Antennas WiFi WiMAX

7/27/2019 Antennas WiFi WiMAX

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ANTENNAS FOR

BROADBAND WIRELESS

WiMAX AND WIFI

HUBER+SUHNER

Edition 2007/2008

Excellence in Connectivity Solutions


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FURTHER ANTENNA CATALOGUES AND BROCHURES

Antennas and cables for rail-way applications (brochure)Item no. 84030859

Broadband indoor antennas(brochure)Item no. 84001364

RFID antennas(product catalogue)Item Nr. 84035963


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CONTENT

IntroductionPage 2

2400 circular polarisedPage 27

2400 linear polarisedPage 37

3.6 GHz linear polarisedPage 77

5 GHz linear polarisedPage 103

Dualband 2.4 5 GHzPage 141

Broadband / mounting bracketsPage 147

Complementary productsPage 159

GlossaryPage 168


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THE HUBER+SUHNER GROUP is a leading globalsupplier of components and systems for electrical andoptical connectivity. Our customers in telecommunica-tions, industrial applications and transportation appre-ciate that we are specialists with detailed knowledgeof practical applications. We offer technical expertisein radio frequency technology, fiber optics, cables andpolymers under one roof, thus providing a unique basisfor continual innovation focused on the needs of our cus-tomers all over the world.

Our motto is: EXCELLENCE IN CONNECTIVITY SOLU-TIONS. At the heart of our offering is a broad range ofproducts that can be relied on to meet high quality stan-dards, backed up by flexible, dependable services withfast response times worldwide. We concentrate on com-plex applications that allow us to stand out by addingvalue with special product features, customer-specificinnovations, engineering and other services.

COMMUNICATIONOUR COMPANY

Connections that enrich our livesOur broad range of products and servicesmake an essential contribution to set upand expand fixed-line and mobile com-munication networks. We offer radio fre-quency components and broadband anten-nas for all common standards, fiber opticcables, connectors and distribution systemsfor telecom and local networks. Coaxialcables, connectors for radio networks, testand measurement and lightning protectioncomponents are also available.


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TRANSPORTATION INDUSTRY

Connections that get us movingAs one of Europes leading suppliers,HUBER+SUHNER offers a wide range ofproducts which provide the platform tobuild modern rail transport systems. Theseproducts are developed for high qualityneeds and are specifically designed forapplications such as: train positioning withGPS, cellular distribution for mobile tele-phone access, WiFi distribution for on-traininternet access, CCTV for video surveil-lance, passenger infotainment systems forreal time passenger information and enter-tainment, OTMR for train diagnostics du-ring operation, inter vehicle jumper systemsand profiles for safety and comfort.

Connections that add valueOur components and system solutionsare suitable for specialised applicationsin aviation, space, defense, and medicaltechnology. Our products are superior,providing constant reliability even underextreme conditions: from copper cable tooptical fiber and distribution systems andhigh frequency components.


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The world of mobile telecommunication is on its wayto change from pure voice applications to high speeddata networks. The evolution of wireline based IP/Eth-ernet, DSL, fibre to the home, and powerline commu-nications is stimulating fixed broadband data and willstrongly leverage mobile applications. Availability ofseamless mobile broadband data anywhere anytimewill revolutionise and foster new service applicationsin the field of communication, industry, transportationand health care.

WLAN/Wi-Fi already provides real broadband wire-less experience to nomadic users, and Carrier ClassWiMAX / 3G will enhance broadband wireless,pushing for real mobile high speed access and guar-anteed quality of service.

Communication services will be combined in manydifferent ways to offer high speed digital data toindustry, office and residential users. Desktop comput-ers, television sets, notebooks and handheld terminalswill turn into multifunctional devices for internet ande-mail access, VPN connectivity, instant messaging,video conferencing, media streaming, interactive gam-ing, VoIP, E-Commerce, telemetry, remote biometricanalysis and many more applications.Developed countries usually have a fairly good wire-line Metro Area infrastructure. Fibre based networksprovide E1/T1 access for industrial and office envi-ronments. CATV and plain old telephone lines providelast mile broadband DSL access for residential users,and fibre to the home is currently being heavily pro-moted in some countries.Still there is a demand for wireless broadband access

in remote and urban areas. The key driver for this ismobility along with the expectation of the end usersto have broadband data available at their finger tipswherever they are roaming. On top of mobile serv-ices, fixed wireless is an attractive alternative to deliv-ering competitive broadband data to underservedareas in emerging and developed markets. Thanks toits nature, it is straightforward to deploy and does notinvolve the prohibitive costs of laying cable networks.Today three major technologies for broadband wire-less access can be identified:

BROADBAND WIRELESS ACCESS A BRIEF SUMMARY

WLAN/ Wi-FiWiMAX.3G Systems (UMTS, CD MA 2000, TD-SCDMA)

Wi-Fi networks (the brand name for WLAN) arefocussed on public hot spots, offices and the industrialenvironment. City-wide meshed networks will play animportant role in municipal applications for both pub-lic authorities and private users.Wi-Fi has experienced fast but unorganised growthand is mostly a rather patchy solution. Roaming is pos-

sible within single Wi-Fi networks but is not supportedon a general scale. Nevertheless, WLAN networkshave gained wide acceptance and proven to be anefficient solution for short distance wireless coverage.Wi-Fi will also be a versatile option to divert WiMAXand 3G services into picocell areas.Due to the unlicensed spectrum utilised, Wi-Fi may suf-fer from RF-interference of co-located systems operat-ing in the same ISM band. Moreover, limitations existwith regard to QoS. However, if Wi-Fi deployment iswell co-ordinated, disturbances can be reduced to aminimum.


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ITU IMT-2000

WiMAX?

