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TELEPHONE COVERAGES
 THE REPEATERS
bulletHow Do They Work?
bulletKind Of Repeaters
bulletInstallation Examples
bulletAntennas To Be Used With
bulletHow Do They Work?

Generally the indoor 900/1800 MHz signal is quite good close to windows, glass doors and any other opening close to the outside but it gets worst as you move inside especially if the environment is big, not high from the ground, built in concrete and metal. Of course if the outdoor signal surrounding the environment is already low (low field) the indoor signal situation can be worst.

To overcome this problem it is necessary to use a repeater or, for small environments, a microrepeater.

The repeaters and the microrepeaters repeat the outdoor signal received by an antenna linked to the repeater by a cable. The antenna is usually installed on the roof of the building. The signal is brought inside by cable and it is necessary to use one or more antennas to cover the several rooms of the environment. Inside the served area you can freely move while doing  or receiving your phone calls.

We can quote the system you need. It can be broadband or narrow band and it is possible to receive one or more operators.
bulletKind of Repeaters 

Click on the equipment to see the technical features.
bullet

Installation examples
 In elevators
 In offices
In firms In department stores
 In hangar
\

bullet

Antennas To Be Used With
OUTDOOR ANTENNAS TO LINK THE 
BTS TELEPHONE STATION’S

870/960 MHz BAND
bulletAR1033
TRI-BAND
780÷960 MHz
1710÷2170 MHz
G = 16.5/20.5dBi
  

   Ready For The New LTE 4G Band Applications  

High gain double cross polarized antenna +/- 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz, is for the new UHF band applications. 

INFO

bulletAR1032
TRI-BAND
780÷960 MHz
1710÷2170 MHz
G = 16.5/20dBi
  

   Ready For The New LTE 4G Band Applications  

High gain double cross polarized antenna +/- 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz, is for the new UHF band applications. 

INFO

bulletAR1034
TRI-BAND
780÷960 MHz
1710÷2170 MHz
G = 12/16dBi
  

   Ready For The New LTE 4G Band Applications  

High gain double cross polarized antenna +/- 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz, is for the new UHF band applications. 

INFO

bulletAR1026.Z
TRI-BAND
870÷2170 MHz
 G = 12dBi
    

Logarithmic TRI-BAND antenna, especially sui- table for tunnel broadband coverage.

INFO

bulletAR1012
800÷970 MHz
 G = 12dBi
    

Logarithmic antenna for mobile band.

INFO 

bulletARL61212WZ
870÷960 MHz
 G = 12.5dBi
    

Logarithmic antenna for mobile band.

INFO 

bullet

AR1021
800÷980 MHz
 G = 17dBi

    

Directional antenna for mobile band.
Especially suitable for tunnels coverage.

INFO 

bullet

AR1020
800÷970 MHz
 G = 18dBi

    

Directional antenna for mobile band.
Especially suitable for tunnels coverage and mountain valleys.

INFO 

bulletAR1022.1
 DUAL-BAND
870÷960 MHz
 1710÷1880 MHz
G = 16.5/18dBi
    

Directional DUAL-BAND antenna especially sui table for tunnels coverage.

INFO 

bulletAR1025
TRI-BAND
870÷960 MHz
1710÷2170 MHz
G= 16.5/17dBi
    

Directional TRI-BAND antenna.
Especially suitable for tunnels coverage.

INFO 

bulletAR1029
870÷960 MHz
G = 14dBi
    

Directional antenna for mobile band, easy to hide as a TV antenna. 

INFO 

bulletAR1028
890÷960 MHz
G = 12dBi
    

Low environmental impact directional antenna for GSM 900 MHz band, especially suitable for small and medium repeaters.  

INFO 

bulletAR1031
 FOUR-BAND
810÷960 MHz
1710÷2500 MHz
G = 9.5/11dBi
        

Logarithmic FOUR-BAND broadband antenna to be used for GSM/DCS/UMTS/WIRELESS servi- ces. For microcells and repeaters. 

INFO 

bulletAR1027
870÷960 MHz
G = 16.5dBi
      

Broadband Yagi antenna.

INFO 

bulletARLP61211
870÷960 MHz
 G = 11dBi
      

Log-periodic antenna for mobile band. 
Small and easy to hide.

INFO 

bulletARO68913.5XZ
ULTRA  -- 
         WIDEBAND
870÷3500 MHz
G = 3.5dBii
      

Omnidirectional ULTRA-WIDEBAND antenna for mobile band.

INFO 

bullet

ARP689410XZ
TRI-BAND
870÷960 MHz
 1490÷2200 MHz
G = 9.5/7dBi

   

  

Directional TRI-BAND antenna for mobile band, with radome.

INFO

bulletARP689417XZ
FOUR-BAND
870÷960 MHz
1710÷2500 MHz
G = 7÷10dBi
    

Directional FOUR-BAND panel antenna especial- ly suitable for simultaneous GSM/DCS/ UMTS/ WIRELESS application.

 INFO 

bulletSeries  
Coupler
    

Directional Couplers with adjustable outputs to be em- ployed in the distribution of signals or for withdrawal of radiofrequency in antennas’ systems. 

INFO 

bullet

Combining Filter
GSM/DCS/UMTS
780÷960 MHz
1710÷2170 MHz

    

Combining filter for GSM-DCS-UMTS frequencies. The principal technical features are the very good linearity and isolation with a low value of return loss.

INFO 

bullet Combining 
Filter
GSM / Wireless 870÷960 MHz
2400÷2500 MHz
    

Combining filter specifically studied to combine the GSM 900 and WIRELESS 2.4 GHz signals on the same system. 

