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This section includes devices and equipment intended for LTE and GSM signal reception improvement. The offer includes, among others: GSM antennas, LTE antennas, coaxial cables, modem connectors and connectors. A separate branch of our offer is dedicated to GSM repeaters, which solve the problem of poor GSM signal coverage in buildings.
LTE antennas are available in selected band and broadband versions, covering the full LTE reception range for successive generations of the LTE standard, including the latest 5G standard.
When selecting an LTE antenna for a particular modem it is necessary to verify the type of connector in the modem and select the appropriate connector for it.
LTE antennas are available in selected band and broadband versions, covering the full LTE reception range for successive generations of the LTE standard, including the latest 5G standard.
When selecting an LTE antenna for a particular modem it is necessary to verify the type of connector in the modem and select the appropriate connector for it.
The antenna is used for receiving and transmitting signals in the 400-470 MHz band. It has a gain of 7 dBi and is equipped with a 5 m cable terminated with a TNC connector.
• 400-470 MHz band
• Gain 6 dBi
• VSWR <1.2
• Impedance 50 ohm
• Directional antenna
• Cable 5 m
• TNC connector
• Gain 6 dBi
• VSWR <1.2
• Impedance 50 ohm
• Directional antenna
• Cable 5 m
• TNC connector
The antenna is used for receiving and transmitting signals in the 400-470 MHz band. It has a gain of 7 dBi and is equipped with a 5 m cable terminated with an FME connector.
• 400-470 MHz band
• Gain 6 dBi
• VSWR <1.2
• Impedance 50 ohm
• Directional antenna
• Cable 5 m
• FME connector
• Gain 6 dBi
• VSWR <1.2
• Impedance 50 ohm
• Directional antenna
• Cable 5 m
• FME connector
The antenna is used for receiving and transmitting signals in the 400-470 MHz band. It has a gain of 12 dBi and is equipped with a 10 m cable terminated with a TNC connector.
• 400-470 MHz band
• 12 dBi gain
• VSWR <1.2
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• TNC connector
• 12 dBi gain
• VSWR <1.2
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• TNC connector
The antenna is used for receiving and transmitting signals in the 400-470 MHz band. It has a gain of 6 dBi.
• Band: 400-470 MHz
• Gain 6 dBi
• Impedance 50 Ω
• Directional antenna
• Gain 6 dBi
• Impedance 50 Ω
• Directional antenna
The antenna is used for receiving and transmitting signals in the 400-470 MHz band. It has a gain of 12 dBi.
• Band: 400-470 MHz
• Gain: 9,5-12 dBi
• Impedance 50 Ω
• Directional antenna
• Gain: 9,5-12 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 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 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 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 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 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
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 800-2170 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
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
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
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• Band 800-3000 MHz
• 9 dBi gain
• VSWR <1.7
• Impedance 50 Ω
• Directional antenna
• 10 m cable
• SMA connector
• 9 dBi gain
• VSWR <1.7
• Impedance 50 Ω
• Directional antenna
• 10 m cable
• SMA connector
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• 800-3000 MHz band
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• SMA connector angular
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional antenna
• Cable 10 m
• SMA connector angular
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 5 m cable terminated with an SMA connector.
• Band 800-3000 MHz
• 9 dBi gain
• VSWR <1.7
• Impedance 50 Ω
• Directional antenna
• 5 m cable
• SMA connector
• 9 dBi gain
• VSWR <1.7
• Impedance 50 Ω
• Directional antenna
• 5 m cable
• SMA connector
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• 800-3000 MHz band
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 10 m
• SMA connector
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 10 m
• SMA connector
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 15 m cable terminated with an SMA connector.
• Frequency range 800-3000 MHz
• Gain: 9 dBi
• VSWR <1.7
• Impedance 50 Ω
• MIMO directional antenna
• Cable length: 15 m
• SMA connector
• Gain: 9 dBi
• VSWR <1.7
• Impedance 50 Ω
• MIMO directional antenna
• Cable length: 15 m
• SMA connector
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 20 m cable terminated with an SMA connector.
