During the Yocto-Motor-DC test phase we have conducted quite a lot of experiments to make sure the device would be reliable and would not cause a fire on the first occasion. One of these experiments could be of some interest to you. We have been wondering if it was possible to build a radio controlled car using only Yoctopuce devices...
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We are often asked if we have any plan for a range finder. Well, the answer is "no, not a this time". However, we do have some reasonable alternatives.
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Do you know which is the smallest and cheapest machine, with Ethernet and Wifi network support, and to which we can connect Yoctopuce sensors and actuators? It's neither the Raspberry Pi, nor the BeagleBone. It's an even smaller machine, sold with an enclosure and a power cord, available in chain stores from $35: the TP-Link MR3020. When you take it out of the box, it's only a simple travel Access Point. But with a few clicks, you can install OpenWrt and new opportunities arise...
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In the last few years, a great number of cheap mini- (or even micro-) computers have become available on the market. Most use an ARM processor and a Linux operating system. The most well known is obviously the Raspberry Pi. Recently, a new competitor has emerged: the BeagleBone Black. We decided to order one to see what its board is worth.
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A few days ago, our beloved Cosm Beta service that we used to recommend for real-time graphs from your Yoctopuce sensors, has changed its usage terms. Renamed Xively, the web site is now focusing on revenue-generating services. Unfortunately, some essential features that we have been using, such as the ability to choose the display time range on a graph, have disappeared. It is therefore time to look for alternatives to Cosm...
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