One way how city traffic could become a little smarter is by using Wi-Fi technology. It is true that there are many vehicles on the road that generate their own Wi-Fi signals. However, they are not as commonplace as people might think they could be. In fact, Wi-Fi systems are optional on most of these vehicles.

Also, most of the vehicles that offer such signals are more high-end models that many people are unable to afford. Although Audi, BMW, and Cadillac all have vehicles with Wi-Fi support, it might take a while before other vehicles on the market can start working with Wi-Fi signals in their own right.

This is where a distinct feature to spot in cities comes into play. Wi-Fi could be used in lampposts and other light fixtures around cities to create online signals that can be used in many vehicles.

This is a development that would make a big difference in city traffic if it becomes more commonplace. Such a setup would work wonders for carpooling as people can complete many tasks and stay in touch with others in their cars without having to use any data on their networks. The use of such Wi-Fi sources that could spread out throughout an entire city is an important aspect of technology that could make a real impact.

How do Wi-FI lampposts work

The use of Wi-Fi lampposts is an intriguing feature that could change the face of smart city traffic forever if it catches on. This would work with a series of Wi-Fi receivers that are linked to a larger modem or other generators that is situated in a particular part of the city.

Such a setup would work in that the Wi-Fi would come from a generator that will wirelessly link to many lampposts that use the same connection standard. The posts would be used as antennas for the system.

The Wi-Fi antennas would stand out next to the LED lights. An antenna would be out in a wide-open space to project its data out to many people. The LED should not impact the quality of the antenna as the bulb will stay bright without problems.

In addition, these antennas would be positioned in enough lampposts to where they generate a consistent amount of coverage. The antennas would provide a person with a consistent Wi-Fi signal so long as the vehicle continues to go near those posts. This would require an extensive amount of effort to get enough posts ready for use but this could work well if organized properly and with enough caution.

Who benefits from lampposts WiFi

This is great for vehicles that use materials that could work when Wi-Fi signals are available. People can sync up their mobile devices to their cars without having to use network data in the process.

This especially does well for carpooling purposes. People can use their mobile devices in their vehicles while riding without using network data. Of course, this also does well for public transit use as people can use their own mobile devices with ease while riding.

But this is only good when the people are near the lampposts. It is not clear as to how much of a range such a post could have. But having many of those posts connected together in a singular grid at least increases the spaces that people can get Wi-Fi signals without worrying about any gaps or drops in coverage as they travel.

Lamppost portland’s example

Wi-Fi lampposts are expected to be utilized in the city of Portland, Maine. The city is planning on producing posts that use LED lights and Wi-Fi technology. This will allow Wi-Fi signals to move through the city and provide enough coverage for everyone.

The city of Portland is planning on getting around 600 of these to be installed in 2018. By using LED lights with Wi-Fi signals, people will get the light they need when traveling while also getting regular online support.

This is a very unique aspect of smart city traffic to look forward to. Wi-Fi lampposts make for a setup that improves upon how well people can handle online signals as they are driving. This will especially be great for carpooling purposes.

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