WaveACCESS LINK Antenna Options

... WaveACCESS LINK Antenna OptionsORiNOCO Technical Bulletin 026 / A September 1999

TB-026.doc Copyright © 1999, 2000, 2001 Agere Systems Page 1 of 19

Note: The information in this bulletin relates to older implementation of the currenttechnology. Since the creation of this bulletin products have evolved and nameshave changed. Rather then removing this document it is kept in the set of bulletinswith this note, because the information in it has educational value.

Introduction

This bulletin is prepared to assist installers of outdoor antenna products in selectingthe right antenna for their Lucent Technologies outdoor wireless LAN solution.

Lucent Technologies wireless outdoor solution are referred to as:

• WaveACCESS LINK WP-II

• WaveACCESS CAMPUS

• WaveACCESS NET

• WaveACCESS LINK BR132

• WaveACCESS LINK SM1024

The first two products listed above are based on WavePOINT-II, while the latterthree use a different platform. This bulletin covers the difference between thevarious options, and explains which antenna to use with which product.

Please Note: The Lucent Technologies WaveACCESS Antennas havebeen developed for very specific combinations of bridge hardwareand radio technologies. For optimal performance and compliance withlocal radio regulations, only use the antenna identified for eachspecific bridge product.

WavePOINT-II based Options

The antennas described in this section are designed for usage in combination with:

� WavePOINT-II Access Points

� WaveACCESS LINK WP-II*

� WaveACCESS CAMPUS**

WavePOINT-II Antenna Options

Following antenna options are available for WaveLAN systems:

* Formerly referred to as WavePOINT-II Point-to-Point (PTP) bridge.** Formerly referred to as WaveCAMPUS.

... WaveACCESS LINK Antenna Options


� Directional Yagi antenna

� Omni-Directional Pole Antennas

WavePOINT-II Directional Antennas

Directional antennas provide a large range, but require exact alignment of antennasat both ends of a wireless link.



14 dBi Directional Yagi Antenna

Gain 14 dBi

Horizontal 31.4 DegreesBeam width

Vertical 30.8 Degrees

Dimensions 18"/45.7 cm

Mounting Mounts on a 1.125-1.625inch OD mast

Connector type Type N male*

Polarization Horizontal & Vertical

Please Note: Subject to the country where this antenna will be used, you may needto apply a special WaveLAN card in order to comply with local radio regulations.

� In countries that adhere to radio regulations as defined by the FederalCommunications Commission (FCC) you can connect this antenna to anyWaveLAN card.

� In countries that adhere to radio regulations as defined by the EuropeanTelecommunications Standards Institute (ETSI) you may only connect thisantenna to your WaveLAN system when using the Red-Colored Fixed WirelessPC Card.

It is the responsibility of the end-user to ensure that the outdoor installationcomplies with local radio regulations. Lucent Technologies is not liable for anydamage or judicial claim resulting from failing to comply with such regulations.

WavePOINT-II Omni-Directional Antennas

Omni- Directional antennas allow for easy installation and alignment, but may notprovide as large a coverage as directional antennas.

Following Omni-directional antennas are available for WaveLAN outdoor antennainstallations.

� 7 dBi Omni-directional pole antenna

� 5 dBi Omni-directional Vehicle Mount antenna

* Previously released WaveLAN products in the US came with a different

connector type referred to as Reverse Polarity-N.



7 dBi Omni-directional Pole Antenna

Gain 7 dBi

Horizontal 360 DegreesBeam width

Vertical ?? Degrees


Mounting Mounts on a 1.4-2.6 inchOD mast


Polarization Vertical

5 dBi Omni-directional Vehicle Mount Antenna

A small-sized antenna that allows for easy installation on top of forklift trucks orother vehicles.

