Delving into the critical concepts of fan-in and fan-out in digital electronics, this video elucidates how the number of inputs a logic gate can handle (fan-in) and the number of subsequent gates it can drive (fan-out) impact circuit performance. Check:

📅 Date: March 27th .📍Save your spot now! . Session 1: 8:00 AM CEST / 12:30 PM India / 4:00 PM Japan / 3:00 PM China Sign Up: . Session 2: 10:00 AM USA PT / 1:00 PM USA ET Register:

👨‍💻 Who should attend? This session is tailored for semiconductor engineers and system architects looking to refine their SoC design workflows and achieve next-level efficiency in their projects.

✅ Power Optimization: Learn strategies to minimize peak power and optimize performance bottlenecks. ✅ Live Q&A: Get your toughest SoC design questions answered by industry experts.

🔍 What’s in store? .✅ Advanced Modeling: Build architecture models for ARM v8/v9, Corelink-Cyprus, AMBA, GPUs, and more. ✅ Performance Debugging: Analyze latency, throughput, hit-ratio, and coherence behavior with precision.

Designing high-performance ARM-based SoCs comes with unique challenges—balancing power, performance, and efficiency. Join us for a webinar hosted by Mirabilis Design to explore how VisualSim Architect can streamline your power & performance analysis for ARM v8/v9 processors.

Optimizing designs, simulating success—this Holi, we celebrate the perfect equation of innovation and creativity! Just like every color has its own charm, every idea adds value to innovation! 🎨🚀 #Holi2025 #HoliWithMirabilis

📊 Our discussion will highlight practical strategies for addressing common performance degradations and power inefficiencies, making this an invaluable session for engineers and system architects seeking to enhance their SoC design precision.

💡 Understand how to leverage advanced simulation techniques to visualize dataflow, measure hit-ratio, and control peak power consumption effectively.

⚙️ You'll gain technical insights into integrating complex IP blocks—like ARM v8/v9 cores, Corelink-Cyprus, #AMBA, GPU, and #DMA —with #chiplet architectures and ARM CHI C2C interconnects.

This session will unpack how to create high-fidelity system-level models using #VisualSim Architect, focusing on key technical pain points such as debugging latency issues, optimizing throughput, and managing coherence behavior.

Deep Dive into #ARM SoC Performance & System Modeling 🔧. Join our upcoming webinar to explore the unique challenges and intricate details of ARM-based SoC design on this March 27. Learn more: Don't miss this deep technical exploration!

✅ Mark the date! 20th February, 2025. Learn more:

Struggling with latency in multi-core systems? 🚀 Learn to use models of cache coherency, task graphs, and power trade-offs in our 45-min deep dive. Exclusive Session on "Software scheduling across multi-core architecture with Coherent Caches and Distributed Computing Systems.".

➡️ Cache Coherency: Maintaining consistency across various caches in a distributed environment. ➡️ Power & Thermal Management: Minimizing energy consumption while maintaining optimal performance.

Modern multi-core architectures demand a nuanced approach to task scheduling. Key technical challenges include:. ➡️ Latency vs. Throughput: Ensuring tasks execute in parallel without causing resource starvation.

In heterogeneous computing, software scheduling is no longer a straightforward task. With systems integrating CPUs, GPUs, AI accelerators, & networking, engineers must balance several factors from cache coherency to distributed task execution when designing task schedulers

✅ Identify performance inefficiencies before costly development cycles.✅ Optimize partitioning and assignment of tasks dynamically. Join our February 20th webinar to see how system-level modeling transforms software scheduling!. 🔗 Register :

Traditional testing methods often fail to uncover performance bottlenecks until it’s too late. With VisualSim Architect, software architects can: . ✅ Simulate real-world scheduling scenarios across CPUs, GPUs, and AI accelerators.

🔬 What if you could test your software’s scheduling efficiency before deployment?. Multi-core architectures today aren’t just about processing power. Cache coherence, distributed computing, and dynamic memory access schemes make scheduling far more complex than before.