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Signal GSM-305 A6765 repeater amplifies the GSM signal and distributes it inside buildings. The amplification coverage is approx. 300 sqm.
• Operating band 880-915, 925-960 MHz (GSM+EGSM)
• Gain: 60/60 dB
• Max. output power: 10 dBm
• Indoor coverage area up to 300 square meters
• AGC (ALC) - automatic gain/level control
• MGC - manual gain control
• Compliance with ETSI 303 609-4
• Easy installation (Plug and Play)
• Gain: 60/60 dB
• Max. output power: 10 dBm
• Indoor coverage area up to 300 square meters
• AGC (ALC) - automatic gain/level control
• MGC - manual gain control
• Compliance with ETSI 303 609-4
• Easy installation (Plug and Play)
The Signal GSM-1205 repeater is used to amplify the GSM signal and introduce it indoors. The amplification area is approximately 1,200 m².
• Band 880-915, 925-960 MHz (GSM+EGSM)
• Gain: 70/70 dB
• Maximum output power: 20 dBm
• Interior coverage area up to 1200 m²
• Automatic gain control (AGC, ALC)
• Manual gain control (MGC)
• Complies with ETSI standard 303 609-4
• Certified by the Institute of Communications
• Easy to install (Plug and Play)
• Gain: 70/70 dB
• Maximum output power: 20 dBm
• Interior coverage area up to 1200 m²
• Automatic gain control (AGC, ALC)
• Manual gain control (MGC)
• Complies with ETSI standard 303 609-4
• Certified by the Institute of Communications
• Easy to install (Plug and Play)
The antenna is used for receiving and transmitting signals in the 800-980 MHz band. It has a gain of 12.8 dBi and is equipped with a 10 m cable terminated with an N connector.
• Bandwidth 800-980 MHz
• Gain 12.8 dBi
• VSWR <1,8
• Impedance 50 Ω
• Directional antenna
• Cable 10 m
• N-connector
• Gain 12.8 dBi
• VSWR <1,8
• Impedance 50 Ω
• Directional antenna
• Cable 10 m
• N-connector
The Signal GDW-505 repeater amplifies GSM/3G/LTE signals inside buildings. The indoor coverage area is up to 500 sqm
• Operating band: GSM, LTE, DCS, 3G
• Gain: 60/65 dB
• Max. output power: 15 dBm
• Indoor coverage area up to 500 sqm
• Automatic gain/level control (AGC/ALC)
• Manual gain control (MGC)
• Meets the requirements of ETSI 303 609-4
• Easy installation (Plug and Play)
• Device status display
• Gain: 60/65 dB
• Max. output power: 15 dBm
• Indoor coverage area up to 500 sqm
• Automatic gain/level control (AGC/ALC)
• Manual gain control (MGC)
• Meets the requirements of ETSI 303 609-4
• Easy installation (Plug and Play)
• Device status display
The antenna is used for receiving and transmitting signals in the 800-980 MHz band. It has a gain of 12 dBi.
• Bandwidth 800-980 MHz
• Gain 12.8 dBi
• VSWR <1,8
• Impedance 50 Ω
• Directional antenna
• Gain 12.8 dBi
• VSWR <1,8
• Impedance 50 Ω
• Directional antenna
The antenna is used for receiving and transmitting signals in the 800-980 MHz band. It has a gain of 16.5 dBi.
• Band: 800-980 MHz
• Gain: 16,5 dBi
• Impedance: 50 Ω
• Directional antenna
• Gain: 16,5 dBi
• Impedance: 50 Ω
• Directional antenna
The antenna is used for receiving and transmitting signals in the 800-980 MHz band. It has a gain of 16.5 dBi and is equipped with a 10 m cable terminated with an N connector.
• Band 800-980 MHz
• Gain 16,5 dBi
• Impedance 50 Ω
• Directional antenna
• Cable 10 m
• N connector
• Gain 16,5 dBi
• Impedance 50 Ω
• Directional antenna
• Cable 10 m
• N connector
The antenna is used for receiving and transmitting signals in the 800-980 MHz band. It has a gain of 12.8 dBi and is equipped with a 10 m cable terminated with an FME connector.
