Categorycell phone booster technology


“A few people, they’ll come here, they’ll say ‘What do you do?’ I simply say, ‘I’m doing it at this moment.'”

That is Artie Barkley, a nearby occupant included in the National Geographic video about the National Radio Quiet Zone, praising the excellencies of a standout among-st the most curious and tranquil places in America.

Pocahontas County in West Virginia is home to the Green Bank Telescope, a superb bit of hardware that overviews the skies for radio signs from over the universe. In any case, the telescope, worked in 1956, is sensitive to the point that any nearby radio signs could meddle with its main goal. “A cellphone on Mars would be the brightest radio protest us in the sky,” one of the researchers in the video notes.


Accordingly, Congress made the National Radio Quiet Zone, a territory of 13,000 square miles around the telescope. In the towns adjacent, for example, Green Bank, inhabitants abandon any sort of remote innovation. That incorporates cordless telephones, cellphones, wi-fi switches—even computerized cameras and carport entryway openers. As the video takes note of, the zone is something that would never be made today—you’d experience considerable difficulties anybody, even a card-conveying Luddite, into surrendering so much stuff. But since the Quiet Zone was built up decades back, the people who live here just never received remote present day comforts and got used to living without them. (They have hardwired Internet in their homes.)

Obviously, inhabitants imagined workarounds for the limitations. Ham radio is huge here, replacing cell correspondence. Allegheny Mountain Radio, the one station in the territory, communicates at a to a great degree low recurrence to meet the guidelines. Snowshoe Ski Resort, which lies just inside the fringe of the peaceful zone, utilizes a circulated DAS to give a little measure of cell administration for the skiers and visitors who come there. At the point when the framework went in the previous summer it was the first run through the resort had cell benefit.

Badly designed? Beyond any doubt. Be that as it may, the old-clocks here don’t appear to mind. Also, if the radio observatory grabs some stunning sign from profound space, then the sound of hush will have been justified, despite all the trouble.

Cell Phones dead Zones

When you move to certain areas within your building a weak signal can drop your 5 bars to 2 or no bars at all. These areas where bars drop are known as dead zones where you cannot make or receive calls, or download data.

Factors responsible for this issue are:

  • Distance from cell tower impacts your signal: Your closeness to the cell tower impacts the signal strength. The further you stay, the weaker your signal will becomes. Since towers are not uniformly distributed, certain areas will fall into a dead zone.
  • Obstructions between the signals: Trees, hills, mountains and certain building materials interferes with the transmission of cellular signals and may block them out entirely. Even though it may seem strange and puzzling, it is completely not uncommon to notice that you are missing signal in some parts of your home or office building




  • Weather: Dense clouds, temperature inversion and heavy precipitations can weaken or block the cell coverage. This clearly determines why we lose mobile service when we experience high winds or stormy weather conditions.
  • Volume of users: When the number of users accessing a particular cell tower increases it impacts the quality or strength of the cell signal. Higher volumes can leads to coverage drop. This is the reason many users are unable to connect during a disaster or any other event that indicates a large volume of calls within a short duration.

There is nothing a cell provider can do to overcome or find a remedy to these situations. Cell phone boosters are immediate and efficient solutions to these issues. Try setting them up and enjoy the uninterrupted coverage.




Make room in the servers mount racks for one more, Wilson Pro4000 amplifier

The WilsonPro 4000R houses four independent signal boosters in a rack-mount unit. The 4-in-1 revolutionary design provides for boosted 2G, 3G, and 4G LTE signals inside any large building up to 100,000+ sq ft. It supports all cellular devices for all US carriers such as AT&T, Verizon, T-Mobile, Sprint, and many more providers.
In comparison, other enterprise signal boosters usually top out at 25K to 50K sq ft. With up to a maximum coverage range of 140,000 sq ft depending on the outside signal, the WilsonPro 4000R is capable of providing better talk, text, and high-speed internet & data for poor reception buildings such as hospitals, industrial warehouses, and other commercial buildings and venues.
“The WilsonPro 4000R is a significant leap in terms of product and for the industry, and we view the 4000R as a gateway to providing better cellular coverage for medium businesses and beyond, creating new opportunities for the cellular signal booster market” said Andrew Hansen, CMO.
For enterprise IT, professional installers, and technology integrator, the need for only one outside antenna installation and the rack-mount form factor allow for easy, clean, and fast install times.
Similar signal boosting solutions such as DAS usually take months to years from planning to deployment, whereas the WilsonPro 4000R takes weeks at a significantly lower cost.
The 4000R contains four boosters in one single rack-mounted unit. The unit has a range of intelligent software protections to maximise signal and prevent interference. Like other WilsonPro boosters, the automatic gain control is always monitoring signal levels and making instant adjustments as required, allowing the booster to operate at maximum gain consistently. The 4000R offers even better control, as the onboard software independently and automatically controls each antenna path, ensuring great connectivity throughout the building. Every port is independently controlled, so gain can be adjusted up or down for each, without disrupting coverage from any other antenna. The Extra Dynamic Range (XDR) feature lets the 4000R system work with an incoming signal up to 10 dB stronger than any competing booster can tolerate, before overloading and shutting down.
Kit Contents
Wilson 4000R rack mounted signal booster (460231)
Wilson Wide-Band Directional Yagi Antenna (314411)
4 x Wilson Wideband Indoor Dome Antenna (304412)
1×2′ , 1×75′ , 4×100′ low loss LMR 400 coaxial cable
Lightning Surge Protector (859902)

weBoost introduces new cell phone booster and tries to boost its sale to top – weBoost Pro 70 Plus.

Today’s world is known to be as the world of easy communication and world of cell phones, almost every today has cell phone with him and especially in our country cell people thinks that life is not possible without cell phones. In our country people are so dependent on cell phones that they are not ready to compromise with quality and that is why the cell phone signal boosters are getting in more demand.

weBoost is leader of cell phone booster market and fact is that they make finest cell phone signal amplifiers till date. Keeping the public demand in focus, weBoost has launched a new booster in market known by weBoost Pro 70 Plus. The new weBoost Pro 70 Plus is for the customers who are custom installers or it can be said that this amplifier is for installation market. Good thing is that it comes with self-optimizing microprocessor and it also has a built in graphical signal meter.

Till now, at time of installation we used to find the best signal place and direction by a mobile phone, which makes it necessary to have a mobile phone while installation but in Pro 70 Plus, weBoost has introduced uplink and down link lights. This help in minimizing the time of setting up a booster.

With price range of $1400, Pro 70 Plus is very much capable of boosting the down link power of 12dB also, it can boost it and spread it in no time.