By FARAJ AALAEI , Founder and CEO, Cognichip By nearly every technical measure, today’s chips are astonishingly fast, yet phones still hesitate and cloud applications stall. Faraj Aalaei of Cognichip argues the problem isn’t that innovation has slowed but that the industry is optimizing for the wrong definition of speed: “We didn’t run out of performance — we lost it in translation.” Modern performance depends on how well dozens or thousands of components work together across memory, software and networks, and a fast chip that spends its time waiting is like a sports car stuck in city traffic. Layers of flexibility added to hedge against uncertain needs create imbalance and inconsistency, and many problems are baked in years earlier, because long design cycles force engineers to make foundational decisions before they know how the chip will be used. The gap affects energy use, economic competitiveness and who gets to innovate, Aalaei writes. Making technology feel faster again will require reasoning about entire systems before constraints become permanent, and he sees a new generation of tools and system-level thinking emerging to make that possible. Click here to read the full article in Semiconductor Digest magazine. The post Why “Faster Chips” Don’t Feel Faster appeared first on Semiconductor Digest .