ie8 fix

a9

Heads up, Intel: TSMC cranks up ARM chip to 3GHz

Taiwan Semiconductor Manufacturing Company has ripped a page right out of the Intel playbook.

TSMC announced today that a chip rolling off its advanced 28-nanometer manufacturing process was jacked up to 3.1GHz -- unheard of in the annals of ARM-based mobile system reviews.

Intel, of course, is not a stranger to fast frequencies. Its high-performance Core i desktop processors run well more than 3GHz, and even its higher-end mobile parts are rated close to 3GHz.

But that's unfamiliar territory for ARM, which is known more for power efficiency than raw power.

More specifically, the TSMC chip is a … Read more

Samsung announces quad-core chip for Galaxy S phone

Electronics heavyweight Samsung will put quad-core silicon in its next Galaxy smartphone, upping the ante for mobile performance.

The Exynos 4 Quad integrates four processor cores and is built on the company's cutting-edge 32-nanometer manufacturing process. The chip will run at speeds above 1.4GHz, the company said in a statement today.

As a yardstick, the third-generation iPad uses older 45-nanometer Samsung manufacturing tech and its central processing unit is dual-core (though the graphics processing unit is quad-core). And most multi-core smartphones and tablets on the market today are dual-core.

Samsung's new chip -- targeted at both tablets … Read more

Qualcomm S4 chip renders Ice Cream Sandwich 'butter smooth'

Qualcomm's Snapdragon S4 chip is racking up benchmark numbers that make the Samsung Galaxy S II's performance seem so last-year while turning Ice Cream Sandwich into a dreamy experience, said a chip review site.

"Occasionally we'll see performance numbers that just make us laugh at their absurdity," said Anandtech. "[Snapdragon S4's] Linpack performance is no exception. The performance advantage here is insane. The MSM8960 is able to deliver more than twice the performance of any currently shipping SoC (system-on-a-chip)."

And what about that Adreno graphics processing unit? "From a compute standpoint … Read more

Amazon Prime adds book borrowing

eBay speaks out against the latest Internet sales tax proposal, BlackBerry Messenger adds a music service, and Amazon sweetens the Kindle with free book-borrowing for Prime subscribers.

Links from Thursday's episode of Loaded:

Amazon Prime adds book borrowing eBay fighting Internet sales tax proposal Apple: Battery fix is coming Flow is a smooth scanning app BlackBerry Messenger Music Subscribe:  iTunes (MP3)iTunes (320x180)iTunes (HD)RSS (MP3)RSS (320x180)RSS HD

A6 chip to reach iPad 3 later in 2012, says analyst

Apple's latest chip technology won't appear in the next-generation iPad until June 2012 at the earliest, according to a firm that tracks the mobile processor industry.

Getting new processor technology out the door (remember, Apple is also in the chip design business) is a Herculean task for even seasoned chip manufacturers like Intel. It will certainly be no different for Apple, whose next chip, dubbed the "A6," may not make an appearance in the iPad 3 until later in 2012, said The Linley Group, a chip consulting firm.

If Apple keeps to its schedule and launches … Read more

Rumor: iPhone 5 to feature A5 processor, iPad 2 stays with A4

The oft-quoted DigiTimes, a Taiwanese tech industry favorite publication, has revealed that Apple is outsourcing the production of its A5 processor chip, which many expect will be based on the ARM Cortex A9 design and used in the forthcoming iPhone 5, to Taiwan Semiconductor Manufacturing Co.

AppleInsider reports that Apple's A4 chip is currently produced by Samsung Electronics, but the move to Taiwan Semiconductor for production of the A5 chip is because of Samsung's inability to keep up with Apple's supply demands.

This rumor follows many regarding Apple's iPhone lineup, including a larger, 4-inch screen and … Read more

Inside Sony's next-generation PSP

Sony's disclosure of the internals of the Next Generation Portable (NGP) PlayStation at an event in Tokyo today reveals a game engine that might be best described as an Apple iPad on steroids. Lots of steroids.

Like the iPad (and iPhone), Sony will use an ARM processor design. Of course, Sony and Apple aren't the only high-profile device makers using ARM chips. Motorola is using an advanced ARM chip from Nvidia in its Xoom tablet, and RIM's BlackBerry PlayBook tablet will tap a powerful ARM chip from Texas Instruments. Both of those are dual-core ARM designs.

But … Read more

Rumor: New iPad has 7-inch screen, Cortex-A9 processor

Now that news related to the iPhone 4 launch has cooled down, iPad rumors are heating up. The latest suggest a speedier and possibly smaller-screened tablet device from Apple as early as January.

