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Latest Blog Posts

  • Neurinnov Is Transforming Tetraplegic Patient Care with Cadence

    Corporate News: Neurinnov Is Transforming Tetraplegic Patient Care with Cadence

    Reela Samuel
    Reela Samuel
    We are excited to share the latest developments from Neurinnov, a company working to restore hand movements for patients with complete tetraplegia following high-level spinal cord injury. Neurinnov's first clinical indication is focused on resto...
    • 28 Aug 2023
  • Reinvigorate Silicon Design with AWS

    Cloud: Reinvigorate Silicon Design with AWS

    Vinod Khera
    Vinod Khera
    Innovations in silicon design have fueled recent technological advancements in the electronic industry. Chips, from mobile devices to cars and healthcare systems, are now pervasive and essential to our daily lives. The increasing functionality of SoC...
    • 27 Aug 2023
  • 信号如何在无限大的导电介质中传播

    PCB、IC封装:设计与仿真分析: 信号如何在无限大的导电介质中传播

    Sigrity
    Sigrity
    本文要点: PCB 上的传输线是波导的一种形式,沿着波导的边界形成了一个开放的谐振器结构。 铜所具有的非理想性质会改变传输线结构中的典型波导行为。 一般传输线的阻抗可以通过考虑波的传播行为来计算,前提是必须兼顾导体的非理想性质。 传输线有许多种形式,如同轴线、印刷电路板上的印刷走线,或是长电缆或电线。这些结构都有一些类似的行为,涉及到电磁波如何沿互连线传播。尽管这些结构是引导电磁扰动沿互连线传播的基础,但对于信号如何在传输线上传播,人们往往存在误解。 具体而言,互连线上的电磁信号存在于线路的...
    • 25 Aug 2023
  • 一文了解 PCB 的有效导热系数

    PCB、IC封装:设计与仿真分析: 一文了解 PCB 的有效导热系数

    Sigrity
    Sigrity
    本文要点 PCB 有效导热系数的定义。 影响 PCB 有效导热系数的关键因素。 了解热模型中有效导热系数的准确度。 什么是 PCB 有效导热系数? “有效导热系数”代表材料的传导热能力。我们谈及PCB时,有效导热系数指的是 PCB 将器件产生的热量转移到周围区域的能力。有效导热系数用 Keff 表示,单位是 W/m-K。 在 PCB 设计中,有效导热系数是热建模和分析中使用的一个重要参数,有助于工程师根据特定的假设和模型,预测一块摆满器件的 PCB 的导热效果。随着电...
    • 25 Aug 2023
  • Dukosi Revolutionizes Batteries with Cadence Design Solutions in the Cloud

    Corporate News: Dukosi Revolutionizes Batteries with Cadence Design Solutions in the Cloud

    SarahAdams
    SarahAdams
    Battery technology has been a hot topic in recent years, and Dukosi is one of the companies at the forefront of this innovation. Dukosi’s wireless battery monitoring technology is designed to address some of the key pain points in the industry,...
    • 24 Aug 2023
  • Spectre Tech Tips: GPUとアナログ回路シミュレーションの統合

    カスタムIC/ミックスシグナル: Spectre Tech Tips: GPUとアナログ回路シミュレーションの統合

    Custom IC Japan
    Custom IC Japan
    コンピューティングハードウェアの状況は、過去数十年にわたって大きな変化を遂げてきました。部屋程のサイズの大型汎用コンピューターからスタートし、今日のマイクロサイズのプロセッサに至るまで、それぞれの飛躍は可能性の限界を再定義するような革新をもたらしました。これらの革新的なテクノロジの中で、グラフィックス・プロセッシング・ユニット(GPU) は、グラフィックスをレンダリングするという本来の目的だけでなく、他の計算ドメインにおける可能性でも際立っています。 Spectre 回路シミュレータは、膨大なサ...
    • 23 Aug 2023
  • Artificial Intelligence Is the New Electricity

    Artificial Intelligence (AI): Artificial Intelligence Is the New Electricity

    VNelson
    VNelson
    Andrew Ng, computer scientist and Coursera co-founder, said, “Artificial intelligence is the new electricity.” Ng goes on to say that he can’t think of a single industry that AI will not transform in the next several years. Before C...
    • 23 Aug 2023
  • The Power of Computational Software—From Revolutionizing Chips to Cancer Research

    Corporate News: The Power of Computational Software—From Revolutionizing Chips to Cancer Research

    Reela Samuel
    Reela Samuel
    This post is an excerpt from the keynote presentation at CadenceLIVE India, given by Nimish Modi, senior vice president and general manager of Strategy and New Ventures at Cadence. The semiconductor industry has grown significantly lately but...
    • 23 Aug 2023
  • Virtuoso Studio IC23.1 ISR1 Now Available

    Analog/Custom Design: Virtuoso Studio IC23.1 ISR1 Now Available

    Virtuoso Release Team
    Virtuoso Release Team
    Virtuoso Studio IC23.1 ISR1 production releases are now available for download.
    • 23 Aug 2023
  • Virtuoso Meets Maxwell: Custom Passive Device Authoring – パート 1 (マーカー図形の自動生成)

