On February 3, the Indian government will unveil a $10 educational laptop intended to bring computing to the masses, reports the Times of India. By comparison, a computer-shaped cake pan is $20 plus shipping in the U.S. Will the $10 PC revolutionize educational computing?
First, the specs: Like a lot of cheap PCs, the device will sport 2GB of RAM, Wi-Fi and expandable hardware, and operate on a modest two watts of power. The current prototype can be produced for about $20, according to India's Secretary for Higher Education, R.P. Agarwal. Large-scale production runs should cut that price in half, he said, resulting in the $10 figure the government is touting.
That's about one tenth the cost of the cheapest available PCs in the U.S. that retail for about $100, and operate on the old razor-and-blade business model; they require costly subscriptions to mobile broadband subscriptions.
The Indian government hasn't broken down the cost of its components, but it probably cut the costs of research and development substantially by recruiting university students to help draw up the plans. Students at the Vellore Institute of Technology played a significant role, working with state-funded organizations like the Indian Institute of Science, Bangalore and a partially-public entity called the Semiconductor Complex. Despite a publicly-funded development, the notebooks themselves will be manufactured on contract by private companies.
According to the Times of India, the $10 laptop is a direct response to the MIT-developed nonprofit One Laptop Per Child program, that was viewed as grossly expensive in India. The OLPC devices cost about $100 each, but "hidden costs" bring that price up to around $200. OLPC has also been a victim of its own poor strategy, evidenced by recent layoffs and a failure to secure donations and orders in 2008. The program has also seen itself dwarfed by Intel's [INTC] Classmate PC program, that most recently took an order from the government of Portugal for 500,000 PCs. The company still has big plans for a next-generation touch-screen notebook, however.
Saturday, January 31, 2009
$10.-- Laptop
Wednesday, December 26, 2007
The Future of Things - magazine
Go to the Future of things
New Bike Transmission Design
n the late 1990s, Donald Miller was creating “unsafe and impractical” low-profile lie-atop prototype bicycles in his machine shop (that is, his garage). “I just wanted to build a more efficient bike,” says the San Diego cyclist and former realtor turned inventor. Eventually, Miller instead shifted his focus to the drive train, convinced that the traditional chain-and-gear system was the primary factor holding back the evolution of the two-wheeler.
Go go article
Monday, December 10, 2007
Transology - Cars of the future
Discovery channel has been running a four part series called FutureCar for the past few weeks and one of the segments focused on the GM Skateboard chassis that was first shown a few years back, featuring fuel cell power and complete by-wire controls. A variation of the Skateboard is used on the Sequel concept.
Transology - Cars of the futue The people at MIT have done it again in terms of cool-ness... in their concept cars described in this report - Transology: Reinventing The Wheel (PDF) - they examine urban motorisation that adapts to the body of the driver/user like transparent skin with integrated displays and Building a car around the movement of the drivers...
Thursday, December 06, 2007
New Technology Can Read Your Intentions
Sunday, October 08, 2006
Special LED emitters
"Aimulet LA is designed to be held up to your ear like a cellphone. When you stand over special LED emitters set into the ground, Aimulet LA receives the light signals via an array of spherical micro solar cells (called Sphelar by manufacturer Kyosemi) set into the bottom of the handset. Aimulet LA translates the signals into audio messages that are transmitted through a tiny speaker in the device. In Laurie Anderson’s installation, visitors used Aimulet LA to listen to poems in four different languages as they strolled through a Japanese-style garden."
Friday, May 13, 2005
Radioactive battery from nuclear waste material
| Personal Nuclear Power: New Battery Lasts 12 Years By Robert Roy BrittLiveScience Senior Writer posted: 13 May 2005 11:02 am ET |
A new type of battery based on the radioactive decay of nuclear material is 10 times more powerful than similar prototypes and should last a decade or more without a charge, scientists announced this week. Read more... |
Wednesday, May 11, 2005
Self Clonning Robot
Friday, May 06, 2005
Bendable Concrete
| A new type of fiber-reinforced bendable concrete will be used for the first time in Michigan this summer- and University of Michigan scientists hope that their new material will find widespread use across the country. The new concrete looks like regular concrete, but is 500 times more resistant to cracking and 40 percent lighter in weight. Tiny fibers that comprise about 2 percent of the mixture's volume partly account for its performance. Also, the materials in the concrete itself are designed for maximum flexibility. Because of its long life, the Engineered Cement Composites (ECC) are expected to cost less in the long run, as well. Read more... |
Sunday, May 01, 2005
Bike -- The New Design
INDIANAPOLIS - Who can forget the thrill — and terror — of that first solo bicycle ride: Mom or Dad letting go, the magic of two-wheeled freedom and, inevitably, toppling over in a knee-scraping crash? Read more...
