System Verilog / UVM-Based RTL, IP & SoC Verification

One escaped bug can mean:

• Multi-million-euro re-spin costs

• Delayed product launches

• Lost competitive advantage

Design verification is no longer a support function. It is a business-critical discipline.

70% of development cycles are consumed by verification.

The reality of modern chip design

Modern ASIC and SoC designs integrate multiple IPs and high-speed protocols such as PCIe, DDR, HBM, CXL, Ethernet, USB, MIPI, and AMBA. This rapidly expands the verification space. Verification must ensure correctness across Individual IP blocks , Subsystems and Full SoC integration. A robust, coverage-driven verification methodology is essential to achieve first-pass silicon success.

Verification Services

RTL / IP Verifications

• Verification planning and test strategy

• SystemVerilog / UVM testbench development

• Constrained-random stimulus generation

• Assertion-based verification (SVA)

• Functional, code and toggle coverage analysis

• Regression setup, execution, and debug support

SoC Integration Verification

• Integration verification of complex subsystems

• Multi-clock and reset domain validation

• Low-power verification (UPF / CPF)

• High-speed protocol verification

• Performance, stress, and corner-case testing

• System-level use-case validation

Verification Planning & Coverage Closure

• Verification plan development

• Requirements Traceability Matrix (RTM)

• Coverage-driven verification strategy

• Functional, code and toggle coverage monitoring

• Coverage gap analysis and closure

• Verification sign-off readiness

Formal Verifications

• Property specification and formal analysis

• RTL equivalence checking (RTL vs gate / ECO)

• Deadlock and corner-case detection

• Protocol and interface property verification

• Early bug detection beyond simulation limits

EDA Tool Expertise

Simulation & Debug

• Synopsys VCS

• Cadence Xcelium

• Siemens QuestaSim

Formal Verification

• Synopsys VC Formal

• Cadence Jasper Gold

• Siemens Questa Formal

Debug & Coverage

• Verdi

• SimVision

• Questa Debug

Protocol Verification Expertise

• AMBA (AXI, AHB, APB, ACE)

• PCIe

• Ethernet

• USB

• I2C / SPI / UART

• MIPI

• DDR

• HBM

Our protocol-aware verification environments ensure compliance, performance validation, and robust corner-case coverage across designs.

Why European semiconductor companies choose GREEVAA

Engineering Expertise
Experienced verification engineers with strong RTL understanding, UVM-based verification, protocol validation, and complex debug capability across IP, subsystem, and SoC programs.

Collaborative Engagement
Aligned with European engineering culture, emphasizing transparent communication, technical ownership, and long-term collaboration with customer design teams.

Scalable Delivery
Flexible engagement models supporting fabless startups, scale-ups, and established semiconductor companies, with teams that can scale as project requirements grow.

Execution Discipline
Structured approach focused on planning, regression stability, and predictable coverage closure.

Tape-Out Confidence
Verification execution designed to reduce silicon risk and improve first-pass silicon success rates.

Reliable Verification Partnership

“The verification team integrated seamlessly with our internal SoC team and brought strong UVM and coverage-driven verification expertise. Their disciplined execution helped accelerate verification closure and support a successful tape-out.”

— VP Engineering, Automotive Semiconductor Company

Engagement Model

• Embedded verification engineers aligned with RTL, IP, and SoC teams

• End-to-end ownership: planning, UVM testbench, testcases, regression, and coverage closure

• Acceleration teams to remove bottlenecks and meet tape-out timelines

• Scalable Offshore Development Center (ODC) model for long-term programs

Ready to strengthen your verification program?

Connect With Our Verification Experts to discuss your RTL, IP, or SoC verification needs and improve confidence for first-pass silicon.