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The micro: bit pocket computer is being updated for the first time since 2016 with the latest technology to help kids code.
The device is now four times faster and includes a built-in speaker and microphone, as well as updates that allow experimentation with artificial intelligence and machine learning.
Micro: bit was first launched by the BBC in 2016, as the successor to BBC Micro, which introduced many schoolchildren to computing in the 1980s. It is designed to support the school’s curriculum in computing and enhance computer science. digital skills, and contains sensors that can detect movement and direction.
During its initial reactivation, free devices were given to all Year 7 students in the UK. More than five million original micro: bits are used in classrooms around the world.
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“From the beginning, the purpose of the BBC has been to inform, educate and entertain, qualities that are reflected in the micro: bit project,” said BBC Director General Tim Davie.
“Since its launch through our Make it Digital campaign, it has helped transform digital skills and learning. I have no doubt that the updated and improved micro: bit will drive more innovation and creativity, both in the UK and around the world. “
The device will go on sale in mid-November from £ 11.50.
“The purpose of micro: bit is to help children unlock their creative potential and learn to shape the world around them,” said Gareth Stockdale, executive director of the micro: bit Educational Foundation.
“Learning coding and computational thinking can improve your life chances in the 21st century. We’ve worked closely with our thriving community to make it even easier to get the most out of your device both in and out of the classroom.
“Getting down to business and experimenting with micro: bit is critical to helping children better understand important technologies early in their development, and our goal is to make this as fun, accessible and affordable as possible.” .
Can Raspberry Pi be programmed for virtual reality?
Yes. You should be able to connect a Raspberry Pi to any VR headset that has an HDMI input. That’s all you need to run virtual reality programs on the affordable mini computer.
That being said, the Raspberry Pi tells me they are still some way from being able to give people the opportunity to work on programming their own VR environments, but that’s a software tool issue rather than a hardware issue. For this to happen, ideally a VR goggles manufacturer should hand over their development tools to the Raspberry Pi, which tells me they would be happy to hear from them.
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