Architecture Exploration of ARM-based SoC and Chiplets using VisualSim

ARM-Based SoC Design: Mastering System-Level Modeling

admin_mirabilis

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 v8/v9 processors, interconnects such as Corelink-Cyprus and AMBA AXI/CHI, and IP blocks such as GPUs, DMA, Memory Controller and AI engines.

Understanding the Challenge:

Designing a high-performance SoC isn’t just about integrating powerful processor core such as an A720AE or a Neoverse. It’s about concurrent and coherent processing of software tasks, ensuring dataflow integrity, and meeting strict power and performance targets. With the growing adoption of chiplet-based architectures and ARM CHI C2C interconnects, semiconductor engineers face complex challenges that require innovative simulation tools.

How VisualSim Architect Makes a Difference:

VisualSim Architect stands apart as the sole public provider of cycle-accurate architecture models for ARM processors beyond Cortex A53, that accurately simulate real-world performance. From visualizing dataflow and debugging latency deadlines to optimizing throughput and managing power consumption, this software equips engineers with the insights needed to create reliable and efficient designs. In this webinar, you’ll learn how to:

  • Construct system-level models for both monolithic and chiplet architectures.
  • Measure critical metrics like latency, hit-ratio, and coherence behavior.
  • Seamlessly integrate IP blocks with Corelink CMN-Cyprus devices.
  • Leverage the Socrates block diagram to build and refine your VisualSim models

Real-World Impact:

Imagine having the ability to predict peak power consumption or identify performance bottlenecks before they become issues in production. This proactive approach not only shortens the design cycle but also reduces costs associated with post-production fixes.

Architecture Exploration of ARM-based SoC and Chiplets using VisualSim

8Join us on March 27th for an in-depth webinar where industry experts will walk you through these advanced methodologies. Don’t miss your chance to revolutionize your SoC design approach with VisualSim Architect.

Session 1: 8:00 AM CEST / 12:30 PM India / 4:00 PM Japan or Korea / 3:00 PM China

Register- https://us06web.zoom.us/meeting/register/7rsjb2dIS4Ss9j4ac-eeZw

Session 2: 10:00 AM PDT / 1:00 PM EDT

Sign Up: https://us06web.zoom.us/meeting/register/_s0LUGrLSiuDR8qTNrb2HQ