There is one question which comes back rather often in the Yoctopuce team. Here it is: How to make Yoctopuce modules work in the middle of nowhere, in the back of the garden, for instance?. Indeed, it is unlikely to have an electrical outlet in the back of the garden, without even talking about a USB connection. In the opposite, there is sunshine, and we can easily make sure that we also are within a Wifi range. We are not solar specialists, but Yoctopuce modules consuming an average of 125 mW, it shouldn't be all that difficult to make them work with a solar panel...
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We spent some time in the last weeks to test how the RikoMagic MK802 is working under Linux in small embedded applications. We present here a short summary of its advantages and disadvantages for this kind of applications, as well as some pieces of advice and tricks if you want to try using it yourself.
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Given the tremendous interest around the Raspberry Pi, it is surprising how few people speak about the Rikomagic MK802. Similarly to the Raspberry Pi, the MK802 is a small and cheap computer based on an ARM processor. At first sight, the MK802 seems to be a bit more expensive (around 80$, instead of 30$ for the Raspberry Pi). But this price includes a tiny enclosure, a power supply, wireless networking and required cables and adapters. So, beyond the price, what can you do with it?
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In most of the examples of use for our modules which are published in this blog, a USB connection with a computer is required. It's logical for USB modules, but it's constraining. Laptops, even if they are small, take up some space. And it's difficult to devote a computer for each do-it-yourself idea that goes through our heads. Let's have a look at alternatives that exist or could exist...
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