ASE Develops State-of-the-Art Microchip Using ANSYS Customization Toolkit

Engineers at the ASE, a Chinese semiconductor company, have drastically improved their...

Image: ASE Global

Engineers at the ASE, a Chinese semiconductor company, have drastically improved their IC semiconductor packaging and development and create state-of-the-art microchips with the help of ANSYS Customization Toolkit (ACT) solution. ACT enables engineers to create more accurate models, enhance structural reliability and slash design time to enable customers to receive products faster than ever.

Read more Mendix Named a Leader in Gartner Magic Quadrant for Multiexperience Development Platforms

“ASE is committed to constructing a complete solution for developing IC packaging technology, strengthening design and high-yield manufacturing,” said C.P. Hung, vice president, corporate R&D, ASE Group. “We are very pleased to have a long-term collaboration with ANSYS. The automated analysis technology developed by ACT is the first step in developing future intelligent analysis and design, converting converse complex manual analysis into an automatic search process for potentially critical areas such as cracking, interface delamination and more. ACT will bring more opportunities for advanced packaging and system-level design to the market and accelerate customer product launches.”

With the process of IC manufacturing becoming more complex, companies have shifted focus to product design and dedicate less development time to simulation. To improve the IC packaging and development process, engineers must quickly create models that span countless scenarios to identify design problems and boost product performance, says a press release.

ANSYS 3D Modeling Software (Image credit: ANSYS)

ASE has developed ANSYS ACT workflow, a streamlined sub-modeling automation solution that enhances the IC packaging and development process. This workflow drastically reduces human error by converting complex manual analyses into an automatic search process to identify critical reliability issues such as cracking and interface delamination. This enables ASE engineers to swiftly create highly precise models, rapidly determine the optimal solution, identify problematic parts and reduce overall development time by 30%.

“ASE's ACT solution provides a simple and highly intuitive development environment, enabling engineers to effectively use existing simulation tools to radically increase their productivity and take their IC packaging and development process to the next level,” said John Lee, vice president and general manager, ANSYS. “Spanning a product's entire lifecycle, ASE's ACT automated workflow creates game-changing breakthroughs in semiconductor packaging processes to deliver unparalleled customer support.”

Read more Eccrine Systems Will Expand R&D Capabilities to Accelerate Development of Wearable Sweat Sensors

Ansys Inc. is an American public company based in Canonsburg, Pennsylvania. It develops and markets engineering simulation software. If you've ever seen a rocket launch, flown on an airplane, driven a car, used a computer, touched a mobile device, crossed a bridge or put on wearable technology, chances are you've used a product where ANSYS software played a critical role in its creation.

Sam Draper
October 30, 2019

Innovation of the Month

Do you want to discover more, visit the website
Visit Website

Other news

iMorph Launching Wearable Technology Solution for Smoking Cessation Clinical Trial

iMorph readies prototype CigFree SmartBand, a low-cost all-natural non-invasive solution.

LUNA Ring - A Sleek, Functional Smart Wearable

Noise’s entry into the smart ring space is particularly notable for its development in India.

Myant Partners with Osmotex to Integrate HYDRO_BOT Technology in Smart Clothes

Canadian textile computing company Myant announced partnership with Osmotex...

FDA Approves Freestyle Libre Mobile App Enabling Users to Ditch Handheld Reader

FDA approves app for Freestyle Libre CGM allowing diabetics to monitor their glucose levels
Discover more