    カスタムIC/ミックスシグナル: Virtuoso Meets Maxwell: Custom Passive Device Authoring – パート 1 (マーカー図形の自動生成)

    Custom IC Japan
    Custom IC Japan
    'Virtuoso Meets Maxwell'はVirtuoso RFソリューションとVirtuoso MultiTechの機能及びその潜在能力の紹介を目的としたブログの連載です。ではどのようにVirtuosoがMaxwellと出会うのでしょうか。現在、VirtuosoプラットフォームはRF設計をサポートしており、RF設計者は物理的な放射の影響をマクスウェルの方程式で測ります。この連載では、有益なソフトウェアの改善点にスポットを当てて解説するだけでなく、VirtuosoのIC-...
    • 22 Aug 2023
  • 低圧蒸気タービンの機械学習による最適化

    CFD(数値流体力学): 低圧蒸気タービンの機械学習による最適化

    CFD Japan
    CFD Japan
    一度ご登録いただくと、ケイデンスのすべてのオンデマンド・ウェビナーにアクセスできます。 大規模な言語モデルがAI/機械学習の一面を飾るニュースとなっていますが、多くの計算技術と同様に、CFD業界も長い間この分野で新境地を開拓しており、Cadence Fidelity CFDソフトウェアはその成果の一つです。しかし、インターネットから取得したJPEGやテキストの断片を処理するのとは異なり、CFDの計算には何時間もかかることがあるため、機械学習アルゴリズムは、できるだけ少ない入力で結果を出す必要が...
    • 21 Aug 2023
  • Arm's Cloud EDA Success: Two Paths to Greater Value

    Cloud: Arm's Cloud EDA Success: Two Paths to Greater Value

    Vinod Khera
    Vinod Khera
    Do you struggle with limited on-site computing resources and less-than-par productivity, and do you need to wait to launch the important design verification tasks? We are witnessing a revolution in electronic design driven to keep up with ever-increa...
    • 21 Aug 2023
  • CadenceLIVE's Multiphysics Track Highlights System Simulation Design Solutions

    System, PCB, & Package Design : CadenceLIVE's Multiphysics Track Highlights System Simulation Design Solutions

    Jojo Chang
    Jojo Chang
    On August 29 and 31, CadenceLIVE China and CadenceLIVE Taiwan will bring together industry experts, innovators, and enthusiasts for a groundbreaking event focused on advancing multiphysics system simulations. With the growing demand for efficient and...
    • 21 Aug 2023
  • Current Mirrors in Analog Layout

    Analog/Custom Design: Current Mirrors in Analog Layout

    Mark Williams
    Mark Williams

    Current mirrors are found in almost every analog IC circuit to provide bias currents, current steering, and active loads. They are designed to copy (or mirror) the current flowing through a reference branch to one or more mirrored branches. Current mirrors are so widely used they are possibly the single most important building blocks of analog IC circuits, and often the first part of a circuit to be designed and laid…

    • 19 Aug 2023
  • 如何确定目标阻抗以实现电源完整性?

    PCB、IC封装:设计与仿真分析: 如何确定目标阻抗以实现电源完整性?

    Sigrity
    Sigrity
    本文要点 • 将 PDN 阻抗设计为目标值有助于确保设计的电源稳定性。• PDN 目标阻抗在一定程度上会决定 PDN 上测得的任何电压波动。• 确定目标阻抗需要考虑 PDN 上允许的电压波动、输出信号上允许的抖动,或将两者都考虑在内。 阻抗可能是用于普遍概括电子学所有领域信号行为的一项指标。在 PCB 设计中设计具体应用时,我们总是有一些希望实现的目标阻抗,无论是射频走线、差分对,还是阻抗匹配网络。要想确保电源完整性,就要按照 PDN 目标阻抗进行设计,但如何确定 ...
    • 18 Aug 2023
  • Virtuoso Studio: Design, Planning, and Analysis - The 3 Sides of a Coin, Episode 1

    Analog/Custom Design: Virtuoso Studio: Design, Planning, and Analysis - The 3 Sides of a Coin, Episode 1

    Swaleha Parvin
    Swaleha Parvin
    Check out how the Virtuoso Design, Planning, and Analysis just got better to help you keep pace with your challenging design issues.
    • 17 Aug 2023
  • CadenceLIVE Taiwan 2023 - 創新前瞻.智慧應用.產業共榮.歡慶35

    Spotlight Taiwan: CadenceLIVE Taiwan 2023 - 創新前瞻.智慧應用.產業共榮.歡慶35

    candyyu
    candyyu
    引頸期盼! 一年一度各領域精英相互交流,深度探討半導體技術、電子設計和科技趨勢與設計經驗的 CadenceLIVE Taiwan 2023 ,即將於8月31日(四)新竹喜來登飯店登場!Cadence作為智慧系統設計 (Intelligent System Design) 的領航者,今年迎來成立35周年之際,打造更豐富的年度盛會內容,帶領您瞭解全流程的 EDA 設計解決方案,精彩議程涵蓋從晶片設計與驗證、多物理系統分析、AI 智慧浪潮、3D-IC、車用等趨勢與技術解決方案,來自台積電、聯發科、G...
    • 17 Aug 2023
  • On-Demand Webinar - Clipped-Voronoi Diagram Meshing for Scale-Resolving Simulations