IEEE/WiMAX Forum

UMTS

3rd GenerationPartnership Project

(3GPP)

CDMA 2000

3rd GenerationPartnership Project

(3GPP)

TD-SCDMA

CATT/TD-SCDMAForum

UWC-136

US/EuropeETSI SMGUS TR45.3US T1P1US TR46

DECT+

ETSI Project

BROADBAND WIRELESS ACCESS A BRIEF SUMMARY

WiMAX (Worldwide Interoperability for MicrowaveAccess) and future 3G systems will be the real nextquantum leap to deliver wireless broadband for busi-ness, SoHo (Small office Home office) and residentialusers.WiMAX aims to provide broadband last mile accessfor fixed (IEEE 802.16-2004) as well as mobile(802.16e-2005) wireless services and long rangepoint to point RF and millimetre wave backhauling.It addresses the consumer, office and industry mar-kets. WiMAX networks will be operating in licensedfrequency bands to ensure high speed access at an

appropriate QoS. Similar to the Wi-Fi Alliance, theindustry has founded the WiMAX Forum, a non-profitorganisation which promotes WiMAX and certifiesinteroperability of WiMAX products and network com-ponents in accordance with IEEE 802.16 and ETSIHiperMAN wireless MAN standards. Standardisationand interoperability are key to the success of WiMAXas this will ensure a competitive environment anddrive down equipment costs through integration andeconomies of scale in mass production.

Possibly, WiMAX 802.16 will become a member ofthe IMT-2000 family besides the existing 3G tech-nologies. This would allow WiMAX to have the sameaccess to spectrum as todays pure 3G networksand would support WiMAX as an alternative wirelesstechnolgy besides 3G.

3G systems are already being rolled out on a largerscale and will offer initial medium speed data. Amigration path for 3G evolution towards real broad-band data is already being defined, and one canexpect Wi-Fi, WiMAX and 3G systems to complement

each other, finally converging into a 4G world.


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Throughout the recent years, IEEE 802.11 WirelessLocal Area Networks (WLAN) have become a popu-lar and widely adopted means for mobile data trans-mission in various applications. Initially deployed asa picocell wireless extension of Ethernet in offices, hotspot and industrial WLAN networks have grown from

local applications to city-wide municipal networksdelivering state of the art service to private and publicusers.

WLAN WIRELESS LOCAL AEREA NETWORK

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

Wireless networks for data transmission so-calledWireless Local Area Networks have been underdiscussion for years, but only since the publication ofthe 802.11b standard enabling raw transmission ratesof 11 Mbps has this vision become a reality. The evo-lution of new technologies from 802.11a to 802.11g

have increased data throughput to 54 Mbps, ena-bling real time video streaming and rich contentapplications. With 802.11n making use of MIMO


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(Multiple Input Multiple Output) technology, capacitywill be increased even more up to several 100 Mbps.Wireless local area networks operate in non-licensedfrequency bands from 2.4 GHz to 2.4835 and sub-bands from 5.15 to 5.875 GHz. Frequency allocationdiffers slightly in different countries; detailed informa-

tion is available from the national regulation authori-ties/ OFCOMs. A brief overview is given on page13.

WLANs offer versatile solutions for remote access toimportant information and data. Nomadic applica-tions such as real time access to presentations orvideo streaming during meetings, data gathering andexchanging on production lines or during servicecalls, control of warehouse logistics flows and set-ting up of ad hoc networks and many more can berealised thanks to the straightforward deployment ofWLANs.

Hospitals utilise WLANs for fast and mobile accessto patient records by doctors, nurses and technicians.Due to their limited transmit power, indoor WLANsystems may be even used in intensive care stationswithout providing harmful interference to the sensitivemedical equipment.Of course, WLANs can also be utilised in outdoorenvironments, for example for providing Internet ande-mail access on trains and subways, backhauling

high rate data traffic between buildings or connectingto remote video surveillance cameras. Supporting var-ious applications at low to medium costs of ownershipalong with the capability of rapid deployment has ledto the tremendous success of WLAN networks.

WLAN WIRELESS LOCAL AEREA NETWORK


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802.11b/g 802.11a/h

WIFI SYSTEM ARCHITECTURE AND NETWORK COVERAGE

WiFi - networks offer versatile solutions forpeer-to-peerpoint-to-multipointmeshedpoint-to-point backhauling

networks.

Ad-Hoc/Peer to Peer NetworksUsers communicate directly with the other users sub-scriber equipment without routing traffic through a

backbone network. The signal transmission distancerelies on equipment performance and the local envi-ronment.

Point to MultipointThe WiFI network provides a cellular type of cover-age connecting multiple buildings and multiple userswith a centralised WLAN base station infrastructure.This is often also referred to as last mile access. Thesimplest way to realise Point to Multipoint coverageis to use omni-directional antennas. When capacityneeds to be increased, additional access points willhave to be fitted and directional antennas will have tobe used to divide coverage into different sectors.

Peer-to-peer networks

Wireless network: point to multipoint

WLAN picocell networks

Given that there are three independent frequencychannels at 2.4 GHz and even more at 5 GHz inmost countries, WiFi can be used to set up picocellnetworks having a frequency reuse factor of min. 3based on a three sector arrangement. This will allowhigh density metro area networks supporting seamlessroaming.


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Meshed networksMeshed networks utilise a number of access points,each being interconnected to its neighbouring accesspoint. This allows dynamic routing of data packetsthrough the system between any of the subscribers.The network is self-learnable and data paths arechosen according to optimum signal to interferenceconditions to ensure fast and reliable transmission.Meshed networks are being increasingly deployed inlarge scale metro areas to facilitate access to mobileapplications anywhere anytime.

Point to pointPoint to point radio bridges are used to backhaullocal LANs to backbone networks or to interfacebetween separate LANs at different locations (i.e.between buildings). This eliminates the need for

expensive cable or fibre interconnect options andcostly truck roll.

Stand alone wireless network with access pointFinally, the simplest WLAN network consists merely ofa single access point or WLAN router which providesmultiple users with a wireless connection to the fixednetwork (e.g. DSL).The planning and installation of Wireless LANs is aroutine process for established IT contractors, wirelessInternet service providers and system integrators. Net-

work enhancement is possible through the choice ofappropriate antennas and antenna sites. RF propaga-tion characteristics, security improvements, optimisedperformance or site aesthetics are key concerns for

Wireless network: point to point

Stand-alone wireless network with access point

WIFI SYSTEM ARCHITECTURE AND NETWORK COVERAGE

which external antennas can offer an optimum solu-tion. For professional network optimisation of wirelessnetworks, various antenna platforms can be utilised:Omni-directional (radio signal emitted over 360degrees), Directional (targeted emissions) and alsoActive (boosted receive signal).


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POSSIBLE APPLICATIONS OF WIRELESS LOCAL AREA NETWORKS

The introduction of WLANs offers users the ability tocross boundaries defined by fixed networks. WLANsolutions overcome the physical limitations of fixednetworks and provide a high degree of flexibility atmoderate capital expenditures.

