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RESIDENTIAL CELLULAR SIGNAL ENHANCEMENT SERVICES

We provide several solutions for residential Cellular signal enhancement, indoors and outdoors. For large signature properties or properties with multiple structures we can provide fiber-based solutions to deliver cellular connectivity to all indoor and outdoor spaces, and if required with large capacity to provide for large gatherings. For smaller residential space, we can provide more modest solutions. Whether you are looking to get cellular signal for a single carrier for a few users or multiple carriers in an enterprise level solution for a high capacity system, we are ready to see to your needs with skills in all of the following areas  
     
  • Initial site survey and data collection to determine existing quality of signal for your desired carrier(s)
  • Engineered designs based on architectural documents and construction materials used in computer generated rendering to create predictive heat-maps showing degree of cellular signal enhancements expected
  • Ability to wire any existing residence given over two decades of experience in retro-fitting wiring in signature homes for audio visual, WiFi and now cellular systems
  • Wide range of indoor antennas for signal distribution to conform to your aesthetic concerns
  • Monitoring and maintenance programs post installation for larger systems
    • For cellular signal enhancement in larger residential complexes, our enterprise solutions can be those we deploy in medium size commercial venues.  Our portfolio of such high capacity systems may be viewed  here.  Our experience in such high capacity enterprise level cellular signal enhancement guarantees that we will meet your requirements for such a system.

SINGLE CARRIER SOLUTION FOR A SMALL RESIDENCE

Small carrier-specific cell units can end your cellular signal limitation in short order. A strategically placed cell station, connected to a router with wiring for a GPS device to your roof-top will deliver cellular signal for your choice of carrier to any small to modest size residence.

An AT&T Small Cell station connected to your router and placed strategically in the residence will behave much like an Internet Access Point and provide coverage throughout the residence.

An AT&T Small Cell station connected to your router and placed strategically in the residence will behave much like an Internet Access Point and provide coverage throughout the residence.

Cell station coverage may be extended with the use of additoinal antennas to evenly distribute signal to varios areas of larger residences. Above is a Verizon cell station shown with four indoor ceiling antennas and its GPS device. On the left side of the photo a thinner, more aesthetically pleasing antenna is shown as an alternative.

Cell station coverage may be extended with the use of additoinal antennas to evenly distribute signal to varios areas of larger residences. Above is a Verizon cell station shown with four indoor ceiling antennas and its GPS device. On the left side of the photo a thinner, more aesthetically pleasing antenna is shown as an alternative.

Two different AT&T cell stations are shown above, to the right, both wall mounted. Cell station is connected to your residential router and to a roof-top GPS and is tweaked post installation to ensure optimum signal.

Two different AT&T cell stations are shown above, to the right, both wall mounted. Cell station is connected to your residential router and to a roof-top GPS and is tweaked post installation to ensure optimum signal.

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MULTI CARRIER CELLULAR SIGNAL ENHANCEMENT

For residences requiring signal from multiple carriers, we will provide an engineered design for a distribution system in which we acquire signal source from all the carriers of your choice, combine their signal in a system head-end, and deliver the combined signal over cabling to multiple antennas in various areas of the residence. Much like WiFi distribution systems, the signal can be tweaked per location to create an balanced overall connectivity and may extend to outdoor spaces.  Below is an example of a system from Nextivity Cel-Fi and small carrier cell stations for signal source.

Nextivity Cel-Fi systems - see two models in above - can receive cellular signal for multiple carriers and send the combined signal to to multiple antennas throughout the residence.

Nextivity Cel-Fi systems - see two models in above - can receive cellular signal for multiple carriers and send the combined signal to to multiple antennas throughout the residence.
Above are two Nextivity Cel-Fi systems with four antennas working much like a residential WiFi router/switch with multiple access points, offering you cellular coverage. Either system can offer signal from a single or multiple carriers.

