Hello and welcome to this video discussing RTL for the Programable NoC, or as we call it, the modular NoC for short. The primary purpose of the modular NoC is to bring NoC capabilities to RTL designs. This is part one of a series of videos where we'll walk through our solution.The agenda is as follows. First, we'll start the conversation by discussing some of the challenges facing developers using our current solution. Then we'll provide an overview of the modular NoC solution by introducing the three main ...

Welcome to part two of the Modular NoCs series. In this video, you are going to learn about how to add XPMs into your design to utilize the modular NoC. To refresh your memory, the modular NoC solution is comprised of three main steps.Step one is to connect all AXI busses that want to utilize the NoC to Xilinx parameterizable macros or XPMs. . The second step of the process is to add constraint files (or XDCs) to the design that define connectivity and quality of service parameters for each individual NoC c ...

Welcome to part four of the modular NoC series. In this video, you're going to learn about the validate_noc command. At this stage, we know how to connect all AXI busses by utilizing XPMs and how to define multiple constraints like connectivity addressing QoS and bandwidth by using constraint files (or XDCs).The final step in this three step process is to run the validate_noc command. This video focuses on this command. The validate_noc command validates the NoC topology for the entire system. The validate_ ...

Welcome to part three of the Modular NoCs series. In this video, you're going to learn about how to add constraint files (or XDCs) to the design that define connectivity and quality of service parameters for each individual NoC connection. To refresh your memory, the modular NoC solution is comprised of three main steps.Step one is to connect all AXI busses that want to utilize the NoC to Xilinx parameterizable macros or XPMs. . The second step of the process is to add constraint files (or XDCs) to the desi ...

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过去几天，围绕着小米最新的"玄戒O1"芯片有了非常多的讨论。除了赞扬小米实现了国产 3nm芯片设计的新突破后，还有一波人围绕着小米这颗芯片是否是自研展开了激烈讨论。 进入到近日，因为Arm CSS的原因，让整个芯片圈（媒体圈）像过年一样热闹。下面，笔者 分享一下对这颗这颗风口浪尖芯片讨论的一些了解。 如果您希望可以时常见面，欢迎标星收藏哦~ 在介绍Arm CSS之前，我们先了解一下Arm的业务模式和提供的产品。 作为全球最大的IP公司，Arm在过去的大部分时间里都是通过把自己的产品"授权"给用户，收取授 权费（license ）和版税（royalty）作为主要盈利模式的。其中，授权费可以简单看作Arm将其设 计授权给你所收取的第一笔费用，至于授权的产品可以分为"Architecture license"（如苹果和高 通就是这样授权，他们可以在Arm的框架下自定义其产品）和"IP license"（就是把公司设计好的 Cortex系列处理器授权给用户）。至于版税，则简单理解为在你授权了Arm的产品并设计量产芯片 后，每卖出一颗芯片，需要支付给Arm的费用。 在过去，这也是Arm主要的营收来源。 虽然，Arm在过 ...

Rhythm Pharmaceuticals (RYTM) Q1 2025 Earnings Call May 07, 2025 08:00 AM ET Company Participants David Connolly - Executive Director, Investor Relations and Corporate CommunicationsDavid Meeker - Chairman, President & CEOJennifer Lee - Executive Vice President, Head of North AmericaYann Mazabraud - Executive VP & Head of InternationalHunter Smith - Chief Financial OfficerJon Wolleben - Managing DirectorTazeen Ahmad - MD - US Equity ResearchSeamus Fernandez - Senior Managing DirectorWhitney Ijem - Managing ...

Rhythm Pharmaceuticals (RYTM) Q1 2025 Earnings Call May 07, 2025 08:00 AM ET Speaker0 Good day and thank you for standing by. Welcome to the Rhythm Pharmaceuticals First Quarter twenty twenty five Earnings Conference Call. At this time, all participants are in a listen only mode. Please be advised that today's conference is being recorded. After the speakers' presentation, there will be a question and answer session. I would now like to hand the conference over to your speaker today, David Connolly, Investo ...