Mobile Booster Pro 1.5.12 Apk Android Free Download
Dawne Dam
Android: In the Settings app, search for "reset" or more specifically "reset network settings" and tap on the setting. On the Pixel 6 Pro running Android 13, the setting is called Reset Wi-Fi, mobile & Bluetooth. After you reset your network settings, remember to reconnect your phone to your home and work Wi-Fi networks.
Mobile Booster Pro 1.5.12 Apk Android Free Download
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iPhone: Go to Settings > Transfer or Reset iPhone > Reset > Reset Network settings. The next page will warn you that resetting your network settings will reset your settings for Wi-Fi, mobile data and Bluetooth. Tap Reset Network Settings and your phone will restart.
If after going through all of our troubleshooting steps, including talking to your carrier to go over your options, you're still struggling to keep a good signal -- try a booster. A signal booster receives the same cellular signal your carrier uses, then amplifies it just enough to provide coverage in a room or your entire house.
The big downside here is the cost. Wilson has three different boosters designed for home use, ranging in price from $349 for single room coverage to $999 to cover your entire home. To be clear, we haven't specifically tested these models. Wilson offers a 30-day money back guarantee and a two-year warranty should you have any trouble with its products.
With your signal issues resolved, using your phone as a mobile hotspot for a backup connection is easy, but there are some things you need to know. If you're looking for iPhone-specific tips and tricks, check out our guide to hidden features on iOS 16. And for Android fans, we have some hidden features for Android 12 as well.
With that in mind, these are the best boosters for homes, apartments, cars, and anywhere else you might need better coverage. Below these picks, we cover everything you need to know before you purchase.
The weBoost Home Studio is a two-piece booster with a particularly small, low-key indoor emitter, so it won't crowd an already cluttered room. Like other weBoost products, it relies on a directional antenna you mount on a pole or roof outside to capture the best possible signal. Within the room it covers, its boosting potential is about the same as the larger SureCall Flare 3.0. But because it's compact, it offers a bit less range than the Flare and much less coverage than a whole-home system like the weBoost Home Multiroom.
Cel-Fi's devices can get you 100dB of signal improvement because they boost the frequencies of only one carrier. Just keep in mind that its premier Go+/Go X home boosters cost much more than other consumer models and that this approach means you can't switch carriers without switching your booster.
Although this model isn't as powerful as a home booster (it offers just 50dB of gain), it's still better than regular car boosters. RV owners just need to make sure to place the indoor and outdoor components far enough away from each other and in the proper direction.
Booster manufacturers have to use various tricks to detect the best signal from surrounding towers and then amplify them without messing up the carriers' systems. That's why you need to stick with boosters primarily from the big four companies: Cel-Fi, HiBoost, SureCall, and weBoost (we also include one from Wilson for a special use case you can read about below). Cheaper boosters available from Amazon often aren't FCC-certified, which means they can cause trouble with surrounding cell sites and networks.
If you're hesitant to invest in a home booster and primarily need coverage to make phone calls, make sure to try out Wi-Fi calling. All of the major carriers support this feature, and you can often get better call performance over a connection to your Wi-Fi network.
The basic principle behind signal boosters is simple: A big antenna is better than a small one. Instead of relying on the tiny antenna in your phone, boosters capture a cellular signal using a large antenna in your window or outside your house (or car), pass that signal through a device that cleans and amplifies it, and send it out through a rebroadcaster inside your home.
Boosters generally have three main components: an external antenna that sits outside your home, a booster that cleans and amplifies the signal, and an antenna you keep inside your home. A coaxial cable connects them all.
Some of SureCall's products combine the booster and indoor antennae into one unit. That makes SureCall's boosters easier to install and place, which is part of why the SureCall Flare 3.0 is our top pick for in-home boosters. But if you own a larger home and are willing to run some coax cable, you can greatly extend the boosters' range with some splitters and several panel antennas. This can get complicated, so, at that point, you might want to get a professional installer to set the system up (especially to reduce interference between multiple, in-home antennas).
A couple of years ago, weBoost came out with its first two-piece booster for small homes and apartments, the weBoost Home Studio. It's small and convenient but covers only one or two rooms in your home.