FlexibilityIn many enterprises, workers from different disciplinesself-organise and re-organise in specific teams. Theability to scale a fixed network in line with dynamicbusiness needs presents a burden not just in terms

of time, but also capital investment and operatingexpenses. This is often a key factor in serviced officesand leased premises.

Building and planning restrictionsWithin listed or older buildings such as universities,new cable management systems and wall penetrat-ing solutions to support new or existing wired LANsare impossible to implement in compliance with localplanning laws. In commercial and private rentedpremises, the owner can often demand and chargefor removal of equipment installed by the outgoingtenant.

Mobile access to corporate informationIn many industries, mobile employees require accessto their corporate data networks. From warehouse-men, service engineers to sales representatives, rapidconnectivity to corporate information and systems irre-spective of location is a competitive advantage.

CostsHigh-bandwidth fibre optic cabling provides an alter-

native to building interconnections. A complex cablingsolution becomes increasingly more complicated.Advantages of Wiress LANs:

Flexible and rapid exchange of dataShared usage of costly resources (e.g. printers)Convenient access to e-mail and InternetHigh speed connectivity (evolution to 54 MBit/s)

From the many advantages of WLAN, some typicalapplications and network configurations include:

Wireless connection to an existing LANThis enables a radio connection between PC worksta-tions. The access point acts as a gateway betweenthe wireless clients and the existing Ethernet. Withinthe access point cell, the local fixed network can beutilised. A direct benefit is that the existing net can besimply and rapidly extended at minimum cost.

Public access (open access)Access points in the public domain offer a simple andquick method of providing access to the Internet and

other varied information sources.

Typical applications:

Retail outlets

Restaurants

Hot Spots

Hospitals

Offices

University campuses

Manufacturing facilities

Historical and protected buildings

Temporary networks


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HUBER+SUHNER SUPPORTS YOU WITH ONE STOP SHOPPING

all items from a single source

technical support through 15 years of antennaexperience and 150 years of cable technology

complete service through competent support ofdistribution 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


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WLAN STANDARDS

Why standards?Interoperability of components and networks is key tothe success of WLAN. Common standards protect endusers from restrictive proprietary technologies andfacilitate maximum competition. A cornerstone in wire-less network development has been the establishmentof an open standard known as 802.11. On this basis,customers are able to select and purchase equipmentappropriate to their requirements and have the confi-dence that they will work seamlessly together withoutbeing tied to a single source. This compatibility is

guaranteed and controlled through the Wi-Ficertification and trademark scheme.

Look for the WiFi-certificate!Wi-Fi is the compatibility brand for access points andsubscriber equipment from the Wireless Ethernet Com-patibility Alliance (WECA). This WECA Wi-Fi certifica-tion guarantees users compatibility of IEEE 802.11and 802.11a, b, g, n products from different sources.The goal is to establish and maintain the Wi-Fi qual-ity mark for WLAN products on a worldwide basis.WECA has agreements in place with the majority ofWLAN component manufacturers to certify theirproducts.

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 the service quality

802.11f defines the inter access point protocol

802.11g new generation of 11.b standards forhigher 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(first draft expected 2007)

802.11x defines the port based access control


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WIMAX

WORLDWIDE INTEROPERABILITY FOR MICROWAVE ACCESS

Encouraged by the success of WLAN systems,WiMAX strives to deliver broadband data throughhigh density urban and suburban wireless networks.It also facilitates long range backhauling to remoteareas based on standardised and interoperableequipment. However, the key focus of WiMAX is onfixed nomadic and mobile applications such as

access to internet and e-mailaccess to local information servicese-businesspublic safety solutions and remote surveillance

office communicationremote biometric analysistelemetrygoods trackinginfotainmentcarrier class VoIP

based on IEEE standards 802.16-2004 and 802.16-2005, respectively. Having two distinct WiMAXstandards will allow operators to scale their networksto different needs, depending on whether they wantto support last mile access only (Fixed WiMAX) ormobile roaming (Mobile WiMAX). Fixed WiMAX isa particularly interesting solution for providing lastmile access in developing regions without any existingwireline infrastructure. It primarily targets residentialand office users having no or no reliable access tobroadband services today, and it will enable high

speed access in remote areas for which up to now ithas been too costly to provide broadband infrastruc-ture. Mobile WiMAX will enable access to informa-tion while on the move, e.g. in the car, on the train orsimply when walking around in metro areas. Once


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Making WiMAX the

platform of choice for

broadband wirelessaccess.

fixed broadband has become common feature, itcan be expected that people would not like to miss itwhen roaming between different places.WiMAX networks will be rolled out in a way similarto 2G and 3G sectorised networks. Contrary to 2Gand 3G systems, many WiMAX deployments use aninitial three sector arrangement to support sufficientcapacity from the very start. As the networks grow,the antenna configuration may turn to a four sectorarrangement and more and more base stations willbe fitted into the system to cope with increased traffic.

Very similarly to 2G and 3G networks, WiMAX willfinally migrate to a microcell configuration with rawdata rates of up to 100 Mbps being available withincertain areas close to base stations.

InteroperabilityInteroperability of equipment and networks is key tosuccessful growth of WiMAX. Similarly to the Wi-Fiorganisation, the WiMAX Forum has been formed asa non-profit organisation that promotes and certifiesinteroperability of products and networks and helps toestablish WiMAX as an important wireless broadbandaccess technology.Frequency spectrum for WiMAXUnlike WLAN networks, WiMAX networks will oper-

ate in licensed frequency bands which will provideaccurate Quality of Service and help to protectoperators investments.The spectrum accessible to WiMAX in different geo-graphic areas is shown in the diagram on the nextpage.The major frequency bands for WiMAX are

2.3 GHz 2.4 GHz2.496 GHz to 2.69 GHz (ITU option forIMT2000 systems)3.3 GHz to 3.4 GHz3.4 GHz to 3.6 GHz3.6 to 3.8 GHz

Additional frequency bands may be added in thenear and midterm future.The licensing process has already started in manycountries and has even been completed in others.