    Computational Fluid Dynamics: On-Demand Webinar - Clipped-Voronoi Diagram Meshing for Scale-Resolving Simulations

    AnneMarie CFD
    AnneMarie CFD
    In this webinar, you will be introduced to the clipped-Voronoi Diagram mesh generation technology. The CFD mesh generation approach used here was specifically designed to produce high-quality meshes for scale-resolving simulations like wall-modeled large eddy simulation (WMLES).
    • 16 Aug 2023
  • Training Insights - Want to Implement Functional Safety to Make the Design Robust and Keep the System Safe?

    Digital Design: Training Insights - Want to Implement Functional Safety to Make the Design Robust and Keep the System Safe?

    KShubham
    KShubham
    Reliable semiconductors will be crucial to the success of future safety systems. Although design environments and verification have advanced at all stages of IC development, safety must be considered first and cannot be an afterthought. To obtain the...
    • 16 Aug 2023
  • Start Your Engines: エラボレータによるミックスシグナル・パーティションのデバッグ

    カスタムIC/ミックスシグナル: Start Your Engines: エラボレータによるミックスシグナル・パーティションのデバッグ

    Custom IC Japan
    Custom IC Japan
    Cadence® Spectre® AMS Designer は、高いパフォーマンスのミックスシグナル・シミュレーション・システムです。複数エンジンの使用や、さまざまなプラットフォームから実行できる機能により、ミックスシグナル・デザイン検証を「活性化」し、市場競争でチェッカーフラッグを受けることができます。Start Your Enginesブログ・シリーズは、シミュレーションのパフォーマンスをチューンアップし、生産性向上に役立つヒントと洞察を提供します。 ミックスシグ...
    • 16 Aug 2023
  • Learn How Cadence and Arm Are Building the Future of Infrastructure

    Digital Design: Learn How Cadence and Arm Are Building the Future of Infrastructure

    Sean Kobayashi
    Sean Kobayashi

    With over 30 years of experience in the semiconductor industry, Cadence and Arm Are Building the Future of Infrastructure. Take a look at our recent Designed with Cadence post to learn how Arm and Cadence are working together on technologies, such as Cadence Cerebrus Intelligent Chip Explorer’s machine learning-driven, automated approach to chip design optimization, which enable them to perform simulation and validation…

    • 15 Aug 2023
  • Knowledge Booster Training Bytes - Switched Capacitor and C2V Converter-Based Circuits

    Analog/Custom Design: Knowledge Booster Training Bytes - Switched Capacitor and C2V Converter-Based Circuits

    Pratul Nijhawan
    Pratul Nijhawan

    In this Knowledge Booster blog, let us talk about the simulation of the circuits based on switched capacitors and capacitance-to-voltage (C2V) converters using various analyses available under the Shooting Newton method using the Spectre RF Option. The videos described in this blog are a part of the course: Spectre RF Analysis Using Shooting Newton Method.

    We characterize the videos in this blog in two parts:

    1. Switched…

    • 15 Aug 2023
  • 哪些原因会导致 BGA 串扰?

    PCB、IC封装:设计与仿真分析: 哪些原因会导致 BGA 串扰?

    TeamAllegro
    TeamAllegro
    本文要点:• BGA 封装尺寸紧凑,引脚密度高。 • 在 BGA 封装中,由于焊球排列和错位而导致的信号串扰被称为 BGA 串扰。 • BGA 串扰取决于入侵者信号和受害者信号在球栅阵列中的位置。 在多门和引脚数量众多的集成电路中,集成度呈指数级增长。得益于球栅阵列 (ball grid array ,即BGA) 封装的发展,这些芯片变得更加可靠、稳健,使用起来也更加方便。BGA 封装的尺寸和厚度都很小,引脚数则更多。然而,BGA 串扰严重影响了信号完整性,从而限制...
    • 15 Aug 2023
  • Virtuoso Meets Maxwell: Custom Passive Device Authoring - Part 2 (LVS)

    Analog/Custom Design: Virtuoso Meets Maxwell: Custom Passive Device Authoring - Part 2 (LVS)

    Claudia Roesch
    Claudia Roesch
    Welcome to the second blog on Custom Passive Device Authoring (CPDA). RF designers know that passive metal devices, such as inductors or transformers, represent a special challenge in RFIC designs. In some parts of the overall design flow, passive metal devices must be treated as any other device.
    • 14 Aug 2023
  • Are There Pitfalls to Embracing Generative AI in Chip Design?

    Artificial Intelligence (AI): Are There Pitfalls to Embracing Generative AI in Chip Design?

    Reela Samuel
    Reela Samuel
    With every new technology comes a learning curve, some are steeper than others, and AI is no different. The benefits and possibilities seem endless, but as we all move down this path, a healthy dose of checking our and the AI algorithm's work is...
    • 13 Aug 2023
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