Cloud native EDA tools & pre-optimized hardware platforms
In each of these newsletters we’ll provide an update on different topics and areas where Synopsys has been working across the industry on strategic technologies.
In this issue, we take a look at the area of superconducting electronics (SCE) and its importance to quantum computing and design. Synopsys, working in collaboration with IARPA, is on the frontline of developing tools and flows to enable the design of circuits operating near 0 Kelvin. The implementation of SCE is an important stepping stone and enabler of quantum computers which are beginning to scale in size and complexity. Quantum computers will be especially suited for aerospace, defense, and security applications.
We sat down with Jamil Kawa, Synopsys Fellow in the Solutions Group, to learn more about Synopsys’ role in the research and development of Superconducting Electronics (SCE) and quantum computing in collaboration with IARPA and other industry leaders.
Through the IARPA sponsored SuperTools program, Synopsys is collaborating with industry leaders to enable design of superconducting electronics.
Read More →Synopsys collaborates with academia to create an SCE circuit design flow that reduces power consumptions.
Read More →TCAD and EDA Design tools helping the industry address the growing challenges in chip design for quantum computing.
Read More →Get the latest EDA, IP, and software integrity news and insights, straight from blogs by our experts.
Read Now →This webinar introduces some modern verification concepts and shows how you can create a structured testbench in VHDL by presenting a VHDL testbench methodology.
Watch Now →This presentation will describe how leading AI SoC customers are supporting emerging requirements for fast-changing neural networks.
Watch Now →