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Tech

IBM has made three breakthroughs that could help chips continue following Moore’s Law, resulting in more performance or memory at lower prices. These breakthroughs may also allow us to take advantage of new spectrum for mobile broadband and make better batteries. Read More »

What happens when you place the equivalent of 1024 neurons in parallel on a chip? Well, you get a new form of computing for cloud computing and sensor networks as well as toys that can recognize cue cards, better artificial intelligence and pattern recognition. Read More »

 
 

Notable: LSI buys SandForce for $400M

Venture capitalists have generally given semiconductor startups the cold shoulder for years now in favor of the web and software spaces. But LSI Corporation’s $400 acquisition of VC-backed chip startup Sandforce could encourage more VCs to warm up to chip technology once again. Read More »

Sevin Rosen is trying to raise a tenth fund, according to Al Schuele, a partner with the Texas-based venture capital firm. Sevin Rosen hasn’t been big since about 2006, when it stopped raising money on a proposed fund and returned money back to investors. Read More »

Thin Film Electronics ASA, a maker of disposable memory used in toys, has developed a way to add computing to its chips. This means it can offer thin, disposable tracking tags for a few cents apiece, providing a valuable component for the Internet of things. Read More »

The chip industry is really good at making faster CPUs, but it’s lagged when it comes to giving the calculating cores enough information in time. So Samsung and Micron have created a new type of chip that boosts the amount of information memory chips can… Read More »

Servers? We don't need no stinkin' servers!

Both mobile and high performance computing are placing huge power efficiency and performance demands on chips, but the real $64,000 question is how long until such extreme computing use cases hit the server mainstream. Asked another way, how long till Amazon adopts ARM-based servers? Read More »

We want information, and we want it now, so technologists are racing to keep up. From a stealthy startup in New Mexico getting funded to Infinera providing gear that could download Netflix’s entire library in 5 seconds, the secret for our need for speed is light. Read More »

IBM's cognitive computer recognizing numbers.

After a century of making tabulation machines IBM has come up with a new chip that marries our brain’s architecture with silicon guts. The goal is to create a new style of computing aimed at making sense of big data without consuming a lot of power. Read More »

Mobile phone manufacturer HTC has purchased VIA Semiconductor’s graphics business. The deal is indicative of the need for compelling graphics on mobiles as well as an admission that mobile device makers may get an edge if they can bring some silicon capabilities in house. Read More »

Bluetooth inside? You betcha!

Apple is joining the board of the Bluetooth standards organization as the group focuses the latest iteration of Bluetooth on the market for fitness and health sensor data from mobile devices. But can Bluetooth beat out a variety of other standards hoping win in bioinformatics? Read More »

Intel's new 3-D transistors at 22nm.

Intel has managed to keep pushing Moore’s Law by developing a 3-D transistor that allows the chipmaker to deliver ever smaller chips that will be more powerful, yet consume less energy. The new chip moves Intel ahead of the industry and positions it competitively against ARM.… Read More »

More Must Reads

Fourteen venture-backed companies went public in the first quarter of 2011 raising 1.4 billion, the highest number to go public since 2007, according to the NVCA. And many companies that did make it to the public markets are trading at or above their original offering prices. Read More »

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 »

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 »

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 »

Underlying the entire mobile ecosystem are semiconductor firms that supply the radios and brains inside the handset and those that make the chips to power the network. From their product launches this week, it’s clear to see where the mobile world is heading. Read More »

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