Production-grade SystemVerilog/UVM constrained-random testbenches, assertions (SVA), coverage closure, and regression management for complex ASICs and SOCs. We eliminate first-silicon respins through rigorous corner-case stress verification.
From initial verification planning and VIP integration to tape-out sign-off, our verification architects guarantee silicon functional integrity.
Structuring scalable UVM environments with modular UVM agents (driver, sequencer, monitor), reference prediction models, and TLM analysis ports.
Generating weighted, pseudo-random stimuli to expose unexpected race conditions, FIFO overflows, bus contention, and arbitration deadlock corners.
Concurrent and temporal property checks embedding protocol requirements into the RTL to catch functional violations at the exact clock cycle of failure.
Systematic functional covergroups, cross-coverage bins, and code coverage (statement, branch, condition, toggle, and FSM transition) sign-off.
Integrating and customizing standard protocol VIPs for on-chip and off-chip interfaces including AMBA AXI4/AHB/APB, PCIe Gen 4/5, Ethernet, and DDR4/5.
Cloud and server-farm regression management, multi-seed batch dispatching, automated log parsing, and failure triage dashboards.
Whether building a new UVM verification environment from scratch or closing stubborn coverage holes prior to tape-out sign-off, our senior verification engineers are ready to plug in.
Our battle-tested roadmap for taking ASICs from architectural micro-specs to 100% verified tape-out sign-off.
Speak directly with our senior verification architects regarding testbench modularity, protocol VIPs, or coverage closure strategies.