Revolutionizing Chip Design with Gen AI

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Overview

HCLTech’s GenAI-powered Chip Designer Delivers Higher Efficiencies and Innovation

In the fast-evolving world of semiconductor development, chip design becomes more intricate every year. VLSI (Very Large-Scale Integration) design documents are often packed with complex data, requiring engineers to invest up to 80% of their time understanding them before beginning the actual design and validation processes. This not only creates inefficiencies but also delays the time to market.

HCLTech's GenAI-powered Chip Designer tackles this challenge by automating the interpretation of intricate design documents. This allows chip designers to focus on driving innovation in next-generation semiconductor designs. With this solution, design cycles are accelerated, errors are minimized and productivity is optimized, revolutionizing the workflow of semiconductor teams.

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Features

Redefining the Future of Chip Design

The Chip Designer streamlines code development, validation and provides automation assistance in semiconductor design, ensuring lossless extraction, full verification coverage and smooth software-hardware integration.

Lossless document comprehension

Parsing agents ensure 100% fidelity in extracting hierarchical register details and hardware-software interfaces from VLSI documents.

UVM-based verification framework

Functional verification agents generate a comprehensive UVM testbench in SystemVerilog, including dynamic stimuli and functional scoreboards.

RAL-style register models

Register modeling agents create structured RAL models for automated register test sequences and improved verification coverage.

Formal assertion-based verification

Development is in progress on a near-future version that generates SystemVerilog assertions to enforce protocol compliance and detect corner case violations early in the RTL verification phase.

Pre-silicon and post-silicon validation

Uses hardware emulation and FPGA tests to verify low-level drivers and HAL APIs before fabrication, then runs tests on actual silicon to ensure hardware behavior in production.

Mixed signal behavioral modeling and Automated debugging

Work is in progress on a near-future version that will automate the creation of analog behavioral models that enhance the design process without requiring manual input for every design iteration.

Benefits

The Gen AI Advantage

Up to 50% faster design cycles

With this solution, semiconductor design teams can significantly reduce design timelines and speed up the time-to-market, giving businesses a competitive edge.

Increased design accuracy

By automating the documentation and validation processes, the solution reduces the risk of human error, ensuring a more reliable and precise design outcome.

Enhanced productivity

With time-consuming documentation tasks automated, engineers can focus more on innovation, improving creativity and product quality.

Cost reduction

By streamlining the design process and reducing errors, the solution helps minimize costs associated with manual labor, rework and delayed product releases.

Scalable solution

This solution can be seamlessly scaled for various semiconductor applications, whether for designing a single chip or handling complex system-on-chip (SoC) designs.

Trends & Insights

Analyst Recognition

HCLTech positioned as a Leader in 2024 ISG Provider Lens™ - Advanced Analytics and AI Services, U.S.

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HCLTech positioned as a Leader in 2024 ISG Provider Lens™ - Advanced Analytics and AI Services, Europe

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Leader in Zinnov Zones Digital Engineering and ER&D Services - Semiconductor Ratings 2024

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HCLTech recognized as a Leader in Everest Group's Semiconductor Engineering Services PEAK Matrix® Assessment 2024

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HCLTech’s GenAI-powered Chip Designer can help accelerate your chip design process while improving efficiency and reducing costs.

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