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Experiencing trouble with your zBoost setup? 

 

Please note the following important factors in determining zBoost performance: 

 

1.

 

Vertical Separation: At least 15 vertical feet is needed between the External Antenna (receives 
the outside signal) and the Indoor Antenna (rebroadcasts the signal indoors). Separation less 
than 15 vertical feet will result in decreased performance. Generally, increasing this distance (up 
to 40 feet) will increase the performance and decreasing the distance will limit zBoost 
performance.  
Note: Does not apply to zBoost CONNECT products.
 

2.

 

Proximity of metal or wireless access points: 

 

The External Antenna must remain at least 3 feet above any metal objects such as pipes, metal 
siding, A/C unit etc. 

 

The Base Unit must remain at least 3 feet away from metal objects and other electronic devices. 

Installation Tips 

Determine Outdoor Signal Strength /Setting Performance Expectations 

Before placing a zBoost in your home, make sure that you can place calls on the outside of your 
home, in the attic, at roof level or wherever you plan to place the external antenna. zBoost can 
only bring signal into your home when signal reaches the External Antenna. If there is no signal, 
the zBoost will not work for you. 

Using your cell phone, place a call from an outdoor location to confirm that enough signal is 
present to complete the call. If a weak signal is available at ground level, check the signal 
strength in your attic or at roof level location where the signal will likely be stronger and where 
the External Antenna can be placed for best performance. If you can reliably make and receive 
calls outside your home, then zBoost can bring the signal into your home. If only one signal bar 
is displayed on your cell phone outside, indoor coverage will be limited to one small room. We 
recommend placing the External Antenna outside and/or purchasing an upgrade External 
Antenna for increased coverage. 

Antenna Separation 

At least 15 vertical feet is needed between the External Antenna (receives the outside signal) and 
the Indoor Antenna (rebroadcasts the signal indoors). Separation less than 15 vertical feet will 
result in decreased performance. Generally, increasing this distance (up to 40 feet) will increase 
the performance and decreasing the distance will limit zBoost performance. 

Summary of Contents for SOHO

Page 1: ...lan to place the external antenna zBoost can only bring signal into your home when signal reaches the External Antenna If there is no signal the zBoost will not work for you Using your cell phone plac...

Page 2: ...o that it can go up as you rotate the External Antenna to the optimum direction If it is reading too high move the phone farther from the Indoor Antenna 3 Record the number of signal bars or range ___...

Page 3: ...h flash 1 Unplug the BASE UNIT power supply 2 Relocate the EXTERNAL ANTENNA to pick up the strongest signal from your wireless carrier 3 Increase the height difference between the EXTERNAL ANTENNA and...

Page 4: ...E light persists increase distance between the booster and your phone or any other electronic devices SOLID RED Signal from the carrier s cell tower is too strong for the BASE UNIT to operate properly...

Page 5: ...nal Antennas and Indoor Antenna to achieve maximum performance and coverage Fast Flashing RED Indicates insufficient distance between the External Antennas and the Indoor Antenna The amplifier is oper...

Page 6: ...re too strong for proper operation Solution Please unplug your system Re orient your External Antenna and or Indoor Antenna to reduce the excessive signal source Plug your system back in If still soli...

Page 7: ...p during this process Once you have determined the optimum location and angle connect the L bracket to the antenna and secure the antenna bracket to a mast not provided using the provided antenna hard...

Page 8: ...your zBoost is working Remember coverage varies based on outdoor signal level building construction and antenna placement Coverage in adjoining rooms will be reduced by walls and ceiling floors Upon...

Page 9: ...46 MHz System Gain 68 dB Band Supported 17 Networks LTE AT T General Power Consumption 3W standby 7W max signal 2 5A Max Wall Supply Input Voltage 100 240VAC 50 60 Hz 5 0VDC System Certifications FCC...

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