Next-generation power integrity signoff solutions should scale elastically with capacity and performance. Power delivery networks (PDNs) weakened by complex SoC/PCB interactions, coupled with a high volume of simultaneous and global switching scenarios, create significant design and analysis challenges.
Ansys RedHawk-SC is the next-generation system-on-chip (SoC) power noise signoff platform. RedHawk-SC is built on Ansys SeaScape, the world's first custom-designed, big data architecture for electronic system design and simulation. Its underlying highly scalable elastic compute architecture, along with big data analytics, enables our customers to load the largest designs within seconds and explore thousands of switching scenarios overnight. Join us for this webinar and learn about:
Power integrity signoff challenges
Best practices for reliability signoff with RedHawk-SC
Seascape Platform and big-data analytics
Sankar Ramachandran is currently working as Director of Application Engineering at Ansys. He has over 13 years of experience in the EDA industry at Ansys with a primary focus on power–noise–reliability solutions for SoC/custom designs. He has prototyped and written the “RedHawk Explorer” feature in RedHawk used by customers worldwide. He is currently leading the product engineering activities for RedHawk-SC Platform worldwide, including training, documentation, specification and testing. Sankar was recognized as Ansys’ “Global Application Engineer of the Year” in 2014 and “Semiconductor Application Engineer of the Year” in 2019.