Gain 5 dBi


Vertical ?? Degrees


Mounting Mounts on a flat surfaceusing a xx" inch bolt



WavePOINT-II Cable Options

Following Cabling options are available for WaveLAN systems:

� 50 cm IEEE Cable Assembly (pigtail)

� 250 cm IEEE Cable Assembly (pigtail)

� 6m/20 ft. Low-Loss Cable (LMR200)



* Previously released WaveLAN products in the US came with a different

connector type referred to as Reverse Polarity-N.* Previously released WaveLAN products in the US came with a different

connector type referred to as Reverse Polarity-N.



Please Note: Different Cabling systems exist for WaveACCESS Outdoor AntennaSystems. In first-out outdoor wireless systems, WaveACCESS cables and antennaswere shipped with:

� Standard Polarity-N connectors in EMEA (for ETS regulated countries),depicted in figure 1a

� Reverse Polarity-N Connectors in USA/Canada (for FCC regulated countries),depicted in figure 1b

It is planned to provide a single "connector system" after October 15 1999. Afterthat date the Standard Polarity-N connectors will be used worldwide and allWaveACCESS systems that will be developed and delivered after that date willfollow this scheme.

Figure 1a Standard-N Cabling

Figure 1b Reverse Polarity-N Cabling (will bephased out after October 1999)



When replacing antennas and/or cabling of previously installed outdoor installations,always verify the type of N-polarity of the currently installed cabling system, prior toordering the spare-parts/additional components. In case your current installation isbased on Reverse Polarity -N Cabling system, you may need to apply a "gender-bender".

Other WavePOINT-II Options

Applying a Lightning Arrestor is mandatoryfor al WaveLAN Outdoor Installations

Adjustable Mounting Bracket



System Options used withWaveACCESS LINK BR132,WaveACCESS SM1024 andWaveACCESS NET

The antennas described in this section are designed for usage in combination with:

� WaveACCESS LINK BR 132*

� WaveACCESS LINK SM 1024∗

� WaveACCESS NET**

Antenna Type Model Number Gain (in dBi)

Parabolic Grid PG24 24

Parabolic Dish PS19 19

Panel-narrow sector PN20 20

Panel-sector ST16 16.1

Panel-sector ST12 12.5

Panel PN06 6

Yagi YG14 14

Omni-directional OM10 10

Omni-directional OM08 8.1

Omni-directional OM05 5.1

* Formerly referred to as WaveLynx.** Formerly referred to as NetWeaver.



Parabolic Grid Antennas used withWaveACCESS LINK BR132,WaveACCESS SM1024 and WaveACCESSNET

These parabolic girds are rugged, long range, lightweight, waterproof directionalantennas for use with WaveACCESS LINK point-to-point bridges andWaveACCESS NET MAN (=Metropolitan Area Network) remote units. They are afixed mount design and include stainless steel pole mount U brackets andhardware.

PG24

Gain 24 dBi


Vertical 10 Degrees

Dimensions 27 x 31.5”

Weight 5.3 lbs

Mounting Mounts on a 0.75 to 2.0inch OD mast

Connector type Type N female


Typical range for WaveACCESS LINK with a PG24 on both ends of the link

DATA RATE CABLE LENGTH RANGE (US) RANGE (ETSI)3.2 Mbps 20 feet LMR-400 5.2 miles/8.4 km 2.8 km1.6 Mbps 20 feet LMR-400 20.7 miles/33.9 km 0.8 km

Cable type, cable length and line-of-sight topology determine the range.

All Figures are based on a clear line of sight application and a15 dB link fademargin.



Parabolic Dish Antennas used withWaveACCESS LINK BR132,WaveACCESS SM1024 and WaveACCESSNET

The PS19 is an 18-inch diameter solid parabolic antenna designed for use with theWaveACCESS LINK point-to-point bridges and WaveACCESS NET MAN. The feedis bolted to the aluminum reflector so that polarization can be easily changed in thefield by rotating the antenna through 90 degrees. The included mounting bracketallows for up to +/- 10 degrees of mechanical tilt.

PS19

Gain 19 dBi


Vertical 20 Degrees

Dimensions 20 x 24”

Weight 12 lbs.




