INTERVALO BEACON HOW TO
INTERVALO BEACON ANDROID

How do you make the right choice for your needs? It all depends on how accurately you need to determine the positioning of a device interacting with your beacon network. There are some cases where you do actually want to sacrifice your battery life for the sake of indoor positioning accuracy. How Beacon Interval affects indoor positioning accuracy? This is why we use this setting as our default option. We’ve determined that 650 ms offers the perfect balance between signal stability and battery life of Beacon Interval configuration. However, we have also determined that using the 100 ms interval setting, recommended for iBeacon, is actually overkill for this issue. Wondering what should Beacon interval be set to? In our own lab analysis, we have determined that higher interval settings (over 700 ms) actually cause major issues with signal stability. How beacon Interval affects signal stability? We don’t recommend that, though, because it can cause a smartphone battery drainage. Theoretically, you could develop an app that grabs and reacts to the beacon signal in seconds.

INTERVALO BEACON ANDROID

On Android devices, there are no such limitations. This might be helpful especially when your users are moving fast or there are many obstacles within a beacon range.

Decreasing your interval won’t change that it’ll only increase the chance that a device manages to grab one signal out of a few transmitted within this second. iPhone calls back every 1 second due to system limitations. It’s worth mentioning, though, that even setting up your Beacon Interval configuration to transmit every 100 ms doesn’t mean an iPhone can respond to the signal with the same speed. Apple’s justification for using such a setting is based on achieving high signal stability (arguable) and highly accurate indoor positioning (this is actually true.) It is important to note that the 100 ms interval recommended by Apple is not required. In reality, though, there are many cases where such a low Interval is pretty unnecessary. the settings recommended by Apple) actually causes dramatically reduced battery life. You will notice immediately from the table that the current standard for the iBeacon profile (i.e. As you might expect, this has a dramatic effect on your battery life, as seen in the table below. The lower your Beacon Interval setting (smaller number), the more often the beacon will transmit its advertising packet. Choosing the Right Beacon Interval Setting There are (as of this writing) not many applications where using a second-long intervals is particularly useful. In practice, however, you’ll generally only be concerned with the differences in milliseconds. basically telling nearby devices “I’m here!”) This is usually measured in milliseconds (ms), but can be measured in seconds (s) at the very highest interval ranges. The beacon “Interval” setting determines how often your beacon will transmit its advertising packet (i.e. Today, we will learn about another basic configuration settings you can implement in your beacons, and how this affects your deployment and subsequent operations. When should you use a low Interval setting?.How Interval affects indoor positioning accuracy.

How beacon Interval affects signal stability.The perfect frequency can be effected by environment, use case, and more.

The Beacon Interval is how often your beacon transmits its advertising packet.

INTERVALO BEACON HOW TO

Wondering which factors you need to take into account when planning your beaconĭeployment and how to properly set up your beacons?

Intervalo beacon