• Frequency range 800-3000 MHz
• Gain: 9 dBi
• VSWR <1.7
• Impedance 50 Ω
• MIMO directional antenna
• Cable length: 20 m
• SMA connector
• Gain: 9 dBi
• VSWR <1.7
• Impedance 50 Ω
• MIMO directional antenna
• Cable length: 20 m
• SMA connector
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 5 m cable terminated with an SMA connector.
• 800-3000 MHz band
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional MIMO antenna
• Cable: 5 m
• SMA connectors
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional MIMO antenna
• Cable: 5 m
• SMA connectors
An antenna for receiving and transmitting signals in the 800-3000 MHz band. It has a gain of 9 dBi and is equipped with a 10 m cable terminated with an FME connector.
• 800-3000 MHz band
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 10 m
• FME connectors
• 9 dBi gain
• VSWR <1.7
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 10 m
• FME connectors
An antenna for receiving and transmitting signals in the 800-2170 MHz band. It has a gain of 5 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• Bandwidth 800-2170 MHz
• 5 dBi gain
• VSWR <4
• Impedance 50 ohm
• Directional MIMO antenna
• 10 m cable
• SMA connectors
• 5 dBi gain
• VSWR <4
• Impedance 50 ohm
• Directional MIMO antenna
• 10 m cable
• SMA connectors
An antenna for receiving and transmitting signals in the 800-2170 MHz band. It has a gain of 5 dBi and is equipped with a 5 m cable terminated with an SMA connector.
• 800-2170 MHz band
• 5 dBi gain
• VSWR <4
• 50 ohm impedance
• MIMO directional antenna
• 5 m cable
• SMA connectors
• 5 dBi gain
• VSWR <4
• 50 ohm impedance
• MIMO directional antenna
• 5 m cable
• SMA connectors
An antenna for receiving and transmitting signals in the 800-2170 MHz band. It has a gain of 5 dBi and is equipped with a 10 m cable terminated with an FME connector.
• Bandwidth 800-2170 MHz
• 5 dBi gain
• VSWR <4
• Impedance 50 ohm
• Directional MIMO antenna
• 10 m cable
• FME connectors
• 5 dBi gain
• VSWR <4
• Impedance 50 ohm
• Directional MIMO antenna
• 10 m cable
• FME connectors
An antenna for receiving and transmitting signals in the 698-3800 MHz band. It has a gain of 9 dBi and is equipped with a 10 m cable terminated with an SMA connector.
• Band 698-3800 MHz
• Gain 9 dBi
• VSWR <1.83
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 10 m
• SMA connectors
• x-cross polarisation
• Gain 9 dBi
• VSWR <1.83
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 10 m
• SMA connectors
• x-cross polarisation
An antenna for receiving and transmitting signals in the 698-3800 MHz band. It has a gain of 9 dBi and is equipped with a 15 m cable terminated with an SMA connector.
• Band 698-3800 MHz
• Gain 9 dBi
• VSWR <1.83
• Impedance 50 Ω
• MIMO Directional Antenna
• 15 m cable
• SMA connectors
• Gain 9 dBi
• VSWR <1.83
• Impedance 50 Ω
• MIMO Directional Antenna
• 15 m cable
• SMA connectors
An antenna for receiving and transmitting signals in the 698-3800 MHz band. It has a gain of 9 dBi and is equipped with a 20 m cable terminated with an SMA connector.
• Band 698-3800 MHz
• Gain 9 dBi
• VSWR <1.83
• Impedance 50 Ω
• MIMO Directional Antenna
• 20 m Cable
• SMA Connectors
• Gain 9 dBi
• VSWR <1.83
• Impedance 50 Ω
• MIMO Directional Antenna
• 20 m Cable
• SMA Connectors
An antenna for receiving and transmitting signals in the 698-3800 MHz band. It has a gain of 9 dBi and is equipped with a 5 m cable terminated with an SMA connector.