Most boosters handle bands 2, 4, 5, 12, 13, 17, and 66. That includes base coverage bands for AT&T, T-Mobile, and Verizon. The important missing band is 71, T-Mobile's 600MHz rural coverage band. Because it took a while for TV stations to get out of that band, the FCC hasn't approved any consumer boosters for band 71. If you want to boost that band, you need to get an industrial booster such as the WilsonPro 710i or SureCall Force8.
Most home boosters also boost between 64 and 71dB of signal. Once again, that's due to FCC regulations. If you need more of a boost than that, you need to move up to Cel-Fi's single-carrier booster line, which can get to 100dB by boosting only the frequencies from one wireless carrier at a time.
Boosters for your car are similar to in-home boosters, with one exception: You can only get single-device, in-car cradle boosters. These are much less powerful than in-home boosters (the ones we tested boost by 23dB instead of between 65 and 75dB) but are less expensive, take seconds to install and remove, and don't radiate beyond the cradle that grips your phone. We like the weBoost Drive Sleek as a single-device booster.
RV owners and people who need to boost multiple devices in a vehicle can get in-car boosters with small radiating antennas that handle several devices. These can be tricky, though, because of how close the output antenna is to the input antenna.
You can install all retail cellular boosters by yourself without any drilling, although ideally, you should hide the cables against your baseboards. You also need to find the optimal antenna position outside your home.
Both SureCall and weBoost have options that let you lean on a professional installer to handle the tricky bits like sticking the antenna on your roof and orienting it properly. SureCall works with Dish subsidiary OnTech to install any of its boosters for an extra fee. weBoost has a specific product, the Installed Home Complete, which comes with OnTech installation. The installation costs $300 for the weBoost product (it varies for SureCall products) so whether it's worth it depends on your budget and DIY ability.
Cellular boosters generally can't boost the "good parts" of 5G networks. AT&T and Verizon carry a small amount of 5G on the old cellular bands 2 and 5. Boosters handle that, so a booster may summon you a 5G icon, but that signal doesn't give you an experience that's much different from 4G. The fastest 5G networks for AT&T, T-Mobile, and Verizon are currently on bands n41, n77, n260, and n261; no consumer boosters support those bands reliably.
There is a sneaky way around this. Although no powered boosters work with these bands, passive antennas can still improve the signal. They may only get you 10dB to 20dB of gain as opposed to 70dB, but that isn't insignificant (and even just the fact that the antenna is outside can help).
Activating your android device's actual signal strength reading is a much better indication of your true signal strength than relying on the bars. Signal strength is measured in dBm or decibel milliwatts, and is always expressed as a negative number. The closer to zero the reading the stronger the cell phone signal.
The WilsonPro A500 (50 Ohm) from Wilson Electronics is the most popular home and small office cell phone signal booster we currently offer. It features automatic gain control with a self-optimizing design for easy installation & maintenance.
With up to +70 dB gain of power, it greatly enhances 4G LTE and 3G cell service for all of your wireless cellular devices (smartphones, tablets, notebooks, hotspots, etc.) on any mobile network in South Africa.
The Wilson Pro A1000 (50 Ohm) from Wilson Electronics is the most popular commercial cell phone signal booster offered in South Africa. It features automatic gain control with a self-optimizing design for easy installation & maintenance.
With up to +74 dB gain of power, it greatly enhances 4G LTE and 3G cell service for all your wireless cellular devices (smartphones, tablets, notebooks, hotspots, etc.) on any mobile network in South Africa.
This is the most expensive solution, but also the most effective. Network signal boosters collect weak signals using large antennas and then rebroadcast them within your house or car. They start at about $200 for a one-device, portable unit, and go up to $1,200 or more for whole-home systems. However, they make a huge difference, often turning a single bar of wobbly signal into a full-strength, speedy connection.
If it switches, it always choses the best and strongest signal available. And as I said, when you lose your signal it does switch: that's exactly the concept of the booster. By going to airplane mode, it makes you lose the signal, so switching on the radios makes the device connecting to the strongest signal. If your lucky, you see one more bar. If there was just one cell available, you just wasted juice.
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