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Cellular Signal Boosters

Level 1 Basic Installation

A New Source of Revenue for your business

Bad cell signal? Now you can fix it!

Download slides @ https://cellphonesignalbooster.us/level-one-wilson-certified-installer-certification-training-course-online

Leading manufacturer of cell signal boosters 75+% market share Worked with FCC and Verizon to develop booster standards American manufacturer / Employs 250 people in St. George, Utah Free U.S. based Technical Support 40 year company history 3 Year warranty on PRO boosters

Wilson Electronics

Beautiful custom home State of the art home theater, automation and security Brand new iPhone 6

No usable cell signal Opportunity for Integrators

Why?

Cell signal is now considered a necessary utility and an essential part of the connected home!

Distance from Tower

Cell tower

Reasons for weak signal

Building Materials, Low E Glass UV Radiant Barrier/Tek Wrap

Number one reason for poor cell signal

Terrain/Foliage Steel, Concrete, Brick, Stucco

Cellular Boosters

ü Eliminates dead zones ü Eliminate dropped calls ü Faster data speeds ü Longer cell phone battery life ü Less radiation from phone ü No need for internet ü No extra contract needed ü Works with any carrier ü Supports alarm backup

How Boosters Work

1. 3. 3.

Outside Antenna – Talks to tower Booster- Adds gain to the signal Inside Antenna – Talks to devices Wilson cellular boosters only boost cell signal, they do not help Wi-Fi

Finding the signal

Android iPhone

Wilson RF Signal Meter Reads all carrier’s signals

Apps Read only

• ne carrier

Essential tool for professional installers

Never connect a signal meter down stream from a booster!

Cell Phone Signal

• Cellular signal strength is measured in decibel milliwatts or (dBm), and will

typically range from -50dBm (Strong) to -110dBm (No Signal)

• Every 3dB doubles or halves the power. A -67dBm is twice the power of -70dBm
• Every 6dB increase in signal strength will double the coverage area

0dB

Dropped calls

m

m m m m m m m

Oscillation & Overload

Occasional installation issues

Oscillation – Occurs when inside antenna and outside antenna “talk” to each other

causing an RF loop, or feedback.

Solution: Increase separation of the antennas. Increasing isolation is the key and can be achieved mechanically in some cases.

Overload – Caused by close proximity to a cell tower. The offending tower may be on

another network.

Solution: If working with a directional outside antenna, re-orienting the antenna may solve the issue. See install guide for complete instructions All Wilson Boosters feature automatic controls to protect cellular networks from harm due to oscillation or overload

Booster System Components

All Boosters come as a complete kit including cable

Amplifier or Booster:

Mount inside the building near power away from excessive heat or cold. Try to keep cable lengths as short as possible.

Wideband Directional Antenna:

Place this antenna outside on the side of the building where signal is

• strongest. Mount it on a pole and

aim it at the strongest signal away from the building.

Panel Directional Antenna:

Place this antenna on the inside of the building. Mount on the wall or ceiling (above or behind drywall is

• k) in the area which needs the

most improvement.

Please read the complete installation instructions included with each system

Installer Only Product Line

Not sold online or through any retail outlets

PRO 60 60dB gain Small area or Strong outside signal PRO 70 70dB gain Larger area or weak outside signal PRO 65 65dB gain Larger area or strong outside signal

All PRO boosters come as a complete kit including all necessary parts for installation

Cables & Loss

Loss = 10dB/100’

RG6

F connector 75 ohm

RG11

F connector 75 ohm Loss = 6dB/100’

Best Practices

• Mount outside antenna on side of building where

strongest cell signal is found. Aim the antenna away from the building to minimize oscillation (red light). Additional isolating materials or separation may be necessary

• Keep cable runs as short as possible to minimize

loss, but never use less than the length provided with the kit

• Nearby towers can cause overload (orange light),

re-aiming the outside antenna can cure this

• If practical, do a soft installation of the equipment

first to verify proper operation

• One inside antenna can cover four to five

thousand square feet.

New FCC Regulations

• All Wilson cellular boosters meet 2014 FCC requirements and are FCC certified
• Cellular boosters must be shipped as complete kits and minimum cable lengths observed
• New boosters installed after May 1, 2014 must be registered by end user with their carrier