Typical range for WaveACCESS LINK with a PS19 on both ends of the link

DATA RATE CABLE LENGTH RANGE (US) RANGE(ETSI)3.2 Mbps 20 feet LMR-400 1.6 miles/2.6 km 0.4 km1.6 Mbps 20 feet LMR-400 6.5 miles/10.5 km 1.5 km





Panel, Narrow Sector Antennas used withWaveACCESS LINK BR132,WaveACCESS SM1024 and WaveACCESSNET

These units consist of a broadband dipole array on a printed circuit board, enclosedin an aluminum cavity with a front plastic cover. The antenna elements are at DCground to aid in lightning protection. Both are designed to work with theWaveACCESS LINK and WaveACCESS NET point-to-point and MAN systems.Each may be mounted for either vertical or horizontal polarization with the includedhardware.

PN20

Gain 20 dBi

Horizontal 22.5 DegreesBeam width

Vertical 10.5 Degrees

Dimensions 24 x 11.8 x 3”

Weight 8 lbs




Typical range for WaveACCESS NET with a PN20 on the Central Unit and a PG24on the remote station

DATA RATE CABLE LENGTH RANGE(US) RANGE(ETSI)3.2 Mbps 20 feet LMR-400 3.3 miles/5.3 km 0.8 km1.6 Mbps 20 feet LMR-400 13.1 miles/21.1 km 2.8 km





Panel Sector Antennas used withWaveACCESS LINK BR132,WaveACCESS SM1024 and WaveACCESSNET

The ST16 is a versatile sector antenna designed for use with the WaveACCESSNET Central Unit. Its sturdy construction of passivated aluminum, brass and UVresistant PVC, along with its 90-degree horizontal beam width, allow it to be used inmany applications.

ST16

Gain 16.1 dBi


Vertical 7 Degrees

Dimensions 42 x 6.1 x 2.8”

Weight 6.2 lbs.




Typical range for WaveACCESS NET with the ST16 on the Central Unit and aPG24 on the remote station



All Figures are based on a clear line of sight application and a15 dB link fademargin. These linearly polarized, weatherized patch antennas are suitable for bothindoor and outdoor applications. Specifically designed for spread spectrum systemsthey are appropriate for use with the WaveACCESS NET Central Unit.



ST12

Gain 12.5 dBi


Vertical 10 Degrees

Dimensions 26 x 3 x 1”

Weight 1.0 lbs.

Mounting Mounts directly to a wallor can be pole mountedwith optional hardware



Typical range for WaveACCESS NET with the ST12 on the Central Unit and aPG24 on the remote station






PN06

Gain 6 dB


Vertical 65 Degrees

Dimensions 5 x 5 x 1”

Weight 0.5 lbs.

Mounting Mounts directly to a wall



Typical range for WaveACCESS NET with the PN06 on the Central Unit and aPG24 on the remote station






Yagi Antennas used with WaveACCESSLINK BR132, WaveACCESS SM1024 andWaveACCESS NET

This Yagi antenna utilizes an advanced microwave substrate, stainless steelhardware, UV stabilized polycarbonate radome shield and a one piece copperradiating element. It has been optimized for medium range applications on both theWaveACCESS LINK point-to-point and WaveACCESS NET MAN systems.

YG14

Gain 14 dBi


Vertical 30 Degrees

Dimensions 26 x 3.5 x 1.2”

Weight 1.0 lbs.

Mounting Mounts on a mast with upto 2.125” inch OD



Typical range for WaveACCESS LINK with the YG14 on each end






Omni-directional Antennas used withWaveACCESS LINK BR132,WaveACCESS SM1024 and WaveACCESSNET

OM10

The OM10 omni-directional antenna is specifically designed to operate undersevere weather conditions (icing, salt air, acid rain, etc.) and is a perfect match withthe WaveACCESS NET Central Unit. It is vertically polarized and consists of acenter fed collinear array of dipoles enclosed in a tubular radome that is DCgrounded for added lightning protection.

