FormFactor, Inc.
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Latest posts
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Why 3.2T Ethernet Is Pushing Production Wafer Test to 120 GHz
AI infrastructure is driving the transition from 800G to 1.6T and ultimately 3.2T Ethernet. As optical interfaces get faster, device bandwidth requirements are moving beyond 112 GHz, driving production wafer test toward 120 GHz. That is the challenge behind FormFactor’s upcoming…
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Aasutosh Dave on the Future of Semiconductor Test
How will semiconductor test keep up as AI drives unprecedented demand? FormFactor Chief Commercial Officer Aasutosh Dave took on that question in a recent episode of the Semiconductor Leadership Podcast with host Salah Nasri. Throughout the conversation, he explored why capacity…
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Breaking Down Micro-Bump Probing Myths: Separating Manufacturing Reality from Common Assumptions
Micro-bump probing has a reputation for being difficult. And to be fair, there are good reasons for that. As AI accelerators, high-bandwidth memory (HBM), chiplets, and heterogeneous integration architectures become more complex, the bumps are getting smaller, pitches are…
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Pushing On-Wafer RF Test to 250 GHz: FormFactor at European Microwave Week 2026
As RF, mmWave, sub-THz, and silicon photonics technologies advance, engineers are being asked to make accurate measurements at frequencies and levels of complexity that were difficult to imagine just a few years ago. Higher frequencies, wider bandwidths, increasingly complex…
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RF Wafer Probing Fundamentals – Essential Insights for Precision Testing
RF on-wafer measurements offer a clear advantage: they allow engineers to assess a device in its raw, unpackaged state. This makes it possible to identify performance issues earlier, before packaging and assembly add cost or potentially introduce additional variables into the…
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Pharos™ Optical Probe Series for Silicon Photonics and Co-Packaged Optics
Artificial intelligence, high-performance computing, and next-generation data centers are pushing bandwidth requirements higher than ever. As a result, silicon photonics (SiPh) is playing a growing role in optical transceivers, photonic integrated circuits (PICs), and emerging…
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FormFactor Technology Nominated for the German Future Prize 2026
We’re proud to share that technology developed by the Keystone Photonics team, now part of FormFactor, has been nominated for the Deutscher Zukunftspreis 2026 (German Future Prize)(opens in new tab), the German Federal President’s Award for Innovation and Technology. The…
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From Lab to Fab: How Cryogenic Wafer-Level Characterization Accelerates Semiconductor Development
Cryogenic testing(opens in new tab) has traditionally been associated with research labs, where scientists and engineers characterize individual devices at extremely low temperatures. But as quantum computing(opens in new tab), superconducting electronics, cryogenic CMOS, and…
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Beyond Bandwidth – How GenAI Is Reshaping HBM Architecture and Semiconductor Test
HBM has already helped address one of the fundamental challenges facing AI computing: keeping increasingly powerful processors supplied with data. But HBM is quickly becoming more than a way to feed data to increasingly powerful processors. The post Beyond Bandwidth – How GenAI…
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Connect with FormFactor at Three Leading Technology Events This September
Whether you're advancing quantum devices, developing new sensing technologies, or preparing silicon photonics for production, FormFactor is committed to helping you achieve accurate, reliable measurements every step of the way. The post Connect with FormFactor at Three Leading…