Samsung SAIT adopts VisualSim for SoC architecture simulation

Mirabilis Design says Samsung Electronics’ SAIT has adopted VisualSim Architect to speed up early System-on-Chip architecture exploration and validation. The move is aimed at reducing design risk and helping Samsung evaluate power, throughput and latency before implementation.

Why it matters: - Samsung SAIT is using system-level simulation earlier in the chip design process, which can cut architecture risk before RTL is ready. - The approach is meant to help Samsung evaluate performance tradeoffs across power, throughput and latency before committing to silicon. - Mirabilis Design says VisualSim is designed to accelerate time-to-market by giving engineers earlier visibility into design decisions.

What happened: - Mirabilis Design said Samsung Electronics’ SAIT, Samsung’s Advanced Institute of Technology, adopted VisualSim Architect for SoC architecture exploration and validation. - The announcement was made June 30, 2026. - SAIT is using VisualSim to simulate multi-core, multi-memory SoCs with high-bandwidth interconnects and integrated accelerators.

The details: - VisualSim lets SAIT engineers model heterogeneous systems that combine AI processors, GPUs, DSPs and advanced memory subsystems. - The platform supports hierarchical, reusable design workflows. - Mirabilis Design says VisualSim helps teams design, simulate and optimize next-generation SoC platforms before implementation. - The company says the tool supports architectural exploration months ahead of RTL readiness. - VisualSim also supports multi-domain modeling for computation, communication and software scheduling in one environment. - The platform includes early power modeling with task mapping and bandwidth usage analysis. - Trace-driven analysis is built in to help tune performance using realistic application workloads. - Deepak Shankar, founder of Mirabilis Design, said Samsung can explore multiple architecture alternatives early in the design cycle and make informed decisions backed by detailed analytics.

Between the lines: - Samsung’s adoption signals continued demand for tools that can handle the growing complexity of modern chip systems. - The emphasis on heterogeneous compute and memory suggests SAIT is working on architectures that mix specialized processors rather than relying on a single compute type. - Mirabilis Design is positioning VisualSim as a pre-silicon decision-making tool, not just a post-design verification platform.

What's next: - SAIT is expected to use VisualSim during early architecture studies and performance analysis for future SoC platforms. - Mirabilis Design is likely to lean on the Samsung win as proof of adoption among top-tier semiconductor teams. - VisualSim remains available to other organizations working in semiconductors, automotive, aerospace and high-performance computing.

The bottom line: - Samsung SAIT is betting on earlier, more detailed simulation to make chip architecture choices faster and with less risk.