Many sensors on the market use an I2C interface. The datasheets for these sensors usually simply recall how an I2C bus works by copying and pasting the original Philips/NXP specifications, but for engineers implementing PC- or Internet-based automation solutions today, this isn't necessarily the most relevant explanation. So here's our crash course for new I2C users.
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M-Bus (also known as Meter-Bus) is a standard dating back to the '90s, designed for reading water and power meters. A wireless variant using the same data coding was later defined, but for this post we'll focus on the original version, which powers and reads up to 250 meters over 1 km, linked by a single pair of twisted wires.
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A few weeks ago, we presented the Yocto-SDI12 which communicates with SDI-12 sensors. Today, we're going to use the Yocto-SDI12 to retrieve measures from Seed Studio's integrated SenseCAP S700 V2 weather station and display them using Yocto-Visualization for Web.
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We've already shown you how to integrate Yoctopuce sensors in Home Assistant, by configuring a Yoctopuce hub to exchange data with an MQTT broker on the local network. But how do you go about integrating in Home Assistant sensors installed in another site without access to the local network, or even in the middle of nowhere with only a GSM connection?
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Our free VirtualHub (for Web) tool lets you collect measures taken in the middle of nowhere with a YoctoHub-GSM-4G. By adding Yocto-Visualization (for Web), you can easily obtain a web interface for viewing measure graphs in real time. This week, we'll give you a few tips on how to get great results with this configuration, while minimizing the energy consumed by the YoctoHub-GSM-4G.
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