UVM Environment Development
Reusable agents, drivers, monitors, sequences, scoreboards and test infrastructure around defined verification requirements.
ASIC & SoC Design Verification Engineering
SystemVerilog and UVM-based verification across IP, block, subsystem and SoC programs, with structured coverage, assertion, regression, debug and closure workflows.
SystemVerilogUVMAssertionsFunctional CoverageRegressionFormal PlanningSoC Verification
IP → SoC
Verification scope
Block, subsystem and SoC-level verification
UVM
Reusable methodology
Agents, drivers, monitors, scoreboards and sequences
Coverage
Closure discipline
Functional/code coverage, assertions and regression analysis
ODC
Scalable capacity
Specialist, managed-workstream and dedicated engineering models
A structured path from requirements to closure.
AionSi verification work is organized around defined requirements, reusable infrastructure, targeted stimulus, checking, coverage and closure.
01
Plan
Define verification objectives, scenarios and closure criteria
02
Develop
Build or extend UVM environments and reusable verification components
03
Stimulate & Check
Execute constrained-random, directed and protocol-aware scenarios with assertions and scoreboards
04
Measure & Close
Drive coverage, regression triage, debug and sign-off activities
Functional & Protocol Verification
Interface-level stimulus, protocol checking, scoreboarding and scenario-based validation for complex blocks and subsystems.
Assertions & Formal Planning
SVA-based checking and formal planning for connectivity, control, clock, reset and structural properties where applicable.
Coverage & Regression Closure
Functional and code coverage analysis, regression execution, seed analysis, debug and closure tracking.
Processor-Based Verification
Software-driven verification for processor-based subsystems using embedded software transactions, memory access, registers, interrupts and initialization flows.
SoC-Level Verification
Top-level verification, subsystem integration, boot/runtime validation and sign-off support across heterogeneous SoC architectures.
Evidence before claims.
Explore the approved AionSi evidence library supporting the Design Verification proposition.
TECHNICAL REFERENCE
Reusable UVM Verification Architecture
Configurable SystemVerilog-UVM methodology covering reusable agents, drivers, monitors, scoreboards, coverage and assertions.
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TECHNICAL REFERENCE
PCIe 5.0 Data Link Layer Verification
ACK/NAK handling, replay behavior, credit-based flow control, error injection, SVA and coverage.
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TECHNICAL REFERENCE
HBM4e Memory Subsystem Verification
Controller, PHY, training logic, model integration, functional coverage and regression automation.
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TECHNICAL REFERENCE
5G Radio-on-Chip Functional Verification
Reusable UVM infrastructure, MATLAB correlation, processor-driven verification, datapath scoreboards and formal planning.
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TECHNICAL REFERENCE
End-to-End IoT SoC Verification
IP-to-SoC verification scope including reusable environments, third-party IP integration, RTL verification and final sign-off.
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TECHNICAL REFERENCE
UFS 4.0 Low-Power Verification
PMU behavior, power-state transitions, clock gating, reset sequencing and UVM-based coverage closure.
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Specialist engineering
Focused verification capability for a defined interface, block or subsystem.
Managed workstream
Defined verification scope with milestones, coverage objectives and closure deliverables.
Dedicated Engineering ODC
A scalable verification team aligned to the customer roadmap and verification methodology.
Bring the verification problem.
Share the interface, block, subsystem or SoC stage, verification bottleneck and required capacity. AionSi can map it to the appropriate engineering model.