Pros & Cons
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- Works with every major wireless carrier.
- Significantly improves network performance.
- No external antenna or monthly fees.
- Relatively simple setup.
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- Requires wired connection between booster unit and antenna.
- Range won't cover large houses.
Anyone who lives in an area with weak cell phone service knows what a hassle it is to sit near one particular window or to go outside every time you want to make a call. That's where signal boosters like the $349.99 WeBoost
Design and Setup
Out of the box, you only have two pieces of equipment to deal with: the mainThe
The antenna box is similar in shape, though a bit smaller, at 9 by 8 by 3 inches and 1.9 pounds. It has the same shiny plastic front with a WeBoost logo, and a rubberized back and sides. Unlike the
To get the
Signal strength operates on a logarithmic scale, so the lower number is better. A reading between -50dB to -85dB is a strong signal. -110dB or higher is weak or no signal. As long as a signal exists, a cell booster should be able to amplify it. According to WeBoost, you need to have a strong enough signal to make a call in order for the booster to work, so if you live in a complete dead zone, you're out of luck.
Place the
Given the layout of my house, I had to put the antenna unit in the middle of my living room That meant running the coaxial cable straight through the kitchen and into the living room. You can always supply your own longer cable to get around this issue. This can get a bit clunky, especially if you have to run the cable through multiple rooms in your home. Some boosters, like the 4G LTE Signal Booster on T-Mobile, are wireless, avoiding this problem.
Once the booster and antenna are connected, the LED light on the booster should turn green, which means that you have a signal and everything is working. If the light is orange, the booster is too close to an external signal and you should change its location.
Setup took about ten minutes, with the majority of time spent walking around the perimeter of my house trying to find the spot with the best signal strength. There are no accounts to register, no monthly service charges to keep track of, and no external antennas to install (unless you want to; it can further improve performance).
Network Performance and Range
The
Prior to installing the booster, I measured signal strength on all three phones. The 6s Plus and Nexus 5X reported a range of -105dB to -113dB, and only when the phones were by the window. In other parts of the house, I was in a dead zone, unable to make any calls, making my effective download and upload speed 0Mbps. For the Galaxy S5 on Verizon, signal strength was better, ranging from -97dB to -101dB. Average download speeds were around 7Mbps and upload speed were close 3Mbps. Unimpressive, but passable.
After installing the
I saw even more impressive improvement on the Galaxy S5 on Verizon. Signal strength ranged from -84dB to -91dB, which made for significantly improved download and upload speeds. The S5 hit a high of 30Mbps down and 10Mbps up. I was able to make calls, browse the web, and even download apps without Wi-Fi.
The booster is capable of covering up to 1,500 square feet. It was able to handle my one-bedroom townhouse without any trouble. That said, there was a noticeable decline in signal strength and data rates when I moved from the living room and into adjacent areas.
On the Nexus 5X and 6s Plus, the decline was steeper, likely due to the fact that T-Mobile had the weaker signal to begin with. Decibel range increased to -99dB to -103dB (still within the range of usability). Download speeds declined to 7Mbps while uploads remained the same. The Galaxy S5 on Verizon fared better, increasing marginally to -87dB to -90dB and pulling in 25.5Mbps down and 2Mbps up.