Most Maximum PC readers have a hard time using netbooks

Details are still a bit sketchy, but according to an Intel road map that was webcast late last week, it appears as though notebooks featuring the new parts could start shipping by Q2 2010, and will likely range between $400-$800. Performance is expected to fall into the "slightly more powerful than a netbook" but "slightly less powerful than a full featured notebook" range.

Market research firm iSuppli said in a statement on Thursday that they expect the ultrathin category to grow to 14.5 million units in 2010, a 93 percent increase from 2009. If you're on the market for a thin and light laptop that isn't running an Atom processor, you might want to hold out just a bit longer.

This category is typically a bit more profitable than netbooks, so we expect Intel to put forward a fairly competitive offering. The new chips will be made using the latest 32-nanometer process, and will offer power savings far beyond previous ultra portable offerings.

Most Maximum PC readers have a hard time using netbooks. We understand they serve a certain market, but when your used to getting more CPU cycles out of your over clock than an Atom can even produce, you tend to favor a more powerful mobile experience. If you fall into this category, you'll be relieved to know more ULV processors are on the way to fill out the slightly bigger than a netbook category, and the new Intel parts will fall under the Core i3 & i5 banners.

For other Laptop accessories information, you can visit here:Dell PA-12 AC Adapter(Input: AC100-240V,Output: DC19.5V 3.34A )
HP Pavilion DV6000 AC Adapter bullet(HP pavilion dv6000)
HP Pavilion DV9000 AC Adapter bullet(HP dv9000)
Toshiba PA3467U-1ACA AC Adapter(PA3467U-1ACA)
Dell NADP-90KB AC Adapter(NADP-90KB)
Dell pa-16 AC Adapter(PA-16 )
Acer PA-1700-02 AC Adapter(PA-1700-02)

Samsung announced the availability of an eight gigabit (Gb) OneNAND

The OneNAND chip design is able to read data at up to 70MB/s, which is more than four times the speed of conventional NAND (17MB/s). Combined with a low-voltage design and higher productivity over previous 40nm class chips, Samsung says it is particularly well suited for touchscreen devices and other high resolution smartphone features.

Samsung this week announced the availability of an eight gigabit (Gb) OneNAND chip built on a 30nm manufacturing process. According to Samsung, the higher density memory will pave the way for more features in smartphones, while at the same time driving down the overall cost.

"We are happy to see that our advanced 30nm-class NAND solution is being widely adopted in smartphones," said Sejin Kim, vice president, Flash memory planning/enabling, Samsung Electronics. "The availability of 3Gb OneNAND chip will add considerably to our diverse line-up of advanced mobile memory solutions."

According to Samsung, shrinking down to a 30nm manufacturing process allows the company to raise production by 60 percent over 40nm-class DDR3. And as far as consumers are concerned, the company's Green DRAM lowers power consumption by up to 30 percent over 50nm-class DRAM.
For more laptop accessories information on feevoo.com, or just visit here: Dell PA-12 AC Adapter (Input: AC100-240V (worldwide use)
Output: DC19.5V 3.34A )
HP Pavilion DV6000 AC Adapter bullet(Output: DC19V 4.74A
Power: 90W )
HP Pavilion DV9000 AC Adapter bullet(Output: DC19V 4.74A
Power: 90W )
Toshiba PA3467U-1ACA AC Adapter(Input Voltage: 100-240V - 50/60HZ (Worldwide Compatible) Output: DC19V 3.42A Power: 65W )
Dell NADP-90KB AC Adapter (Input: AC100-240V (worldwide use)
Output: DC19.5V 3.34A )
Dell pa-16 AC Adapter(Input: AC100-240V (worldwide use)
Output: DC19V 3.16A)
Acer PA-1700-02 AC Adapter (Input: AC100-240V (worldwide use)
Output: DC19V 3.42A )

Intel produced a demo laptop with the new data interconnect

Intel hopes that Light Peak will eventually replace USB, DisplayPort, DVI, eSATA, and HDMI. The first generation of the technology should be capable of 10Gb/sec bidirectional data transfers. The current USB 3.0 standard is capable of only 4.8Gb/sec. "We expect to increase that speed dramatically. You'll see multiple displays being served by a single Light Peak connection." said Intel's Justin Rattner.

Intel has delayed the integration of USB 3.0 technology in their chipsets until sometime next year, and many feel this is a ploy to weaken USB, making Light Peak a stronger competitor. According to Intel, Light Peak will be available to manufacturers by the end of the year. Would you be ready to jump to Light Peak for your devices?

Intel hasn't had much to say about their Light Peak technology since it was first shown off at last year's Intel Developer's Forum. But now they've produced a demo laptop with the new data interconnect standard built in. In the demo, Intel fitted a standard USB cable with the Light Peak optical cables, and ran 2 HD video streams through it. The technology uses a 12mm chip at each end of the connection that converts light into computer bits.

USB SuperSpeed has been farting around for years now, at a snails pace. Very typical of these standards commitees and tech firm participants, USB should have leaped frog'd Firewire 800 long ago, but instead it's barely being adopted and/or it's being held back by the big movers and shakers. Is Intel protecting themselves and LightPeak?
For more laptop accessories information, you can visit papatek.com, or just visit here: Dell PA-12 AC Adapter (Input: AC100-240V (worldwide use)
Output: DC19.5V 3.34A )
HP Pavilion DV6000 AC Adapter bullet(Output: DC19V 4.74A
Power: 90W )
HP Pavilion DV9000 AC Adapter bullet(Output: DC19V 4.74A
Power: 90W )
Toshiba PA3467U-1ACA AC Adapter(Input Voltage: 100-240V - 50/60HZ (Worldwide Compatible) Output: DC19V 3.42A Power: 65W )
Dell NADP-90KB AC Adapter (Input: AC100-240V (worldwide use)
Output: DC19.5V 3.34A )
Dell pa-16 AC Adapter(Input: AC100-240V (worldwide use)
Output: DC19V 3.16A)
Acer PA-1700-02 AC Adapter (Input: AC100-240V (worldwide use)
Output: DC19V 3.42A )