Software

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DDR5 Interface Analysis with HyperLynx

This video explains how HyperLynx can help you design and verify electronic systems that use DDR5 memory. Learn about the challenges of simulating DDR5 and the advanced techniques HyperLynx uses to do so, including utilizing IBIS-AMI models and protocol-specific, JEDEC-based analysis. You’ll see that Hyperlynx provides a comprehensive, integrated flow that covers both design (pre-route simulation) and verification (post-route simulation). HyperLynx signal integrity analysis produces complete, detailed reports that tell you which signals passed, which signals failed, and by how much, in addition to lots of supporting detail. Both pre-route and post-route simulations use the same analysis process and produce the same reports, making it easy to compare your pre-route expectations to actual post-route results. See how HyperLynx supports DDR5 interface analysis by utilizing the latest DDR5 AMI model features. ▶️ Chapters: 0:11 New technologies mean new simulation models and techniques 2:00 Channel equalization in DDR5 interface 2:23 DDR5 bit error rate requirements 3:42 Using simulation for design vs. Verification 4:59 Post-route verification flow 6:08 HyperLynx DRC 6:39 DDRx Batch Wizard 8:13 Crosstalk analysis 9:38 Protocol-aware, interface-level analysis 10:10 Comprehensive detailed reporting 10:54 Large designs in HyperLynx 11:34 See HyperLynx in action 14:29 DDR5 design & verification with HyperLynx summary ▶️ Connect with us: » LinkedIn: https://sie.ag/3JzTqfB » Blog: https://sie.ag/3lC4Ozl » HyperLynx Community Discussion Board: https://sie.ag/40baPSL » Twitter: https://sie.ag/3JxPQCI #PCBDesign #SignalIntegrity #PowerIntegrity #ElectricalEngineering #Engineering #DDR5

Siemens

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Schaffen Sie den Durchbruch mit Siemens Opcenter Qualitäts- and Laborlösungen

Siemens Opcenter ist unsere kosteneffiziente, sofort einsatzbereite Lösung für das Qualitäts- und Labormanagement. Es ist schnell zu implementieren und hilft Anwendern, die Produktqualität zu optimieren, die Einhaltung von Vorschriften zu gewährleisten, Fehler und Nacharbeitskosten zu reduzieren und die Kundenzufriedenheit zu verbessern. Es wird Ihre Perspektive hinsichtlich des Strebens nach neuen Höhen in Sachen Qualität verändern. Das Opcenter-Portfolio für das Qualitäts- und Labormanagement enthält Lösungen für: • Erfüllung der Anforderungen von internationalen Qualitätsstandards und branchenspezifischen Richtlinien • Beschleunigung der Einführung neuer Produkte durch Unterstützung eines effizienten Managements der Qualitätsplanung, -realisierung und -verbesserung • Einsparung von Kosten, Reduktion von Ausschuß und nachhaltige Verbesserung der Wettbewerbsfähigkeit durch vollständige Transparenz und Prozessoptimierung • Verkürzung der Durchlaufzeiten im Labor durch mehr Effizienz bei der Testdurchführung Abseits davon bietet Opcenter noch Module für: • Produktionssteuerung (MES) • Produktionsplanung (APS) • Produktionsüberwachung (OEE) und -analyse (EMI) Sowohl kleine als auch große Unternehmen aus den unterschiedlichsten Branchen nutzen bereits die Vorteile von Opcenter und unserem umfangreichen industriellen Know-how und Softwareportfolio. Lassen Sie uns also gemeinsam neue Wege gehen! Erfahren Sie mehr ► https://sie.ag/3LnkIIy #labor #lims #qualität #caq #qms #digitalisierung

Siemens

Video

HyperLynx Apps - High Speed Design Analysis

Speed your high-speed design and verification process with HyperLynx Apps! HyperLynx Apps let PCB designers and hardware engineers run signal integrity simulations themselves, without having to wait for a signal integrity specialist. HyperLynx Apps help reduce your organization’s “expert crunch” by giving mainstream designers easy-to-use tools that allow them to run signal integrity simulations and tune PCB design performance on their own. There are two types of HyperLynx apps: 1️⃣ Design apps are meant to be run by a PCB designer or a hardware designer trying to make a layout decision; these run while you wait. 2️⃣ Regression apps perform a complete post-route verification of a set of signals, including layout extraction, EM modeling, analysis, and post-processing. These apps run overnight while PCB layout is still in progress. Try HyperLynx Apps and see for yourself how you can accelerate your design cycle while freeing up your signal integrity specialists to focus on the most complex high speed design challenges. ▶️ Chapters: 0:36 A look at the electrical engineering talent shortage 1:54 Every modern design is high speed 3:15 How do you verify your board before prototype fab? 4:13 HyperLynx Apps empower designers 6:15 Example of HyperLynx Design App: DC Drop 9:20 HyperLynx Regression Apps 11:33 HyperLynx Apps are built on a proven technology foundation 12:18 High-speed analysis ecosystem 13:08 HyperLynx apps will help address shortage of SI experts ▶️ Connect with us: » LinkedIn: https://sie.ag/3J1NlYT » Blog: https://sie.ag/41UdiCm » HyperLynx Community Discussion Board: https://sie.ag/3yrqUrj » Twitter: https://sie.ag/3Jrrag0 #PCBDesign #SignalIntegrity #PowerIntegrity #ElectricalEngineering #Engineering #DRC #HighSpeedDesign

Siemens

Video

Correlating CAE simulation and physical test data with SPDM | Snippet Teamcenter Simulation

See how Teamcenter Simulation SPDM software keeps all CAD, simulation and physical test data in one place so you can easily refer back to repeat analysis, perform correlation work or keep track with design changes. In this video, we see how easy it is to locate physical test data for a specific design revision and pull it into Simcenter 3D for correlation with a mechanical model. Having both simulation and test data available allows you to extract maximum value from what you already have – in this case, optimizing the structural model to more closely predict real-world performance of the built part. #Correlation #PhysicalTesting #SPDM #SDM #TeamcenterSimulation Blog article: » Teamcenter Simulation SPDM – Correlation made easy with simulation and physical test datasets in the same place: https://sie.ag/3xPxFmA ▶️ About Simcenter: Engineering departments today must develop smart products that integrate mechanical functions with electronics and controls, utilize new materials and manufacturing methods and deliver new designs within ever shorter design cycles. This requires current engineering practices for product performance verification to evolve into a Digital Twin approach, which enables to follow a more predictive process for systems driven product development. Simcenter™ software uniquely combines system simulation, 3D CAE and test to help you predict performance across all critical attributes earlier and throughout the entire product lifecycle. By combining physics-based simulations with insights gained from data analytics, Simcenter helps you optimize design and deliver innovations faster and with greater confidence.

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