The reading is often displayed as a negative number, like -91 dBm, for example. The signal strength reading is typically displayed in decibels (dBm). Once the signal strength reading is displayed, you will get readings facing all four cardinal directions (North, South, East, and West).
Or you can use a search engine to find the term "Signal Strength Reading' or 'Field Test Mode.' Or contact your phone manufacturer's customer service department.
Consult the operations guide that came with your phone. Where to find the signal strength reading in your phone's menu tree varies by manufacturer, model and operating system. Once you know the tower location, point the main center beam of the Yagi in the direction of the cell tower.ĭisplay your phone's signal strength reading. You can use a search engine to find one of the many tower location sites on the Web. The Bolton Technical All-Rounder omnidirectional antenna works with all cell phone signal boosters (weBoost, SureCall, Cel-Fi, etc.First, find out where your cell carrier's nearest tower is located. The All-Rounder is designed for fixed building installations outside a home, office, or commercial space. Simply doing that and connecting it to an FCC-approved cell phone signal booster system will make a massive difference in reducing dropped calls, slow texts, and slow cellular data. It is the simplest of our antennas to install, needing only to be mounted in an area with decent cellular signal. Its simple installation and ubiquity of use makes it a common sight if you start looking for it around neighborhoods, strip malls, and free-standing buildings nationwide. The All-Rounder is a fixture of the Bolton antenna lineup.
You’re looking for a reliable antenna to capture cellular signal, and there was no omni-antenna more reliable or better performing than The Good Ol’ All-Rounder.
Obviously, if you’re reading this product page, you’re not looking for an antenna to walk your dog. When coming up with a name for this antenna, some bright person asked: “What can this thing NOT do?” Beyond bench-pressing, we couldn’t come up with too much – at least on the cellular front.
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