ModelSim
Eine einfach zu bedienende, einheitliche Debug- und Simulationsumgebung für die FPGA-Verifikation mit erweiterten Funktionen
ModelSim bietet Ihnen eine vollständige, benutzerfreundliche Umgebung für die Code-Coverage-Analyse, die die Voraussetzung für Zertifizierungen in sicherheitskritischen Branchen ist.
ModelSim verkürzt Ihre Verifizierungszeit, indem es ein noch nie dagewesenes Maß an Verifizierungsfunktionen in einer kostengünstigen HDL-Simulationslösung bietet.
WHY CHOOSE MODELSIM?
BRIDGE THE DESIGN VERIFICATION PRODUCTIVITY GAP
Continuous innovation in hardware brings a huge gap between Productivity and Verification, with the need for Verification to evolve to keep pace and maximize potential.
ModelSim helps you to bridge this gap with Assertion-Based Verification.
EASY CODE COVERAGE ANALYSIS FOR CERTIFICATION
In order to prevent any incident, certifications are always required by legal entities in safety-critical areas.
The validation/simulation with Code Coverage (mandatory for certification) can be easily done with ModelSim.
A ROBUST PRODUCT WITH A RELEVANT HISTORY
ModelSim is an efficient and robust tool, with a Relevant History. It is very important for certification! For this reason, companies like Airbus have been working with ModelSim for decades.
REDUCE REWORKS AND TIME DELAYS IN YOUR PROJECTS
ModelSim users have fewer design spins with virtual prototyping including SI, PI, Thermal, DFM and 3D validation.
Correct by reconstruction layout reduces rework and time delays.
THE DIGITAL TWIN IN FPGA DESIGN AND VERIFICATION
The concept of Digital Twin – a digital replica of a physical entity – is increasingly used in the industrial sector, as digitalization expands its range of action to all aspects, both of design and production. It is also applicable to semiconductor design, as a digital representation of a product or system under development representing a functionally correct, predictable, and reproducible representation of the product or system at the appropriate level of fidelity to perform verification, performance analysis, and system validation tasks.
The evolution of FPGA features has led to the emergence of FPGA solutions that include the integration of third-party IPs, DSPs, and multiple processors, all connected via advanced high-speed bus protocols. All this translates into an offer of FPGA verification tools, based on the concept of Digital Twin, which helps designers to obtain high-quality products more quickly.
THE MODELSIM ADVANTAGE IN CODE COVERAGE ANALYSIS
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DO YOU WANT TO RECEIVE MORE INFORMATION ABOUT CODE COVERAGE ANALYSIS?
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The expert will show you for free how you can use it to address the specific challenges your projects bring to your team and your company.