Micropalaeontologist Martin Tetard has been developing a Raspberry Pi microscope aptly named the microscoPI. The Raspberry Pi based microscope can capture, process, and store images and image analysis ...
In context: 3D printing is slowly becoming mainstream, having moved beyond functional prototyping, rapid tooling, trinkets, and toys. We have already seen people use 3D printers to create fashion ...
Handling tiny surface mount components and inspecting PCBs is a lot easier with a nice stereo microscope, but because of their cost and bulk, most hobbyists have to do without. At best they might have ...
Handling tiny surface mount components and inspecting PCBs is a lot easier with a nice stereo microscope, but because of their cost and bulk, most hobbyists have to do without. At best they might have ...
How impressive is this? It's how to build what is described as a fully-functional microscope using Arduinos and a Raspberry Pi. There's also LEGO and 3D printing in the mix. It's the Gadget Master ...
The Raspberry Pi project began when a few of us in Cambridge bemoaned the fall in numbers of computer science applicants and the decline in hobbyist programmers. Five years on, much has changed.
また、Raspberry Pi財団は有志によるベンチマーク検証の結果を共有しています。 エンジニアの ジェフ・ギアリング 氏は、ベンチマーク結果を以下のGitHubで公開しており、Raspbeery Pi財団はその中でも「Raspberry Pi 5の暗号化性能はRaspbeery Pi 4のおよそ45倍高速である」という結果を取り上げています。
2023年9月に発表された「Raspberry Pi 5」が、日本でも2月から発売となった。すでに手にしている方も多数いると思われるが、「まだ迷っている」、「これから」という方に、Raspberry Pi 5の特徴や性能、どう活用したら良いかについて解説したい。 ハードウェア ...
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