Digitimes claims to have the drop on Apple's first revision to the wildly successful iPad. According to the report, Apple will beef up the speed of the iPad by swapping the Apple-built A4 processor with a Cortex-A9 and replacing the 256MB of RAM with the same 512MB currently found in the iPhone 4.

Interestingly, the report also claims that Apple will release a 7-inch version of … Read more

At Google, a search guru's dream comes true

Q&A Search has become central to the functioning of the Internet, but Udi Manber isn't the kind of person who takes that for granted.

"I don't have to tell anybody around here that search is important. That's a very nice luxury to have," said Manber, the Google vice president in charge of search quality.

Search quality may seem like an unassuming element of Google's operations, but in fact it's at the core. Manber oversees the company's search algorithm--all the different inputs Google weighs to judge which Web sites to rank highest in search results.

Manber's work has been highly secret, partly because search is central to Google's competitive advantage and partly because Google doesn't want people gaming the system to get artificially prominent results. But the company has begun sharing a smidgen, including an opening blog post by Manber in May. I talked to him at Google headquarters recently.

How mature is search today on the Internet? Are we 5 percent of the way done with the problem? Ninety percent? My best analogy is that a 15-year-old thinks he's very mature. A 19-year-old thinks he's extremely mature. Every few years you learn that you were not mature before. Search on the Web is about 15 years old, and obviously we were much more mature than we were 5 years ago and 10 years ago and 15 years ago. One way to put it is that it's science fiction every 5 years. What's possible today to me was science fiction 5, or definitely 10 years ago. What was (ordinary) 10 years ago was science fiction 15 years ago. The development is really pretty amazing. It surprised even me. I expect a certain level of progress, and we're actually surpassing it.

You were at the University of Arizona, then Yahoo and Amazon, then A9, then you moved to Google in 2006. Is there anything you've learned from looking at it from different perspectives, or have you been just tackling the same thing with different phone numbers on your business card? It's the same problem, and I've looked at it from many different angles. It's bigger here, and it's better here. We have a team that's beyond any other team I've ever been with. We put more resources into it. I don't have to tell anybody around here that search is important, and that's a very nice luxury to have.

I remember the old days of AltaVista and HotBot and WebCrawler some of these other search engines--days when search was really very primitive. I remember starting those things. They looked very sophisticated and mature at the time, which is my point about the 15-year-old.

It's clearly become a lot more usable. But even 10 years ago, everybody hadn't been trained to think the way we get information is we go to a search box and type something in. Now that seems abundantly obvious. What 10 years from now is going to look stunningly obvious as having a search box is today? It was clear to some people. I don't want to brag too much, but it was clear to me. That's why I moved to search in the early 1990s, because everybody was talking about the information revolution. It was very clear that to have an information revolution, it's not enough to store the information and move it around, you have to find it. I know a lot of people at the time who were talking in those terms--that's going to be the revolution. The ability to find things among huge amounts of information is the key factor. So while nowadays it's completely obvious, even 6 or 7 years ago it was not obvious. I think the reason Google is so successful now is because it was obvious to (co-founders) Larry (Page) and Sergey (Brin) 10 years ago, they put in all the effort, and they're still doing it now.

Don't take that for granted. It was not that well understood, but it was understood by some people. When I started working on search when I was in academia and I said I'm working on search, they looked at me and said, "What do you mean you're working on search? Did you lose something?" In the early 1990s, even, very few people worked on search, because search was done by professionals in various limited domains. There was legal search, there was medical search, there was chemical search, and some limited news search. And it was done by a searcher--professional people. You tell them, "This is what I want to find," and they find it for you. I went to trade conferences with searchers. The idea that people will do the search themselves--that it'll democratize the whole thing and you don't have to go to a professional--that's the revolution.

I think that'll advance much more because you'll do more searches. There are a lot of things you don't search for now, because you don't expect Google will know or that the search engine will find out. We are finding that user expectations grow. The kind of searches people do now are more complicated than the kinds they were doing five years ago. People expect a lot more from us.

Ten years ago, if you actually found an answer to some specific question, it was, "Hey, look at this, it's so cool!" It was an event. Nowadays if you don't find exactly what you want in the first or second result, something is wrong. That's nice. The expectation is that we'll do it.

Read more

ARM's new Cortex core ready for low-power multicore chips

Two weeks after Intel signaled its future low-power intentions, ARM has unveiled its latest mobile chip design for smart phones and consumer devices that will arrive around 2010.

The Cortex A9 is an extension of the Cortex family of applications processor cores that ARM unveiled two years ago with the Cortex A8. It combines the multiprocessor support of older ARM cores with the Cortex design, ARM's highest-performance implementation to date. Several ARM partners, such as Texas Instruments, Samsung, STMicroelectronics, Nvidia and NEC Electronics also announced plans to use the Cortex A9 in future chips for smart phones and consumer … Read more