• 10-element directional GSM antenna
• 800-980 MHz operating band
• Gain up to 12.8 dBi
• 10 m cable
• FME connector
• Short-circuited for DC/LF
• 800-980 MHz operating band
• Gain up to 12.8 dBi
• 10 m cable
• FME connector
• Short-circuited for DC/LF
The antenna is used for receiving and transmitting signals in the 800-980 MHz band. It has a gain of 12.8 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• Bandwidth 800-980 MHz
• Gain 12.8 dBi
• VSWR <1,8
• Impedance 50 Ω
• Directional antenna
• Cable 10 m
• SMA connector
• Gain 12.8 dBi
• VSWR <1,8
• Impedance 50 Ω
• Directional antenna
• Cable 10 m
• SMA connector
The antenna is used for receiving and transmitting signals in the 800-980 MHz band. It has a gain of 16.5 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• Bandwidth 800-980 MHz
• Gain 16.5 dBi
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• SMA connector
• Gain 16.5 dBi
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• SMA connector
Antenna for receiving and transmitting signals in the 698-2700 MHz band. It has a gain of 9.5 dBi.
• Bandwidth 698-2700 MHz
• Gain 9.5 dBi
• VSWR <1,5
• Impedance 50 Ω
• Directional antenna
• Cable 20 cm
• N connectors
• Gain 9.5 dBi
• VSWR <1,5
• Impedance 50 Ω
• Directional antenna
• Cable 20 cm
• N connectors
An omnidirectional antenna for receiving and transmitting signals in the 806-2500 MHz band. It has a gain of 3 dBi and is equipped with a 15 cm cable terminated with an SMA R/P connector.
• Band 806-2500 MHz
• Gain 3 dBi
• VSWR <1.5
• Impedance 50 ohm
• Omnidirectional antenna
• Cable 15 cm
• SMA R/P connector
• Gain 3 dBi
• VSWR <1.5
• Impedance 50 ohm
• Omnidirectional antenna
• Cable 15 cm
• SMA R/P connector
Antenna for receiving and transmitting signals in the 806-2500 MHz band. It has a gain of 9.5 dBi.
• Band 806-2500 MHz
• Gain 9.5 dBi
• VSWR <1,5
• Impedance 50 Ω
• Directional antenna
• Cable 20 cm
• N connectors
• Gain 9.5 dBi
• VSWR <1,5
• Impedance 50 Ω
• Directional antenna
• Cable 20 cm
• N connectors
The GSM taps are used to distribute the previously amplified GSM signal to the indoor antennas. Branch attenuation 8 dB.
• Transit attenuation <1.3 dB
• Branch attenuation 8 dB
• Isolation between outputs >20 dB
• Bandwidth 800-2500 MHz
• VSWR <1,4
• Connectors: N-sockets
• Branch attenuation 8 dB
• Isolation between outputs >20 dB
• Bandwidth 800-2500 MHz
• VSWR <1,4
• Connectors: N-sockets
An omnidirectional antenna for receiving and transmitting signals in the 806-2500 MHz band. It has a gain of 3 dBi and is equipped with a 15 cm cable terminated with an N connector.
• Band 806-2500 MHz
• Gain 3 dBi
• VSWR <1.5
• Impedance 50 ohm
• Omnidirectional antenna
• Cable 15 cm
• N-connector
• Gain 3 dBi
• VSWR <1.5
• Impedance 50 ohm
• Omnidirectional antenna
• Cable 15 cm
• N-connector
Omnidirectional antenna for receiving and transmitting signals in the 824-1990 MHz band. It has a gain of 3 dBi.
• Band 824-1990 MHz
• 3 dBi gain
• VSWR <2.5
• Impedance 50 Ω
• Omnidirectional antenna
• SMA connector
• 3 dBi gain
• VSWR <2.5
• Impedance 50 Ω
• Omnidirectional antenna
• SMA connector
The antenna is used for receiving and transmitting signals in the 800-2170 MHz band. It has a gain of 9 dBi and is equipped with a 5 m cable terminated with an SMA connector.
