More semiconductors Stories

Avinash Lingamneni uses the new pruning technique.

In a quest to make faster chips and deliver low-power computing, scientists have creating good-enough chips that instead of performing every calculation to its exact decimal point, are allowed to make mistakes. This field of computing could improve big data analysis, networking and even hearing aids. Read more »

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Apple’s iPad 2 contains the Apple-designed A5 application processor, which is running two cores. Onstage, Apple’s Steve Jobs indicated it was the first dual-core chip shipping at volume, but the folks at Nvidia might disagree, given its dual-core Tegra 2 is out in handsets and tablets. Read more »

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People are complicated organisms that have evolved systems of feedback and governance to ensure our minds and out bodies perform well. As computers gain more cores, MIT scientists are building an operating system to create a similar system of feedback to ensure the machine performs well. Read more »

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Intel’s patriotic investment in American manufacturing news blast worked so well last year when it made a fairly big to-do over its planned capital expenditures that it’s taken a similar tactic this year, showcasing its $6 billion to $8 billion in planned manufacturing investments. Read more »

Intel's planned development fab.

Intel’s patriotic investment in American manufacturing news blast worked so well last year when it made a fairly big to-do over its planned capital expenditures that it’s taken a similar tactic this year, showcasing its $6 billion to $8 billion in planned manufacturing investments. Read more »

The z190, a brand new chip from IBM, runs at a breathtaking speed of 5.2 GHz and it is meant to power a new mainframe system that is trying to tame the flow of data emerging from modern enterprises and their customers. Read more »

A cluster of recent announcements, launches and other maneuvers indicate that energy-efficient ARM chips could be headed from mobile devices to the data center. Read more »

Intel this afternoon reported fourth-quarter profits that rocketed past expectations, buoyed by a rebound in the PC market. But unlike the past two decades, the chip maker can’t count on continued growth in PC buying and other familiar benefactors to keep its momentum up. Read more »

The chip company MIPS this morning threw its support behind Android in a big way, unveiling a variety of products and technologies based on Google’s operating system. It’s one more sign that Android is moving beyond mobile phones into a host of devices and mediums. Read more »

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[qi:gigaom_icon_chip] As Microsoft prepares its upcoming Oct. 22 launch of Windows 7, it looks like the chip industry has several reasons to love the new operating system. Everything from its smaller footprint to better performance while running it from a solid-state hard drive could change the […] Read more »

Let there be light. The Obama administration unlocked $346 million in stimulus funds for energy efficiency earlier this week, including $50 million for advancing solid state lighting, or SSL, technology. The Department of Energy designed the program as “a coordinated development of advanced manufacturing techniques” and […] Read more »

http://www.youtube.com/v/vsCpIeLLoT8&color1=0xb1b1b1&color2=0xcfcfcf&hl=en&feature=player_embedded&fs=1 Earlier today, I attended a web conference with Intel. The two topics covered were the next-generation Atom platform and the Moblin operating system that’s optimized for Atom chips. There actually was very little detail on the Atom front: Pine Trail is the internal name for […] Read more »

When cell phones and laptops get as small, powerful and efficient as current technology and materials allow, Denver, Colo.-based startup ZettaCore wants to be there to put Moore’s Law — which dictates that the number of transistors on a chip doubles every 24 months — on […] Read more »

Samplify Systems, a 2-year-old chip startup coming out of stealth mode today, has the potential to create faster data compression and simplified gadgetry for everything from wireless communications to ultrasound machines–as long as users don’t mind losing a little data. Read more »

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