"Only Synopsys offered the complete portfolio of security IP we needed to deliver the full suite of features our customers required, including secure boot, secure authentication, real-time integrity monitoring, secure storage for management of keys and other sensitive information, and hardware acceleration."
"Properly executed fuzzing techniques can provide a low-cost, efficient means of finding vulnerabilities, covering more code paths and value iterations than a manual analysis can perform in a short period of time."
“Our technology integration with Synopsys takes security to the next level, particularly when dealing with high-risk assets included in the eFPGA for obfuscation.”
"The Simpleware technology is integral to our production system. We have always had a very good relationship with Synopsys and regularly are able to reach out for their support. The introduction of Simpleware’s Custom Modeler has not only reduced segmentation time but also enabled faster training of the production process to new staff.”
"My personal association with Simpleware goes back close to 15 years. The software makes it possible to create detailed models of the human head and simulate tDCS procedures, and have critically helped advance our modeling pipelines.”
“We had the idea to simulate our devices in a virtual platform, but were stuck with the importation of a human body in the software. Thanks to Simpleware software, we easily solved the problem. The virtual simulation has become part of our feasibility practice today. I highly recommend Simpleware software!”
“Simpleware software was intuitive to use and the in-built tools made it easy to process complex data sets and perform useful analysis, such as wall thickness calculations in the click of a button.”
"Synopsys Simpleware enabled rapid model generation with user friendly segmentation of a convoluted tumor followed by smoothing features that intuitively made a printable model visually appealing.”
“I was looking for some solutions for how to handle these kinds of textile composites with a lot of imperfections, and how to capture these details in the model. I evaluated a few other softwares, and Simpleware served the purpose of what we’re looking for: it’s very robust…it gives good quality meshes.”
"Simpleware ScanIP proved to be an efficient tool for reconstructing detailed L-PBF stent models and thus extending and deepening the knowledge gained from experimental analyses by realistic numerical analyses. In particular, the robust meshing algorithm enabled the generation of high-quality FE meshes that could be immediately used for structural mechanics analyses in the Abaqus FEA software."
“ScanIP was a huge help as it was a tool that allowed us not only to visualize our bench top sample results but also to extract quantitative data that would have otherwise been impossible to investigate.”
"CODE V was an instrumental part of our lens design and assembly process. One extremely useful feature of CODE V is its ability to import interference files from many commercially available metrology instruments. This capability helped us complete the project on time and according to specifications.”
"The team at Gray Optics finds the optimization and tolerancing capabilities of CODE V to be very strong. These capabilities enable us to complete designs and release them for manufacture very quickly.”
"Our collaboration with Synopsys provides customers with a comprehensive co-design and co-analysis solution for designing with Samsung's MDI technologies ensuring high productivity and faster time to production.“
"Segmentation is the most crucial step as further design is based on that very anatomical model - whether its defining implant’s geometry or positioning of the screws based on bone density!"
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