WiMAX 2 4 GHz circular linear polarised - nkt-rf.ru · 6 HUBER+SUHNER RF antennas – 2.4 GHz linear polarised SENCITY® OMNI-S (indoor) linear polarised SOA 2400/360/4/20/V_2 Technical

Edition 2013

AntennasBroadband WiFi

Table of content

2.4 GHz linear polarised 5

5.6 GHz linear polarised 21

Dualband 2.4 – 5.6 GHz 43

Broadband 49

MIMO 61

Technical information 69

Glossary 84

5HUBER+SUHNER RF antennas – 2.4 GHz linear polarised

2.4 GHz linear polarised

OMNI antennas

Frequency range 3 dB beamwith horizontal Gain Page

2400 – 2500 MHz 360° 4.0 dBi 6

2400 – 2500 MHz 360° 6.0 dBi 7

Planar antennas


2300 – 2800 MHz 75° 7.5 dBi 8

2400 - 2485 MHz 75° 8.0 dBi 9

2300 - 2500 MHz 80° 8.5 dBi 10

2300 - 2500 MHz 75° 8.5 dBi 11

2400 - 2485 MHz 75° 8.5 dBi 12

2400 - 2500 MHz 80° 9.0 dBi 13

2400 - 2500 MHz 40° 13.5 dBi 14

2400 - 2484 MHz 30° 14.0 dBi 15

2300 - 2700 MHz 32° 14.0 - 15.0 dBi 16

2150 - 2690 MHz 21° 15.5 dBi 17

2300 - 2700 MHz 17° 19.0 dBi 18

6 HUBER+SUHNER RF antennas – 2.4 GHz linear polarised

SENCITY® OMNI-S (indoor) linear polarised

SOA 2400/360/4/20/V_2

Technical data

Electrical properties

Frequency range 2400 – 2500 MHz

Impedance 50 Ω

VSWR 1.5

Polarisation linear, vertical

Gain 4.0 dBi

Max. power 10 W at 25°

Mechanical and environmental properties

Dimensions 43 × 86 mm

Weight 0.3 kg

Radome material polycarbonate

Radome colour RAL 9010 (white)

2002/95/EC (RoHS) compliant

Operating temperature range – 40°C to + 80°C

Storage temperature range – 40°C to + 80°C

Other information

Available types 1324.17.0071 – N femaleitem no. 84027317

Mounting hardware

9091.99.0208 – ceiling bracketitem no. 84027861


radiation patterns

horizontal

vertical


SENCITY® OMNI-S (outdoor IP67) linear polarised

SOA 2400/360/6/0/V

Technical data



Impedance 50 Ω

VSWR 1.8


Gain 6.0 dBi

3 dB beamwidth horizontal 360°

Downtilt 0°

Max. power 10 W at 25°


Dimensions Ø 22 × 250 mm

Weight 0.3 kg

Radome material fibre glass UL94

Back/base plane material aluminium




Windload 3 N at 160 km/h

Other information

Available types

1324.17.0047 – N femaleitem no. 84008543

1324.99.0030 – N maleitem no. 84017087

Mast mount (9091.99.0173 bracket + 2 metal bands) included

radiation patterns

horizontal

vertical


radiation patterns

horizontal

vertical

SENCITY® SPOT-S (indoor) linear polarised

SPA 2400/75/8/0/V

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 7.5 dBi


3 dB beamwidth vertical 70°

Downtilt 0°

Front to back ratio 20 dB

Max. power 10 W (CW) at 25°C


Dimensions 101 × 80 × 20 mm

Weight 0.13 kg

Radome material ASA (Acrylic Styrene Acrylonitride)

Radome colour RAL 7035 (light-grey)




Other information

Available types

1324.19.0032 – SMA femaleitem no. 23019483

1324.26.0024 – TNC femaleitem no. 23002469

Wall and mast mounting bracket (1 metal band) included, mast diameter 40–60 mm (1.57"–3.36")

Mounting hardware9091.99.0191 – optional wall mounting

bracketitem no. 84011560


radiation patterns

horizontal

vertical

SENCITY® SPOT-S (outdoor IP66/IP67) linear polarised

SPA 2400/75/8/0/DS

Technical data



Impedance 50 Ω

VSWR 1.5

Polarisation dual slant, +/- 45°

Gain 8.0 dBi



Downtilt 0°





Weight 0.11 kg


Radome colour RAL 7044 (grey)





Other information

Available types

1324.17.0099 – N femaleitem no. 84078979


Mounting hardware

9091.99.0225 – down-/sidetilt bracketitem no. 84061699




SPA 2400/80/9/0/DS

Technical data



Impedance / VSWR 50 Ω / 1.5

Polarisation dual slant, ± 45°

Gain 8.5 dBi

3 dB beamwidth horizontal: 80° / vertical: 70°

Downtilt 0°

Isolation between ports 30 dB





Weight 0.11 kg



Mounting socket material ASA (Acrylic Styrene Acrylonitride)

Mounting socket colour RAL 7042 (dark-grey)



Operating/storage temperature range – 40°C to + 80°C

Other information

Available types

1324.19.0017 – SMA female item no. 22659413


Wall mounting material included

Mounting hardware

9091.99.0029–mast mounting accessoryitem no. 22649576

9091.99.0080–mast mount.and sidetilt acc. item no. 22652651

radiation patterns

horizontal

vertical



SPA 2400/75/9/0/V

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 8.5 dBi

3 dB beamwidth horizontal: 75° / vertical: 60°

Downtilt 0°





Weight 0.11 kg








Other information

1324.19.0002 – SMA female item no. 22649580



Mounting hardware

9091.99.0029–mast mounting accessoryitem no. 22649576

9091.99.0080–mast mount.and sidetilt acc. item no. 22652651

radiation patterns

horizontal

vertical


radiation patterns

horizontal

vertical


SPA 2400/75/9/0/V_4

Technical data



Impedance 50 Ω

VSWR 1.5

Polarisation vertical

Gain 8.5 dBi



Downtilt 0°





Weight 0.11 kg







Other information

Available types

1324.17.0098 – N femaleitem no. 84073579


1324.35.0006 – QMA femaleitem no. 84062352

Mounting hardware

9091.99.0225 – down-/ sidetilt bracketitem no. 84061699



vertical

horizontal

radiation patterns

SPA 2400/75/9/0/V_2

Technical data



Impedance 50 Ω

VSWR 1.8


Gain 9.0 dBi



Downtilt 0°





Weight 2.0 kg

Radome material unsaturated polyester





Other information

Available type 1324.17.0077 – N female item no. 84031182

SENCITY® SPOT-S (outdoor IP66) ruggedised


SENCITY® SPOT-M (outdoor IP23) linear polarised

SPA 2400/40/14/0/DS

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 13.5 dBi



Downtilt 0°






Weight 0.5 kg


Radome colour RAL 7043 (dark grey)





Other information


Wall and mast mounting material (2 metal bands) included, mast diameter 54–100 mm (2.13"–3.94")

Mounting hardware9091.99.0168 – downtilt/

sidetilt bracketitem no. 23028430

radiation patterns

horizontal

vertical

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HUBER+SUHNER RF antennas – 2.4 GHz linear polarised

