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Explains the signal booster's operational flow and how it works.
Lists all items included in the signal booster kit for installation.
Illustrates signal strength categories and power levels based on distance from the cell tower.
Details how signal strength at the antenna location affects coverage area.
Guides users to use Cellmapper.net to find the nearest cell tower for optimal setup.
Instructs users to locate their specific area on the map for detailed analysis.
Guides users to select their specific mobile carrier on the mapping tool.
Explains how to interpret base station information like coverage area and frequency bands.
Provides instructions for iPhones to access field test mode for signal strength.
Guides Android users to use the LTE Discovery app for signal strength readings.
Details how to choose the best location for the outdoor antenna to capture the strongest signal.
Recommends specific positions like corners facing the cell tower for the outdoor antenna.
Explains mounting options for the outdoor antenna, including height restrictions and lightning safety.
Warns about tree interference and FCC height regulations for outdoor antennas.
Provides guidelines for placing the indoor antenna, including separation distances.
Instructs users to test and record signal strength at various indoor locations.
Describes the radiation patterns of both indoor and outdoor antennas.
Illustrates correct and incorrect positioning of indoor and outdoor antennas to avoid interference.
Details the initial connection steps for the signal booster system.
Guides users through connecting the outdoor antenna, indoor antennas, splitter, and power adapter to the booster.
Instructs users to re-test signal strength and compare it to initial readings to confirm booster functionality.
Presents a table showing the relationship between decibel gain and power/distance/coverage enhancement.
Provides final steps for securing the outdoor antenna, including mounting options and cable management.
Advises on properly sealing and securing outdoor antenna connectors against weather and wind damage.
Covers the final placement, mounting, and connection of the indoor antenna and booster unit.
Details how to route and secure cables to ensure system reliability and prevent damage.
Provides guidelines on managing coiled cables to prevent system instability and ensure proper operation.
Explains the meaning of the power light and panel state lights for correct operation.
Provides steps to diagnose and resolve issues when the signal booster is not improving signal.
Advises on adjusting the outdoor antenna height relative to trees when signal is weak.
Guides users to identify and resolve self-oscillation by checking antenna separation and direction.
Restates the critical separation distances required between indoor and outdoor antennas.
Details the technical parameters and performance metrics of the signal booster.
Outlines the terms and conditions of the three-year product warranty.
Covers essential safety precautions for using the signal booster and antenna placement.
Explains the requirements for registering the device with wireless providers and FCC compliance.
This document describes the SolidRF Signal Plus Cell Phone Signal Booster, a device designed to amplify cellular signals for improved coverage indoors.
The SolidRF Signal Plus Cell Phone Signal Booster system works by capturing existing cellular signals from a nearby cell tower, amplifying them, and then rebroadcasting the boosted signal indoors to mobile devices. The process also works in reverse, amplifying outgoing signals from mobile devices back to the cell tower. The system consists of an outdoor antenna, a booster unit, indoor antennas, a power supply, a splitter, and RG6 cables.
The outdoor antenna is responsible for catching the signal from the cell tower. This signal is then sent to the booster through a coax cable. The booster amplifies the signal and distributes it to the indoor antennas, which rebroadcast it throughout the coverage area. The effectiveness of the booster, including the size of the coverage area and the strength of the boosted signal, is directly related to two key factors: the signal strength received by the outdoor antenna and the distance of separation between the outdoor and indoor antennas. Optimal performance is achieved when the external antenna is placed where the signal is strongest and there is sufficient separation between the indoor and outdoor units.
The manual emphasizes the importance of a test installation to ensure optimal performance. This involves selecting the best location for the outdoor unit, typically on the side of the house facing the nearest cell tower where the signal is strongest. The ideal installation position is often a corner of the building. The height of the outdoor antenna should not exceed the highest point of the house to prevent damage from lightning strikes. It also cautions against placing the outdoor antenna too close to tall trees, as trees can significantly attenuate wireless signals. For indoor antenna placement, it is crucial to ensure a minimum separation distance from the outdoor unit (over 30 feet straight line, or 20 ft horizontal and 13 ft vertical distance) and to avoid facing the outdoor antenna directly. The indoor antenna is a panel directional antenna, and its placement should maximize coverage within the home.
The system supports multiple frequency bands, including LTE (bands 12, 13), Cellular (band 5), PCS (bands 25/2), and AWS (band 4), indicating its compatibility with various cellular networks and technologies.
www.cellmapper.net to locate nearby cell towers and identify the best direction for outdoor antenna placement, which is crucial for optimal performance.
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