Company Filing History:
Years Active: 2008-2024
Title: Innovations by Stefanie M. Lotz: Pioneering Multi-Chip Package Technologies
Introduction: Stefanie M. Lotz is an esteemed inventor based in Phoenix, AZ, known for her impactful contributions to the field of semiconductor technology. With a remarkable portfolio of 19 patents, Lotz has been at the forefront of innovative solutions that enhance multi-chip packaging methods.
Latest Patents: Among her latest inventions are two significant patents: the "Multi-chip package and method of providing die-to-die interconnects" and the "High density organic bridge device and method." The first patent describes a multi-chip package design that includes a substrate with multiple dies attached, enhancing interconnectivity through a specially designed bridge. This bridge can exist either adjacent to the substrate or embedded within it, allowing dynamic connections between chips. Her second patent focuses on the use of organic bridges in multi-chip connections, featuring an embedded organic package substrate that integrates advanced metal routing layers with polymer dielectric materials, leading to more efficient interconnect structures.
Career Highlights: Lotz's career is marked by her tenure at Intel Corporation, where she has leveraged her expertise to drive innovative projects and contribute to the company's vision of advanced technology development. Her work not only demonstrates her individual talent but also her commitment to pushing the boundaries of semiconductor applications.
Collaborations: During her career, Lotz has collaborated with notable colleagues, including Chia-Pin Chiu and Aleksandar Aleksov. These partnerships have enriched her research endeavors and expanded the scope of her innovative contributions to the field.
Conclusion: Stefanie M. Lotz continues to inspire with her relentless pursuit of innovation, as evidenced by her extensive patent portfolio and collaborative efforts at Intel Corporation. Her latest inventions in multi-chip packaging underscore her crucial role in shaping the future of semiconductor technologies.