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The future of AI and data centers depends on efficiency—and Silicon Photonics is key to unlocking it. In a conversation with Silicon Semiconductor, Tom Barber, GF Vice President, Communications Infrastructure and Datacenter, dives into the growing power demands of AI workloads and how silicon photonics is emerging as a game-changer. Watch the full interview here: https://loom.ly/UaWj_UE
As the world approaches an inflection point in data connectivity, essential technologies like silicon photonics are shaping a future of connectivity unlimited by bandwidth. Taara from X, the moonshot factory unveiled their silicon photonics chip that transmits high-speed data through the air using light... all in a chip the size of a fingernail. GF is committed to driving the adoption of silicon photonics and 3D and heterogeneously integrated chips to meet power, bandwidth, and density requirements in data centers and edge devices. To read more about the silicon photonics technology powering Taara’s chip, check out their blog here: https://loom.ly/YUhf59s
Indie.inc and GF are pleased to announce our strategic collaboration to develop indie's portfolio of high-performance radar SoCs on our advanced 22FDX platform. Utilizing 22FDX's FinFET-class performance, state-of-the-art RF, and ultra low power capabilities, indie's SoCs will target 77GHZ and 120GHz radar applications for essential advanced driver assistance systems and adjacent industrial applications. Read the full press release here: https://loom.ly/wCsji6E
Big news! We’re teaming up with the Massachusetts Institute of Technology to push the boundaries of semiconductor research, accelerating progress in AI and next-gen applications. Through this collaboration, MIT’s Microsystems Technology Laboratories and GF Labs will drive innovations in silicon photonics and ultra-low-power semiconductor platforms—unlocking more efficient, scalable solutions for data centers and intelligent edge devices. Learn more: https://loom.ly/r4Eolsc
Scaling quantum computing will require semiconductor manufacturing. At GF, we understand the challenge of building advanced devices at scale and continue to be impressed by PsiQuantum’s expertise and progress. PsiQuantum’s new chipset, designed in partnership with GF and manufactured at our New York facility, is built using high-volume, industrially proven processes—bringing large-scale quantum systems closer to reality. With the announcement of Omega, PsiQuantum has taken a major step toward utility-scale, million-qubit quantum computing—20 years after the first photonic qubit breakthroughs. Reuters covered this milestone—read more here: https://finance.yahoo.com/news/startup-psiquantum-says-making-millions-164519904.html
As the demand for talent in the semiconductor industry grows, student loan debt remains a major barrier for skilled workers in the U.S. At GF, we are committed to supporting a sustainable workforce, and one way we are doing this is through our student loan repayment program. Read more about the latest leap in removing obstacles for future industry innovators on Business Insider: https://loom.ly/-RcIy40
Excited to share about our new "show & tell" experiential room at GF. This space simulates the cleanroom experience by providing a glimpse into what goes on in our real state-of-the-art cleanroom. Everyone benefits from GF's essential semiconductor chips that power so many of our devices today. What they may not know is how it is manufactured in our fabs. This room gives visitors insights into the sophisticated machinery and processes that take place and to understand how our engineers operate in the Fab environment.
GF CEO Tom Caulfield joined CNBC’s Money Movers for a wide-ranging conversation and breaks down why a globally diverse footprint is essential for supply chain resiliency, how AI’s shift to the edge is driving new opportunities for semiconductor innovation, and why investing in U.S. manufacturing is more critical than ever. Catch the full conversation for insights on what’s next for the semiconductor industry. https://lnkd.in/ekHf-xjV
Last week, the United Nations inaugurated the International Year of Quantum Science and Technology to celebrate a century of quantum mechanics and how the technology is paving the path for innovation. Following decades of research in quantum, semiconductor processes are playing an essential role breaking down barriers to translate this work into scalable manufacturing. We’re proud of our Corporate Fellow Ted Letavic for being such an instrumental leader in this innovation. Read more about why he believes 2025 will be such a critical year for quantum in this Enter Quantum article. Read more: https://lnkd.in/evZ_ESFg
Leo Saldana, a senior technician in equipment engineering and a GF Apprenticeship graduate at GF Malta, was an invited guest at an event hosted by New York Governor Kathy Hochul in Albany, NY. At the event, Governor Hochul announced the selection of three new locations for the $200 million One Network for Regional Advanced Manufacturing Partnerships (ON-RAMP) program. The ON-RAMP program aims to create a network of high-impact workforce development centers to connect New Yorkers with careers in advanced manufacturing industries. #advancedmanufacturing #workforcedevelopment #innovation #technology #careergrowth #globalfoundriesus https://loom.ly/BPcLzqQ
