Our GenAI chip design solution delivers up to 50% faster design cycles. By automating documentation interpretation and validation tasks that traditionally consume engineers' time, semiconductor teams can dramatically accelerate time to market. That's not just efficiency—it's a genuine competitive advantage in an industry where speed defines success.

Yes. Our UVM verification framework generates complete UVM testbenches in SystemVerilog, including dynamic stimuli and functional scoreboards. This gives semiconductor teams full functional verification coverage without the manual effort traditionally required—making the entire verification process faster, more consistent and significantly less error-prone.

Yes—it's a fully integrated silicon solution. We use hardware emulation and FPGA tests to verify low-level drivers and HAL APIs before fabrication. Post-fabrication, the platform runs tests on actual silicon to confirm real-world hardware behavior in production, providing teams with comprehensive validation coverage throughout the entire development lifecycle.

SystemVerilog assertion generation is currently in active development as a near-future capability. When released, it will automatically generate assertions to enforce protocol compliance and catch corner case violations early in the GenAI RTL verification phase—helping teams identify and resolve issues before they become costly downstream problems.

Mixed signal behavioral modeling automation is a near-future capability we're actively developing. Once available, it will automate the creation of mixed-signal behavioral models, eliminating the need for manual intervention at every design iteration—significantly improving the efficiency of the design process for teams working with analog and mixed-signal components.

Engineers typically spend up to 80% of their time simply interpreting dense AI VLSI design documents before meaningful work even begins. Our HCLTech Chip Designer automates this interpretation process entirely, freeing your team to focus on actual design innovation rather than manual document comprehension and analysis.

Absolutely. Our parsing agents achieve 100% accuracy when extracting hierarchical register details and hardware-software interfaces from VLSI design documents. This lossless document comprehension ensures no critical data is missed or misinterpreted—a foundational capability that makes everything downstream in the chip design process more reliable.

Yes. Our register modeling agents automatically create structured RAL models that enable automated register test sequences and improved verification coverage. This eliminates time-consuming manual register modeling work, reduces human error and ensures your team maintains consistent, thorough coverage throughout the GenAI RTL verification process.

Yes. Our GenAI chip design solution is built to scale effortlessly across semiconductor applications—from single-chip designs to highly complex system-on-chip (SoC) architectures. Whether your team is working on straightforward designs or sophisticated multi-component systems, the platform adapts without compromising accuracy, speed or verification coverage.

HCLTech is recognized by several leading analyst firms for our semiconductor and AI Engineering capabilities. We're positioned as a Leader in ISG Provider Lens™ Advanced Analytics and AI Services, Zinnov Zones Digital Engineering and ER&D Services—Semiconductor Ratings 2024, and Everest Group's Semiconductor Engineering Services PEAK Matrix® Assessment 2024.