Frustrated With Your Farm’s Bandwidth?

Agriculture technology farmer man using tablet computer analysis data and visual icon.

A good Internet signal is essential for smart farming and precision agriculture. A wireless bridge solution may just be the boost for your operations.

In the age of smart farming and precision agriculture, a weak Internet signal is something that can no longer be tolerated. Your farm’s sensors and devices rely on solid WiFi connectivity to send and receive data, which is essential for boosting crop yields and healthy food production without expanding resources.

If you’re frustrated with your farm’s bandwidth, a wireless bridge solution can extend your network and improve security at your operation. Learn how below.

What is a point-to-point wireless bridge?

As its name implies, a point-to-point wireless bridge connects two users wirelessly. Two routers, known as endpoints, typically link up through dual-radio Wifi radio or optical laser.

Farm WiFi systems are often enabled through a point-to-point wireless bridge in an agricultural setting. This helps extend the range of Internet connectivity and enhances the signal in more remote areas of operation. 

Since many precision farming tools send and receive harvest cycle data in real-time, consistent and robust connectivity is essential. A wireless bridge can upgrade your network’s current capabilities and protect your data.

What does a Wi-Fi bridge do?

A wireless bridge is a tool that connects two WiFi networks over one wireless channel. This sort of connection is used in neighboring towns and districts, at manufacturing sites, and on large plots of land in an agricultural setting.

What is the difference between bridge mode and wireless bridge?

A wireless bridge connects two segments and enables data sharing between the two. Bridge mode is a configuration within your router that turns it into an access point for transferring data. 

Bridge mode essentially turns your router into a switch. It can help broaden WiFi access on a farm or rural area where connectivity historically has lagged or struggled, just like a wireless bridge. Depending on preexisting hardware and the size of the plot of land being farmed, one solution may be a better fit for you.

How far can a wireless bridge reach?

Three to five miles is the industry standard for many wireless bridge devices. But more innovative products, such as FreeWave’s Fusion Bridge, can be hooked up to existing networks and reach as far as 60 miles.

Large farms, or those with multiple facilities located on the premises, can significantly benefit from this greater range. Plus, more than two networks can be hooked up, meaning home connectivity could also be added if you wanted.

How do I set up a wireless bridge?

Setting up a wireless bridge involves three steps: obtaining a wireless bridge and a second router, positioning the devices, then connecting them to the network so that everything’s safe and secure. 

The steps below outline the process:

  1. Choose a modern router that has bridge-mode capabilities. (Most will, but be sure to look when shopping.)
  2. Similarly, choose a wireless bridge product that fits your needs in terms of strength and distance.
  3. Position your bridge so that it’s in range of your current router. Place your new router in a location where you want robust Internet connectivity.
  4. Read your product’s guidelines and follow the steps to connect the bridge/router to your existing network*.

*Make sure you activate all safety features, such as encryption and firewalls, on all devices to protect your data.

Are you frustrated with your farm’s bandwidth?

A wireless bridge solution can be beneficial for farms of all sizes. With greater signal strength and better security, you can gather and analyze data about your crops in real-time and never have to worry about delays that could mess up operations (and your bottom line as well).

Learn how FreeWave equips farmers with the innovative tools they need to thrive. Contact us today for help with your network solutions.

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Designed, manufactured and tested in the USA.

© 2023 FreeWave Technologies, Inc. All rights reserved.