Driving 5G Innovation
We all want 5G smartphones that can live stream high-definition selfies, 5G augmented reality gear or 5G drones that can broadcast 4K video from anywhere on the planet.
Engineering Computing News
Engineering Computing Resources
June 3, 2019
For 5G mobile device like smartphones, the challenge engineers face is miniaturizing and optimizing the performance of the radio frequency front end. The RF front-end module consists of filters, amplifiers and switches to manage gigahertz RF signals.
Filters for 5G bands are especially challenging to optimize, and in a 5G smartphone there will be dozens of these tiny filters. In fact, the only way to truly optimize RF filters is by using computer-aided engineering simulation and optimization. And the only CAE platform capable of optimizing next-generation RF filters is OnScale.
Full 3D TC-SAW simulation – 50M DoF solved in under 12 hours
OnScale is an extremely powerful, on-demand, scalable cloud CAE platform that breaks performance barriers for engineers optimizing next-generation 5G RF filters.
With OnScale Cloud, engineers can analyze hundreds, thousands, even millions of design concepts rapidly in parallel on thousands of HPCs in the cloud. With this amount of computational power, engineers can explore massive design spaces and find optimal designs quickly, all while slashing R&D cost, risk and time to market.