drag2share: Verizon's Droid RAZR gets violet coat of paint, price tumbles to $200 on contract

Source: http://www.engadget.com/2012/01/19/verizons-droid-razr-gets-violet-coat-of-paint-price-tumbles-to/

Motorola has already unveiled the RAZR's bigger, battery-savvy brother, the Maxx, but it's not yet done with the original kevlar-skinned smartphone. Yes, the RAZR will get a color palette refresh for the new year, with Verizon readying a metallic purple edition for just under $200 -- that's a hundred bucks less than what Big Red hopes you'll lay down for the newer Maxx. Like its white and black siblings, it will shed the 16GB SD card that arrived with the first issue RAZR, leaving 16GB of built-in storage. You'll be able to ogle at that puce wafer-thin profile when it arrives on January 23rd. Verizon's self-congratulatory fanfare is after the break.

Continue reading Verizon's Droid RAZR gets violet coat of paint, price tumbles to $200 on contract

Verizon's Droid RAZR gets violet coat of paint, price tumbles to $200 on contract originally appeared on Engadget on Thu, 19 Jan 2012 20:47:00 EDT. Please see our terms for use of feeds.

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drag2share: NetLED WiFi-enabled, app-controllable, LED light tubes come to Japan

Source: http://www.engadget.com/2012/01/19/netled-wifi-enabled-app-controllable-led-light-tubes-come-to-j/

Because deep down, all you've ever really wanted are smartphone adjustable WiFi-LED light tubes controlled by a remote server out in the ether. Snarkiness aside, that's exactly what Japan's Net LED Technology Corporation has done with a lighting system it lovingly calls NetLED. The setup isn't for frugal types as, before even purchasing lights, you'll need to plunk down 60,000 yen (around $780) for a netLED router that serves as an intermediary between those fixtures and the company's remote server. The addition of that hardware enables the 19,800 yen (around $260) WiFi-equipped 40W LED arrays to be monitored and adjusted remotely via a web browser or an iPhone app. And, if WiFi tubes are too rich for your blood, each WiFi-toting fixture can be paired with up to three cheaper WiFi-less slaves that cost 14,000 yen (around $182). It's complex and pricey stuff, yet the company estimates you'll cut energy consumption by half after you amass 200 units. Those brave enough to find out, can take the plunge February 20th when it all goes on sale -- just let us know how you fare, cool? In the meantime, get up close and personal with a shot of the light emitters themselves after the break.

Continue reading NetLED WiFi-enabled, app-controllable, LED light tubes come to Japan

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NetLED WiFi-enabled, app-controllable, LED light tubes come to Japan originally appeared on Engadget on Thu, 19 Jan 2012 21:52:00 EDT. Please see our terms for use of feeds.

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drag2share: Arman Ahnood teases OLED display with solar cells, idealizes the self-sustaining smartphone

Source: http://www.engadget.com/2012/01/20/oled-display-with-integrated-solar-cells/

Plenty of effort is going into improving smartphone battery life, but only a few individuals are delving into radical realms to achieve the goal. Take for example, Arman Ahnood, a researcher at the London Centre for Nanotechnology, whose latest prototype uses solar cells to capture wasted energy from OLEDs. Similar to Wysips (which uses only ambient light), and equipment from UCLA (designed for LCDs), each project faces the unenviable task of making the smartphone a self-sustaining piece of gear.

Ahnood's handiwork relies on an array of solar cells that surround and sit beneath the phone's display. Currently, the system averages 11 percent efficiency in its energy capture, with a peak efficiency of 18 percent. Naturally, there are gains to be made. Of the light generated from OLEDs, Ahnood approximates that only 36 percent is actually projected outward. Critically speaking, this also suggests that similar power savings could be achieved with dimmer, more efficient displays, but we'll let that slide. As it stands, Ahnood's system is able to generate approximately five milliwatts of additional power, given a screen size of 3.7-inches. It's hardly sustainable, but if the creation lets us squeeze in a few more text messages on Friday night, we'll take it.

Arman Ahnood teases OLED display with solar cells, idealizes the self-sustaining smartphone originally appeared on ! Engadget on Fri, 20 Jan 2012 01:03:00 EDT. Please see our terms for use of feeds.

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drag2share: Wall Street's Hottest Smartphone App Can Sniff Out Corporate Bankruptcies Long Before They Happen

Source: http://www.businessinsider.com/wall-streets-hottest-smartphone-app-can-sniff-out-corporate-bankruptcies-before-they-happen-2012-1

One of the most widely-used and well-recognized measures of corporate credit risk is the Altman Z-Score, named after legendary NYU Stern Professor Edward Altman.

Specifically, the Altman Z-Score is used to predict the odds of bankruptcy.  (More details below.)

According to The Financial Professional's Post, Professor Altman and Business Compass LLC teamed up to develop a smartphone app so that credit analysts can carry the power of the Altman Z-Score in the palm of their hands.

Here's an intro to the Altman Z-Score App for Android video.  You can find more videos here.

You're probably wondering how the Altman Z-Score works.

First, it takes key financial measures such as current assets, current liabilities, intangible assets, sales, earnings before interest and tax, market cap, book value, total assets and total liabilities.  Then it will tell you the probability of default over a period of 1 to 10 years.

You can read more about Professor Altman's work here.

If you must download this app now, head here.

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drag2share: Samsung aggressively aggregating acronyms as eMCP assembly activated

Source: http://www.engadget.com/2012/01/19/samsung-aggressively-aggregating-acronyms-as-emcp-assembly-activ/

Samsung's started foundries rolling for its new embedded multi-chip package memory for budget smartphones -- after the success of the high-end modules that were released in October. eMCP jams together 30-nanometer low-power DDR2 DRAM and 20-nanometer NAND flash memory into a single slice of silicon. In real terms, this means that there's a 4GB e-MMC (embedded MultiMediaCard) flash chip with a 256MB, 512MB or 768MB DDR2 DRAM module bolted on the side. According to the company, it'll consume 25 percent less power with 30 percent better performance, cost less to jam into your telephone and probably make you smell better, too. If you're starting your own phone company, or just curious about embedded systems, head past the break for the PR.

Continue reading Samsung aggressively aggregating acronyms as eMCP assembly activated

Samsung aggressively aggregating acronyms as eMCP assembly activated originally appeared on Engadget on Thu, 19 Jan 2012 16:04:00 EDT. Please see our terms for use of feeds.

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