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LattePanda at BETT 2017! Hackerspaces! Chinese New Year!

Bett 2017

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The British Educational Training and Technology Show began in 1985, and after 32 years it has become a key event for technology enthusiasts and educators, providing a strong platform for the latest trends in technology and education.

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This year’s show had a particularly strong turnout, with more than 750 exhibitors from 117 countries and regions. Names such as Microsoft, Intel, HP, Panasonic, Samsung, Toshiba, Smart, Epson, Dell, Google, Frog, Capita, Clipbank, Pearson, Promethian, RM Education were exhibiting. Keynote speakers included education visionary Ken Robinson, Chef and Scientist Heston Blumenthal and Historian and Television Presenter Tony Robinson (a.k.a. Baldrick).

The show attracted 35,942 professional visitors from 113 countries and regions, 95.2% from Europe, 1.6% from the Americas, 1.6% from Africa and the Middle East, and 1.3 from Asia. The floor plan spanned more than 75,000 square meters.

Attendees included primary education teachers, higher education teachers, education services and government consultants, as well as electronics distributors and manufacturers with exciting new innovations. Eighty-five percent considered BETT to be the first in the category of educational technology exhibitions; 75% said that BETT was an unavoidable event every year; and 77% found new products, resources and services.

We were very excited to attend BETT 2017 in London, where we showcased the LattePanda and a selection of other DFRobot products. We were located in part of Microsoft’s STEAM village where flyers for LattePanda flew off the stands.

Hackerspaces in London

Aside from BETT, we also introduced the LattePanda to local hackerspaces in London. During our brief trip, we made it to the London Hackspace in Hackney and the South London Makerspace in Herne Hill, where we showed off some of our wares to local makers, hackers and engineers.

Chinese New Year

We also celebrated Chinese New Year in London’s Chinatown (伦敦唐人街)

新年快乐!

As a low-cost single-board computer running Microsoft Windows 10, LattePanda is ideal for a wide range of users, including Windows and IoT developers, hardware enthusiasts and robotics designers. It has proven extremely popular since our hugely successful Kickstarter campaign in 2016, and we look forward to growing our community as time goes on!

FAQs

  • Why should I be interested in the LattePanda at BETT 2017?
    The LattePanda showcased at BETT 2017 highlights its potential in educational technology and DIY projects. This platform offers robust computing power in a compact form, ideal for educators and students interested in hands-on learning and innovation. It addresses the need for affordable, versatile computing solutions in educational settings. Common misconceptions include underestimating its capabilities compared to traditional PCs.
  • Is the LattePanda suitable for hackerspaces?
    Yes, the LattePanda is ideal for hackerspaces due to its small form factor and powerful processing capabilities. It supports a wide range of applications from simple coding tasks to complex prototyping. Users should consider the compatibility of peripherals and the need for additional hardware components when integrating into existing projects. The risk of insufficient power supply should be assessed.
  • How can I integrate a LattePanda into my Chinese New Year project?
    You can integrate a LattePanda into your Chinese New Year project by leveraging its GPIO pins and Windows OS for customized lighting and automation tasks. Ensure compatibility with sensors and actuators to enhance creativity in festive decorations. Be aware of potential software configuration challenges and ensure stable power supply to prevent project failure.
  • What are the advantages of the LattePanda over traditional microcontrollers?
    LattePanda offers more computing power and versatility compared to traditional microcontrollers, making it suitable for complex applications like AI and IoT projects. It runs full Windows OS, providing a familiar environment for developers. However, it may have higher energy consumption and require more cooling mechanisms, which could be a disadvantage in low-power projects.