• Bandwidth 800-2170 MHz
• 9 dBi gain
• VSWR <2
• Impedance 50 ohm
• Directional antenna
• Cable 5 m
• SMA connector
• 9 dBi gain
• VSWR <2
• Impedance 50 ohm
• Directional antenna
• Cable 5 m
• SMA connector
Omnidirectional antenna for receiving and transmitting signals in the 806-2500 MHz band. It has a gain of 7 dBi.
• Band 806-2500 MHz
• Gain 7 dBi
• VSWR <1.5
• Impedance 50 ohm
• Omnidirectional antenna
• N-connector
• Gain 7 dBi
• VSWR <1.5
• Impedance 50 ohm
• Omnidirectional antenna
• N-connector
Antenna for receiving and transmitting signals in the 806-2500 MHz band. It has a gain of 10 dBi.
• Band 806-2500 MHz
• 10 dBi gain
• VSWR <1.5
• Impedance 50 ohm
• Directional antenna
• N-connector
• 10 dBi gain
• VSWR <1.5
• Impedance 50 ohm
• Directional antenna
• N-connector
The GSM taps are used to distribute the previously amplified GSM signal to the indoor antennas. Branch attenuation 5 dB.
• Transit attenuation <2.2 dB
• Branch attenuation 5 dB
• Inter output isolation >20 dB
• Bandwidth 800-2500 MHz
• VSWR <1,4
• Connectors: N-sockets
• Branch attenuation 5 dB
• Inter output isolation >20 dB
• Bandwidth 800-2500 MHz
• VSWR <1,4
• Connectors: N-sockets
The tap distributes amplified GSM/DSC/UMTS/LTE signals to indoor antennas A741001, A741002. Operating band: 800...2500 MHz; connectors: N-f.
• Breakthrough attenuation <1 dB
• Branch attenuation 12 dB
• Isolation between outputs >20 dB
• Bandwidth 800-2500 MHz
• VSWR <1.4
• Connectors: N-sockets
• Branch attenuation 12 dB
• Isolation between outputs >20 dB
• Bandwidth 800-2500 MHz
• VSWR <1.4
• Connectors: N-sockets
The eight-way splitter is used to distribute the amplified signal to indoor antennas. The splitter operates in the 670 - 3800 MHz band.
• Number of outputs: 8
• Bandwidth 670-3800 MHz
• Attenuation: 12 dB
• Connectors: N-sockets
• Bandwidth 670-3800 MHz
• Attenuation: 12 dB
• Connectors: N-sockets
The antenna is used for receiving and transmitting signals in the 800-2170 MHz band. It has a gain of 9 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• Bandwidth 800-2170 MHz
• 9 dBi gain
• VSWR <2
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• SMA connector
• 9 dBi gain
• VSWR <2
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• SMA connector
The antenna is used for receiving and transmitting signals in the 800-2170 MHz band. It has a gain of 9 dBi and is equipped with a 10 m cable terminated with an FME connector.
• Bandwidth 800-2170 MHz
• 9 dBi gain
• VSWR <2
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• FME connector
• 9 dBi gain
• VSWR <2
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• FME connector
An antenna for receiving and transmitting signals in the 806-2700 MHz band. It has a gain of 8 dBi and is equipped with a 12 cm cable terminated with an N connector.
• Band 806-2700 MHz
• 8 dBi gain
• VSWR <1.5
• Impedance 50 ohm
• MIMO directional antenna
• 12 cm cable
• N connectors
• 8 dBi gain
• VSWR <1.5
• Impedance 50 ohm
• MIMO directional antenna
• 12 cm cable
• N connectors
The four-way GSM splitter is used to distribute the amplified signal to the indoor antennas. The splitter operates in the 800-2500 MHz band.
• Number of outputs: 4
• Bandwidth 800-2500 MHz
• Assurance: 6.6 dB
• Connectors: N-sockets
• Bandwidth 800-2500 MHz
• Assurance: 6.6 dB
• Connectors: N-sockets
The two-way GSM splitter is used to distribute the amplified signal to indoor antennas. The splitter operates in the frequencies 800-2500 MHz.