• Frequency range 698-3800 MHz
• Gain: 9 dBi
• VSWR <1.83
• Impedance 50 Ω
• MIMO directional antenna
• Cable length: 5 m
• SMA connectors
• Gain: 9 dBi
• VSWR <1.83
• Impedance 50 Ω
• MIMO directional antenna
• Cable length: 5 m
• SMA 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 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
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
The TRANS-DATA DZ7 DW4-A is an internal omnidirectional antenna designed to improve the 5G/LTE signal reception.
• Indoor, omnidirectional antenna
• Broadband 617-960, 1650-2700, 3300-4200, 4800-6000 MHz
• Gain 4-6 dBi
• Low VSWR <1.9
• Ideal for LTE/ 5G repeaters
• Broadband 617-960, 1650-2700, 3300-4200, 4800-6000 MHz
• Gain 4-6 dBi
• Low VSWR <1.9
• Ideal for LTE/ 5G repeaters
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
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
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
Omnidirectional antenna for receiving and transmitting signals in the 698-2700 MHz band. Gain 8 dBi.
• Frequency range 698-2700 MHz
• Gain: 8 dBi
• VSWR <2
• Impedance 50 Ω
• Omi directional antenna
• N connector
• Gain: 8 dBi
• VSWR <2
• Impedance 50 Ω
• Omi directional antenna
• N connector
Omnidirectional antenna for receiving and transmitting signals in the 617-4200 MHz band. Gain 5 dBi.
• Frequency range 617-4200 MHz
• Gain up to 5 dBi
• VSWR <2.5
• Impedance 50 ohm
• Omi directional antenna
• SMA connectors
• Gain up to 5 dBi
• VSWR <2.5
• Impedance 50 ohm
• Omi directional antenna
• SMA connectors
Omnidirectional antenna for receiving and transmitting signals in the 450 MHz band. It has a gain of up to 3.6 dBi.
• Bandwidth 430-490 MHz
• Gain up to 3.6 dBi
• VSWR <2,5
• Impedance 50 Ω
• Omnidirectional antenna
• N-connectors
• Gain up to 3.6 dBi
• VSWR <2,5
• Impedance 50 Ω
• Omnidirectional antenna
• N-connectors
Omnidirectional antenna for receiving and transmitting signals in the 617-7200 MHz band. It has a gain of up to 7 dBi.
• Bandwidth 617-7200 MHz
• Gain of up to 7 dBi
• VSWR <3
• Impedance 50 Ω
• Omnidirectional antenna
• N-connectors
• Gain of up to 7 dBi
• VSWR <3
• Impedance 50 Ω
• Omnidirectional antenna
• N-connectors
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
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
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
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 5 m cable terminated with an SMA connector.
• Bandwidth 698-2700 MHz
• 8 dBi gain
• VSWR <1.5
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 5 m
• SMA connectors
• 8 dBi gain
• VSWR <1.5
• Impedance 50 ohm
• Directional MIMO antenna
• Cable 5 m
• SMA connectors
![Antenna TRANS-DATA LTE KYZ 10/10 + 10 m cable + SMA [698-960, 1710-2700 MHz]](https://www.dipol.com.pl/img/thumbnails/a741024_10+.jpg/6c706613e1940a1e2f82df7d75f1c6b9.jpg)
Antenna for receiving and transmitting signals in the 698-2700 MHz band. It has 10 dBi gain and is equipped with a 10 m cable terminated with an SMA connector.
• Frequency range 698-2700 MHz
• Gain 10 dBi
• VSWR <2
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 10 m
• SMA connectors
• Gain 10 dBi
• VSWR <2
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 10 m
• SMA connectors
![Antenna TRANS-DATA LTE KYZ 10/10 + 20 m cable + SMA [698-960, 1710-2700 MHz]](https://www.dipol.com.pl/img/thumbnails/a741024+.jpg/12f877def26a46ff8c0f1301832fe613.jpg)
Antenna for receiving and transmitting signals in the 698-2700 MHz band. It has 10 dBi gain and is equipped with a 10 m cable terminated with an SMA connector.
