Media / Perspectives
Long-form perspectives on materials science, manufacturing, system architecture, and the shift toward integrated power delivery in modern compute.
Materials & process
For decades, the idea of integrating magnetics into semiconductor processes has been explored - and repeatedly fallen short. The limitations have not been conceptual, but physical and manufacturing-driven.…
3 min read · The Materials and Process Constraints Behind the ProblemManufacturing
Most discussions around integrated power focus on circuit topology or control techniques. In reality, the limiting factor has been manufacturing.…
3 min read · Why Manufacturing, Not Design, Has Been the Real BarrierFrequency
In power electronics, size is inversely related to switching frequency. Moving from kHz to MHz operation allows inductors and transformers to shrink dramatically. However, this transition has historically been limited by…
3 min read · Why Frequency Is the Key to IntegrationArchitecture
Traditional inductors and transformers are macroscopic components, assembled separately and connected to the system. Their design is constrained by manufacturing methods and packaging.…
3 min read · Reimagining Magnetic Components as Semiconductor DevicesSystem impact
The most immediate benefit of EnaChip’s technology is improved efficiency. By reducing the distance between power conversion and load, parasitic losses decrease and system efficiency improves.…
3 min read · From Efficiency Gains to Architectural ChangeVision
EnaChip’s technology enables a clear progression in power delivery architecture.…
3 min read · The Path to Fully Integrated Power SystemsCompute bottleneck
For decades, the semiconductor industry has focused on scaling compute - more transistors, higher performance, better architectures. But beneath this progress lies a growing constraint that is harder to see and harder to…
3 min read · Compute Is Scaling. Power Delivery Isn’t.Semiconductor transition
Every major transition in semiconductors has been driven by integration.…
3 min read · Why Power Delivery Is the Next FrontierAI infrastructure
AI has transformed the trajectory of computing. But as models grow and infrastructure scales, a new limitation is emerging - not in algorithms, but in physics.…
3 min read · Why Power Delivery Will Define the Next Decade of ComputeUnified systems
Modern electronic systems are still built as a collection of separate layers: compute, memory, power. Each is optimized independently, then stitched together.…
3 min read · The Future of Electronics Is Not Modular - It’s UnifiedLet’s talk
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