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CANADA

2.3, 2.5, 3.5, 5.8 GHz

RUSSIA

2.3, 2.5, 3.5, 5.8 GHz

ASIA PACIFIC

2.3, 2.5, 3.3, 3.5, 5.8 GHz

EUROPE

2.3, 2.5, 3.5, 5.8 GHz

MIDDLE EAST & AFRICA

3.5, 5.8 GHz

LATIN AMERICA

2.5, 3.5, 5.8 GHz

USA

2.3, 2.5, 3.7, 5.8 GHz

SPECTRUM AVAILABLE FOR BWA BY REGION

The detailed frequency bands including future potential spectrums are as follows

Country Frequency Comment

Canada

2.3 GHz Wireless Communication Services, WCS

2.5 2.69 GHz

3.4 3.65 GHz

5.725 5.825 GHz

3.65 3.7 GHz possible harmonization with the USA

USA

700 800 MHz

2.3 GHz (WCS) The 2.3 GHz WCS band is common in both, Canada and the USA.

2.5 2.69 GHz

3.65 3.7 GHz

5.725 5.85 GHzArgentina, Brazil, Chile,Columbia, Ecuador, Mexico,Uruguay, Venezuela

2.5 GHz

3.5 GHz

5.8 GHz

Throughout the continent, 2.5 GHz is common to most countries.5.8 GHz is widely available as a license exempt band.3.5 GHz, also common globally, has sharing issues in the USA.

Europe

3.4 3.6 GHz Parts are avai lable in various forms in most countr ies in Europe.

3.6 3.8 GHz There are some existing licenses in this band.

5.725 5.875 GHz This band is NOT currently widely available as a license exempt band.

2.5 2.69 GHz Availability and licensing of this band are under discussion.

Asia / India

3.4 3.6 GHzAvailable in some countries in Asia, notable exceptions are Japan,Taiwan, India and Vietnam.

3.3 3.4 GHz Greater interest in India and some APAC countries.

5.8 GHz Widely available as a license exempt band, although many countriesimpose usage restrictions.

2.5 GHz Potentially available.

2.3 2.4 GHz Of interest for f ixed wireless service in some APAC countr ies


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Base station infrastructure:WiMAX will increasingly utilise tower top base sta-tions with short corrugated jumper cables to theantenna. This is possible because of the advanceddesign and operational experience with active tower

top equipment now available. Feeder lines running tothe antennas will be replaced by fibre optic assem-blies (e.g. Fibre-To-The Antenna ODC assemblies fromHUBER+SUHNER) which will connect the base bandgateway.Tower top base stations help to prevent increasedfeeder loss at higher frequencies (i.e. 2.5 GHz) andcut the cost of truck roll and installation. In addition,they allow operational costs to be improved dueto reduced overall power consumption for RF andcooling. The base station itself and the base band

gateway unit may even be set up at distant locations,which offers the flexibility to cope with site restrictions.We offer a variety of WiMAX base station antennasto meet different OEM and operator requirements.

base station antenna

Apart from the standard portfolio, customer specificdesigns (e.g. base station integrated antennas andadaptive arrays) are available on request.Beyond antennas, we provide a complete product

portfolio for WiMAX base station accessories compris-ing lightning and surge protectors (RF and baseband),feeder lines and jumper cables as well asFibre-To-The -Antenna solutions.

WiMAX base station antennas and accessories

corrugated jumpercable assembly(see page 162)

lightningprotector

(see page 158)

fiber optic FTTA/ODCassemblies (see page 163)

fiber optic cable andcable installation systems (LISA)

tower topbase station

Core network

TYPICAL BASE STATION INFRASTRUCTURE


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Customer premises equipment (CPE):WiMAX will make use of outdoor and indoor CPEunits depending upon the overall link loss require-ments. Indoor CPE units are applied at sites close tothe WiMAX base station and will come either withembedded and/or separate adjustable directiveantennas or switched beam antennas. Outdoor CPEshelp to prevent additional RF losses inherent to build-

ing walls and windows. This improves the link balanceand ultimately increases data rates or link distance.Outdoor CPEs comprise a high gain low beamwidthantenna which is either integrated in the transceiver


WiMAX subscriber antennas


indoor CPE antenna

(custom specific and standard designs)

TYPICAL INDOOR CPE ANTENNA SOLUTION

unit itself or installed a short distance away. The CPEis physically connected to the in-building LAN throughEthernet.HUBER+SUHNER provides a standard portfolio ofantennas and mounting accessories for outdoor CPEsand has also specialised in customer specific antennasolutions for indoor CPEs. These very often call for a

customised form and styling due to aesthetic reasons.HUBER+SUHNER is willing to support customers withtailor-made products.


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WiMAX subscriber antennas


outdoor CPE antenna

TYPICAL OUTDOOR CPE ANTENNA SOLUTION


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WiMAX/ point-to-point backhauling

WiMAX / WiFi point to point backhaulingWiMAX point to point links make use of high gain lowbeamwidth antennas and are a cost effective way tobackhaul traffic from remote sites to central networknodes without the need for expensive wireline or fibreoptic backbone networks.

high gain directive antennas

Gateway Gateway

WiMAX POINT-TO-POINT LINK


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ANTENNA TECHNOLOGY

Frequency bandAntennas allow transmission and reception of radiosignals over the air within well defined frequencybands. With adequately modulated signals, it is possi-ble 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

WiMAX 802.16-2004/8002.16-2005

2.3 GHz, 2.6 GHz,3.6 GHz band

Antennas may be designed for single band, dualband, multiband 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: 700MHz to 6.4 GHz

aesthetic designcompact constructiondiscreet

ImpedanceMicrowave and RF antenna systems operate with astandard 50 Impedance. All antennas offered byHUBER+SUHNER are 50 .The antenna designation summarises the basic electri-cal performance of an antenna. Different connectorstyles can be associated with the same antenna des-ignation. For different connector types please refer topage 23.


