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Handheld Games and Study Aids

Multimedia learning systems are more-educational versions of portable video game devices such as the Game Boy. LeapFrog makes the Leapster and Fisher-Price offers the Pixter. Multimedia game systems help children learn about all kinds of subjects from spelling to music, and using the stylus and controls can help them develop fine motor skills. Despite their small size, handhelds can be pricey. For maximum enjoyment, get a device that is adaptable with multi-level games so your child will not become bored once he or she has mastered the basics. Padded cases, sold separately for most products, protect the device when traveling and provide storage for the game cards.

For older children (grades 5 to 8), LeapFrog makes the iQuest. Compatible with a variety of subject-specific cartridges, it helps students prepare for tests and quizzes and also works as a personal organizer to keep track of homework assignments.
Tom Reeves, VP of semiconductor and technology services at IBM, sat down with Electronic News at the site of the company’s 200mm fab and mask operation near Essex Junction, Vt., for a candid conversation about what’s next in chip manufacturing, where the problems are and where future technology will come from. What follows are excerpts of that conversation.

Electronic News: What’s the next big break in chip technology?
Reeves: Through the ’70s and early ’80s, bipolars went up to 100 watts. We had water-cooling systems, but you needed something new. Then we started with CMOS, which was a Holy Grail step-function improvement. Now, 20 years later, we’ve got 100 to 120 watt chips again. Power is everything. The efforts we’re taking to get leakage power down for cell phones or a base station or a Cisco switch are enormous. If you look at a chip in a base station or a switch, they’re 40 watts, and there are a lot of them. The total wattage gets up to 5,000 or 10,000. So the major focus now is not on Moore’s Law and how you get the next density step. We’ll get that. How you get the next performance step is harder work than it’s been, too. But the most important issue is how you manage power. Leakage power at the most advanced lithography is very challenging. And with active power, can you cool the gain? College kids were hanging some gaming systems out their dorm windows to cool them down.

Electronic News: So how do we solve these problems? Are we at a point where the road map is broken and we have to re-think what we’re doing?
Reeves: I think we can make incremental improvements. At 65 nanometers, we have solved that. At 45, we have additional ideas. But as you look at 32 nanometers and beyond, it’s still an open question. At 65 and 45 we’re using header and footer switches to turn things on and off, dynamic voltage scaling, dynamic frequency scaling. We’re qualifying processes for lower voltage levels than we would have. We’ve used voltage islands, too.

Electronic News: But isn’t that a Band-Aid approach?
Reeves: I’d call it business as usual—brute, tough-it-out engineering. It’s not like bipolar going to CMOS, though. We don’t have a panacea on our road map. There are certainly some interesting technologies—carbon nanotubes are one of them—but they all look as if they’re 20 years out, not five years out. There are some ultimate solutions that are game-changers. But at 32 nanometers and the step after that, we have CMOS and SOI.

Electronic News: What’s the big bottleneck now?
Reeves: Leakage power is now equal to active power. Leakage power used to be insignificant. The Swiss and Japanese watchmakers were the only ones worried about leakage because it affected how long the battery lasted. Sharp created a new cell phone, which is only available in Japan, with an Aquos LCD screen for watching TV. It’s the same material as in their TV screens. It tunes analog signals, digital signals and FM signals through an IBM silicon-germanium tuner, and it has an IBM EDRAM ASIC. They came to us and said they wanted 600,000 of each as fast as we could make them. It launched in early June in Japan. TV-tuning standards are different by country. A different model has to come out for Korea and Europe, and a different one—probably years from now—in the United States, because we tend to lag these standard migrations.

Electronic News: Does it matter to IBM which form factors sell best and which standards are used?

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The electronic games for e-waste is one that is mostly unregulated, but a limited number of other countries are involved. Outside of China, other countries in the metal extraction business include India and Pakistan. The Middle Eastern country of Dubai is another major collector of discarded electronics, but it acts as a middleman: most of what it receives is re-exported out to China and other countries.

(NaturalNews) Researchers from the University of Cambridge's Cavendish Laboratory have a chance to revolutionize the electronics industry if they can develop plastic semiconductors.

The idea is to replace the electronic games in standard microchips with layers or circuitry on plastic substrates. While the concept of plastic semiconductors may seem like a pipe dream, Cambridge-based startup Plastic Logic has been talking about electronic games since 2000. The company is putting money where it's mouth is, too, as it has more than $100 million worth of investment funds for a factory that it plans to open in Dresden, Germany.

The technology has "tremendous potential," said Morry Marshall, vice-president for strategic technologies at Phoenix semiconductor research group Semico, adding that it was a "breakthrough that is waiting to happen."

The final product should be a plastic sheet roughly the same size as a piece of A4 sized paper, being produced at a rate of about 2.2 million a year. They will be composed of polyethylene terephthalate -- the same type of plastic used to make soft drink bottles -- and initially supplied to other companies as the basis for pieces of "electronic paper," which can display the pages of thousands of electronic games.