SENCITY® SPOT-MY (outdoor IP65) linear polarised

SYA 2400/30/14/0/V

Technical data





Gain 14 dBi



Peak envelope power 1 W



Weight 0.85 kg






Windload frontal 14 N / lateral 134 N at 200 km/h

Other information

Available types 1324.17.0105 – N female item no. 84142594


radiation patterns

horizontal

vertical

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HUBER+SUHNER RF antennas – 2.4 GHz linear polarised


radiation patterns

horizontal

vertical

SPA 2400/30/14/0/V

Technical data

Electrical properties Band 1 Band 2 Band 3

Frequency range (MHz) 2300–2400 2400–2500 2500–2700

Impedance 50 Ω

VSWR 1.9


Gain 14 dBi 14.5 dBi 15 dBi



Max. power 6 W at ambient temperature 25°C



Weight 0.5 kg

Radome material plastic

Radome colour RAL 9002 (grey-white)

Back plate/base plane material aluminium




Windload frontal: 105 N at 220 km/h

Other information


Mounting hardware 9091.99.0201 – downtilt bracketitem no. 84018626


SPA 2400/20/16/0/V_1

Technical data



Impedance 50 Ω

VSWR 1.5

Polarisation linear, vertical or horizontal

Gain 15.5 dBi



Downtilt 0°

Front to back ratio > 30 dB

Cross polarisation ETSI EN 301–525 V1.1.1 (2001–06) TS1–TS2: > 20 dB

Sidelobe suppressionAzimuthElevation

ETSI EN 301–525 V1.1.1 (2000–06) TS1–TS3 > 18 dB> 19 dB 2150 –2500 MHz> 16 dB 2500 –2690 MHz




Weight 2.0 kg








Other information

Available type 1324.17.0053 – N femaleitem no. 84018645



radiation patterns

horizontal

vertical



SPA 2400/17/19/0/V

Technical data



Impedance 50 Ω

VSWR 1.7

Polarisation linear, vertical or horizontal

Gain 19.0 dBi



Downtilt 0°

Front to back ratio ETSI EN 301–525 V1.1.1 (2000–06) TS3 > 26 dB

Cross polarisation ETSI EN 301–525 V1.1.1 (2000–06) TS2 > 21 dB

Sidelobe suppression ETSI EN 301–525 V1.1.1 (2000–06) TS2

Max. power 6 W (CW) at 25°



Weight 2.0 kg







Windload frontal 39.4 N, lateral 4.3 N at 220 km/h

Other information



radiation patterns

horizontal

vertical


21HUBER+SUHNER RF antennas – 5 GHz linear polarised

5.6 GHz linear polarised

OMNI antennas


4900 - 5935 MHz 360° 3.0 dBi 22

5150 - 5875 MHz 360° 5.0 dBi 23

4900 - 5935 MHz 360° 7.0 dBi 24

Planar antennas


5150 - 5875 MHz 55° 7.5 - 8.5 dBi 25

5150 -5935 MHz 70° 9.0 dBi 26

5150 - 5875 MHz 60° 10.0 dBi 27

5150 - 5875 MHz 60° 9.5 dBi 28

5150 - 5875 MHz 60° 9.5 dBi 29

5150 - 5875 MHz 65° 11.5 dBi 30

4940 - 5925 MHz 40° 13.5 dBi 31

5150 - 5875 MHz 40° 13.5 dBi 32

5150 - 5975 MHz 40° 14.0 dBi 33

5150 - 5875 MHz 90° 14.0 dBi 34

5150 - 5875 MHz 120° 15.0 dBi 35

5150 - 5875 MHz 20° 16.0 dBi 36

5150 - 5875 MHz 60° 16.0 - 17.0 dBi 37

5150 - 5875 MHz 18° 18.0 - 19.0 dBi 38

5150 - 5875 MHz 17° 19.0 dBi 39

5150 - 5875 MHz 9° 23.0 dBi 40

5150 - 5875 MHz 9° 23.0 dBi 41

22 HUBER+SUHNER RF antennas – 5 GHz linear polarised

SENCITY® OMNI-S (indoor) linear polarised

radiation patterns

horizontal

vertical

SOA_5600/360/3/20/V_1

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 3.0 dBi

3 dB beamwidth 360°



Dimensions 43 mm × 86 mm

Weight 0.3 kg






Other information


Mounting hardware


9091.99.0220 – ceiling bracket omniitem no. 84040857


SENCITY® OMNI-S (outdoor IP67) linear polarised

radiation patterns

horizontal

vertical

SOA_5600/360/5/0/V

Technical data



Impedance 50 Ω

VSWR 1.7


Gain 5.0 dBi



Downtilt 0°



Dimensions Ø 16 mm × 160 mm

Weight 0.3 kg

Radome material polypropylene


Housing material polypropylene



Windload 7 N at 100 km/h (operational) or 200 km/h (survival)

Other information


Mounting bands included for mast diameter 38.1 – 76.2 mm (1.5" – 3")


SOA_4900/360/7/10/V

Technical data



Impedance 50 Ω

VSWR 1.7


Gain 7.0 dBi

3 dB beamwidth 360°



Dimensions 37 mm × 61 mm

Weight 0.06 kg


Radome colour RAL 9017 (traffic black)





Other information

Available types 1349.99.0003 – NMO connector mountingitem no. 84026054

* only water ingress protection tested

SENCITY® OMNI-S (outdoor IPx7*) linear polarised

radiation patterns

horizontal

vertical

25

5200 MHz

5470 MHz

5825 MHz

5875 MHz

HUBER+SUHNER RF antennas – 5 GHz linear polarised

SENCITY® SPOT-S (outdoor IP66) ruggedised

SPA 5600/55/8/0/V

Technical data


Frequency range (MHz) 5150–5250

5250–5750

5750–5825

5825–5875

Impedance 50 Ω

VSWR 1.7 1.7 1.8 1.8


Gain (dBi) 8.5 8.5 8.5 7.5

3 dB beamwidth horizontal 55 55 55 55

3 dB beamwidth vertical 85 85 85 50




Weight 2 kg

Radome material unsaturated polyester






Other information


radiation patterns

horizontal vertical



SPA 5600/70/9/0/DS

Technical data



Impedance 50 Ω

VSWR 2


Gain 9 dBi



Downtilt 0°





Weight 0.11 kg







Other information

Available type

1356.17.0076 – N femaleitem no. 84078980


Mounting hardware



radiation patterns

horizontal

vertical



SPA 5600/60/10/0/DS

Technical data



Impedance 50 Ω

VSWR 1.7


Gain 10.0 dBi



Downtilt 0°






Weight 0.11 kg




Mounting socket colour RAL 7042 (dark grey)




Other information

Available types




Mounting hardware

9091.99.0029 – mast mounting accessoryitem no. 22649576

9091.99.0080 – mast mounting and sidetilt accessory

item no. 22652651

radiation patterns

horizontal

vertical



SPA 5600/60/10/0/V

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 9.5 dBi



Downtilt 0°





Weight 0.13 kg






Other information

Available types 1356.19.0001 – SMA femaleitem no. 23031384

Wall and mast mounting bracket (1metal band) included,mast diameter 40 – 60 mm (1.57" – 2.36")



radiation patterns

horizontal

vertical

29

5150 MHz

5600 MHz


horizontal vertical


SPA 5600/60/10/0/V_1

Technical data


Frequency range (MHz) 5150 – 5250 5250 – 5875

Impedance 50 Ω

VSWR 1.7 1.5


Gain 9.5 dBi


3 dB beamwidth vertial 55°




Weight 0.13 kg







Other information

Available types 1356.26.0013 – TNC female item no. 84026274

radiation patterns

Small directional indoor antenna for WiFi applications. Rugged design, meets EN 50155 railway standards. Fire retardant acc. to NF-F-16-102.



