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The Role of Material Modeling in Semiconductor Packaging Innovation

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Manage episode 456371586 series 2935206
Content provided by Francoise von Trapp. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by Francoise von Trapp or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://staging.podcastplayer.com/legal.

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Unlock the secrets of semiconductor packaging materials with insights from industry experts Dariush Tari and Rose Guino of Henkel's Semiconductor Packaging Materials Division. This episode promises a deep dive into the processes behind developing materials that are both reliable and high-performing, crucial for the ever-evolving demands of AI, machine learning, and quantum technologies.
Dariush and Rose share their wealth of knowledge on material characterization, modeling, and application engineering, and discuss how Henkel maintains its pivotal role within the semiconductor ecosystem. From underfills to thermal interface materials, discover how comprehensive material offerings are shaping the future of high-performance computing.
Explore the fascinating advancements in material modeling for semiconductors, where physics-based simulations are transforming reliability testing and development cycles.
Gain a clearer understanding of capillary underfill materials and their vital role in enhancing solder joint reliability under thermal stress.
This episode delves into the collaboration between material developers and modeling experts, underscoring the importance of early customer engagement to tailor innovative solutions.
If you are interested in learning how cutting-edge materials are propelling the semiconductor industry forward, this conversation is a must-listen.
Contact the Speakers on LinkedIn
Dariush Tari, Henkel Semiconductor Packaging Materials
Rose Guino, Semiconductor Packaging Materials

Henkel Semiconductor Packaging Materials
Henke's advanced materials elevate semiconductor packaging to meet power, performance, area and cost
Disclaimer: This post contains affiliate links. If you make a purchase, I may receive a commission at no extra cost to you.
Support the show

Become a sustaining member!
Like what you hear? Follow us on LinkedIn and Twitter
Interested in reaching a qualified audience of microelectronics industry decision-makers? Invest in host-read advertisements, and promote your company in upcoming episodes. Contact Françoise von Trapp to learn more.
Interested in becoming a sponsor of the 3D InCites Podcast? Check out our 2024 Media Kit. Learn more about the 3D InCites Community and how you can become more involved.

  continue reading

Chapters

1. The Role of Material Modeling in Semiconductor Packaging Innovation (00:00:00)

2. Semiconductor Packaging Materials Development (00:00:01)

3. Advancements in Material Modeling for Semiconductors (00:13:06)

4. Understanding Capillary Underfill in Semiconductors (00:23:19)

170 episodes

Artwork
iconShare
 
Manage episode 456371586 series 2935206
Content provided by Francoise von Trapp. All podcast content including episodes, graphics, and podcast descriptions are uploaded and provided directly by Francoise von Trapp or their podcast platform partner. If you believe someone is using your copyrighted work without your permission, you can follow the process outlined here https://staging.podcastplayer.com/legal.

Send us a text

Unlock the secrets of semiconductor packaging materials with insights from industry experts Dariush Tari and Rose Guino of Henkel's Semiconductor Packaging Materials Division. This episode promises a deep dive into the processes behind developing materials that are both reliable and high-performing, crucial for the ever-evolving demands of AI, machine learning, and quantum technologies.
Dariush and Rose share their wealth of knowledge on material characterization, modeling, and application engineering, and discuss how Henkel maintains its pivotal role within the semiconductor ecosystem. From underfills to thermal interface materials, discover how comprehensive material offerings are shaping the future of high-performance computing.
Explore the fascinating advancements in material modeling for semiconductors, where physics-based simulations are transforming reliability testing and development cycles.
Gain a clearer understanding of capillary underfill materials and their vital role in enhancing solder joint reliability under thermal stress.
This episode delves into the collaboration between material developers and modeling experts, underscoring the importance of early customer engagement to tailor innovative solutions.
If you are interested in learning how cutting-edge materials are propelling the semiconductor industry forward, this conversation is a must-listen.
Contact the Speakers on LinkedIn
Dariush Tari, Henkel Semiconductor Packaging Materials
Rose Guino, Semiconductor Packaging Materials

Henkel Semiconductor Packaging Materials
Henke's advanced materials elevate semiconductor packaging to meet power, performance, area and cost
Disclaimer: This post contains affiliate links. If you make a purchase, I may receive a commission at no extra cost to you.
Support the show

Become a sustaining member!
Like what you hear? Follow us on LinkedIn and Twitter
Interested in reaching a qualified audience of microelectronics industry decision-makers? Invest in host-read advertisements, and promote your company in upcoming episodes. Contact Françoise von Trapp to learn more.
Interested in becoming a sponsor of the 3D InCites Podcast? Check out our 2024 Media Kit. Learn more about the 3D InCites Community and how you can become more involved.

  continue reading

Chapters

1. The Role of Material Modeling in Semiconductor Packaging Innovation (00:00:00)

2. Semiconductor Packaging Materials Development (00:00:01)

3. Advancements in Material Modeling for Semiconductors (00:13:06)

4. Understanding Capillary Underfill in Semiconductors (00:23:19)

170 episodes

All episodes

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