• Number of outputs: 2
• Bandwidth 800-2500 MHz
• 3.5 dB attenuation
• Connectors: N-sockets
• Bandwidth 800-2500 MHz
• 3.5 dB attenuation
• Connectors: N-sockets
The GSM three-way splitter is used to distribute the amplified signal to indoor antennas. The splitter operates in the 800-2500 MHz band.
• Number of outputs: 3
• Bandwidth 800-2500 MHz
• Assumption 5.5 dB
• Connectors: N-sockets
• Bandwidth 800-2500 MHz
• Assumption 5.5 dB
• Connectors: N-sockets
Omnidirectional antenna for receiving and transmitting signals in the 890-1990 MHz band. It has a gain of 5 dBi and is equipped with a 2.8 m cable terminated with an FME connector.
• Bandwidth 890-1990 MHz
• 5 dBi gain
• VSWR <2
• Impedance 50 ohm
• Omnidirectional antenna
• Cable 2.8 m
• FME connector
• 5 dBi gain
• VSWR <2
• Impedance 50 ohm
• Omnidirectional antenna
• Cable 2.8 m
• FME connector
NB-IoT / CAT-M /LTE cat.1 / GSM signal meter for installation, measurement and optimisation of IoT networks.
• Measurement and visualisation of signal quality and strength NB-IoT, CAT-M, LTE cat.1, GSM
• Antenna connectors (2xSMA)
• Two SIM card slots
• Antenna connectors (2xSMA)
• Two SIM card slots
The connector is used to connect an external antenna to a GPRS/UMTS/LTE modem in order to strengthen the signal of the mobile operator.
• N-plug - FME-socket
• Connector length 5 m
• Connector length 5 m
The connector is used to connect an external antenna to a GPRS/UMTS/LTE modem in order to strengthen the signal of the mobile operator.
• N-plug - N-plug
• Connector length 5 m
• Connector length 5 m
Antenna for receiving and transmitting signals in the 698-2700 MHz band. It has a gain of 10 dBi.
• Bandwidth 698-2700 MHz
• Gain of 10 dBi
• VSWR <1.5
• Impedance 50 ohm
• Directional antenna
• N-connector
• Gain of 10 dBi
• VSWR <1.5
• Impedance 50 ohm
• Directional antenna
• N-connector
Antenna for receiving and transmitting signals in the 698-2700 MHz band. Gain 9.5 dBi.
• Frequency range 698-2700 MHz
• Gain: 9.5 dBi
• VSWR <1.5
• Impedance 50 Ohm
• Directional antenna
• Cable length: 10 m
• SMA connectors
• Gain: 9.5 dBi
• VSWR <1.5
• Impedance 50 Ohm
• Directional antenna
• Cable length: 10 m
• SMA connectors
Antenna for receiving and transmitting signals in the 698-2700 MHz band. Gain 9.5 dBi.
• Frequency range 698-2700 MHz
• Gain: 9.5 dBi
• VSWR <1.5
• Impedance 50 Ohm
• Directional antenna
• Cable length: 5 m
• SMA connectors
• Gain: 9.5 dBi
• VSWR <1.5
• Impedance 50 Ohm
• Directional antenna
• Cable length: 5 m
• SMA connectors
The LNA188-5G 32 dB antenna box amplifier is designed for the reception of DVB-T2 digital terrestrial television signals.
• Suitable for all antennas manufactured by DIPOL
• Operating band: 174 - 694 MHz
• Max. gain: 32 dB
• High resistance to interfering signals: FM radio, CB, GSM telephony, LTE800, GSM900, Wi-Fi, Bluetooth, LTE
• Operating band: 174 - 694 MHz
• Max. gain: 32 dB
• High resistance to interfering signals: FM radio, CB, GSM telephony, LTE800, GSM900, Wi-Fi, Bluetooth, LTE
The LNA169-5G 24 dB antenna box amplifier is designed for the reception of DVB-T2 digital terrestrial television signals.