SPA 5600/65/12/0/V

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 11.5 dBi



Downtilt 0°





Weight 0.13 kg






Other information

Available types 1356.19.0002 – SMA femaleitem no. 23041806




radiation patterns

horizontal

vertical



SPA 5500/40/14/0/V

Technical data



Impedance 50 Ω

VSWR 2


Gain 13.5 dBi






Weight 0.11 kg

Radome material ASA (Acrylic Styrene Acrylonitride) (Acrylic Styrene Acrylonitride) SAN





Other information

Available type 1355.19.0001 – SMA femaleitem no. 84032822

Mounting hardware

9091.99.0029 – pol bracketitem no. 22649576

9091.99.0080 – sidetilt bracketitem no. 22652651

radiation patterns

horizontal

vertical



SPA 5600/40/14/0/V

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 13.5 dBi



Downtilt 0°





Weight 0.13 kg






Other information

Available types






radiation patterns

horizontal

vertical



SPA 5600/40/14/0/V_2

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 14 dBi



Downtilt 0°





Weight 0.11 kg







Other information

Available types

1356.17.0077 – N femaleitem no. 84078981



Mounting hardware



radiation patterns

horizontal

vertical

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SPA 5600/90/14/0/V

Technical data


Frequency range 5150–5875 MHz

Impedance 50 Ω

VSWR 1.7


Gain 14 dBi



Composite power max. 6 W at ambient temperature 25°C



Weight 2.2 kg







Windload frontal 309 N, lateral 13 N at 220 km/h

Other information



radiation patterns

horizontal

vertical



SPA 5600/120/15/0/V

Technical data



Impedance 50 Ω

VSWR 1.7


Gain 15.0 dBi



Downtilt 0°

Front to back ratio ETSI EN 302 – 085 V1.1.2. CS3

Cross polarisation ETSI EN 302 – 085 V1.1.2. CS3

Sidelobe suppression ETSI EN 302 – 085 V1.1.2. CS3




Weight 1.5 kg








Other information



radiation patterns

horizontal

vertical



SPA 5600/17/18/0/VH

Technical data



Impedance 50 Ω

VSWR 1.7

Polarisation vertical and horizontal

Gain 16 dBi





Dimensions 190 × 190 × 30.3 mm

Weight 0.7 kg







Windload frontal 105 N, lateral 16 N at 220 km/h

Other information





SPA 5600/60/17/0/V

Technical data


Frequency range (MHz) 5150–5350 5350–5725 5725–5875



Gain 16.0 dBi 16.5 dBi 17.0 dBi



Downtilt 0°

Front to back ratioETSI EN 302 – 085 V1.1.2 (2001–02)CS1–CS3> 35 dB

Cross polarisationETSI EN 302 – 085 V1.1.2 (2001–02)CS1–CS3> 28 dB

Sidelobe suppressionAzimuth

Elevation

ETSI EN 302 – 085 V1.1.2 (2001–02)CS1–CS3> 25 dB at ± 90°ETSI EN 302 – 085 V1.1.2 (2001–02)CS1–CS3> 16 dB




Weight 1.5 kg








Other information



radiation patterns

horizontal

vertical



SPA 5600/18/19/0/V

Technical data



5250–5350

5350–5725

5725–5875



Gain 18.0 dBi 19.0 dBi 18.5 dBi 18.0 dBi



Downtilt 0°

Front to back ratio ETSI EN 32 – 085 V1.1.2 TS1 – TS3> 30 dB

Cross polarisation ETSI EN 32 – 085 V1.1.2 TS1 – TS3> 21 dB

Sidelobe suppressionAzimuth

Elevation

ETSI EN 32 – 085 V1.1.2 TS1 – TS3 at 5150 – 5725 MHz ETSI EN 32 – 085 V1.1.2 TS1 – TS2 at 5725 – 5875 MHz8 dB at 5150 – 5350 MHzETSI EN 32 – 085 V1.1.2 TS1 – TS3 at 5350–5875 MHz




Weight 0.7 kg








Other information



radiation patterns

horizontal

vertical



SPA 5600/17/18/0/VH

Technical data



Impedance 50 Ω

VSWR 1.7

Polarisation dual slant, vertical and horizontal

Gain 19.0 dBi



Downtilt 0°


Cross polarisation ETSI EN 302 – 085 V1.1.2. TS1–TS3 > 20 dB

Sidelobe suppression > 12 dB




Weight 0.7 kg







Windload 10.5 N at 220 km/h

Other information

Available type 1356.17.0023 – 2 × N femaleitem no. 84018715


radiation patterns

port horizontal / horizontal plane

port vertical / horizontal plane

port horizontal / vertical plane

port vertical / vertical plane


SENCITY® SPOT-L (outdoor IP67) linear polarised

SPA 5600/9/23/0/V

Technical data


Frequency range 5150 – 5350 MHz 5470 – 5875 MHz

Impedance 50 Ω

VSWR 1.7


Gain 23.0 dBi



Downtilt 0°


Sidelobe suppression ETSI EN 302 – 085 V 1.1.2 (2001-02) TS1 – TS3




Weight 1.5 kg








Other information



radiation patterns

horizontal

vertical


SENCITY® SPOT-L (outdoor IP67) linear polarised

SPA 5600/9/23/0/VH

Technical data



Impedance 50 Ω

VSWR 1.7

Polarisation dual linear, vertical and horizontal

Gain 23.0 dBi



Downtilt 0°


Cross polarisation ETSI EN 302 – 085 V1.1.2. (2001–02)TS1–TS3 > 30 dB

Sidelobe suppression ETSI EN 302 – 085 V1.1.2. (2001–02)TS1–TS3





Weight 2.5 kg








Other information

Available type 1356.17.0025 – 2 × N femaleitem no. 84018717


radiation patterns

port horizontal / horizontal plane

port horizontal / vertical plane

port vertical / vertical plane

port vertical / horizontal plane

43HUBER+SUHNER RF antennas – dualband 2.4 - 5.6 GHz

Dualband 2.4 – 5.6 GHz

Planar antennas


2400 - 5875 MHz 75°, 55° 9.0 dBi 44

2400 - 5875 MHz 75°, 55° 9.0 dBi 45

2400 - 5935 MHz 75°, 55° 9.0 dBi 46

44 HUBER+SUHNER RF antennas – dualband 2.4 - 5.6 GHz

SENCITY® SPOT-S (indoor) dualband 2.4 –5.6 GHz

SPA 2456/75/9/0/DF

Technical data



Impedance 50 Ω

VSWR 1.5 1.5


Gain 9.0 dBi 9.0 dBi

3 dB beamwidth horizontal 75° 55°

3 dB beamwidth vertical 55° 55°

Front to back ratio 15 dB 15 dB

Isolation beween ports 25 dB 30 dB




Weight 0.11 kg

Radome material ASA


Mounting socket material ASA






Other information

Available types

1399.19.0025 – SMA female item no. 840067861399.26.0041 – TNC female item no. 84006789


Mounting hardware

9091.99.0029 – mast mounting accessoryitem no. 226495769091.99.0080 – mast mounting and sidetilt

accessoryitem no. 22652651

radiation patterns

horizontal 2450

vertical 2450

horizontal 5600

vertical 5600

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HUBER+SUHNER RF antennas – dualband 2.4 - 5.6 GHz

