Design Verification Services for First-Pass Silicon Success
SystemVerilog and UVM verification backed by 25+ years of domain expertise
Verify Complex SoCs Against Their Specifications, Under Every Condition
In System-on-Chip development, design verification plays a crucial role in ensuring functionality, performance and reliability. The growing complexity of SoCs — multiple IP blocks, processors, memory units and interfaces — demands a meticulous, structured approach. Any overlooked bug can lead to costly redesigns and delayed product launches.
PulseWave Semiconductor minimises that risk and accelerates time-to-market, verifying designs against their specifications under a wide range of operating conditions and ensuring complete functional coverage and defect detection, even in the most intricate design hierarchies.
Structured, Reusable Testbenches That Scale
Reusability Across Projects
UVM testbench components that carry from one project and one derivative to the next instead of being rebuilt.
Scalability to Complex SoCs
Environments that grow from unit and IP level to subsystem and full SoC verification without a rewrite.
Enhanced Debugging and Reporting
Clear logging, checkers and reports that shorten the path from a failing test to a root cause.
Improved Coverage and Automation
Coverage models tied to the verification plan and automated regressions that make closure measurable.
Verification Wherever Silicon Has to Be Right
From a single IP block to a full SoC, we apply the right mix of simulation, formal and emulation to the risk in front of you.
IP and Subsystem Verification
Block-level UVM environments with constrained-random stimulus, scoreboards and coverage closure, built so they can be promoted to subsystem level unchanged.
SoC and Subsystem Integration Testing
Connectivity, interoperability and use-case testing at the top level, where block-level agents become passive monitors and software drives the stimulus.
PCIe, DDR, NVMe and MIPI
Protocol-heavy interfaces verified against their standards, with the corner cases that only show up under realistic traffic.
AI/ML and Accelerator Verification
Datapath-heavy accelerators verified for correctness and performance, with emulation for the long, software-driven runs simulation can’t reach.
Related Reading
Yes — we extend existing environments, follow your coding and regression conventions, or build new environments from scratch.
Formal can be engaged independently or combined with simulation for blocks where exhaustive proof delivers the most value.
Our team brings experience across PCIe, DDR, NVMe, MIPI, USB, NoC fabrics and AMBA interconnects, among others.