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HUBER+SUHNER planar antenna (SPA)HUBER+SUHNER omni antenna (SOA)HUBER+SUHNER wideband antenna (SWA)

frequency (MHz)

beamwidth (horizontal) ()

gain (dBi)

downtilt (electrical) ()

Polarisation

Product description SPA NUMBER

SPA 1900 / 65 / 15 / 6 / DS_1* dual slant polarised +/- 45 slant * _1 = Optional sequen-

tial number

This number

separates diffe-

rent mechanical

designs and formand shape factor

for antennas

with identical

electrical perfor-

mance

860 800 V vertical polarised

920 900 DV dual vertical polarised

0859 800 - 5900 VH dual linear polarised (vertical / horizontal)

1500 GPS H horizontal polarised1800 1800 DF dual frequency

1819 800/1900 LCP circular polarised (left-hand)

1900 900 RCP circular polarised (right-hand)

2000 UMTS DCP dual circular polarised (right-hand)

2100 UMTS Rx30 amplified receiving channel

2089 800-900/1800-UMTS/2400 V_C vertical polarised customer specific

2400 2400 DS_C dual slant polarised customer specific

2454 2400 / 4900 - 5900

2456 2400 / 5100 - 5900

2459

2400 - 59003500 3500

5600 5100 - 5900

8019 800/1900

8090 800/900

9018 900/1800

ANTENNA TECHNOLOGY


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HUBER+SUHNER planar antenna (SPA)

frequency 0.8 99

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

type variation (continuous)

Product description TYPE NUMBER

ANTENNA TECHNOLOGY

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 /2300 2700 MHz /2400 2500 MHz



56 frequency range 5150 5875 /5150 5300 / 5470 5875 MHz

99 dual- or multiband frequency


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90

120

150

180

60

0

30

-30

-60

-90

-120

-150

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ANTENNA TECHNOLOGY

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

Cross polarised (dual slant, vertical-horizontal)Are mainly used in mobile radio systems: Two trans-mit/receive paths exist for radio signals. Diversity sys-tems are easily implemented with such antennas.It is important to ensure that the transmit and receivepolarisation are identical for either side of the WLANsystem. With different polarisations, an increase insystem loss must be taken into account.

Radiation patternsThe radiation characteristic of an antenna is rep-resented through a simple diagram. Instead of theseparate horizontal and vertical radiation patterns,modern test ranges produce a 3-dimensional antennapatterns from where the vertical and horizontal pat-terns 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 a360 degree right or left handed direction.

Omni antenna

Direction antenna


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90

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60

ANTENNA TECHNOLOGY

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 powerhas fallen by half. This is known as the 3dB point,and is calculated by the following method: Extend aline from the centre of the patterns to the first intersec-tion of the antenna energy and the -3dB point. Thisdefines the angle, i.e. 30 degrees.Extend a second line, intersecting the antenna energyat the next -3dB point, this defines the second angle,

i.e. -30 degrees. The sum of these two measurementsis the antenna beamwidth, which for the aboveexample would be 60 degrees. This method can beused for both the Horizontal and Vertical radiationpatterns.

GainAntenna gain is a measure of how energy is confinedinto a certain direction. Whilst an ideal antenna with0 dBi gain radiates energy in all directions (isotropi-cally), a directional antenna concentrates the sameamount of energy into a section of the space on aspecific heading.For the sake of understanding, an isotropic elementcan be simply compared to a balloon. When pressedfrom above and below the typical characteristic of anomni antenna is represented. With directional anten-

nas, one of these two ovals is directed with a reflec-tor in a single direction. When the gain is given inrespect to a Isotropic element, the unit is specified asdBi, when in respect to a half wave dipole, the unit isdBd (dBi = dBd + 2.15 dB).

dBi Gain of antenna with reference to an idealisotropic antenna

dBd Gain of antenna with reference to a half-wavedipole

dBm Power referenced to 1 milli wattdB Logarithmic unit

Useful dB values:+ / 3dB represents a doubling or halving of thepower

As a rule of thumb 6dB represents a doubling in linkdistance

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

3

be

m

wdt

Towards omni antenna

Isotropic

element0 dBi

Direction antennacharacteristic

e.g. 9 dBi

Omni antennacharacteristice.g. 2 dBi

Towar

dsdire

ctionanten

na


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2400 CIRCULAR POLARISED

Planar antennas

Frequency range 3 dB beamwith horizontal Gain Page

2300 2500 MHz 20 18.0 dBi 26 27

2300 2500 MHz 27 16.5 dBi 28

2300 2500 MHz 35 14.5 dBi 29 30

2300 2500 MHz 70 8.5 dBi 31 32


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PLANAR ANTENNA CIRCULAR POLARISED

SPA 2400/20/18/0/LCP

Technical data

Electrical properties

Frequency range 2300 2500 MHz

Impedance 50

VSWR 1.5

Polarisation circular, left

Gain 18.0 dBi

3 dB beamwidth horizontal 20

3 dB beamwidth vertical 20

Downtilt 0

Front to back ratio 30 dB

Axial ratio 1.5 dB

Max. power 50 W (CW) at 25C

Mechanical and environmental properties

Dimensions450 385 20 mm(17.72 15.16 0.79)

Weight 1.5 kg (3.31 lbs.)

Radome material ASA

Radome colour RAL 7035 (light-grey)

Back/base plane material aluminium anodized

2002/95/EC (RoHS) compliant

Operating temperature range 40C to + 80C

Storage temperature range 40C to + 80C

Windload 250 N at 160 km/h (100 mph)

Other information

Available type1324.19.0013 SMA femaleItem no. 22652435

Wall and mast mounting material (2 metal bands) included,mast diameter 54100 mm (2.13"3.94")

Mounting hardware

9091.99.0076 downtilt bracketItem no. 22652443

9091.99.0081 sidetilt bracketItem no. 22652639

Documents01.02.0777 security instruction01.02.1516 mounting instruction

ratiation patterns

horizontal

vertical


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SPA 2400/20/18/0/RCP

Technical data



Impedance 50

VSWR 1.5

Polarisation circular, right

Gain 18.0 dBi



Downtilt 0


Axial ratio 1.5 dB



Dimensions450 385 20 mm(17.72 15.16 0.79)


Radome material ASA







Other information



Mounting hardware




ratiation patterns

horizontal

vertical


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SPA 2400/27/17/0/RCP

Technical data



Impedance 50

VSWR 1.5


Gain 16.5 dBi



Downtilt 0


Axial ratio 1.5 dB



Dimensions340 275 20 mm(13.89 10.83 0.79)


Radome material ASA







Other information



Mounting hardware




ratiation patterns

horizontal

vertical


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SPA 2400/35/15/0/LCP

Technical data



Impedance 50

VSWR 1.5


Gain 14.5 dBi



Downtilt 0


Axial ratio 1.5 dB



Dimensions270 215 20 mm(10.63 8.46 0.79)