SENCITY® SPOT-S (indoor) dualband 2.4 –5.6 GHz

SPA 2456/75/9/0/DF

Technical data



Impedance 50 Ω

VSWR 1.5 1.5






Isolation beween ports 25 dB 30 dB




Weight 0.11 kg

Radome material ASA


Mounting socket material ASA


Back/base plane material ASA




Other information

1399.19.0026 – SMA female incl. 2.4/5.6 GHz diplexer item no. 840067881399.26.0042 – TNC femaleincl. 2.4/5.6 GHz diplexer item no. 84006790


Mounting hardware

9091.99.0029 – mast mounting accessoryitem no. 226495769091.99.0080 – mast mounting and sidetilt

accessoryitem no. 22652651

radiation patterns

horizontal 2450

vertical 2450

horizontal 5600

vertical 5600

46 HUBER+SUHNER RF antennas – dualband 2.4 - 5.6 GHz

SENCITY® SPOT-S (outdoor IP66/IP67) dualband 2.4 –5.6 GHz

SPA 2456/75/9/0/DF_1

Technical data



Impedance 50 Ω

VSWR 2.0 2.0









Weight 0.11 kg

Radome material PC polycarbonate






Other information


Mounting hardware

9091.99.0225 – down-/sidetilt bracketitem no. 840616999091.99.0238 – down-/sidetilt bracketitem no. 84084452

radiation patterns

horizontal 2450

vertical 2450

horizontal 5600

vertical 5600

47HUBER+SUHNER RF antennas – dualband 2.4 - 5.6 GHz

49HUBER+SUHNER RF antennas – broadband

Broadband

OMNI antennas

Antenna Page

SENCITY® Ultra 50

SENCITY® Optima 51

SENCITY® Art 54

SENCITY® Avant 55

SENCITY® OMNI-S 56

50

480 MHz

760 MHz

3600 MHz

5600 MHz

HUBER+SUHNER RF antennas – broadband

SENCITY® Ultra (indoor) broadband

SWA 0459/360/4/25/V_1

Technical data



560–960

1710–5500

5500–5875

Impedance 50 Ω

VSWR 2 2 1.5 1.5


Gain (dBi) 3.5 5 8 10


Max. power 10 W


Dimensions 153.6 × 78.6 × 255 mm

Weight 0.8 kg

Radome material ASA






Other information


radiation patterns

horizontal vertical

51

880 MHz

1400 MHz

2500 MHz

5150 MHz

3900 MHz


SENCITY® Optima (indoor) broadband

SWA 0759/360/6/30/V

Technical data



1100–1710

1710–3300

3300–4500

4500–5875

Impedance 50 Ω

VSWR 2 1.7 1.7 1.8 1.6


Gain (dBi) 4 5.5 6 6.5 7.5




Weight 0.9 kg

Radome material ABS






Pigtail Type: S_04262_D, length: 0.5 m

Other information


Mounting hardware 9091.99.0233 – ceiling bracketitem no. 84071923

radiation patternshorizontal vertical

52

900 MHz

1400 MHz

2200 MHz

3200 MHz

4400 MHz

5825 MHz


SWA 0764/360/6/30/V

Technical data



1100–1710

1710–2700

2700–3800

3800–5150

5150–6400

Impedance 50 Ω

VSWR 2.0 1.5 1.7 1.5 1.7 1.5


Gain (dBi) 2 6 6 7 7.5 8.5


Mechanical properties


Weight 1.0 kg

Radome material ABS UL94V-0




Operating temperature range 0°C to + 55°C


Other information


Mounting hardware


9091.99.0096 – mounting bracketitem no. 84024380


horizontal verticalhorizontal vertical

radiation patterns

53

2300 MHz

3200 MHz

4000 MHz

5570 MHz



SWA 1864/360/6/30/V

Technical data



2900–3500

3500–4500

4500–6400

Impedance 50 Ω

VSWR 2.0 1.5 1.6 1.3


Gain (dBi) 3.5 6.5 6 6.5



Dimensions 139.2 × 33.1 mm

Weight 0.23 kg

Radome material ABS UL94V-0




Operating temperature range 0°C to + 55°C


Other information


Mounting hardware


9091.99.0096 – mounting bracketitem no. 84024380

radiation patterns

horizontal vertical

54

900 MHz

UMTS

2400 MHz

5600 MHz


SENCITY® Art (indoor) broadband

SWA 0859/360/4/10/V

Technical data



1710–2170

2400–5600

5600 – 5875

Impedance 50 Ω

VSWR 1.5 2.0


Gain 5.0 dBi 6.0 dBi 7.0 dBi 7.0 dBi





Weight 0.3 kg

Radiator material brass with Polyurethane powder coating

Back plate / base plane material aluminium




Other information

Available types

1399.17.0037 – N female (light blue PANTONE 277C and grey RAL 7043)item no. 23040329

1399.17.0055 – N female (completely grey-white RAL 9018)item no. 84006023

Mounting hardware9091.99.0095 – optional (see mounting instruction)item no. 84001045

radiation patterns

horizontal vertical


806 MHz


896 MHz

1950 MHz

2480 MHz

3550 MHz

5400 MHz

SWA 0860/360/4/0/V_3

Technical data



824–960

1710–2170

2400–2700

3400–3700

4900–5935

Impedance 50 Ω

VSWR 1.9 1.6 1.8 1.5 1.5 1.7


Gain (using a 1 m² ground panel)

6.0 dBi 6.0 dBi 8.5 dBi 9.5 dBi 9.5 dBi 8.5 dBi


Mechanical properties


Weight 0.83 kg

Radome material ASA SAN




Back/base plane colour RAL 9010 (white)



Other information


radiation patterns

SENCITY® Avant (indoor) broadband

56 HUBER+SUHNER RF antennas – broadband

SENCITY® OMNI-S (indoor) broadband 2.4 –5.6 GHz

SWA 2459/360/4/45/V

Technical data



Impedance 50 Ω

VSWR 1.7


Gain 4.0 dBi





Weight 0.3 kg

Radome material ASA






Other information

Available types

1399.17.0040 – N femaleitem no. 84000442


Mounting hardware

9091.99.0221 – ceiling bracketitem no. 840440859091.99.0220 – ceiling bracket OMNIitem no. 840040857

Ceiling mounting material included

radiation patterns

horizontal 2400

vertical 2400

horizontal 5600

vertical 5600


2450 MHz

2600 MHz

3550 MHz

5150 MHz

5725 MHz

SENCITY® OMNI-S (indoor IP65) multibandSWA 2459/360/7/20/V_1

Technical data



2500–2700

3400–3700

4900–5470

5470–5935

Impedance 50 Ω

VSWR 1.8 2 2 1.8 1.8


Gain (dBi) 6 6 7 8 8

3 dB beamwidth horizontal 360° 360° 360° 150° 170°




Weight 0.3 kg

Radome material PC






Other information



radiation patterns

horizontal vertical

58 HUBER+SUHNER RF antennas – broadband

SENCITY® OMNI-S (outdoor IP68) multiband 2.4 –5.6 GHz

SWA 2459/360/7/20/V_2

Technical data


Frequency range [MHz] 2400 – 2500

2500 – 2700

3400 – 3700

4900 – 5470

5470 – 5935

Impedance 50 Ω

VSWR 1.8 2.0 2.0 1.8 1.8


Gain (using a Ø 1 m ground plane) 6 dBi 6 dBi 7 dBi 8 dBi 8 dBi

3 dB beamwidth horizontal (without Ø 1 m ground plane) 360° 360° 360° 150° 170°




Dimensions Ø 86 × 50.6 mm

Weight 0.3 kg

Radome material high impact acrylic styrene acrylonitrile (HRA150) ASA

Radome colour RAL 7043 (dark-grey)