Bike
Originally uploaded by carovatom.
Friday, April 29, 2005
Speakers as thin as fabric
"This product will cause revolutionary changes in how speakers will look in the future," said Koh Seok-geun, president of PNI. "It took four years of studies after we initially developed the technology to make it available for mass production."
These speakers are thin transparent sheets that move like cloth.
They can be hung on walls, draped over an object or hung in a frame. One only needs to cut out a piece of the "cloth" and connect it to an amplifier with a wire.
The speakers are made with a type of plastic that is studded with electrodes. Until now, scientists had been unable to figure out a way to secure electrodes onto the vinyl, but scientists here said they used plasma on the electrodes to get it to adhere to the plastic.
The speakers, however, can only support sounds in the upper end of the register.
For instance, in a 5.1-channel home theater, four speakers are for treble and one is for bass. This fabric-like speaker, however, cannot support bass sounds.
Tuesday, April 12, 2005
Bionic Suit
Freeze Light - to create a faster computer
Friday, March 25, 2005
Building An Elevator Into Space - The Next Challenge
For a space elevator to function, a cable with one end attached to the Earth's surface stretches upwards, reaching beyond geosynchronous orbit, at 21,700 miles (35,000-kilometer altitude). After that, simple physics takes charge. Interesting; read all about it.
Space Elevators - the next futuristic challenge
The prizes, announced on Wednesday evening, are the first in a series called "Centennial Challenges", modelled on the $10 million X Prize recently awarded to the first privately developed spacecraft. Winning teams will receive $50,000 in 2005 for either building the strongest strand of material or for using light to power a wireless robot up a cable. Read about it.
Thursday, March 24, 2005
Ice Cream
Ice Cream
Originally uploaded by carovatom.
Liquid nitrogen is cold. Very cold. So cold that if a drop falls on your hand, it feels like fire. So cold that it can turn a fresh flower into a thousand shards of broken glass. So cold that it can make half a gallon of ice cream in 30 seconds flat. Read more...
The New Light Bulb
Tungsten shines white only when heated to 4,500 degrees Fahrenheit, an energy-sucking process that converts just 5 percent of electricity to visible light. “A zinc-oxide-based bulb, on the other hand, doesn’t require heat to produce light,” explains physicist David Look of Wright State University. And it glows brighter and more efficiently than other LEDs, because it emits mostly ultraviolet light, which is easily converted to visible light. Switching from tungsten to light sources like zinc oxide could reduce global electricity consumption for lighting by more than 50 percent.
The catch? The conversion will require expansive infrastructure changes, which the industry may be slow to embrace. But the long-term financial incentives, Look says, will be hard to ignore. Upgrading to zinc-oxide LEDs could help save Americans more than $35 billion a year.
Spinach
A house powered by spinach
The competition asked designers to work on work on cradle-to-cradle design principles and create objects and processes that replenish communities, using materials that can be recycled indefinitely.
Mithun's house takes energy from the sun and uses spinach protein to generate electricity for neighbouring homes and street lighting infrastructure.
The house's skylight brings in the sun's rays, and the heat sink stabilizes temperatures, while a highly conductive material produces photosynthetic energy generated from the protein in spinach. The spinach proteins are sandwiched between the core's glass walls; their chlorophyll converts the sun's rays to fuel the home. Besides, a vegetated roof system collects and filters stormwater into the building core
Spinach
Originally uploaded by carovatom.
Friday, March 18, 2005
Google Map (WinCE)
Learn how Jon Udell created this video, and create your own.
Learn how to!
Thursday, March 17, 2005
New Hydrogen Bike
Shoppers Pay For Their Products With Their Finger Prints
A German supermarket chain has introduced a new way of allowing customers to pay using just their fingerprints. Shoppers have to run a finger over a scanner at the cash desk to confirm their purchases, and receive the goods. Customers have to register for the service by signing an agreement allowing Edeka to debit unpaid purchases from their bank accounts. Edeka spokesman, Gert Duschan, said that a trial will be conducted in Ruelzheim, near the Belgian border. If it proves successful the system will be made available for all branches. Read More