Client
A semiconductor company designing next-generation SoCs for automotive and consumer electronics.
Client Background
The client develops complex, high-performance SoCs requiring rigorous verification cycles. Increasing chip complexity and shorter release windows made traditional VLSI workflows inefficient and costly.
Client Challenge
Verification cycles were slow, resource-heavy, and difficult to scale. The client faced high defect escape rates due to fragmented test environments.
Multiple verification frameworks operated independently across teams, making collaboration ineffective. Simulation times increased significantly as design complexity grew.
RTL quality issues and lack of automation prolonged development cycles. The client required a verification acceleration strategy to achieve high-quality silicon while meeting market timelines.
Xevyte Solution
Xevyte deployed a structured VLSI engineering framework involving UVM-based verification, automated testbench generation, FPGA prototyping, and formal verification methods. High-coverage test suites were developed to ensure functional accuracy.
We established centralized verification infrastructure, continuous regression pipelines, and performance optimization workflows. Hybrid simulation-emulation environments reduced test cycle times dramatically.
Xevyte engineers collaborated closely with client architects to resolve RTL issues early, improving silicon reliability.
Business Impact
Key Capabilities Delivered