"Success, Mediocrity, and Death: What separates semiconductor startups, from lab to exit. Evidence from 798 companies founded 1998–2025"
Abstract: Founders and VCs tell the stories of the winners. Data from nearly 800 semiconductor startups founded 1998–2025, with outcomes through 2026, shows the rest: who succeeded, who stalled, who died, and why. This talk looks at pain, timing and team, and at how university spin-outs fare.
Case studies of matched companies show why similar teams with similar technology ended very differently. Finally, the talk asks why the AI boom produced new digital giants but no new analog champions and what these patterns mean for university spin-out initiatives.
Bio: Helen Kim is a serial entrepreneur and deep-tech advisor who brings breakthrough semiconductor technologies from the lab to market.
She began her career at Bell Labs, researching optical and high-speed communication ICs and silicon BiCMOS, and also devised a new type of organic LED on silicon. She later led an engineering team building high-density optical interconnects at Aralight, a Bell Labs spin-out. At MIT Lincoln Laboratory, she spent more than a decade leading teams that developed high-performance, low-power RF and mixed-signal integrated circuits, earning an R&D 100 Award (2010) and the Laboratory's Technical Excellence Award (2012).
In 2014 she co-founded NanoSemi, a machine-learning-driven silicon IP company for wireless communications built on MIT and Lincoln Laboratory research. As CEO she raised three venture rounds and led the company to its acquisition by MaxLinear in 2020, where she served as VP of Wireless Technology and IP.
Today, she advises deep-tech startups. She also mentors founders through the MIT Venture Mentoring Service and chairs the Advisory Board of the ECE Department at UC Davis. She holds an MS and a PhD in Electrical Engineering from Columbia University and a BS in Electrical Engineering from UCLA.