How is WiFi Deployed in Bus Services for Long Routes

 

Finding Wi-Fi services on public transport can be quite difficult. This is quite strange since we are in an era where anyone can seemingly easily access Wi-Fi services almost anywhere.

In most cities, commuters need to find a way to access the internet on their own. Hence, they typically access the internet through a mobile hotspot or phone tethering, using their personal cellular devices. The high cost and the inadequacies of the technology are a few of the reasons that buses lack Wi-Fi services.

However, there’s a little bit of good news around this. Costs can be dramatically trimmed through the innovation that wireless services benefit from. In some cases, this innovation can help transit providers eliminate costs.

TIPS TO DEPLOYING WIFI IN BUS SERVICES FOR LONG ROUTES

You will need a few things in other to successfully deploy Wi-Fi on transit systems. You will need multiple CPEs [JP1] and mobile antennas that have wide beamwidths[JP2]. These will make sure that the signal of your Wi-Fi system is always available.

Stating exactly what you will need may be challenging since there are no outlines to work with. However, here is a basic BOM [JP3] for transit customers in the US.

Connect an AP [JP4] that has a sector antenna as APs to the CPEs. It is never recommended that CPEs are used as APs because of their functionally and narrow beamwidth.

However, with a few modifications in the application in APs you will get better performance. Try keeping the CPEs as clients since this is what they were made for. The Wi-Fi signal will be distributed through the extra APs hooked into the CPEs.

You can get all the tools you will need for this process on https://eyeride.io/

OPTIONS TO TRIM THE COST OF WIFI SERVICES IN BUSES

There are new innovations that can help to trim or eliminate the cost of Wi-Fi services in buses without affecting the speed of the wireless connection. These include:

  • ADVERTISEMENTS: There are recent business models that allow advertisers pay to enable them to make marketing broadcasts to their customers. They can only achieve this by using wireless services. Recent transit systems now have cellular and Wi-Fi systems deployed by taking advantage of this business model.
  • 4G WIRELESS NETWORKS: Cellular carriers now have 4G wireless technology. This provides wireless bandwidth services that supersede previous technologies. This new technology also provides faster wireless services. This implies that transit operators can take full advantage to trim costs and improve Wi-Fi services.

Making wireless services available to commuters on transit systems can help provide better communication and boost productivity.

CHALLENGES ON THE WAY

Deploying Wi-Fi services in a bus on a long route can be challenging. The major challenge is providing a firm internet connection to buses moving at high speeds. A solid internet access solution is challenging for buses moving faster than 60mph.

The way to combat this is by connecting a mobile router to a cellular connection. This process is similar to how personal Wi-Fi hotspots work. This is because they receiver a signal through their cellular modem and link local devices through a Wi-Fi connection.

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