裝和RAM,Featurephone廠商將從整合ManagedNAND和RAM的多芯片封裝中受益。???

?

????在eMMC產品方面,恒憶的32GBeMMC是市場上存儲容量最高的解決方案,而且完全兼容4.3版的JEDECeMMC標準,可以大幅度簡化設備廠商的產品開發設計。eMMC32GB可以保存多達16,000張高分辨率數碼相片、8,000首歌曲和長達20小時的高清視頻。新的32GB嵌入式閃存集成8顆32GbNAND閃存芯片,集成一個專用控制器。32GB容量的產品的樣片將于2009年1月上市。?

???

????此外,恒憶還增加了microSD存儲卡產品以迎合手機的最新需求。值得一提的是,該產品專門針對傳統插槽的舊式手機設計,可提供2GB到8GB的microSD存儲卡。????

?

????“恒憶相信自己有能力提供全系列的內存子系統解決方案——NOR、NAND、RAM多芯片封裝、軟件和固件等,比傳統的NAND供應商具有明顯的競爭優勢。此外,我們的原則是不與自己的客戶競爭?!彼m然沒有指出傳統的NAND廠商是誰,但是目標直指三星是無庸置疑的。言下之意,三星必須與自己的客戶競爭,這使它喪失了中立性。?

???

????“歷史表明,內存產業具有周期性。我們現在處于非常嚴重的下降階段。經驗顯示,那些在下降階段也投資于創新的廠商,在產業復蘇時將處于比較有利的地位。無人知道產業何時復蘇,但恒憶正在積極準備迎接這一天的到來。”Gualandris稱。


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