
The first generation laptop from OLPC, called the XO, is promoted as being very low cost, and child friendly. With a rugged green outer casing and an eminently practical user interface, it certainly looks the part.The laptops aren’t USD 100 yet. In fact, they are available for approximately USD 188,with USD 100 is a benchmark that OLPC expects to achieve when its machines reach a certain level of mass production. Seeing as mass production on the XO only started in November 2007, the 100 USD mark may be some way off.
One Laptop per Child is a non-profit orgnisation created by Nicholas Negroponte to design, manufacture and distribute laptop computers that are sufficiently affordable to potentially provide every child in the world access to new channels of learning and sharing. In 2004, founder Negroponte decided the time was ripe to take action, noting that technology had sufficiently matured to translate a connected affordable laptop from conjecture to reality. The OLPC initiative was first formally introduced at the 2005 World Economic Forum in Switzerland.
The OLPC way is to eradicate poverty by combating the digital divide through low cost, easily available technology. What differentiates this project from others, and from vendors touting application A or computing platform B as the next big cure for world hunger, is how OLPC is marketed – or rather not marketed.
LAPTOP FEATURES

Open source – From the very beginning the XO laptop has been
an open source machine so that children and teachers are
completely free to reshape, reinvent and reapply their software,
hardware and content.
Very low power – The XO laptop has been designed to minimise power consumption – averaging 2 watts versus 20–40 watts in standard laptops. In locations without electricity, the children will be able to generate power themselves.
Mesh network – Out of the box the XO laptop will feature a mesh network so that all children in a local community can see each other and interact online. Each machine is a wireless router connecting the children to each other and to the internet.
Rugged encasement – The XO laptop’s keyboard is rubber-sealed to make it resistant to water and dirt; the system is hermetically sealed when closed; and all edges are soft and rounded for safety.
Dual-mode display – A dual-mode display offers both a fullcolour mode and a black-and-white mode that is readable in full sunlight. The display folds over into an e-book, about the size of a conventional book, with buttons exposed for controlling applications or for use with games.
User interface – The XO laptop’s user interface (UI) is very different from an office worker’s desktop. The UI allows children to see what activities they and others in their community are engaged in and to join in those activities, making learning and teaching a social activity.
Touchpad – A novel dual-mode touchpad supports pointing as well as drawing and writing using fingers, pen, pencil or stylus.
Video/still camera – The XO laptop contains an embedded video/still camera. Using the camera, children will be able to see each other and to make and share videos and photographs.
Environmentally safe – The XO laptop is designed for a minimum of five year lifetime, and is fully ROHS (Reduction of Hazardous Substances) compliant. Its battery chemistry is safe.
Out-of-the box security – The XO laptop features an innovative security system specially designed for children. The highly simple yet extremely robust system protects the laptops against cyber threats and theft.
The XO laptop is the basic building block on which OLPC wants to offer one laptop per child for nations in Central and South America,Africa, the Middle East, and Asia.According to OLPC, the project basics make economic sense. Given that public education expenditure is low in developing countries, a 20 to 30 USD per annum investment offers a learning opportunity to help children catch up. OLPC reckons that providing millions of laptops is faster and less expensive than building and equipping a large number of schools and training and hiring faculty and administrators. The child then is the central lynchpin in the OLPC intervention model.
The XO laptop is a crucial product driving the OLPC scheme, but it is only a technological artefact. As educators, practitioners and almost anyone linked to education realises, technology is only as good as the content it uses. Fortunately, OLPC has thought that angle out. The scheme is designed around the idea of free sharing of knowledge. A stated OLPC goal is to empower children to share and recreate what they learn, and build on the materials they are given. The scheme encourages collaboration,with each XO laptop being designed with a built-in wireless router that can connect to the internet as well as to nearby XOs.
OLPC envisions clusters of laptops being used at many levels involved in creating storing and finding content to make sharing easy. The programme aims to offer access to libraries of knowledge and content on which to build further.