• Frequency range 698-2700 MHz
• Gain: 10 dBi
• VSWR <2
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 20 m
• SMA connectors
• Gain: 10 dBi
• VSWR <2
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 20 m
• SMA connectors
![Antenna TRANS-DATA LTE KYZ 10/10 + 5 m cable + SMA [698-960, 1710-2700 MHz]](https://www.dipol.com.pl/img/thumbnails/a741024_5+.jpg/779211fdd42643819c4d80763db0398c.jpg)
An antenna for receiving and transmitting signals in the 698-2700 MHz band. It has a gain of 10 dBi and is equipped with a 5 m cable terminated with an SMA connector.
• Frequency range 698-2700 MHz
• Gain: 10 dBi
• VSWR <2
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 5 m
• SMA connectors
• Gain: 10 dBi
• VSWR <2
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 5 m
• SMA connectors
An antenna for receiving and transmitting signals in the 698-3800 MHz band. It has a gain of 7 dBi and is equipped with a 30 cm cable terminated with an N connector.
• Band 698-3800 MHz
• Gain of 7 dBi
• VSWR <1.8
• Impedance 50 ohm
• MIMO directional antenna
• Cable 30 cm
• N connectors
• Gain of 7 dBi
• VSWR <1.8
• Impedance 50 ohm
• MIMO directional antenna
• Cable 30 cm
• N connectors
Antenna for receiving and transmitting signals in the 617-3800 MHz band. It has 9 dBi gain and is equipped with a 30 cm cable terminated with an N type connector
• Band: 617-3800 MHz
• Gain max. 9 dBi
• VSWR <2.0
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 30 cm
• N connector
• Gain max. 9 dBi
• VSWR <2.0
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 30 cm
• N connector
![Antenna TRANS-DATA 5G KYZ 10/10 + 10 m cable + SMA [698-960, 1710-2700, 3300-3800 MHz]](https://www.dipol.com.pl/img/thumbnails/a741027_10+.jpg/23e1022d0a70db2f40008a8f70510d30.jpg)
Antenna for receiving and transmitting signals in the 698-3800 MHz band. It has 11 dBi gain and is equipped with a 10 m cable terminated with an SMA connector.
• Frequency range 698-3800 MHz
• Gain: 9,5 dBi (698-960 MHz), 10,5 dBi (1710-2700 MHz), 11 dBi (3300-3800 MHz)
• VSWR <1.9
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 10 m
• SMA connectors
• Gain: 9,5 dBi (698-960 MHz), 10,5 dBi (1710-2700 MHz), 11 dBi (3300-3800 MHz)
• VSWR <1.9
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 10 m
• SMA connectors
Antenna for receiving and transmitting signals in the 698-3800 MHz band. It has 11 dBi gain and is equipped with a 10 m cable terminated with an SMA connector.
• Frequency range 698-3800 MHz
• Gain: 9,5 dBi (698-960 MHz), 10,5 dBi (1710-2700 MHz),11 dBi (3300-3800 MHz)
• VSWR <1.9
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 5 m
• SMA connectors
• Gain: 9,5 dBi (698-960 MHz), 10,5 dBi (1710-2700 MHz),11 dBi (3300-3800 MHz)
• VSWR <1.9
• Impedance 50 Ohm
• MIMO directional antenna
• Cable length: 5 m
• SMA connectors
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
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
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
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
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 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 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 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
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
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
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 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 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
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 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
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 connector is used to connect an external antenna to a GPRS/UMTS/LTE/LTE modem in order to strengthen the signal of the mobile operator.