Back/base plane material stainless steel





Other information

Available types

1399.17.0108 – N female (connector length 45.5 mm)item no. 84040934

1399.17.0111 – N female(connector length 25.4 mm)item no. 84043908

Meets the following requirements:– Protected against the effects of continuous immersion in water IP68 (only

if correctly installed).– EN 50155, electronic equipment used on rolling stock.

radiation patterns

horizontal 2400

vertical 2400

horizontal 5600

vertical 5600


61HUBER+SUHNER RF antennas – MIMO broadband

MIMO

OMNI antennas


2400 - 2500 MHz 360° 3.5 dBi 62

2400 - 5935 MHz 360° 4.0 - 6.0 dBi 63

2400 - 5875 MHz 360° 5.0 - 6.0 dBi 64

Planar antennas


5150 - 5935 MHz 65° 8.0 dBi 65

5150 - 5935 MHz 65° 9.0 dBi 66

62 HUBER+SUHNER RF antennas – MIMO broadband

SENCITY® OMNI-S MIMO (outdoor IP67) linear polarised

SOA 2400/360/4/0/DS_1

Technical data



Impedance 50 Ω

VSWR 1.5


Gain 3.5 dBi



Downtilt 0°





Weight 0.7 kg



Back/base plane material stainless steel





Other information

Available types

1324.17.0095 – N femaleitem no. 84065751


Wall and mast mounting bracket included

radiation patterns

horizontal

vertical

63

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40

horizontal vertical

HUBER+SUHNER RF antennas – MIMO broadband

SENCITY® OMNI-S MIMO (indoor) broadband

SWA 2456/360/6/0/MIMO_2

Technical data


Frequency range (MHz) 2400 – 2485

2495 – 2690

5150–5350

5470 – 5935

Impedance 50 Ω

VSWR 1.5


Gain 4 dBi 4 dBi 6 dBi 6 dBi



Max. power 10 W at ambient temperature 25°


Dimensions 281.8 × 91.8 × 31 mm

Weight 0.32 kg



Back/base plate material aluminium




Other information

Available types 1399.35.0002 – QMA female item no. 84123697

radiation patterns

2500 MHz

5725 MHz

horizontal vertical

64

2450 MHz

5500 MHz



2450 MHz

5500 MHz

horizontal vertical

SENCITY® OMNI-S MIMO (indoor IP65) dualband

SWA 2456/360/6/0/MIMO

Technical data


Frequency range (MHz) 2400 – 2500 5150 – 5875

Impedance 50 Ω

VSWR 1.7


Gain 5 dBi 6.0 dBi



Isolation between ports (dB) 20

Max. power 10 W



Weight 0.6 kg

Radome material ASA





Other information

Available types

1399.17.0208 – N male item no. 84076853

1399.99.0125 – SMA-reverse, male item no. 84127107


radiation patterns

horizontal vertical

65

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40

180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40180

150

120

90

60

30

0

-30

-60

-90

-120

-150

0-10-20-30-40


SENCITY® SPOT-S (outdoor IP 66/IP67) linear polarised

SPA 5600/65/9/0/MIMO_1

Technical data



Impedance 50 Ω

VSWR 1.7


Gain 8 dBi






Weight 0.27 kg

Radome material LEXAN EXL 9330





Windload frontal 15 N at 160 km/h

Other information

Available types 1356.35.0003 – QMA female item no. 84125104

Mounting hardware

9091.99.0225 – down- / sidetilt bracketitem no. 84061699

9091.99.0238– down- / sidetilt bracketitem no. 84084452

radiation patterns

horizontal

vertical

66 HUBER+SUHNER RF antennas – MIMO broadband

SENCITY® SPOT-S MIMO (outdoor IP66/IP67) linear polarised

SPA 5600/65/9/0/MIMO

Technical data


Frequency range (MHz) 5150–5935 MHz

Impedance 50 Ω

VSWR 1.7


Gain 9 dBi



Isolation between ports (dB) 20




Weight 0.27 kg







Other information

Available type 1356.17.0078 – N maleitem no. 84076862

Mounting hardware



radiation patterns

horizontal

vertical

67HUBER+SUHNER RF antennas – MIMO broadband

69HUBER+SUHNER RF antennas – technical information

Technical application information

Page

Broadband wireless access - a brief summary 70

WLAN - Wireless Local Area Network 71

WiFi system architecture and network coverage 73

Possible applications of Wireless Local Area Networks 75

HUBER+SUHNER supports you with one stop shopping 76

WLAN standards 77

Antenna technology 79

70 HUBER+SUHNER RF antennas – technical information

The evolution of wireline based IP/Ethernet, DSL, fibre to the home, and powerline communications is stimulating fixed broad-band data and will strongly leverage mobile applications. Availability of seamless mobile broadband data anywhere anytime will revolutionise and foster new service applications in the field of communication, industry, transportation and health care.

WLAN/WiFi already provides real broadband wireless expe-rience to nomadic users, and Carrier Class 3G / 4G will en-hance broadband wireless, pushing for real mobile high speed access and guaranteed quality of service.

Communication services will be combined in many different ways to offer high speed digital data to industry, office and residential users. Desktop computers, television sets, notebooks and handheld terminals will turn into multifunctional devices for internet and e-mail access, VPN connectivity, instant messa-ging, video conferencing, media streaming, interactive gaming, VoIP, E-Commerce, telemetry, remote biometric analysis and many more applications.

Developed countries usually have a fairly good wireline Metro Area infrastructure. Fibre based networks provide E1/T1 ac-cess for industrial and office environments. CATV and plain old telephone lines provide last mile broadband DSL access for residential users, and fibre to the home is currently being heavi-ly promoted.Still there is a demand for wireless broadband access in remo-te and urban areas. The key driver for this is mobility along with the expectation of the end users to have broadband data available at their finger tips wherever they are roaming. On top of mobile services, fixed wireless is an attractive alternative to delivering competitive broadband data to underserved areas in emerging and developed markets. Thanks to its nature, it is straightforward to deploy and does not involve the prohibitive costs of laying cable networks.

Broadband wireless access – a brief summary

Today three major technologies for broadband wireless ac-cess can be identified:

• WLAN/ WiFi• 3G Systems (UMTS, CD MA 2000, TD-SCDMA)• 4G (GSM, UMTS, LTE etc.))

WiFi networks (the brand name for WLAN) are focussed on public hot spots, offices and the industrial environment. City-wide meshed networks will play an important role in municipal applications for both public authorities and private users.

WiFi has experienced fast but unorganised growth and is most-ly a rather patchy solution. Roaming is possible within single WiFi networks but is not supported on a general scale. Never-theless, WLAN networks have gained wide acceptance and proven to be an efficient solution for short distance wireless coverage. WiFi will also be a versatile option to divert 3G and 4G services into picocell areas.

Due to the unlicensed spectrum utilised, WiFi may suffer from RF-interference of co-located systems operating in the same ISM band. Moreover, limitations exist with regard to QoS. However, if WiFi deployment is well co-ordinated, distur-bances can be reduced to a minimum.

By implementing the MIMO (multiple in - multiple out) technolo-gy, around the 802.11n standard, the transmission reliability will be increased, as well as the possible transmission rate up to 300 Mbps.


