Design Verification (DV)
Our Design Verification (DV) services ensure that every digital design behaves exactly as intended before physical implementation. Using SystemVerilog, UVM methodology, functional coverage, assertions, and regression automation, we verify complex SoC, ASIC, and IP-level designs with high efficiency and accuracy.
Key Capabilities
- 1 SystemVerilog-based testbench architecture
- 2 UVM methodology for scalable verification
- 3 Functional coverage development & closure
- 4 Assertion-Based Verification (SVA)
- 5 Regression automation & debugging expertise
Our DV engineers ensure thorough verification through coverage-driven methodology, assertions, randomized testing, and advanced debugging to ensure a high-quality, silicon-ready design.
Why Choose Our Verification Services?
With strong expertise in UVM, SystemVerilog, functional coverage, and regressions, we ensure robust verification closure for complex subsystems and SoC components.
UVM Testbench Expertise
Scalable environments for IP-level, subsystem, and SoC-level verification.
Coverage-Driven Verification
Functional & assertion coverage ensuring complete verification closure.
Advanced Verification Tools
Experience with industry-leading EDA tools and simulation environments.
Fast Debug & Regression
Automated regressions with fast debugging & optimized test execution.
Our DV process includes test plan preparation, UVM environment development, random & directed testing, assertions, functional coverage, regressions, and comprehensive verification closure.
We use SystemVerilog, UVM, SVA, functional coverage models, scoreboards, verification IPs, and leading EDA simulation tools to verify complex digital systems.
Specialized in CPU subsystems, memory controllers, high-speed interfaces, networking IPs, bus protocols (AXI, AHB, APB), multimedia engines, and custom accelerators.