INFO 

   

1710/3000 MHz BAND

bulletAR1033
TRI-BAND
780÷960 MHz
1710÷2170 MHz
G = 16.5/20.5dBi
  

   Pronta Nuova Banda Larga  LTE 4G   

High gain double cross polarized antenna +/- 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz, is for the new UHF band applications. 

INFO

bulletAR1032
TRI-BAND
780÷960 MHz
1710÷2170 MHz
G = 16.5/20dBi
  

   Pronta Nuova Banda Larga  LTE 4G   

High gain double cross polarized antenna +/- 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz, is for the new UHF band applications. 

INFO

bulletAR1034
TRI-BAND
780÷960 MHz
1710÷2170 MHz
G = 12/16dBi
  

    Pronta Nuova Banda Larga  LTE 4G  

High gain double cross polarized antenna +/- 45° with Embedded Combinator and one output connector. The working frequency, 790÷960 MHz, is for the new UHF band applications. 

INFO

bulletAR1024B
DUAL-BAND
1710÷2170 MHz
 G = 17dBi
    

Directional DUAL-BAND antenna for 1700-2200 MHz band. Narrow irradiation pattern. Especially sui- table for tunnels coverage.

INFO 

bulletAR1026.Z
TRI-BAND
870÷2170 MHz
G = 12dBi
    

Logarithmic TRI-BAND antenna, especially sui- table for tunnel broadband coverage.

INFO

bullet

AR1025
TRI-BAND
870÷960 MHz
1710÷2170 MHz
G = 16.5/17dBi

    

Directional TRI-BAND antenna.  
Especially suitable for tunnels coverage.

INFO 

bullet

AR1022.1
DUAL-BAND
870÷960 MHz
1710÷1880 MHz
G = 16.5/18dBi

    

Directional DUAL-BAND antenna especially sui- table for tunnels coverage

INFO 

bulletAR8B8
1710÷1880 MHz
G = 8dBi
    

Directional antenna. Double independent feeding.
Possibility of  using  both polarization at the same time.  Especially suitable for tunnels coverage.

INFO 

bulletAR8B1413
1710÷1880 MHz
 G = 13dBi
    

Directional antenna. Double independent feeding.
Possibility of  using  both polarization at the same time.  Especially suitable for tunnels coverage.

INFO 

bulletAR8B15.1
1710÷1880 MHz
 G = 16dBi
    

Directional antenna. Double independent feeding.
Possibility of  using  both polarization at the same time.  Especially suitable for tunnels coverage.

INFO  

bulletARB9210
2300÷2600 MHz
 G =10dBi
    

Directional antenna. Double independent feeding.
Possibility of  using  both polarization at the same time.  Especially suitable for tunnels coverage.

INFO 

bulletARB91816
2300÷2600 MHz
G = 15.5dBi
    

Directional antenna. Double independent feeding.
Possibility of  using  both polarization at the same time.  Especially suitable for tunnels coverage.

INFO 

bulletARB92417
2300÷2600 MHz
 G = 17dBi
    

Directional antenna. Double independent feeding.
Possibility of  using  both polarization at the same time.  Especially suitable for tunnels coverage.

INFO 

bulletAR1031
 FOUR-BAND
810÷960 MHz
1710÷2500 MHz
G = 9.5/11dBi
    

Logarithmic FOUR-BAND broadband antenna to be used for GSM/DCS/UMTS/WIRELESS servi- ces. For microcells and repeaters. 

INFO 

bulletARO68913.5XZ
FOUR-BAND
870÷960 MHz
1700÷2500 MHz
G = 3÷3.5dBi
    

Omnidirectional ULTRA-WIDEBAND antenna for mobile band.

INFO 

bulletARP8410XZ
1450÷1550 MHz
G = 9.5dBi
    

Directional  panel antenna with radome.

INFO 

bullet

ARP689410XZ
TRI-BAND
870÷960 MHz
 1490÷2200 MHz
G = 9.5/7dBi

    

Directional TRI-BAND antenna for mobile band, with radome.

INFO 

bullet

ARP789410XZ
DUAL-BAND
1150÷1250 MHz
1900÷3000 MHz
G = 10/8dBi

    

Directional  DUAL-BAND  panel antenna working in the VLAN and 1200 MHz bands; particularly suitable for wireless link purposes in the 2400 MHz band.

INFO 

bulletAR1030XZ
2400÷2500 MHz
G = 18dBi
    

High gain (18 dB) directional antenna.
Especially suitable for point-to-point connec- tion, tunnels coverage, highways.

INFO 

bulletARP689417XZ
FOUR-BAND
870÷960 MHz
1710÷2500 MHz
G = 7÷10dBi
    

Directional FOUR-BAND panel antenna especially sui- table for simultaneous GSM/DCS/UMTS/WIRELESS application.

INFO 

bulletSeries  
Coupler
    

Directional Couplers with adjustable outputs to be em- ployed in the distribution of signals or for withdrawal of radiofrequency in antennas’ systems. 

INFO 

bullet

Combining Filter
GSM/DCS/UMTS
780÷960 MHz
1710÷2170 MHz

    

Combining filter for GSM-DCS-UMTS frequencies. The principal technical features are the very good linearity and isolation with a low value of return loss.

INFO 

bullet Combining Filter
 GSM / Wireless 870÷960 MHz
2400÷2500 MHz
    

Combining filter specifically studied to combine the GSM 900 and WIRELESS 2.4 GHz signals on the same system. 

INFO 

 

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