50x15 (AMD)

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50×15 initiative
50x15 logo.png
Motto Digital Inclusion with a Deadline.
Formation 2004
Type For-Profit Organization
Headquarters Austin, Texas
V.P.
Dan Shine
Website http://www.50x15.org
A 50x15 learning lab

The 50x15 Initiative, launched by AMD in 2004 at the World Economic Forum, aims at providing accessible Internet and computers for 50 percent of the world's population by the year 2015. The initiative includes the deployment of learning labs,[1] which are defined by 50x15 as "deliberate, measured, strategic deployments of technology solutions used to gain insight and knowledge on how best to foster digital inclusion worldwide."

Solutions[edit]

Solutions include XO laptops (originally named "One Laptop Per Child," OLPC), as well as in-house solutions from AMD, including the Personal Internet Communicator (PIC). In January, assets of the AMD PIC were sold to Data Evolution,[2] which continues to provide the technology in emerging growth markets as the Data Evolution decTOP(tm). Other technologies deployed by 50x15 include low-cost PCs from providers such as HCL and DTK, FIC's Mini PC, the Linutop diskless computer, and more. Note that all solutions use AMD processors, which are typically Geode processors.

Learning Labs[edit]

50x15 Learning Labs are strategic deployments of technology solutions used to gain insight and knowledge on how best to foster digital inclusion worldwide. To date, 50x15 partners have implemented more than 30 technology deployments in 12 countries around the world.

Learning Lab deployments must support the following 50x15 ideals:

  • Digital inclusion must be about empowerment, not a charity
  • Technology must be accessible
  • Take a “geo-sensitive” approach to solutions
  • An integrated, end-to-end ecosystem needs to be developed for the market

Partners and Participants[edit]

The 50x15 Partner Program focuses on seven key areas of development, six of which are identified by the ITAFE Global Benchmarking Study.[3] This is referred to as the Digital Inclusion Ecosystem:

  • Power – grid based, solar, or manual power generation
  • Connectivity - wired, wireless, or satellite service providers
  • Devices - servers, personal computers, laptops, thin clients, smart phones, and other tools people use to access the Internet
  • Financing - government programs, financial institutions and foundations that provide micro-loans and other means for helping local people afford Internet access tools and services
  • Content - locally relevant software applications and information available in multiple languages
  • Expertise - training, repair services, and general ecosystem support
  • Structure Design - solutions for building sustainable, multi-purpose, low-cost technology facilities

See also[edit]

References[edit]

External links[edit]