SPV (Sapphire Verification) delivers EDA solutions for large-scale digital and analog circuit designs—built for semiconductor verification and sign-off teams.
Built for semiconductor teams working on large-scale digital and analog designs
Optimized engines deliver approximately 10x faster simulation and analysis versus competing flows on selected designs.*
Greater than 95% bug detection on internal benchmarks across representative verification suites.*
Designed to fit major EDA flows and methodologies including UVM, UPF, and standard RTL sign-off practices.
Licensed customers receive technical support with defined response targets during business hours, plus priority escalation paths for production issues.
Licensing options including subscription, perpetual, and usage-based plans for teams of different sizes.
Enterprise-oriented security with on-premise deployment options and controls that help protect design IP.
Scales from small RTL blocks to large SoC designs used in modern semiconductor programs.
Sales and support channels to help teams evaluate and adopt SPV tools across regions.
Verification, analysis, and implementation tools for modern silicon design.
RTL simulation, waveform viewing, formal property verification, and coverage analysis
RTL Simulation Engine
High-performance Verilog/SystemVerilog simulation with mixed-signal support and UVM methodology integration.
Waveform Viewer & Debug
High-performance waveform viewer for viewing, analyzing, and debugging simulation output with advanced signal analysis tools.
Formal Verification
Complete formal property verification solution with SVA support, model checking, and formal equivalency.
Coverage Analysis
Comprehensive coverage analysis with statement, branch, toggle, FSM, and functional coverage metrics.
Debug Analysis Tools
Advanced debug and trace analysis for post-silicon validation and system-level debugging.
Automated code-quality, clock-domain, and reset-domain analysis.
Advanced Linting Tool
Sophisticated linting solution for RTL analysis and code quality enforcement with customizable policies.
Clock Domain Crossing
Advanced CDC analysis tool with multi-bit crossing detection, synchronizer verification, and metastability analysis.
Reset Domain Crossing
Sophisticated RDC analysis for async reset verification with recovery/removal timing and hierarchical analysis.
Static timing analysis, power analysis, and constraint management for design sign-off
Static Timing Analysis
High-performance STA with multi-mode multi-corner analysis and advanced on-chip variation support.
Power Analysis
Comprehensive power analysis with vector-based and vectorless modes for dynamic and static power analysis.
Constraint Management
Advanced constraint validation and management for SDC/UPF with formal-based verification.
Reusable silicon-proven IP blocks for accelerated SoC development
Network on Chip Interconnect
Flexible, high-speed modular Network-on-Chip interconnect IP for complex SoC architectures with configurable topology.
RISC-V AI/ML Processor
High-performance RISC-V processor core with integrated AI/ML accelerators for edge inference applications.
FPGA-based emulation and rapid prototyping for pre-silicon validation
FPGA Emulation & Prototyping
Multi-FPGA emulation platform for pre-silicon validation of complex SoC designs with real-time debug.
Next-generation tools for physical implementation
Physical Design Tools
Advanced physical design automation for floorplanning, placement, clock tree synthesis, and routing.
DFT insertion, test generation, and manufacturing test solutions
Design for Test
Comprehensive DFT insertion and verification tools for scan chains, BIST, and test point insertion.
ATPG & MBIST
Advanced test pattern generation and memory built-in self-test for manufacturing test.
Talk with our team about evaluation access, licensing, and how SPV tools fit your verification stack.
SPV (Sapphire Verification) was founded in 2024 by engineers with deep experience in EDA development and semiconductor verification.
We build tools for large-scale digital and analog circuit designs used across automotive, consumer, data center, and AI/ML programs.
Ready to see how SPV can accelerate your design flow?
Hamburg, Germany
* Performance and detection figures are approximate averages from internal benchmarks on selected designs and methodologies. Results vary by design size, tool configuration, and verification flow. They are not a guarantee of results in every environment.