在矽光子設計領域，一直存在著令工程師頭痛的技術難題：如何有效驗證複雜的光子器件設計？西門子數字工業軟體公司與 GlobalFoundries 的最新合作，為業界提供了一個革命性的解決方案。透過整合 Calibre® nmPlatform 與 GF Fotonix™ 平台，他們成功解決了矽光子設計中曲線結構、假陽性錯誤和驗證複雜性等關鍵挑戰。這項創新不僅顯著縮短了設計驗證週期，更為下一代資料中心、計算與傳感應用開闢了全新的技術路徑。關鍵在於他們如何徹底重新思考矽光子設計驗證！ 西門子的 Calibre® nmPlatform 現已支持設計師利用最新的 GlobalFoundries (GF) 矽光子平台。 西門子與 GlobalFoundries 合作，提供可信賴的矽光子驗證解決方案 西門子數字工業軟件公司今日宣布，其 Calibre® nmPlatform 現已支持設計師利用最新的 GlobalFoundries (GF) 矽光子平台。GF 的新一代單片平台 GF Fotonix™ 是業界首個在矽晶圓上結合差異化的 300mm 光子和射頻 CMO

中原大學電機資訊學院積體電路共構實驗室揭牌啟用典禮，中原大學董事長張光正致詞。 中原大學電機資訊學院於113年12月19日舉行「積體電路共構實驗室」揭牌啟用典禮，象徵中原大學在培育IC設計專業人才與深化產學合作上的嶄新里程碑。此實驗室不僅展現了中原在半導體與IC設計領域的優勢，更藉由結合企業資源與校友力量，打造一個融合教學、研究與實踐的平台，為培育科技創新人才積極貢獻。 中原大學董事長張光正於啟用典禮上表示，在中原校友的熱心捐款與支持下，已募集百餘萬元成立「積體電路共構實驗室」專用基金，相信透過與企業及校友共同規劃的合作機制，可進一步強化中原電機資訊學院半導體與IC設計領域的研究與教學能力，為產業培育更多優秀的專業人才。 電機資訊學院院長邱謙松則表示，感謝校友們的慷慨捐助，尤其是來自科技業的傑出校友，他們在不同崗位擔任要職，例如：松翰科技、笙泉科技、聯詠科技、益華電腦、泰山電子……等，而校友們一致認為IC設計是未來產業發展的核心技術，十分支持母校朝此領域鑽研。邱謙松強調，中原電資學院將繼續發揮其在IC設計與半導體技術上的優勢，與業界緊密合作，開創

攜手Siemens EDA，以業界標準Calibre DRC為基礎，展示完整矽光子設計與驗證解方 光電學會許晉瑋副秘書長（中）、Siemens   EDA 鍾順桐業務協理（右）與恩萊特蘇正宇總經理（左）於現場就光電產業發展與產學合作進行交流。圖／恩萊特科技提供...

By Nada Tarek As integrated circuit (IC) designs continue to push the boundaries of what’s possible, we’re seeing an explosion in complexity. From MEMS to 3D ICs, these advanced designs often incorporate curvilinear shapes—those that don’t conform to the typical straight-line, Manhattan-style geometries we’re used to. But while these shapes bring incredible functionality and performance enhancements, they also introduce new challenges in an area that’s crucial for IC reliabil

By Hossam Sarhan and Dusan Petranovic Supporting the high performance and reliability needed for artificial intelligence (AI), data centers and cloud computing requires powerful and efficient integrated circuits (ICs). More semiconductor companies are considering superconductor ICs for their unique properties that allow ultrafast processing of digital information. These properties include fast superconducting transmission lines and active devices called Josephson junctions, w

By Mustafa Naeem, Ahmed Tahoon, Omar Ragi, and Reem El-Adawi In the realm of software testing, accurately tracking and analyzing source...

By Hossam Sarhan and Dusan Petranovic Supporting the high performance and reliability needed for artificial intelligence (AI), data centers and cloud computing requires powerful and efficient integrated circuits (ICs). More semiconductor companies are considering superconductor ICs for their unique properties that allow ultrafast processing of digital information. These properties include fast superconducting transmission lines and active devices called Josephson junctions, w

By David Abercrombie For IC designers, striking the right balance between tight deadlines and limited resources is a constant challenge. Designers are constantly working to enhance efficiency without compromising on design quality. Traditionally, IC design and verification followed a linear process, but modern IC designs require a more concurrent approach that addresses block/chip layout and circuit issues earlier in the design flow. A new approach that provides signoff-quali

By Srividya Jayaram In semiconductor manufacturing, staying ahead means embracing smarter processes. The rise in demand and the need to maximize profits call for innovative solutions to improve yield ramp for new products. Siemens, a pioneer in digital twin technology in multiple industries including energy, factory automation, and aerospace now extends this solution to the electronics and semiconductor manufacturing industry with the Calibre Fab Insights platform. This platf