Radome material ASA

Randome colour RAL 7035 (light-grey)






Other information



Mounting hardware




ratiation patterns

horizontal

vertical


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SPA 2400/35/15/0/RCP

Technical data



Impedance 50

VSWR 1.5


Gain 14.5 dBi



Downtilt 0


Axial ratio 1.5 dB



Dimensions270 215 20 mm(10.63 8.46 0.79)


Radome material ASA






Wind load 85 N at 160 km/h (100 mph)

Other information



Mounting hardware




ratiation patterns

horizontal

vertical


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SPA 2400/70/9/0/LCP

Technical data



Impedance 50

VSWR 1.5


Gain 8.5 dBi



Downtilt 0


Axial ratio 3 dB



Dimensions101 95 32 mm(3.98 3.74 1.26)


Radome material ASA


Mounting socket material ASA

Mounting socket colour RAL 7042 (dark-grey)

Back/base plane material aluminium





Other information

Available type(wall mounting material included)

1324.19.0007 SMA femaleItem no. 22650456

Mounting hardware

9091.99.0029 mast mounting accessoryItem no. 22649576

9091.99.0080 mast mounting and sidetiltaccessoryItem no. 22652651


ratiation patterns

horizontal

vertical


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SPA 2400/70/9/0/RCP

Technical data



Impedance 50

VSWR 1.5


Gain 8.5 dBi



Downtilt 0


Axial ratio 3 dB



Dimensions101 95 32 mm(3.98 3.74 1.26)


Radome material ASA








Wind load 15 N at 160 km/h (100 mph)

Other information

Available types


1324.26.0002 TNC femaleItem no. 22651188

Mounting hardware

9091.99.0029 mast mounting accessoryItem no. 22649576

9091.99.0080 mast mounting and sidetiltaccessoryItem no. 22652651

Documents 01.02.0777 security instruction01.02.1509 mounting instruction

ratiation patterns

horizontal

vertical


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YOUR NOTES


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2400 LINEAR POLARISED

Omni antennas


2400 2500 MHz 360 3.5 dBi 38

2400 2500 MHz 360 4.0 dBi 39

2400 2500 MHz 360 6.0 dBi 40

2400 2500 MHz 360 12.0 dBi 41

Planar antennas


2150 2700 MHz 14 17.5 dBi 42

2400 2500 MHz 17 19.0 dBi 43 44

2200 2700 MHz 20 1516 dBi 45

2150 2690 MHz 21 15.5 dBi 46

2400 2500 MHz 20 15.5 dBi 47 48

2300 2500 MHz 20 18.0 dBi 49

2300 2700 MHz 25 16.5 dBi 50

2300 2500 MHz 27 16.5 dBi 51

2400 2700 MHz 35 14.0 dBi 52

2300 2500 MHz 35 14.5 dBi 53

2400 2700 MHz 40 11.0 dBi 54

2400 2500 MHz 40 13.5 dBi 55

2300 2500 MHz 45 11.5 dBi 56

2400 2500 MHz 60 14.0 dBi 57

2400 2500 MHz 60 17.5 dBi 58

2400 2500 MHz 70 Rx29/Tx6.5 59

2300 2800 MHz 75 7.5 dBi 60

2300 2500 MHz 75 8.5 dBi 61

2300 2500 MHz 80 8.5 dBi 62

2300 2500 MHz 85 16.5 dBi 632400 2500 MHz 90 13.0 dBi 64 65

2400 2500 MHz 90 17.0 dBi 66

2400 2500 MHz 120 13.0 dBi 67

2400 2700 MHz 20 15.516 dBi 68 69

2400 2700 MHz 60 1717.5 dBi 70

2400 2700 MHz 90 13.0 dBi 71 72

2400 2700 MHz 90 17.0 dBi 73

2500 2700 MHz 20 16.0 dBi 74 75


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OMNI ANTENNA LINEAR POLARISED

SOA 2400/360/4/0/DS

Technical data



Impedance 50

VSWR 1.5

Polarisation dual linear, 45 slant

Gain 3.5 dBi



Downtilt 0

Isolation between ports 25 dB



Dimensions

120 108 mm

( 4.72 4.25)


Radome material ASA







Other information

Available types

1324.17.0048 N femaleItem no. 84011274


Wall and mast mounting bracket included


ratiation patterns

horizontal

vertical


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SOA 2400/360/4/20/V

Technical data



Impedance 50

VSWR 1.5

Polarisation linear, vertical

Gain 4.0 dBi



Downtilt 20



Dimensions 86 43 mm( 3.39 1.69)


Radome material ASA







Other information

Available types

1324.17.0026 N femaleItem no. 23004161


Ceiling mounting material included


ratiation patterns

horizontal

vertical


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SOA 2400/360/6/0/V

Technical data



Impedance 50

VSWR < 1.8


Gain 6.0 dBi


Downtilt 0

Lightning protection DC grounded

Max. power 25 W at 25


Dimensions 22 250 mm( 0.87 9.84)


Radome material fibre glass UL94






Other information

Available types

1324.17.0043 N female (nato green)

Item no. 84004596

1324.17.0047 N female(RAL 7035, light grey)

Item no. 84008543

Mast mount (9091.99.0173 bracket + 2 metal bands) included

Documents 01.02.0777 security instruction

ratiation patterns

horizontal

vertical


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SOA 2400/360/12/0/V

Technical data



Impedance 50

VSWR < 1.5


Gain 12.0 dBi



Downtilt 0


Vertical plane sidelobe suppression 10 dB

Max. power 6 W (CW) at 25


Dimensions 30 1400 mm( 1,18 56,12)


Radome material fiber glass UL 94HB

Radome colour RAL 9002 (grey-white)






Other information

Available type1324.17.0062 N femaleItem no. 84018672

Mounting bands included for mast diameter 38 76 mm (1.5" 3.0")


ratiation patterns

horizontal

vertical


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PLANAR ANTENNA LINEAR POLARISED

SPA 2400/14/18/0/V

Technical data



Impedance 50

VSWR < 1.5

Polarisation linear, vertical or horizontal

Gain 17.5 dBi



Downtilt 0

Front to back ratio > 30 dB

Cross polarisationETSI EN 301-525 V 1.1.1. TS1-TS3> 26 dB

Sidelobe suppressionETSI EN 301-525 V 1.1.1. TS1-TS3> 12 dB



Dimensions450 450 50 mm(17.72 17.72 1.97)