Gain 10 dBi


Vertical 8 Degrees


Weight 15 lbs.

Mounting Mounts on a 1.75 to 4.0inch mast using 2 clamps(clamps supplied)



Typical range for WaveACCESS NET with the OM10 on the Central Unit and aPG24 on the remote station






OM08

This low profile omni-directional indoor/outdoor antenna has brass radiators, afiberglass radome and a passivated aluminum mast. It’s a excellent choice formedium range 360 degree coverage with WaveACCESS NET.

Gain 8 dBi


Vertical 15 Degrees


Weight 5 lbs.

Mounting Mounting hardwareincluded



Typical range for WaveACCESS NET with the OM8 on the Central Unit and a PG24on the remote station






OM05

This antenna is housed in a long life UV polycarbonate radome and may be used inor outdoors. It has a plated copper laminated radiator, weatherproof design andincorporates DC grounding for added lightning protection.

Gain 5 dBi


Vertical 38 Degrees

Dimensions 13.5 x 1”

Weight 0.5 lbs.

Mounting Mounts on a 2.0 inch mast(outdoor) or optionally to asuspended ceiling (indoor)



Typical range for WaveACCESS NET with the OM5 on the Central Unit and a PG24on the remote station






Cable options used with WaveACCESSLINK BR132, WaveACCESS SM1024 andWaveACCESS NET

Part Cable AttenuationCoefficient

MinimumLength

Number Type [dB/100 ft] Ft.

LMR-400 Flex. 0.4" 6.7 20

LMR-600 Flex. 0.6" 4.4 30

LMR-900 Flex. 0.9" 2.9 45

LMR-1200 Flex. 1.2" 2.2 60

LMR-1700 Flex. 1.7" 1.7 80

LDF4-50A Heliax 0.63" 3.9 35

LDF5-50A Heliax 1.1" 2.2 60

LDF6-50 Heliax 1.55" 1.6 85

Other options used with WaveACCESSLINK BR132, WaveACCESS SM1024 andWaveACCESS NET

Item Description

Transition Cable 2’ length; reversed polarity SMA Female & Type NFemale

Lightning Arrestor Available for Standard-N and Reverse Polarity-Nsystems

Power Supply 110/220 - 6.2 V Power Supply

Standard Antenna 2 dBi Antenna; set of 2

Lightning arrestor

N-Type Male on protected side, N-Female on theother. Maximum current handling is 50 kA basedon the 8/20 µs pulse pattern. These items are ofwaterproof design and protected against corrosionby surface plating of all metal parts.



Previously Marketed Products

Following products were previously marketed either by WaveACCESS or by LucentTechnologies. These products are no longer orderable parts, but are for yourreference whenever you encounter these antennas on a technical support request.

PG21

Gain 21 dBi


Vertical 13 Degrees

Dimensions 20 x 24”

Weight 3.6 lbs.

Mounting Mounts on 0.75 to 2.0inch OD mast

Connector type Type N male


Typical range for WaveACCESS LINK with a PG21 on both ends of the link

DATA RATE CABLE LENGTH RANGE (US) RANGE(ETSI)3.2 Mbps 20 feet LMR-400 2.6 miles/4.2 km 0.5 km1.6 Mbps 20 feet LMR-400 10.4 miles/16.7 km 1.9 km

Cable type, cable length and line-of-sight topology determine the range. All Figuresare based on a clear line of sight application and a15 dB link fade margin.

PN17

Gain 17 dBi


Vertical 22 Degrees

Dimensions 12.6 x 11.8 x 3”

Weight 7 lbs.


The mounting hardwaresupports up to a +/- 10degree mechanical tilt.



Typical range for WaveACCESS NET with a PN17 on the Central Unit and a PG24on the remote station


Cable type, cable length and line-of-sight topology determine the range. All Figuresare based on a clear line of sight application and a15 dB link fade margin.

Documents

WaveACCESS LINK Antenna Options