Throughout the recent years, IEEE 802.11 Wireless Local Area Networks (WLAN) have become a popular and widely ad-opted means for mobile data transmission in various applica-tions. Initially deployed as a picocell wireless extension of Ethernet in offices, hot spot and industrial WLAN networks have grown from local applications to city-wide municipal networks delivering state of the art service to private and pu-blic users.

WLAN – Wireless Local Aerea Network

Versatile solution for public hot spots, wireless meshed networks, industrial applications and office communication.

Wireless networks for data transmission – so-called Wireless Local Area Networks – have been under discussion for years, but only since the publication of the 802.11b standard enabling raw transmission rates of 11 Mbps has this vision become a reality. The evolution of new technologies from 802.11a to 802.11g have increased data throughput to 54 Mbps, enabling real time video streaming and rich content applications. With 802.11n, making use of MIMO (Multiple Input Multiple Output) technology, capacity will be increased even more up to several 100 Mbps.


Wireless local area networks operate in non-licensed frequen-cy bands from 2.4 GHz to 2.4835 and sub-bands from 5.15 to 5.975 GHz. Frequency allocation differs slightly in different countries; detailed information is available from the national regulation authorities/OFCOMs. A brief overview is given on page 76.

WLANs offer versatile solutions for remote access to important information and data. Nomadic applications such as real time access to presentations or video streaming during meetings, data gathering and exchanging on production lines or during service calls, control of warehouse logistics flows and setting up of ad hoc networks and many more can be realised thanks to the straightforward deployment of WLANs.

WLAN – Wireless Local Aerea Network

Hospitals utilise WLANs for fast and mobile access to patient records by doctors, nurses and technicians (PM). Due to their limited transmit power, indoor WLAN systems may be even used in intensive care stations without providing harmful interfe-rence to the sensitive medical equipment.

Of course, WLANs can also be utilised in outdoor environ-ments, for example for providing internet and e-mail access on trains and subways, backhauling high rate data traffic between buildings or connecting to remote video surveillance cameras. Supporting various applications at low to medium costs of ownership along with the capability of rapid deployment has led to the tremendous success of WLAN networks.

73

12

3

12

3

12

31

2

3

12

3

3

12

3

12

3

12

2

13

3

4 65

7

2

14 6

5

732

14 6

5

73

802.11b/g 802.11a/h

HUBER+SUHNER RF antennas – technical information

WiFi system architecture and network coverage

WiFi - networks offer versatile solutions for • peer-to-peer• point-to-multipoint • meshed networks• point-to-point backhauling networks

Ad-hoc/peer to peer networksUsers communicate directly with the other users’ subscriber equipment without routing traffic through a backbone network. The signal transmission distance relies on equipment perfor-mance and the local environment.

Point to multipointThe WiFI network provides a cellular type of coverage connec-ting multiple buildings and multiple users with a centralised WLAN base station infrastructure. This is often also referred to as «last mile access». The simplest way to realise Point to Multi-point coverage is to use omni-directional antennas. When capacity needs to be increased, additional access points will have to be fitted and directional antennas will have to be used to divide coverage into different sectors. Given that there are three independent frequency channels at 2.4 GHz and even more at 5 GHz in most countries, WiFi can be used to set up picocell networks having a frequency reuse factor of min. 3, based on a three sector arrangement. This will allow high density metro area networks supporting seamless roaming.

Peer-to-peer networks

Wireless network: point to multipoint

WLAN picocell networks


Meshed networksMeshed networks utilise a number of access points, each being interconnected to its neighbouring access point. This allows dynamic routing of data packets through the system between any of the subscribers. The network is self-learnable and data paths are chosen according to optimum signal to interference conditions to ensure fast and reliable transmission. Meshed networks are being increasingly deployed in large scale metro areas to facilitate access to mobile applications anywhere anytime.

Point to pointPoint to point radio bridges are used to backhaul local LANs to backbone networks or to interface between separate LANs at different locations (i.e. between buildings). This eliminates the need for expensive cable or fibre interconnect options and costly truck roll.

Stand alone wireless network with access pointFinally, the simplest WLAN network consists merely of a single access point or WLAN router which provides multiple users with a wireless connection to the fixed network (e.g. DSL).

The planning and installation of wireless LANs is a routine process for established IT contractors, wireless internet service providers and system integrators. Network enhancement is possible through the choice of appropriate antennas and an-tenna sites. RF propagation characteristics, security improve-ments, optimised performance or site aesthetics are key con-cerns for which external antennas can offer an optimum solution. For professional network optimisation of wireless networks, various antenna platforms can be utilised: Omni-directional (radio signal emitted over 360 degrees), Directio-nal (targeted emissions) and also Active (boosted receive signal).

Wireless network: point to point

Stand-alone wireless network with access point

WiFi system architecture and network coverage


Possible applications of Wireless Local Area Networks

The introduction of WLANs offers users the ability to cross boundaries defined by fixed networks. WLAN solutions over-come the physical limitations of fixed networks and provide a high degree of flexibility at moderate capital expenditures.

FlexibilityIn many enterprises, workers from different disciplines self-orga-nise and re-organise in specific teams. The ability to scale a fixed network in line with dynamic business needs, presents a burden not just in terms of time, but also capital investment and operating expenses. This is often a key factor in serviced of-fices and leased premises.

Building and planning restrictionsWithin listed or older buildings such as universities, new cable management systems and wall penetrating solutions to support new or existing wired LANs are impossible to implement in compliance with local planning laws. In commercial and pri-vate rented premises, the owner can often demand and charge for removal of equipment installed by the outgoing tenant.

Mobile access to corporate informationIn many industries, mobile employees require access to their corporate data networks. From warehousemen, service engi-neers to sales representatives, rapid connectivity to corporate information and systems irrespective of location is a competi-tive advantage.

CostsHigh-bandwidth fibre optic cabling provides an alternative to building interconnections. A complex cabling solution becomes increasingly more complicated.

Advantages of wireless LANs:• Flexible and rapid exchange of data• Shared usage of costly resources (e.g. printers)• Convenient access to e-mail and internet• High speed connectivity (evolution to 300 MBit/s)

From the many advantages of WLAN, some typical applica-tions and network configurations include:

Typical applications:

Retail outlets

Restaurants

Hot spots

Hospitals

Offices

University campuses

Manufacturing facilities

Historical and protected buildings

Temporary networks

Wireless connection to an existing LANThis enables a radio connection between PC workstations. The access point acts as a gateway between the wireless clients and the existing Ethernet. Within the access point cell, the local fixed network can be utilised. A direct benefit is that the existing net can be simply and rapidly extended at minimum cost.

Public access (open access)Access points in the public domain offer a simple and quick method of providing access to the Internet and other varied information sources.


HUBER+SUHNER supports you with one stop shopping

• All items from a single source

• Technical support through many years of antenna expe-rience and cable technology

• Complete service through competent support of distribution and system partners

antenna

mounting accessories

lightning protector

cable assemblies cable assemblies

data cable, i.e. RJ 45

protected sideunprotected side

data line protector protected sideunprotected side

RF connector

FTTH-Kabel


WLAN standards

Why standards?Interoperability of components and networks is key to the suc-cess of WLAN. Common standards protect end users from restrictive proprietary technologies and facilitate maximum competition. A cornerstone in wireless network development has been the establishment of an open standard known as 802.11. On this basis, customers are able to select and purchase equipment appropriate to their requirements and have the confidence that they will work seamlessly together without being tied to a single source. This compatibility is gua-ranteed and controlled through the «WiFi» certification and trademark scheme.