Radome material polycarbonate






Windload and survival speed 572 N at 220 km/h (137 mph)

Other information


Mounting hardware9091.99.0183 downtilt bracketItem no. 84007205


ratiation patterns

horizontal

vertical


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SPA 2400/17/19/0/V_1

Technical data



Impedance 50

VSWR < 1.7


Gain 19.0 dBi



Downtilt 0

Front to back ratioETSI EN 301525 V1.1.1 (200006) TS3> 26 dB

Cross polarisationETSI EN 301525 V1.1.1 (200006) TS2> 21 dB

Sidelobe suppression ETSI EN 301525 V1.1.1 (200006) TS2



Dimensions371 371 40 mm(14.61 14.61 1.57)









Other information

Available type

1324.19.0053 SMA female antennamodule, only for integration with CPEenclosure 9091.99.0198Item no. 84018766

CPE enclosure9091.99.0198 CPE enclosureItem no. 84017536


ratiation patterns

horizontal

vertical


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SPA 2400/17/19/0/V

Technical data



Impedance 50

VSWR < 1.7


Gain 19.0 dBi



Downtilt 0

Front to back ratioETSI EN 301525 V1.1.1 (200006) TS3> 26 dB

Cross polarisationETSI EN 301525 V1.1.1 (200006) TS2> 21 dB

Sidelobe suppression ETSI EN 301525 V1.1.1 (200006) TS2



Dimensions371 371 40 mm(14.61 14.61 1.57)









Other information




ratiation patterns

horizontal

vertical


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SPA 2400/20/15/0/V

Technical data


Frequency range (MHz) 22002400 24002500 25002700

Gain 15.0 dBi 15.5 dBi 16.0 dBi

VSWR < 1.5 < 1.5 1.7

Impedance 50




Downtilt 0


Cross polarisationETSI EN 301525 V1.1.1 TS2> 18 dB

Sidelobe suppression ETSI EN 301525 V1.1.1 TS2



Dimensions305 305 25 mm(12.01 12.01 0.98)









Other information





ratiation patterns

horizontal

vertical


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SPA 2400/20/16/0/V_1

Technical data



Impedance 50

VSWR < 1.5


Gain 15.5 dBi



Downtilt 0


Cross polarisationETSI EN 301525 V1.1.1 (200106)TS1TS2: > 20 dB

Sidelobe suppressionAzimuthElevation

ETSI EN 301525 V1.1.1 (200006)TS1TS3> 18 dB

> 19 dB 2150 2500 MHz> 16 dB 2500 2690 MHz



Dimensions371 371 40 mm(14.61 14.61 1.57)





2002/95/EC (RoHS) compliantOperating temperature range 45C to + 70C



Other information



Documents01.02.0777 security instruction

01.02.1022 mounting instruction


ratiation patterns

horizontal

vertical


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SPA 2400/20/16/0/V_2

Technical data



Impedance 50

VSWR < 1.7


Gain 15.5 dBi



Downtilt 0


Cross polarisation ETSI EN 301525 V1.1.1 TS2




Dimensions305 305 25 mm(12.01 12.01 0.98)









Other information

Available type

1324.19.0052 SMA female antennamodule, only for integration with CPEenclosure 9091.99.0198Item no. 84017963

CPE enclosure9091.99.0198 CPE enclosureItem no. 84017536


ratiation patterns

horizontal

vertical


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SPA 2400/20/16/0/V

Technical data



Impedance 50

VSWR < 1.5


Gain 15.5 dBi



Downtilt 0


Cross polarisation ETSI EN 301525 V1.1.1 TS2




Dimensions305 305 25 mm(12.01 12.01 0.98)









Other information





ratiation patterns

horizontal

vertical


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SPA 2400/20/18/0/V

Technical data



Impedance 50

VSWR 1.5


Gain 18.0 dBi



Downtilt 0




Dimensions

450 385 20 mm

(17.72 15.16 0.79)


Radome material ASA







Other information

Available types

1324.17.0023 N male pigtail(RG58 C/U, 0.45 m) and female adaptorItem no. 23000939

1324.19.0005 SMA-femaleItem no. 22651197


Mounting hardware

9091.99.0076 downtilt bracketItem no. 226524439091.99.0081 sidetilt bracketItem no. 22652639


ratiation patterns

horizontal

vertical


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SPA 2400/25/17/0/V

Technical data



Impedance 50

VSWR 1.5

Polarisation vertical

Gain 16.5 dBi



Downtilt 0


Continuous max. power 50 W (CW) at 25

Lightning protection DC grounded


Dimensions280 280 50 mm(11.02 11.02 1.97)


Housing material aluminium adonized

Radome material ASA




Windload 88 N at 150 km/h

Other information



Mounting hardware



ratiation patterns

horizontal

vertical


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SPA 2400/27/17/0/V

Technical data



Impedance 50

VSWR 1.5


Gain 16.5 dBi



Downtilt 0




Dimensions

340 275 20 mm

(13.89 10.83 0.79)


Radome material ASA







Other information

Available types


1324.19.0006 SMA-femaleItem no. 22651195


Mounting hardware



ratiation patterns

horizontal

vertical


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SPA 2400/35/14/0/V

Technical data



Impedance 50

VSWR 1.5


Gain 14.0 dBi



Downtilt 0




Dimensions

200 200 43 mm

(7.87 7.87 1.69)


Radome material ASA






Other information

Available types

1324.17.0042 N femaleItem no. 84003299




Mounting hardware9091.99.0168 downtilt/

sidetilt bracket

Item no. 23028430

Documents01.02.0777 security instruction

01.02.0970 mounting instruction

ratiation patterns

horizontal

vertical


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SPA 2400/35/15/0/V

Technical data



Impedance 50

VSWR 1.5


Gain 14.5 dBi



Downtilt 0




Dimensions

270 215 20 mm

(10.63 8.46 0.79)


Radome material ASA







Other information

Available types




Mounting hardware



ratiation patterns

horizontal

vertical


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ratiation patterns

horizontal

vertical


SPA 2400/40/11/0/V

Technical data



Impedance 50

VSWR 1.5


Gain 11.0 dBi



Downtilt 0




Dimensions

200 200 43 mm

(7.87 7.87 1.69)


