We provide advanced RTL Design & Verification services optimized for engineering teams building high-performance digital systems. Our workflows follow industry best-practice ASIC/SoC methodologies, ensuring predictable timing closure, functional correctness, and smooth integration into downstream implementation.
RTL Design Services
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Requirements and specification analysis
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Architecture and micro-architecture development
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RTL implementation in SystemVerilog/VHDL
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Lint-clean coding (Spyglass/AscentLint or equivalent)
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CDC/RDC clean design
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DFT-aware RTL coding (scan, MBIST, boundary scan)
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Low-power intent integration (UPF/CPF)
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RTL integration for subsystems or full SoC
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SDC constraint definition and timing-aware design methodologies
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RTL release management and delivery documentation
Functional Verification Services
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Verification planning
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UVM-based testbench development
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Constrained-random stimulus generation
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Development of agents, monitors, checkers, scoreboards
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Functional, code, assertion, and toggle coverage closure
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SVA assertion development and formal verification
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Power-aware simulation (UPF/CPF)
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Regression automation, triage, and debug
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Sign-off reporting
Synthesis Services:
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Thorough data handoff checks to ensure RTL, libraries, and constraints are complete and consistent
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SDC qualification, including timing constraint review, clarification, and refinement
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High-quality netlist generation using industry-standard synthesis tools
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Timing-driven and power-driven optimization based on customer PPA targets
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Formal equivalence checking between RTL and synthesized netlists to ensure 100% functional alignment
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Delivery of clean, timing-verified netlists with complete logs, reports, and sign-off documentation
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Iterative support for ECO synthesis when design or constraint updates occur