• Suitable for all antennas manufactured by DIPOL
• Operating band: 174 - 694 MHz
• Max. gain: 24 dB
• High resistance to interfering signals: FM radio, CB, GSM telephony, LTE800, GSM900, Wi-Fi, Bluetooth, LTE
• Operating band: 174 - 694 MHz
• Max. gain: 24 dB
• High resistance to interfering signals: FM radio, CB, GSM telephony, LTE800, GSM900, Wi-Fi, Bluetooth, LTE
The LNA177-5G 27 dB antenna box amplifier is designed for reception of DVB-T2 digital terrestrial television signals.
• Suitable for all antennas manufactured by DIPOL
• Operating band: 174 - 694 MHz
• Max. gain: 27 dB
• High resistance to interfering signals: FM radio, CB, GSM telephony, LTE800, GSM900, Wi-Fi, Bluetooth, LTE
• Operating band: 174 - 694 MHz
• Max. gain: 27 dB
• High resistance to interfering signals: FM radio, CB, GSM telephony, LTE800, GSM900, Wi-Fi, Bluetooth, LTE
TV-SAT antenna holder USC-32/200-J, bent, designed for mounting antennas, painted with light-colored polyester powder paint.
• DVB-T/SAT/WLAN/GSM antenna mount
• Tube diameter: 32 mm
• Colour: white
• Wall mount
• Powder coated
• Tube diameter: 32 mm
• Colour: white
• Wall mount
• Powder coated
![Coaxial Cable (50 ohm): Tri-Lan 240 PVC (black) Dca [100 m]](https://www.dipol.com.pl/img/thumbnails/e1172_100+.jpg/dbbfe4928e8135e390ce4311a31a038b.jpg)
Tri-Lan 240 PVC (internal) used in 2.4 GHz and 5 GHz WLAN installations.
• Cable designed for 50 Ω installation: WLAN/GSM
• PVC-coated inner cable
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• 100 metres
• PVC-coated inner cable
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• 100 metres
![Coaxial Cable (50 ohm): Tri-Lan 240 PE Fca [500 m]](https://www.dipol.com.pl/img/thumbnails/e1171_500+.jpg/6055d860b7185c37396bbfa676dcf7fc.jpg)
Tri-Lan 240 WLL (external) used in 2.4 GHz and 5 GHz WLAN installations.
• Cable designed for 50 Ω installation: WLAN/GSM
• PE-coated outer cable
• UV resistant
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• 500 metres
• PE-coated outer cable
• UV resistant
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• 500 metres
Protector used to protect GSM amplifiers against surges.
• Maximum power 200 W
• VSWR <1.1
• 0.2 dB attenuation
• VSWR <1.1
• 0.2 dB attenuation
![Tri-Lan 400 PE 50 Ω coaxial cable 2.7/7.2/10.3 [100 m] flammability class: Dca](https://www.dipol.com.pl/img/thumbnails/e1174_100+.jpg/2214d6ec60133dc4d86afa3f03e6ac8f.jpg)
Tri-Lan 400 (outdoor) used in 2.4 GHz and 5 GHz WLAN installations. A modern, low-attenuation cable designed for operation up to 6 GHz.
• Cable designed for 50 Ω installations: WLAN/GSM
• PE sheath – outdoor cable
• UV-resistant
• Very low attenuation (core diameter 2.7 mm)
• Excellent performance (30 dB at 2.4 GHz)
• CPR class: Dca
• 100 metres
• PE sheath – outdoor cable
• UV-resistant
• Very low attenuation (core diameter 2.7 mm)
• Excellent performance (30 dB at 2.4 GHz)
• CPR class: Dca
• 100 metres
![Coaxial Cable 50 ohm: Tri-Lan 240 PE Fca [1 m]](https://www.dipol.com.pl/img/thumbnails/e1171_1+.jpg/8f17e219514e2424047a5e35262ad370.jpg)
Tri-Lan 240 WLL (external) used in 2.4 GHz and 5 GHz WLAN installations.
• Cable designed for 50 Ω installation: WLAN/GSM
• PE-coated outer cable
• UV resistant
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• Sold by the metre
• PE-coated outer cable
• UV resistant
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• Sold by the metre
![Coaxial Cable (50 ohm): Tri-Lan 400 WLL PE Fca [100 m]](https://www.dipol.com.pl/img/thumbnails/e1173_100+.jpg/0c76bda5b3b962cd89508d973707beff.jpg)
Tri-Lan 400 WLL (outdoor) used for 2.4 GHz and 5 GHz WLAN installations. Cable of modern design, low attenuation, for operation up to 6 GHz.