Radome material ASA






Other information

Available type 1324.19.0034 SMA femaleItem no. 23013572


Mounting hardware

9091.99.0168 downtilt/sidetilt bracket

Item no. 23028430



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SPA 2400/40/14/0/DS

Technical data



Impedance 50

VSWR 1.5

Polarisation dual, slant, 45

Gain 13.5 dBi



Downtilt 0





Dimensions200 200 43 mm(7.87 7.87 1.69)


Radome material ASA






Other information

Available types

1324.17.0044 N femaleItem no. 84006778



Mounting hardware9091.99.0168 downtilt/

sidetilt bracket

Item no. 23028430


ratiation patterns

horizontal

vertical


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ratiation patterns

horizontal

vertical


SPA 2400/45/12/0/V

Technical data



Impedance 50

VSWR 1.5


Gain 11.5 dBi



Downtilt 0




Dimensions

200 200 43 mm

(7.87 7.87 1.69)


Radome material ASA






Other information

Available type 1324.26.0023 TNC femaleItem no. 23001493


Mounting hardware

9091.99.0168 downtilt/sidetilt bracket

Item no. 23028430



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ratiation patterns

horizontal

vertical

SPA 2400/60/14/0/V

Technical data



Impedance 50

VSWR < 1.7


Gain 14.0 dBi



Downtilt 0


Cross polarisation 20 dB

Sidelobe suppressionETSI EN 301525 V1.1.1 CS21 dB at 90



Dimensions350 150 30 mm(13.78 5.91 1.18)


Radome material plastic

Radome colour light grey

Environment for outdoor applications




Other information





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SPA 2400/60/17/0/V

Technical data



Impedance 50

VSWR < 1.7


Gain 17.5 dBi



Downtilt 0


Cross polarisationETSI EN 301525 V1.1.1 CS20 dB




Dimensions1050 128 28 mm(41.34 5.04 1.10)









Other information





ratiation patterns

horizontal

vertical


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SPA 2400/70/7/0/RX30

Technical data



Impedance 50

VSWR 2.0

Polarisation Rx band linear, + 45 slant

Polarisation Tx band linear, 45 slant

Gain Rx band 29.0 dBi / Tx band 6.5 dBi

3 dB beamwidth horizontal: 70 / vertical: 65

Downtilt 0


DC voltage on center conductor min. + 7 V, max. + 20 V

DC current consumption 20 mA

Max. power + 16 dBm

Mechanical and environmental propertiesDimensions 101 95 32 mm (3.983.741.26)


Radome material ASA


Mounting socket material ASA and aluminium




Operating/storage temperature range 40C to + 80C


Other information

Available types



Wall mounting material included

Mounting hardware

9090.99.0020DC-set Item no. 230393839091.99.0029mast mounting accessoryItem no. 22649576

9091.99.0080mast mount.and sidetilt acc.Item no. 22652651


ratiation patterns

horizontal

vertical


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ratiation patterns

horizontal

vertical


SPA 2400/75/8/0/V

Technical data



Impedance 50

VSWR 1.5


Gain 7.5 dBi



Downtilt 0




Dimensions

101 80 20 mm

(3.97 3.15 0.79)


Radome material ASA






Other information

Available types



1324.99.0007 TNC female reverse pig-tail (RG 58 C/U, 0.3 m)

Item no. 23003467

Wall and mast mounting bracket (1 metal band) included,mast diameter 4060 mm (1.57"3.36")

Mounting hardware9091.99.0191 optional wall mounting

bracket

Item no. 84011560

Documents

01.02.0777 security instruction01.02.1033 mounting instruction01.02.1111 mounting instruction

(9091.99.0191)


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SPA 2400/75/9/0/V

Technical data



Impedance / VSWR 50 / 1.5


Gain 8.5 dBi


Downtilt 0




Dimensions101 95 32 mm(3.98 3.74 1.26)


Radome material ASA








Other information

Available types

1324.17.0006 N female pigtail(RG 58 C/U, 0.6 m) Item no. 22652578

1324.17.0007 N female pigtail(RG 58 C/U, 1.83 m) Item no. 22652579



1324.35.0001 QMA femaleItem no. 84011333


Mounting hardware

9091.99.0029mast mounting accessory

Item no. 226495769091.99.0080mast mount.and sidetilt acc.Item no. 22652651


ratiation patterns

horizontal

vertical


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SPA 2400/80/9/0/DS

Technical data



Impedance / VSWR 50 / 1.5

Polarisation dual linear, 45 slant

Gain 8.5 dBi


Downtilt 0





Dimensions101 95 32 mm(3.98 3.74 1.26)


Radome material ASA








Other information

Available types



1324.35.0002 QMA femaleItem no. 84011334


Mounting hardware

9091.99.0029mast mounting accessoryItem no. 226495769091.99.0080mast mount.and sidetilt acc.

Item no. 22652651


ratiation patterns

horizontal

vertical


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vertical

horizontal

ratiation patterns

SPA 2400/85/17/0/V

Technical data



Impedance 50

VSWR< 2.0 (2200 2400 MHz)

1.5 (2400 2500 MHz)Polarisation linear, vertical

Gain 16.5 dBi


Downtilt 0




Dimensions1220 83 35 mm(48.03 3.27 1.38)


Radome material ASA







Other information

Available type 1324.17.0005 N femaleItem no. 22652473


Mounting hardware





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SPA 2400/90/13/0/H

Technical data



Impedance 50

VSWR < 1.5

Polarisation linear, horizontal

Gain 13.0 dBi



Downtilt 0

Front to back ratioETSI EN 301525 V1.1.1 CS30 dB





Dimensions500 200 30 mm(19.69 7.87 1.18)









Other information





ratiation patterns

horizontal

vertical


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SPA 2400/90/13/0/V

Technical data



Impedance 50

VSWR < 1.7


Gain 13.0 dBi



Downtilt 0

Front to back ratioETSI EN 301525 V1.1.1 CS30 dB





Dimensions500 200 30 mm(19.69 7.87 1.18)









Other information





ratiation patterns

horizontal

vertical


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SPA 2400/90/17/0/V

Technical data



Impedance 50

VSWR < 1.7


Gain 17.0 dBi


3 dB beamwidth vertical 5.5

Downtilt 0






D