• Enables connection of an external antenna to a GPRS/UMTS/LTE modem
• List of compatible devices in the data sheet
• List of compatible devices in the data sheet
The connector is used to connect an external antenna to a GPRS/UMTS/LTE modem in order to amplify the signal of the mobile operator.
• Enables connection of an external antenna to a GPRS/UMTS/LTE modem
• List of compatible devices in the data sheet
• List of compatible devices in the data sheet
The connector is used to connect an external antenna to a GPRS/UMTS/LTE modem in order to amplify the signal of the mobile operator.
• Enables connection of an external antenna to a GPRS/UMTS/LTE modem
• List of compatible devices in the data sheet
• List of compatible devices in the data sheet
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.
• Enables connection of an external antenna to a GPRS/UMTS/LTE modem
• List of compatible devices in the data sheet
• List of compatible devices in the data sheet
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.
• Allows connection of external antenna to GPRS/UMTS/LTE modem
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.
• Allows connection of external antenna to GPRS/UMTS/LTE modem
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.
• Connector length 25 cm
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.
• Connector length 10 cm
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.
• Connector length 20 cm
The connector connects an external antenna to a GPRS/UMTS/LTE modem in order to amplify the signal from the mobile operator.
• Length 20 cm
• For connecting GPRS/UMTS/LT antennas
• For connecting GPRS/UMTS/LT antennas
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.
• Connector length 3 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-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: 1 m
• Connector length: 1 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
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.
• Connector length 10 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: 15 m
• Connector length: 15 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-male - SMA-male
• Connector length: 0.5 m
• Connector length: 0.5 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-male - SMA-male
• Connector length: 1 m
• Connector length: 1 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-male- SMA-male
• Connector length: 2 m
• Connector length: 2 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 - SMA-plug
• 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.
• Connector length 10 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 - 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.
• Connector length 10 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.
• Connector length 3 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.
• SMA R/P connector - N-plug
• 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.
• Connector length 10 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.
• SMA connector - SMA 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.
• SMA connector - SMA socket
• Connector length 10 m
• Connector length 10 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.
• SMA - SMA connector
• Connector length 5 m
• Connector length 5 m
BNC connector designed for H155 coaxial cable with an impedance of 50 Ω.
• For H155 cable
• Impedance 50 ohms
• Impedance 50 ohms
A high quality N connector designed for Tri-Lan 240 cable, the connector is designed for use in installations up to 6 GHz.
• Designed for Tri-Lan 240 and Belden H-155 cable
• Operating band up to 6 GHz
• VSVR <1.3
• Operating band up to 6 GHz
• VSVR <1.3
A high quality N connector designed for Tri-Lan 240 cable, the connector is designed for use in installations up to 6 GHz.
• Designed for Tri-Lan 240 and Belden H-155 cable
• Operating band up to 6 GHz
• VSVR <1.3
• Operating band up to 6 GHz
• VSVR <1.3
A high quality TNC connector designed for Tri-Lan 240 cable, the connector is designed for use in installations up to 6 GHz.
• Designed for Tri-Lan 240 and Belden H-155 cable
• Operating band up to 6 GHz
• VSVR <1.3
• Operating band up to 6 GHz
• VSVR <1.3
A high quality SMA R/P connector designed for Tri-Lan 240 cable, the connector is designed for use in installations up to 6 GHz.
• Designed for Tri-Lan 240 and Belden H-155 cable
• Operating band up to 6 GHz
• VSVR <1.3
• Operating band up to 6 GHz
• VSVR <1.3
A high quality SMA R/P connector designed for Tri-Lan 240 cable, the connector is designed for use in installations up to 6 GHz.
• Designed for Tri-Lan 240 and Belden H-155 cable
• Operating band up to 6 GHz
• VSVR <1.3
• Operating band up to 6 GHz
• VSVR <1.3
A high quality FME connector designed for Tri-Lan 240 cable, the connector is designed for use in installations up to 6 GHz.