Above are two Nextivity Cel-Fi systems with four antennas working much like a residential WiFi router/switch with multiple access points, offering you cellular coverage. Either system can offer signal from a single or multiple carriers.
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MULTI CARRIER CELLULAR SIGNAL ENHANCEMENT FOR LARGE RESIDENCES

We have enterprise grade solutions for distribution of cellular signal to residences featuring multiple structures, whether physically connected or not. These systems are engineered and employ remote or networked components to provide signal across all structures and large expanses of outdoor areas if requested. There are various systems available in this enterprise level category. Below example from Commscope is scalable and has been a recent but proven system for both large signature residences as well as commercial venues.

A commscope ION-E system head-end is shown with an antenna (UAP). System may reside anywhere and is connected over network, coaxial or fiber to various locations in the property to extend coverage.

A commscope ION-E system head-end is shown with an antenna (UAP). System may reside anywhere and is connected over network, coaxial or fiber to various locations in the property to extend coverage.
Engineered designs are based on heat maps rendered on architectural plans. With construction materials marked onto architectural plans, iBwave software will reflect singnal strengths generated per carrier signal band once all devices are tweaked in the final configuration. Above is a rendition of generated signals for two Verizon and AT&T signal groups based on placements shown for antennas, indicating consistent coverage throughout the space.

Engineered designs are based on heat maps rendered on architectural plans. With construction materials marked onto architectural plans, iBwave software will reflect singnal strengths generated per carrier signal band once all devices are tweaked in the final configuration. Above is a rendition of generated signals for two Verizon and AT&T signal groups based on placements shown for antennas, indicating consistent coverage throughout the space.
Above is an illustration of how an antenna (UAP) wall mounted (center top) to provide signal to the area much in the same way as a WiFi Access Point. In fact, in this particular example, the featured antenna, being part of Commscope ION-E solution, also can broadcast WiFi signal in additional cellular.

Above is an illustration of how an antenna (UAP) wall mounted (center top) to provide signal to the area much in the same way as a WiFi Access Point. In fact, in this particular example, the featured antenna, being part of Commscope ION-E solution, also can broadcast WiFi signal in additional cellular.
Above illustration show the same antenna (Commscope UAP) ceiling mounted once again providing WiFi and cellular signal.

Above illustration show the same antenna (Commscope UAP) ceiling mounted once again providing WiFi and cellular signal.
Above photo is an illustration of how an antenna (Commscope ION-E UAP) is recessed partially into the ceiling for a aesthetically pleasing result in an office space.

Above photo is an illustration of how an antenna (Commscope ION-E UAP) is recessed partially into the ceiling for a aesthetically pleasing result in an office space.
Various types of other antenna are available for some of the systems we deploy. Above are examples of thinner or mostly transparent, circular antennas that may be deployed.

Various types of other antenna are available for some of the systems we deploy. Above are examples of thinner or mostly transparent, circular antennas that may be deployed.
Commscope ION-E Cellular enhancement System is not only scalable, but also flexible in the type of expansion/scale that may be needed. Above Cellular Access points allow different scale of expansion over different types of connections, making it possible to extend the service to a small area with a single category cable or coaxial cable or to a large detached structure over fiber where a remote unit (Shown in center) connects to other access points locally.

Commscope ION-E Cellular enhancement System is not only scalable, but also flexible in the type of expansion/scale that may be needed. Above Cellular Access points allow different scale of expansion over different types of connections, making it possible to extend the service to a small area with a single category cable or coaxial cable or to a large detached structure over fiber where a remote unit (Shown in center) connects to other access points locally.
Above is an illustration of a large distribution system covering a building in which dozens of interior antennas are interconnected via fiber, coaxial and category cabling to provide even distribution of cellular signal. Most such systems are scalable and can start from very modest to very extensive coverage.

Above is an illustration of a large distribution system covering a building in which dozens of interior antennas are interconnected via fiber, coaxial and category cabling to provide even distribution of cellular signal. Most such systems are scalable and can start from very modest to very extensive coverage.
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Call Us: (310) 277 - 4567

31348 Via Colinas - Unit 103, Westlake Village, CA 91362