Look for the WiFi certificate!WiFi is the compatibility brand for access points and subscriber equipment from the Wireless Ethernet Compatibility Alliance (WECA). This WECA WiFi certification guarantees users com-patibility of IEEE 802.11 and 802.11a, b, g, n, p products from different sources.The goal is to establish and maintain the WiFi quality mark for WLAN products on a worldwide basis. WECA has agree-ments in place with the majority of WLAN component manu-facturers to certify their products.

802.11a 5 GHz wireless local area network standard (WLAN)

802.11b 2.4 GHz WLAN standard, worldwide

802.11d Additional regulations for roaming

802.11e Defines QoS

802.11f Defines the inter access point protocol

802.11g New generation of 11.b standards for higher transmission rates

802.11h 5 GHz standard for European demands (ETSI)

802.11i Defines the safety features

802.11n Improved data rates using MIMO technologies

802.11p Regulates the use in «intelligent transportation systems»

802.11x Defines the port based access control


Implemented, power restriction detailed Frequency restricted

Country2400-2483.5

MHz

Indoor use

5150 - 5250

MHz (Band a)

Indoor use

5250 - 5350

MHz (Band b)

Outdoor and indoor

use 5470 - 5725 MHz

(Band c)

Outdoor use

5725 - 5825

MHz (Band d)

Notes

5 GHz frequency bands

USA 125 mW 50 mW 250 mW 250 mW 1 W - 6 dBi -

Canada 4 W 200 mW 1 W 1 W Band (a) indoor use only.

EUROPE

Austria 100 mW 200 mW 200 mW 1 W 25 mW

Band (a) indoor use only. (Specification FSB-LD047). 20 mW w/o TPC or DFS Band (d) allocated for ISM equipment / non specific SRD. 20 mW w/o TPC/DFS. No harmonised specification. Band (c) 500 mW w/o TPC/DFS

France 100 mW 200 mW 200 mW Band (a) and (b) indoor use only.

Germany 100 mW 200 mW 200 mW 1 W 4 W

Band (a) and (b) indoor use only. Band (c) indoor and outdoor use permitted.Comment: without DFS the EIRP at band (a)

and (b) is limited to 60 mW.without DFS and TPC the EIRP at band © is limited to 30 mW

Italy 100 mW 200 mW 1 W -

Spain 100 mW 100 mW 100 mW 1 W -

Sweden 100 mW 200 mW 200 mW 1 WBands (a) and (b) indoor use only. DFS and TPC use mandatory.

Switzerland 100 mW 200 mW 200 mW 1 W

Bands (a) and (b) indoor use only.Without DFS or TPC radiation is limited to 60 mW in bands (a) and (b).With DFS or TPC radiation is limited to 120 mW in bands (a) and (b)With DFS or TPC 1 W EIRP in band (c). Without TPC EIRP is limited to 500 mW

UK"200 mWBand A"

"200 mWBand A"

"1 WBand B"

"5725 - 5850 MHz4W

Band C"

With random channel selection and no TPC are limited to 60 mW in bands (a) and (b). With random channel selection and with TPC are limited to 120 mW in bands (a) and (b). Products with DFS and TPC:Indoor operation allowed in bands (a) and (b) with power limited to 200 mW.Indoor/outdoor operation allowed in band (c) with power limited to 1W.Band (d) further sharing studies to be carried out before WLAN use is allowed.

Russia 100 mW 200 mW 200 mW 1 W Band (a) and (b) i-ndoor and outdoor

European notes (general):1. Power limits assume that full compliance with HIPERLAN standards is achieved (EN 301 893), this includes implementation of DFS and TPC.2. For devices that cannot meet HIPERLAN standard there are country specific rules (normally with lower power limits) depending on the DFS/TPC like features

that are implemented. See UK entry for an example of this.

3. Band (d) 5725-5825 MHz is generally available for unlicensed Short Range Devices. However, its use for 802.11a or HIPERLAN products is not defined and no harmonised standards exist.

EIRP Regulations

WLAN standards


Antenna technology

Frequency bandAntennas allow transmission and reception of radio signals over the air within well defined frequency bands. With ade-quately modulated signals, it is possible to exchange wireless data and voice information.

GSM 900 870 – 960 MHz

GSM 1800 1710 – 1880 MHz

DECT 1880 – 1930 MHz

UMTS 1900 – 2170 MHz

802.11b/g 2400 – 2500 MHz

802.11a/h 5150 – 5825 MHz

LTE 800 791 – 862 MHz

LTE 2600 2500 – 2690 MHz

USA Public Safety 400 450 – 512 MHz

USA Public Safety 5000 4940 – 4990 MHz

Antennas may be designed for single band, dual band, multi-band or wideband applications.Single band antenna: 2.4 GHzDualband antenna: 2.4 GHz / 5.6 GHzMultiband antenna: 2.4 GHz / 3.6 GHz / 5.6 GHzWideband antenna: 700 MHz to 6.4 GHz

ImpedanceMicrowave and RF antenna systems operate with a standard 50 Ω impedance. All antennas offered by HUBER+SUHNER are 50 Ω.The antenna designation summarises the basic electrical per-formance of an antenna. Different connector styles can be associated with the same antenna designation. For different connector types please refer to page XX.


SPA designation code

Antenna technology

Description

Frequency

Beam width horizontal [°]

Gain [dBi]

Tilt (electrical) [°]

Polarisation/additional feature

Version/suffix if applicable

SPA 1800 / 85 / 8 / 0 / DS _ 1

85 85° n Continuous number (n ≠ 0) $*

360 360° (Omni antenna) C (n) Customer specific type

... etc. * Used if more than one antenna with the same SPA desi-gnation exits

Single-band

1800 1800 MHz

860 860 MHz

915 915 MHz

... etc.

Dual-band

0820 800 MHz / 2000 MHz (AMPS, GSM-900/GSM-1800, PCS-1900, UMTS)

2456 2400 MHz / 5600 MHz (W-LAN 1.4 GHz/W-LAN 5 GHz)

– etc.

Wide-band, fits to SWA only DS Dual slant polarised +/–45° slant

0859 800 MHz – 5900 MHz V Vertical polarised

... etc. H Horizontal polarised

DV Dual vertical polarised

SPA SENCITY® Planar antenna VH Dual linear polarised (V/H)

SOA SENCITY® Onmi antenna LCP Circular polarised (left-hand)

SWA SENCITY® Wide-band antenna RCP Circular polarised (right-hand)

SNA SENCITY® Near-field antenna (full designation code n/a) RX30 LNA e.g. 30 dB gain

Note: For more information or exceptions from this code, please refer to our data sheets


Antenna technology

HUBER+SUHNER Planar antenna (SPA)

frequency 0.8 – 99

connector type (17, 19, 26, 41, 99)

type variation (continuous)

Product description TYPE NUMBER

13 24. 19. 0032

Connector type coding

Code Description

17 N

19 SMA

26 TNC

30 QN

35 QMA

41 7/16

56 reverse TNC

57 reverse N

59 reverse SMA

99 dualband / multiband / pigtail

Frequency coding

Code Description

08 frequency range 824 – 896 MHz


15 frequency range 1575 MHz


19 frequency range 1850 – 1990 / 1880 – 1930 MHz



24 frequency range 2300 – 2500 / 2400 – 2500 MHz




56 frequency range 5150 – 5875 / 5150 – 5350 / 5470 – 5875 MHz

99 dual- or multiband frequency

82

Plane of polarisation

E

x

yH

z

90

120

150

180

60

0

30

-30

-60

-90

-120

-150

-10 -6 -3 0


Linear vertical (standard WLAN technology) The radio waves leave the antenna in a vertical direction with respect to the horizon.