• Cable designed for 50 Ω installation: WLAN/GSM
• PE-coated outer cable
• UV resistant
• Very low attenuation (core diameter 2.7 mm)
• Excellent matching (30 dB for 2.4 GHz)
• CPR class: Fca
• 100 metres
• PE-coated outer cable
• UV resistant
• Very low attenuation (core diameter 2.7 mm)
• Excellent matching (30 dB for 2.4 GHz)
• CPR class: Fca
• 100 metres
![Coaxial Cable (50 ohm): Tri-Lan 400 WLL PE Fca [1 m]](https://www.dipol.com.pl/img/thumbnails/e1173_1+.jpg/99562f9ded1616636c48b8f3f3ccc878.jpg)
Tri-Lan 400 WLL (outdoor) used for 2.4 GHz and 5 GHz WLAN installations. Cable of modern design, low loss, for operation up to 6 GHz.
• Cable designed for 50 Ω installation: WLAN/GSM
• PE-coated outer cable
• UV resistant
• Very low attenuation (core diameter 2.7 mm)
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• Sold by the metre
• PE-coated outer cable
• UV resistant
• Very low attenuation (core diameter 2.7 mm)
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• Sold by the metre
![Coaxial Cable (50 ohm): Tri-Lan 240 PE Fca [100 m]](https://www.dipol.com.pl/img/thumbnails/e1171_100+.jpg/d66e3fbeb6345904c8b133533da0922e.jpg)
Tri-Lan 240 WLL (external) used in 2.4 GHz and 5 GHz WLAN installations.
• Cable designed for 50 Ω installation: WLAN/GSM
• PE-coated outer cable
• UV resistant
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• 100 metres
• Cable in cardboard box or in hank (rewound from 500 m package)
• PE-coated outer cable
• UV resistant
• Low attenuation
• High screening efficiency (90 dB for 2.4 GHz)
• CPR class: Fca
• 100 metres
• Cable in cardboard box or in hank (rewound from 500 m package)
The DC 12 V WT48-1203000-T power adapter is designed to supply GDW series GSM amplifiers. It comes with a 2 m cable with a DIN4 plug.
• 100...230 V AC / 12 V DC 3 A
• 2 m cable
• DIN4 connector
• 2 m cable
• DIN4 connector
The DC 9 V power supply is designed to supply power to GSM repeaters (A6765, A6775, A6785). It is equipped with a 1 m cable with a 2.1/5.5 mm plug.
• 100...230 V AC / 9 V DC 3 A
An antenna for receiving and transmitting signals in the 380-2700 MHz band. It has up to 7 dBi gain and is equipped with a 12 cm cable terminated with an N connector.
• External, panel, directional
• Zero-band: 380-698/698-960/1710-2700 MHz
• Working on networks: GSM, DCS, UMTS, WLAN, LTE
• Gain:
3 dBi ( 380-698 MHz)
4 dBi (698-960 MHz)
7dBi (1710-2700 MHz)
• Low VSWR <2.5
• 12 cm cable terminated with N socket
• Housing made of ABS plastic resistant to UV radiation and weather conditions
• Mast fitting with U-shaped fasteners
• Adjustable inclination of the antenna in relation to the mast 0-90^o^^
• Can be mounted to vertical and horizontal pipe
• Zero-band: 380-698/698-960/1710-2700 MHz
• Working on networks: GSM, DCS, UMTS, WLAN, LTE
• Gain:
3 dBi ( 380-698 MHz)
4 dBi (698-960 MHz)
7dBi (1710-2700 MHz)
• Low VSWR <2.5
• 12 cm cable terminated with N socket
• Housing made of ABS plastic resistant to UV radiation and weather conditions
• Mast fitting with U-shaped fasteners
• Adjustable inclination of the antenna in relation to the mast 0-90^o^^
• Can be mounted to vertical and horizontal pipe