• Designed for Tri-Lan 240 and Belden H-155 cable
• Operating band up to 6 GHz
• VSVR <1.3
• Operating band up to 6 GHz
• VSVR <1.3
The adapter is used to change the connector of a device, cable or antenna.
• SMA and N type connectors
The transition is used to swap the connector in a device, cable or antenna.
• SMA R/P and N type connectors
The transition is used to swap the connector in a device, cable or antenna.
• SMA R/P and N type connectors
The transition is used to swap the connector in a device, cable or antenna.
• SMA R/P and N type connectors
The transition is used to swap the connector in a device, cable or antenna.
• SMA R/P and N type connectors
The transition is used to swap the connector in a device, cable or antenna.
• N-type connectors
The transition is used to swap the connector in a device, cable or antenna.
• N-type connectors
High-quality TNC R/P connector designed for H-155 cable.
• Designed for the H-155 cable
High-quality SMA connector designed for the H-155 cable.
• Designed for the H-155 cable
High-quality SMA connector designed for the H-155 cable.
• Designed for the H-155 cable
The transition is used to swap the connector in a device, cable or antenna.
• SMA and FME type connectors
High-quality N connector designed for the H500/1000 cable.
• Designed for cable H-500/H-1000
High-quality N connector designed for the CNT-400 cable.
• Designed for the CNT-400 cable
High-quality N connector designed for the CNT-400 cable.
• Designed for the CNT-400 cable
This connector is used in RF technology, for 50 ohm cables.
• Designed for the H-155 cable
The sleeve is used to clamp the connector onto the H-155 cable.
• Designed for the H-155 cable
1-metre long USB-C to micro USB cable for charging and data transfer between electronic devices.
• Length 1 m
• Connector A: USB-C
• Connector B: Micro USB
• USB 2.0 standard
• Connector A: USB-C
• Connector B: Micro USB
• USB 2.0 standard
Connector crimping machine for coaxial cables.
• Crimping tool for F, BNC and other connectors
• Crimping connectors on RG-174, H-155, RG-6 cables
• Made of durable materials
• Crimping connectors on RG-174, H-155, RG-6 cables
• Made of durable materials
Connector crimping machine for coaxial cables.
• Clips connectors onto RG-6,58,59,62 1,72/5,41/6,5/8,1 cables
• Made of durable materials
• Made of durable materials
Connector crimper for coaxial cables.
• Clip connectors on RG-58, 6, 11, 213 11.40/8.20/5.40 cables
• Made of durable materials
• Made of durable materials
Connector crimper for coaxial cables.
• Tightening connectors on RG-59, 62, 6 8.20/6.48 cables
• Made of durable materials
• Made of durable materials
Precision pliers made of stainless steel for exceptionally accurate cutting of stranded cable conductors and more.
• Precision pliers made of stainless steel for cutting stranded copper conductors of max. fi Ø 1.3 mm or AWG 16
• Precision pliers made of stainless steel for extremely fine cutting of stranded wire conductors
• Sanded, extra sharp cutting edges for flat cutting
• Not intended for cutting steel wires
• Blades separately induction hardened
• Hinge with stainless steel rivet
• Spring to open and limit opening
• Colour: red
• Packaging: blister
• Arms length: 115 mm
• Slip-resistant handles
• Precision pliers made of stainless steel for extremely fine cutting of stranded wire conductors
• Sanded, extra sharp cutting edges for flat cutting
• Not intended for cutting steel wires
• Blades separately induction hardened
• Hinge with stainless steel rivet
• Spring to open and limit opening
• Colour: red
• Packaging: blister
• Arms length: 115 mm
• Slip-resistant handles
Bracket designed for mounting the ATK-P1 antenna.
• Dimensions: 65x95 mm
• Material: aluminium
• Sheet thickness: 1.5 mm
• Material: aluminium
• Sheet thickness: 1.5 mm
![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 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)
![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
![Coaxial Cable (50 ohm): Tri-Lan 240 PVC (white) Eca [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 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 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