At many levels, from
clusters of laptops to digital
libraries at schools, OLPC tools
for creating, storing, and
finding content are designed to
make sharing easy. The idea is
to have a collaborative network,
where student experimentation
with new ideas built on existing
information in turn contributes
to the content base that can be
shared by others. OLPC is not
just a low-cost laptop scheme, it
is a complex experiment in
technology mediated social
networking. Such networks will
spawn around larger OLPC
servers distributed to schools
other orgnisations through the
government, and will ideally
help generate new flows of
interaction and knowledge
creation through communities
of learning.
OLPC also aims to provide access to libraries of knowledge, ideas, experiments, and art that others have created and attempted, as a window into the world and as examples and references on which to build. As children study new areas and add new ideas and experiments, they will be able to update the knowledge they share with those around them.
Economically, the marginal cost of replicating and distributing existing information via networks of XO laptops is close to zero, rendering it a cheaper alternative to the publishing and manual distribution of content. It is the low marginal cost of electronic distribution that makes it viable to create electronic repositories of information. Curators will help to present comprehensible subsets of reference materials and cultural archives, to the choice of core software tools for creation, to the orgnisation and amplification across the network of great local collaborations.
OLPC wants to extend the curation of content at every level. The scheme surmises that children will learn to organise and curate knowledge by creating collections for themselves and for one another, and countries and teachers will curate collections for their children and students. The Journal and Library will let children tag materials and associate them with collections from the moment of creation. Further, a curator community will help identify and build collections of excellent resources for children in each subject, and connect XO users with wider global communities in the wider world that are already creating and organizing free knowledge.
| 2007 | THE OLPC TIME LINE |
| November | Mass production begins |
| September | Announced Give 1 Get 1 programme in the U.S. and Canada |
| July | Final Beta (B4) Version is completed; OLPC authorises mass production and triggers supply chain rollout |
| July | Intel joins OLPC Board May Froze design for mass production April Manufactured B3 version |
| March | Upgraded processor with 128KB L2 Cache, 256Mbyte DRAM and 1 Gbyte flash |
| February | 3,500 B2 machines are built and distributed to developers and schools in launch countries for further testing |
| January | Rwanda commits to purchase laptops |
| 2006 | |
| November | First 1,000 machines roll off assembly line at Quanta in China; Uruguay commits to purchase laptops |
| October | Libya commits to purchase laptops |
| September | UI designs presented; integrated software build released; SES-Astra joins OLPC |
| August | Dual-mode display is operational |
| July | CAFÉ (camera and flash enabler) announced; CitiGroup agrees to banking relationship |
| June | 500 developer boards are shipped worldwide;WiFi operational as part of CSOUND demo; dual-mode touch-pad prototype released |
| May | eBay joins OLPC; ChiLin agrees to build display and driver chip; second prototype laptop present; $100 server is announced |
| April | Pre-A test board boots; Squid and FreePlay present first human power solutions |
| March | Yves Behar and FuseProject are selected as industry designers |
| February | Marvell joins OLPC and continues to partner on network hardware |
The first 1,000 laptops were built in mid-November 2006 for destructive testing and distribution to developers. The second 3,500 units were manufactured earlier this year and were distributed to schools in nine countries: Argentina, Brazil, Cambodia, Libya, Nigeria, Rwanda, Pakistan, Thailand and Uruguay. Several thousand additional units were manufactured in the summer of 2007. These units were distributed to developers and children in Peru, Ethiopia, Romania, Paraguay, and Mexico. High-volume production began on November 5, 2007 in China.
Is the OLPC project with its XO brainchild the solution to the Middle East’s digital divide. The answer is not straightforward. For starters, there are no signs of the XO in Middle East countries. Further, the oil-rich Gulf Cooperation Council (GCC) countries are faced not with an economic divide that prohibits access to technology, but a literacy divide that means available technology is not utilised effectively. Nevertheless, for the less liquid governments of countries like Syria, Jordan and Egypt, the low cost XO may prove to be a powerful bridge across the technology chasm.












