In the race to tapeout, comprehensive verification is your best safeguard against missing project deadlines and costly respins. Yet most chip failures can be traced back to missed bugs during verification. Our mission is:
Tapeout-proven validation for ARM, RISC-V, and SPARC-based SoCs, including satellite modems and SSD controllers. We ensure flawless firmware boot, ISA compliance, and seamless integration with high-speed IPs (DDR, PCIe)
From high-speed DDR3/DDR4 interfaces to low-power cryptographic engines (AES, LDPC, Viterbi), we specialize in rigorous IP verification. Our methodologies ensure seamless integration and pre-silicon confidence, even for niche protocols like RS/BCH
Using mathematical proofs, we eliminate corner-case risks in safety-critical blocks like crypto engines and protocol controllers. Our formal flows verify compliance with standards and guard against RTL ambiguities
We build modular, reusable UVM testbenches tailored for SoCs, subsystems, and IPs. Our emulation-ready frameworks accelerate verification cycles, while advanced automation slashes debug time significantly.
At the heart of every reliable chip lies rigorous verification. Our team specializes in UVM-based verification for complex SoCs and IP subsystems—including Arm/RISC-V cores, high-speed interfaces, and ultra-low-power modules—ensuring functionality and performance align with spec, every time. We build emulation-friendly UVM infrastructures that accelerate pre-silicon validation, coupled with advanced methodologies to rapidly close coverage (line, branch, toggle, FSM, and functional) even under aggressive timelines. Whether you’re integrating third-party IP or pushing the limits of AI/ML architectures, our proven flows cut debug cycles significantly and deliver first-time-right silicon, slashing respin risks and accelerating your path to tapeout.