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One Laptop Per Child sketches

Ideas for power accessories

Vision for a low cost, robust laptop

Solar charging

OLPC unit, the XO Laptop

Folds for portability

Yo-yo charger

Early design

Early hardware

Afghani XO model

Designed for portability

When Nicholas Negroponte, founder of MIT Media Lab, first dreamed up the One Laptop Per Child (OLPC) project in 2006, he wanted to provide the developing world with the same technology accessible to so many of us.

He enlisted Swiss-born San Franciscan Yves Behar of Fuseproject to help bring his vision to life: a durable, low-power, Internet-connected laptop that would give children everywhere access to information that would help empower them and their communities.

Six years later, the OLPC unit -- called the XO Laptop -- is used by more than 2.4 million children around the world.

As part of an exhibit at the San Francisco Museum of Modern Art featuring works influenced by design innovator Buckminster Fuller, pre-production sketches of the OLPC project from the workbook of Behar are on display. The exhibit runs through July 29.

CNET spoke with Jennifer Dunlop Fletcher, the exhibition curator (and SFMOMA acting department head/assistant curator of architecture and design) about the inception of the exhibit and the parallels between Behar's design and Fuller's philosophies.

“I included the One Laptop Per Child project in the exhibition because I felt that Nicholas Negroponte, who founded the program, might have been responding to Fuller’s comment that if only everyone had the same access to information, all of the world’s critical social issues could be resolved," she said. "Now that there is more access to real-time information, there isn’t a noticeable change working collectively for humanity’s betterment."
Caption by / Photo by James Martin/CNET
Accessories initially envisioned, and sketched in the book, include plastic hand cranks, solar Wi-Fi repeaters, and yo-yo cranks to provide a source of power, which is frequently lacking in rural, developing communities.

The project considers what might happen if access to information is given to children who’ve barely had access to education. Behar’s participation in this project was critical because one can’t just introduce any laptop into such a condition. He had to design a very specific tool for a particular usage that would translate in any language.

"This proposal sees design as part of the solution in effecting greater change," says Fletcher.
Caption by / Photo by James Martin/CNET
Behar's design book incorporates ideas for a rugged, compact design, a splash-proof keyboard, and drop-proof hardware.

Behar has a very interesting partnership with many of his clients. As an investor, he is more involved in the long-term effect of any design he produces. It allows him more time to develop a product, and then release it to the public when he and the company feel it is the right moment.
Caption by / Photo by James Martin/CNET
Here are Behar's sketch for a solar charging station capable of providing power to rural areas lacking infrastructure.
Caption by / Photo by James Martin/CNET
On the right is the realization of the first generation OLPC hardware, the XO Laptop, and on the left is one of the hand-cranked chargers.

The largest OLPC deployment thus far is in Peru, where there are more than 900,000 units. The first deployments typically target areas suffering from the highest rates of poverty, illiteracy, and social exclusion.
Caption by / Photo by James Martin/CNET
The OLPC design shows the desire for the unit to fold for portability, allowing children to easily travel great distances with the laptops.
Caption by / Photo by James Martin/CNET
A sketch from Behar's notebook shows the design for a yo-yo style charging device.
Caption by / Photo by James Martin/CNET
An early sketch of the OLPC unit. Generation 3, the XO-3 tablet, is planned to be released in 2012 for a target price below $100.
Caption by / Photo by James Martin/CNET
Early hardware shows the splash-proof keyboard. By 2017, Rwanda intends to have distributed 500,000 laptops to primary school students.
Caption by / Photo by James Martin/CNET
The Afghani XO model, deployed in 2009, is used by more than 4 million school children in Afghanistan and uses only about 25 percent of the power usage of a regular laptop. Due to the lack of connectivity in rural areas, a foot pedal was developed that can fully power the laptop while it is in use.
Caption by / Photo by James Martin/CNET
Sketches from Behar's notebook show the design portability of the laptop, allowing it to be safely and easily transported.
Caption by / Photo by James Martin/CNET
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