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Beyond the Rulebook
What happens when the rule book is no longer useful, or worse, was never written in the first place? In today’s fast-moving electronics landscape, we’re increasingly asked to design and build what has no precedent, no proven path, and no tidy checklist to follow. This is where “Design for Invention” begins.
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From the growing role of AI in design tools to the challenge of managing cumulative tolerances, these articles in this issue examine the technical details, design choices, and manufacturing considerations that determine whether a board works as intended.
Looking Forward to APEX EXPO 2026
I-Connect007 Magazine previews APEX EXPO 2026, covering everything from the show floor to the technical conference. For PCB designers, we move past the dreaded auto-router and spotlight AI design tools that actually matter.
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Bloom Energy, Quanta Computer Expand Partnership to Power AI Revolution
November 11, 2024 | BUSINESS WIREEstimated reading time: 1 minute
Bloom Energy, a world leader in solid oxide fuel cell (SOFC) technology, and Quanta Computer Inc., a premier Taiwanese electronics manufacturer, announced a major expansion of an existing agreement to power the production of critical hardware serving the AI industry. The new agreement increases the power capacity of Quanta’s existing Bloom SOFC installation by more than 150 percent and will circumvent a costly utility interconnection delay to keep up with rapidly growing demand for orders.
AI is one of the fastest growing technologies today that is reshaping industries and poised to be a major economic driver worldwide. Most AI data centers are located in the United States and demand for Quanta servers to support these facilities is quickly increasing, requiring access to reliable power – which is a challenge in Silicon Valley where both real estate and grid power are severely constrained.
When Quanta’s manufacturing expansion in Fremont was impeded by costly interconnection delays to the local electric utility, they turned to an islanded Bloom Energy SOFC microgrid installation to reliably deliver the power it needed to serve the fast-paced AI sector.
As demand for Quanta’s products continues to grow, the company decided to expand its Bloom microgrid solution.
“Leaders in the AI industry like Quanta simply do not enjoy the luxury of being able to wait for traditional grid infrastructure, because the marketplace won’t wait for them,” said Aman Joshi, Bloom Energy’s global Chief Commercial Officer. “Bloom’s SOFC microgrids provide AI customers with a flexible, pay-as-you-grow solution that is ready to scale and avoids additional transmission or distribution upgrades. This effectively shortens interconnection permitting associated with traditional infrastructures.”
Bloom is on-track to deliver the expanded power capacity for Quanta ahead of schedule early next year, demonstrating significant Time to Power advantages Bloom’s solution offers over the grid. The expansion of this partnership will create Bloom’s largest islanded, load-following industrial installation.
Bloom’s microgrid solution will continue to address Quanta’s short- and long-term needs for energy and provide resilience to unplanned power outages and predictability in energy costs.
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Julia McCaffrey - NCAB GroupSuggested Items
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04/16/2026 | Alpha and Omega Semiconductor LimitedAlpha and Omega Semiconductor Limited, a designer, developer, and global supplier of a broad range of discrete power devices, wide bandgap power devices, power management ICs, and modules, marks a historic expansion of its global manufacturing footprint with the official inauguration of Kaynes Semicon’s state-of-the-art OSAT facility in Sanand, Gujarat.
From AI to AEP, an Impressive Array of Keynotes at APEX EXPO 2026
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Koh Young Highlighting its Smart AI Solutions at the SMTA Monterrey Expo and Tech Forum
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Powering the Future: Why Thermal Management Defines the Future of Electronics
04/15/2026 | Brian Buyea -- Column: Powering the FutureEvery leap forward in electronics comes with a familiar consequence: heat. Whether it’s a power module driving an electric vehicle, a laser diode used in surgery, or a 5G amplifier operating in orbit, higher performance inevitably means higher temperatures. While engineers celebrate breakthroughs in speed, density, and power, none of those specifications matter if the system can’t keep cool long enough to perform reliably.