"A new architecture for a network processor is not a small idea, and we needed to find the right supplier to help bring it to reality. Working with Synopsys mitigated our design risk and helped us meet our power, performance, and area targets."
“We chose Synopsys IP because of its top notch quality and reliability. The IP was also smaller and lower in power, compared to other vendors we evaluated, which helped us to achieve our power and reliability targets.”
"With Synopsys SaaS Cloud, we got a virtual server farm for Impare and were able to focus on the verification challenges presented by our customers."
"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."
"Coverity finds meaningful and actionable defects and it has a low false positive rate. The use of the tool encourages the team to write better, cleaner, more robust code."
"Implementation was easy, allowed flexibility by individual development teams."
"An innovative binary scanner to address 3rd party software vulnerabilities."
"Cybersecurity decisions in an organization should be based on a shared assessment of the organization’s assets, vulnerabilities, and potential threats, so that security investments can be risk-informed. This must be achieved despite the incomplete knowledge the organization has of its assets, vulnerabilities, exposures, and potential threats."
"Simply moving on-premises workloads to a public cloud doesn’t automatically make these workloads more secure."
"The potential for an adversary to disrupt, shut down (power systems), or worse is real here today."
"Black Duck is a great solution for scanning Red Hat OpenShift container images automatically for open source security issues that customers can see within Polaris along with data from their other Synopsys tools."
"The integration of Synopsys VC VIP, Verdi and VCS was seamless. This combination of solutions allowed for a more enhanced user experience and helped us to accelerate our design schedule and meet our design goals."
"After an extensive evaluation of available functional verification solutions, we selected the combination of VCS simulation and Verdi debug for our next generation design. The combination of VCS performance and native integration with Verdi, delivers a solution that is intuitive, easy to use and gives us the confidence to meet our tight time-to-market windows."
"The HAPS-70 proved to be a powerful and easy to use configurable prototyping platform for our multicore MIPS and ARM CPU-based SoC design that integrated a variety of interface IP cores. Together with support from Synopsys we managed to successfully prototype our SoC starting from the early phases of our project."
"Our research group required a prototyping platform to confirm signal processing algorithms of a new Wireless LAN design. Synopsys HAPS allowed our team to successfully conduct hardware/software co-verification to confirm feasibility and demonstrate operation of new WLAN system circuit designs."