Avoid Million-Dollar Design Mistakes with Early Exploration Date: September 4 2025 Register for Session 1 (APAC): 11:30 AM IST | 2:00 PM CST | 3:00 PM JST/KST: Session1 Register for Session 2 (US): 10:00 AM PST | 1:00 PM EST: Session 2 Speakers Deepak Shankar, Founder, Mirabilis Design Inc. LinkedIn Prakash Sahay, Solutions Group Director, […]
Mirabilis Design Newsletter 2025 Founder’s Note I hope you’re enjoying a wonderful summer! At Mirabilis Design, AI is taking center stage — helping us track dynamic behavior during simulation and detecting performance bottlenecks, thus maximizing the role of system modeling. By integrating VisualSim into the broader EDA workflow through co-simulations and more parameters for system components, we’re […]
Author: Deepak Shankar, Vice President Technology, Mirabilis Design Inc. Introduction The rapid adoption of autonomous driving technologies and electric vehicles (EVs) has fundamentally shifted automotive electronics design. As AI-based functionalities proliferate across vehicle subsystems, system architects face increasing complexity in balancing performance, power efficiency, and hardware costs. Traditional design approaches relying on spreadsheets and analytical […]
Unlocking Optimal Power and Performance: A Deep Dive into ARM SoC Modeling In the competitive world of semiconductor design, balancing power consumption with high performance is a constant challenge. With VisualSim Architect, engineers can simulate intricate ARM-based SoCs with unparalleled accuracy, paving the way for innovative, power-efficient solutions. The Future of SoC Design: As the […]
Revolutionizing ARM-Based SoC Design: Mastering System-Level Modeling with VisualSim Architect The semiconductor landscape is evolving at an unprecedented pace. In an era where ARM-based SoC dominate high-performance computing, efficient system-level modeling has become crucial for experimenting and optimizing superior performance and power optimization. Enter VisualSim Architect—a tool that offers the only architecture models for ARM […]
