ALT 859 participants → 400 active users → 15 finalists Vote now for the Engineer’s Choice Award at the VisualSim Electronics Hackathon 2026. 🎬 Watch the Finalist Videos 👉 https://www.youtube.com/playlist?list=PLizKwf7N88av2rD0dQm0Sxi9nFWZ4DRck 🗳 Cast Your Vote 👉 https://forms.gle/XkFDJvrVZAdibDkb6 🏆 The Engineer’s Choice Award will be decided by the community. These are not typical hackathon projects. Finalists worked on: • System architecture modeling • Protocol validation (UCIe, CXL, PCIe, TSN…) • Bottleneck detection & debugging • Data visualization & analysis Your vote matters. This is where engineering is heading, from components to complete systems. Follow Mirabilis Design- https://www.linkedin.com/company/1172959 for final results and more insights on system-level design. #VisualSim #SystemArchitecture #ElectronicsEngineering #Semiconductors #Hackathon #EngineeringStudents

ALT 💡 Engineer AI and Data Center Infrastructure That Can Scale 📈 Model. Predict. Optimize. Before You Invest. The AI revolution is powered by infrastructure. AI isn’t limited by algorithms — it’s being throttled by energy, thermal ceilings, and escalating hardware costs. Today’s AI data centers demand complex, heterogeneous systems: GPU clusters with H100s, Blackwell, AMD MI300 & related accelerators NVLink, NVSwitch fabrics and multi-tier Ethernet/InfiniBand networks CPU hosts, memory hierarchies, PCIe topologies Immersive cooling, heat recovery, and power delivery networks But how do you know the optimal architecture before you buy and build? That’s where system-level modeling and HW/SW co-analysis become a game-change

ALT Across the globe, data centers and high-performance computing systems are now measured by their power footprint — in megawatts or even gigawatts. Power consumption and thermal design have become the largest cost drivers in compute infrastructure. Balancing performance and power efficiency demands early architectural insight — from SoC and board design to system, network, and software optimization. Join Cadence and Mirabilis Design for this exclusive webinar to discover how VisualSim Architect enables engineers to Design for Power. Learn how to perform early power estimation, analyze workload behavior, and build optimal power-management strategies across IP, SoC, board, and full system levels. As a bonus, explore how VisualSim helps you: Determine cooling requirements under real workloads Estimate performance across heat and temperature variations Predict battery lifecycle across environmental conditions Design for performance. Optimize for power. Model for reality.