You are currently viewing SemiWiki as a guest which gives you limited access to the site. To view blog comments and experience other SemiWiki features you must be a registered member. Registration is fast, simple, and absolutely free so please,
join our community today!
WP_Term Object
(
[term_id] => 34
[name] => Ansys, Inc.
[slug] => ansys-inc
[term_group] => 0
[term_taxonomy_id] => 34
[taxonomy] => category
[description] =>
[parent] => 157
[count] => 256
[filter] => raw
[cat_ID] => 34
[category_count] => 256
[category_description] =>
[cat_name] => Ansys, Inc.
[category_nicename] => ansys-inc
[category_parent] => 157
[is_post] =>
)
WP_Term Object
(
[term_id] => 34
[name] => Ansys, Inc.
[slug] => ansys-inc
[term_group] => 0
[term_taxonomy_id] => 34
[taxonomy] => category
[description] =>
[parent] => 157
[count] => 256
[filter] => raw
[cat_ID] => 34
[category_count] => 256
[category_description] =>
[cat_name] => Ansys, Inc.
[category_nicename] => ansys-inc
[category_parent] => 157
[is_post] =>
)
The headline is: Ansys Signs Definitive Agreement to Acquire Diakopto, Expands Multiphysics Simulation Portfolio for Semiconductor Designers. The acquisition complements Ansys’ existing signoff solutions and enables integrated circuit (IC) designers to detect problems earlier in the design flow.
Which is certainly… Read More
Multiphysics simulation is the process of computational methods to model and analyze a system to understand its response to different physical interactions like heat transfer, electromagnetic fields, and mechanical structures. Using this technique, designers can generate physics-based models and analyze the behavior… Read More
Traditional methods of chip design and packaging are running out of steam to fulfill growing demands for lower power, faster data rates, and higher integration density. Designers across many industries – like 5G, AI/ML, autonomous vehicles, and high-performance computing – are striving to adopt 3D semiconductor… Read More
As engineers continue to design more complex systems with increasing frequency, the need for speed and capacity to solve these structures also increases. Over the years, HFSS has come a very long way and can now solve exponentially large structures with millions of unknowns. Ansys HFSS never stopped advancing, continuing … Read More
The explosion in volume and consumption of data, fueled by industry trends in virtualization, networking, and computing among others, continues to push photonic solutions forward into leading positions. On Feb 2nd, I attended a panel by Ansys at DesignCon that brought together industry experts from Intel, GlobalFoundries,… Read More
The old adage: “If it ain’t broke, don’t fix it,” is as offensive to innovators as it is to grammarians. Just because something works well, doesn’t mean it cannot work better. As times change and technology advances, you either move forward or get left behind.
If you haven’t upgraded to the latest Ansys HFSS electromagnetic simulation… Read More
Ansys is hosting IDEAS Digital Forum 2022, a no-cost virtual event that brings together industry executives and technical design experts to discuss the latest in EDA for Semiconductors, Electronics, and Photonics.
See the full online conference agenda and list of speakers at www.ansys.com/IDEAS. The free registration will… Read More
In December 2021, just weeks before Verizon and AT&T were set to enable their new radio access networks in the 5G mid-band spectrum (also known as C-Band), the Federal Aviation Administration (FAA) released a Special Airworthiness Information Bulletin (SAIB) and a statement notifying operators of potential 5G interference… Read More
Over its 40+ year history, electronic design automation (EDA) has seen many companies rise, fall, and merge. In the beginning, in the 1980s, the industry was dominated by what came to be known as the big three — Daisy Systems, Mentor Graphics, and Valid Logic (the infamous “DMV”). The Big 3 has morphed over the years, eventually settling… Read More
The design and characterization of RF circuits is a complex process that requires an RF designer to overcome a variety of challenges. Not only do they face the complexities posed by advanced semiconductor processes and the need to meet the demanding requirements of modern wireless standards, designers must also account for electromagnetic… Read More