Myths about Wireless Farm Networking

dragon

Myths are fun, but this guy won’t help you get the work done.

We have been talking about the myths of Wireless Farm Networking lately, and I wanted to add my own two cents worth here.

The article about the myths is excellent and stands on its own – I strongly suggest you read it. I thought I’d add a little about the topic here, by focusing on three aspects: Wireless, Farm, and Networking.

Wireless – I have seen “wired” farm networks – a number of livestock producers have trenched and buried fiber lines to their livestock buildings (Ethernet can only go 100 yards) for monitoring and control. However, it’s much cheaper now to go wireless, and it gives you much more flexibility. To build a good wireless network on your farm, you have to learn about “line of sight” (or, more correctly, Fresnel Zones) and position equipment so it has both power available and good radio signal from the rest of the network. It used to be that having a private wireless network across your farm was either technically impossible or cost-prohibitive, but we are proving that wrong every day.

Farm – A farm is pretty much defined as being in a rural area, and we’ve all seen that what works in town doesn’t necessarily work on the Farm, and vice-versa. The AyrMesh network is designed for farm use – relatively few people and machines spread out over a relatively large area. There are lots of good solutions for networking in town, where there are a lot of people in a small area, but they will never work as well as a solution designed specifically for the farm.

Network – The Internet Protocol (IP) network is the single, unified data communications medium for this century. I have seen farms that had a wireless link for their weather station, another wireless link for their GPS corrections, a home WiFI system and cellular coverage. Getting rid of the “point-to-point” solutions and putting everything on the network enables you to collect and transmit the data you need more easily, deliver what you need over the Internet, and gives you the option of adding new technologies to your operation quickly and easily.

Some people think this is revolutionary, but I would argue nothing could be further from the truth: this is the result of a clear evolution over time. In the 1970s academicians started tying computers together and transferring data over the first networks. In the 1980s networks came out of academia and started being used for business and even personal purposes; in the meantime, ham radio operators and researchers were starting to send digital data over radio waves. In the 1990s companies started to network their offices to share files and printers, as well as sending emails. Building-to-building microwave links became relatively common, and Industrial Automation moved to IP networks. In the 2000s the consumer internet became a reality, as did WiFi for wireless data, and we all got “on the net.” Now, in the 2010s, we have the Internet of Things and the low cost of high-power wireless networking, making this the decade of Wireless Farm Networking. The ability to monitor farm data and even control farm operations using a local network connected to the global internet will change agriculture forever.

2 thoughts on “Myths about Wireless Farm Networking

  1. Randy McVeigh

    Would you address power systems for hubs in more remote locations? Engineering my own solar solutions proves to be difficult and costly.

    Reply
    1. billmoffitt Post author

      Randy- I shall address that issue, thank you. We are evaluating the power systems from Tycon Power

      They make pre-built, pre-engineered power systems suitable for Ayrstone products. You have to select the right product for your location based on the amount of solar power you receive. First, find your location this map: http://www.nrel.gov/gis/images/map_pv_us_annual10km_dec2008.jpg

      If you are in an area that is “red” or “orange” (more than 5 KWh/m-sq/day), then their model RPPL1212-36-30 should work well. If you are in the yellow areas (less than 5 KWh/m-sq/day), then you will probably want to add more power. You can add another 30 Watt solar panel (their model TPS12-30), a wind turbine (their model TPW400-12), or step up to a larger pre-integrated system like their model RPST1212-100-60

      Reply

Leave a Reply