Cross polarised (dual slant, vertical-horizontal)Are mainly used in mobile radio systems: Two transmit/receive paths exist for radio signals. Diversity systems are easily imple-mented with such antennas.It is important to ensure that the transmit and receive polarisati-on are identical for either side of the WLAN system. With diffe-rent polarisations, an increase in system loss must be taken into account.

Radiation patternsThe radiation characteristic of an antenna is represented through a simple diagram. Instead of the separate horizontal and vertical radiation patterns, modern test ranges produce a 3-dimensional antenna patterns from where the vertical and horizontal patterns can be extracted.

PolarisationOur antennas are available in the following polarisation schemes:

Right and left hand circular(used in high reflection areas to reduce interference): The radio waves rotate along their wavelength in a 360 degree right or left handed direction.

Omni antenna

Direction antenna

Antenna technology

83

90

120

150

180

-150

-120

-90

-60

-30

-20 -10 -6 -3 0 0

30

60


Beam width of the antennaA further important antenna feature is the beamwidth. This can be calculated from the radiation patterns, and is defined at the point where the radiated power has fallen by half. This is known as the 3dB point, and is calculated by the following method: Extend a line from the centre of the patterns to the first intersection of the antenna energy and the -3dB point. This defines the angle, i.e. 30 degrees.Extend a second line, intersecting the antenna energy at the next -3dB point, this defines the second angle, i.e. -30 degrees. The sum of these two measurements is the antenna beamwidth, which for the above example would be 60 degrees. This me-thod can be used for both the Horizontal and Vertical radiation patterns.

GainAntenna gain is a measure of how energy is confined into a certain direction. Whilst an ideal antenna with 0 dBi gain radi-ates energy in all directions (isotropically), a directional anten-na concentrates the same amount of energy into a section of the space on a specific heading.For the sake of understanding, an isotropic element can be simply compared to a balloon. When pressed from above and below the typical characteristic of an omni antenna is represen-ted. With directional antennas, one of these two ovals is di-rected with a reflector in a single direction. When the gain is given in respect to a Isotropic element, the unit is specified as dBi, when in respect to a half wave dipole, the unit is dBd (dBi = dBd + 2.15 dB).

dBi Gain of antenna with reference to an ideal isotropic antenna

dBd Gain of antenna with reference to a half-wave dipoledBm Power referenced to 1 milli wattdB Logarithmic unit

Useful dB values+ / –3dB represents a doubling or halving of the powerAs a rule of thumb 6dB represents a doubling in link distance

Comparison power vs. dBm

Transmitted power Logarithmic unit

1 mW 0 dBm

1.25 mW 1 dBm

1.6 mW 2 dBm

2 mW 3 dBm

4 mW 6 dBm

10 mW 10 dBm

20 mW 13 dBm

32 mW 15 dBm

100 mW 20 dBm

200 mW 23 dBm

400 mW 26 dBm

800 mW 29 dBm

1000 mW 30 dBm

3dB

beamw

idth

Towards omni antenna

Isotropic element

0 dBi

Direction antenna characteristic

e.g. 9 dBi

Omni antenna characteristic

e.g. 2 dBi

Toward

s dire

ction a

ntenn

a

Antenna technology

84 HUBER+SUHNER RF antennas – Glossary

AP Access Point. Base station providing a connection to a Wireless LAN through a defined radio cell.

Bluetooth Radio technology for mobile telephones, PDAs, Notebooks, and Network peripherals to IEEE802.11 standard in the 2.4GHz band. Maximum range 10m, modulated signal through frequency hopping.

CPE Customer Premise Equipement

CSMA/CA Carrier Sense Multiple Access/Collision Avoidance: MAC-Protocol, standard access method for Wireless LANS to IEEE 802.11.

DECT Digital enhanced cordless Telecommunications: Flexible high end standard for micro cellular radio networks with a cell radius of approx. 300m. Also user as a carrier technology for WAP

DFS Dynamique frequency selection

DHCP Dynamic Host Configuration Protocol

DMAP Multimedia Access Profile: improved DECT Standard.

DS Distribution System. Connecting multiple cells together over a common infrastructure.

DSSS Direct Sequence Spread Spectrum. Spreading of a small band signal over a wide frequency.

EAP Extensible Authentification Protocol. Relevant to point to point systems

EiRP Effective Radiated Power from the Antenna. Calculated from the sum of transmit power, antenna gain and cable losses.

EMC Electromagnetic Compatability

ETS 300 328 Radio Network Standard

ETSI European Telecommunication Standards Institute

ESS Extended Service Set. Designation for extended WLANs consisting of multiple radio cells.

FHSS Frequency Hopping Spread Spectrum

GSM Global System for Mobile Communications

GPRS General Packet Radio Service. Data communication protocol in mobile networks

(HF) Units: GHz, MHz, Hz The international unit for frequency is the Hertz (Hz). A Megahertz (MHz) represents a thousand Hertz, and GHz represents a million Hertz.

HiperLAN High Performance Radio Local Area Network.

Hub A network element allows multiple output ports from a single network connection. These bring further or wider connection points for peripherals (i.e. Access Points)

IBSS Independent Basic Service Set: stand alone WLAN (Adhoc Network).

ITS Intelligent Transportation Systems

ISM Industrial Scientific Medicine. A designated frequency band at 2.4GHz, generally used for wireless technologies.

LTE Long Term Evolution

MAC Medium Access Control. Element of the data link layer, controlling access to the physical medium.

Microcell A limited, small radio cell in which wireless devices can operate.

NAT Network Address Translation.

NIC Network Interface Card

OFDM Orthogenal Frequency Divison Multiplexing

PDA Personal Digital Assistant.

Peer-to-peer Network model in which each user has equal capabilities and can initiate communication sessions with other users.

PPP Point-to-point Protocol

PoS Point of Sale

QoS Quality of Service

Roaming The ability to move between radio cells of different networks

TPC Transmission Control Protocol

Glossary

85HUBER+SUHNER RF antennas – Glossary

Glossary

VSWR The VSWR value describes the part of the power in the system, which is reflected immediately again in the system.

WAP Wireless Application Protocol.

WECA Wireless Ethernet Compatability Alliance. Promoting interoperability of 802.11 peripherals and Access Points.

WEP Wired Equivalent Privacy

WiFi Wireless Fidelity. A trademark of the WECA, ensuring 802.11 compatability.

WLAN Wireless Local Area Network

WLL Wireless Local Loop.

86 HUBER+SUHNER RF antennas – Glossary

Further catalogues

Railway productsAvailable online only!

Train-to-shore communicationItem no. 84112422

HUBER+SUHNER AG Radio Frequency Division Degersheimerstrasse 149100 HerisauSwitzerland Phone +41 71 353 4111 Fax +41 71 353 4444 hubersuhner.com 8

40

06

561

_Rev

.B/1

2.2

012

HUBER+SUHNER is certified according to EN 9100, ISO 9001, ISO 14001, ISO/TS 16949 and IRIS.

WaiverFact and figures herein are for information only and do not represent any warranty of any kind.

Documents

WiMAX 2 4 GHz circular linear polarised - nkt-rf.ru · 6 HUBER+SUHNER RF antennas – 2.4 GHz linear polarised SENCITY® OMNI-S (indoor) linear polarised SOA 2400/360/4/20/V_2 Technical