ASIC RTL Verification Services
UVM-led verification for ASIC blocks and SoCs: agents, scoreboards, SVA, functional coverage, and regressions sized for tapeout and respin risk.
Verification under respin economics
Bugs that escape to silicon are expensive. We build environments and coverage plans that converge before tapeout — with failures that triage fast and environments your team can extend after we leave.
What ASIC RTL verification covers
Agents, monitors, scoreboards, reference models, and sequences for reuse across ECOs and respins — not a one-off testbench that dies after first silicon planning.
Functional coverage plans tied to real silicon risks. You know what is closed, what is open, and what remains before tapeout.
Protocol and microarchitecture properties that catch classes of bugs before long regressions burn calendar time.
MMIO, IRQ, DMA, and bring-up semantics verified so firmware does not discover chip bugs after fab.
Methods & tooling
What we optimize for
- Coverage closure and regression scale for tapeout signoff.
- Long-lived UVM reuse across ECOs and derivative products.
- Software-visible behavior (MMIO/IRQ/DMA) that hides bugs until silicon.
- Targeted formal where it reduces respin risk faster than more random seeds.
Frequently asked questions
Is UVM required?
UVM is our default for scalable ASIC block and SoC verification. We align to your existing infrastructure and standards.
Can you harden an existing DV environment?
Yes. Refactor agents/scoreboards, stabilize regressions, make failures actionable, and build a coverage plan that drives closure.
Do you also write the RTL?
Yes when you want one team on both sides. See ASIC RTL Design Services .
Need ASIC RTL verification?
Share the DUT scope, DV maturity, interfaces, and tapeout window. We’ll propose the fastest path to measurable coverage progress.
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