AustraliaN Cellular Networks. Mobile Phones / Fixed Mobile Broadband / Telemetry Data NETWORK TYPE BAND CARRIER NOTES

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Phyllis Chandler
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1 Mobile Phones / Fixed Mobile Broadband / Telemetry Data GSM G Next G WiFi AustraliaN Cellular Networks NETWORK TYPE CARRIER 900 TELSTRA / OPTUS / VODAFONE STANDARD AUSTRALIAN 2G GSM FREQUENCY (2.5G) GSM + GPRS 1800 TELSTRA / OPTUS / VODAFONE SUPPLEMENTARY AUSTRALIAN 2G GSM FREQUENCY TELSTRA / VODAPHONE TELSTRA NEXTG & VODAPHONE USB MODEMS (UMTS) WCDMA + HSDPA 900 OPTUS / VODAPHONE OPTUS & VODAPHONE RURAL G NETWORKS 2100 TELSTRA / OPTUS / VODAFONE STANDARD AUSTRALIAN G FREQUENCY 1800 TELSTRA / OPTUS LTE-FDD LTE 200 OPTUS LTE-TDD DATA TERMINALS (SELECTED CITIES)

Mobile G Next G G G G G G 1710-2200 820-895 G G 02457 02459 024572 024574

2 Mobile G Next G G G G G G G G W W W W A BW 8 / 7.5 / 7.5 / 7.5 / 7.5 / 7.5 SIZE (mm) SIZE (mm) GLASS RUGGED FIXED REMOVABLE FIXED REMOVABLE MAST MAST M LL195 5M RG58

Base 02462AH 0246A 0246AH G G 820-2500 1710-2200

4m Lead 02458 m 024582 5m 024576BW 0- X 140 1040 8

0294206 Glass Mount 0294208 Covert 1800 1800 2400 2400

5 PUCK, GP PUCK, GP GLASS, GP GPI 2 X M LL100 02471R

3 Base 02462AH 0246A 0246AH G G B X 02458XN m Lead m m BW 0- X INDOOR CEILING STUD STUD STUD STUD STUD LL195 5M X LL195 LL195 2 X 2 X 02452C m Lead m 5m W W Glass Mount Covert DECK DECK DECK DECK / 7.5 / 7.5 PUCK, GP PUCK, GP GLASS, GP GPI 2 X M LL R R LOW PROFILE ACTIVE LOW PROFILE TNC SOCKET Rail WiFi G AVL (0.4//5m), WiFi & Fakra termination options are available. (0.4//5m) For AVL, various (mm) PATENT: 60629/ A G G SIZE G G (Omni-Directional) G Marine

Base 700 Next G Next G Next G 700-2700 Next G GSM 900 GSM 900

CONSTRUCTION 02484E2 02482 9dBd 6 ELEMENT 02484 02484E

7dBi PATCH 02492M 7dBi PATCH 2 X M2m & Device 1575 1575 1575

Fakra Blue SMA Plug Fakra Blue SMA Plug Next G Next G Next G

PLUG TNC Plug 28 28 GLASS, MAGNETIC 1/4 WAVE 1/4 WAVE 1/2

(SMA/TNC) db gain reference is relative to ¼ wave on ground

4 Base 700 Next G Next G Next G Next G GSM 900 GSM 900 GSM (Directional) TYPE CONSTRUCTION 02484E dBd 6 ELEMENT E ALUMINIUM LOG 9dBi HYBRID POLE / WALL PARABOLIC GRID 21dBi ALUMINIUM GRID, 1.8M POLE 02482G 9dBd 6 ELEMENT E ALUMINIUM dBi PATCH 02492M 7dBi PATCH 2 X M2m & Device F F D SMA Plug Fakra Blue SMA Plug Fakra Blue SMA Plug Next G Next G Next G Next G / 0 / S 0242SL 0244S 0244D 0 0 1/2 WAVE, GPI TNC PLUG TNC Plug GLASS, MAGNETIC 1/4 WAVE 1/4 WAVE 1/2 WAVE, GPI ANGLED SMA PLUG (SMA/Fakra) (SMA/Fakra) 28 (SMA/TNC) db gain reference is relative to ¼ wave on ground plane. An antenna guide and an overview of technology can be found on the back page. Detailed data sheets can be found on our website.

Cellular Antenna Accessories VEHICLE S 02714S Gutter Bracket -

Mirror Bracket / Roof Bar - S/S 02728B Mirror Bracket / Roof

Bar Bracket - Right Angle - S/S 0270B Bull Bar Bracket - Right

Bull Bar Bracket (45mm) 02714 Wrap Around Bull Bar Bracket

(76mm) - H/D - S/S 0274 'Z' Trunk Groove Bracket - S/S 0274B Z'

- 16mm Hole 02714S 02726S 02728 (S/S) 02728B (ZPS) 027291 0270

(ZPS) 02742 025222 027281 02729 0275 0277 101206 1012081 101209

BASE & MARINE S 025222 Marine Mast Mount Bracket - S/S 027281

Wall Mounting Bracket 0275 Two Way Marine Deck Mount - H/D -

LOW LOSS CABLE ASSEMBLIES 101206 Coaxial Lead m x LL195 SMAp to

101209 Coaxial Lead 10m x LL400 to (For EMP) 101209 Coaxial

SMAp to 1012095 Coaxial Lead 12m x LL400 SMAp to 10120951

LL400 SMAp to DEVICE PATCH LEADS 101102 TS9 to SMAs 40cm x

Angled 101104 CRC9 to SMAs 40cm x LL100 101107 SSMB to SMAs

176210 90v Gas Capsule DC-2500MHz Ns to Ns Bulk Head 101107

5 Cellular Antenna Accessories VEHICLE S 02714S Gutter Bracket - Fold Down - All S/S 02726S Gutter Bracket - H/D - All S/S Mirror Bracket / Roof Bar - S/S 02728B Mirror Bracket / Roof Bar - ZPS Mobile L Bracket - Lightweight S/S 0270 Bull Bar Bracket - Right Angle - S/S 0270B Bull Bar Bracket - Right Angle - ZPS 0270 Adjustable Swivel "Lip" Mount 0271 Wrap Around Bull Bar Bracket (45mm) Wrap Around Bull Bar Bracket (50mm) 0272 Bull Bar Bracket - H/D - S/S Bull Bar Bracket (76mm) - H/D - S/S 0274 'Z' Trunk Groove Bracket - S/S 0274B Z' Trunk Groove Bracket - ZPS Super Sucker Magnetic Suction - 16mm Hole 02714S 02726S (S/S) 02728B (ZPS) (S/S) 0270B (ZPS) (S/S) 0274B (ZPS) L BASE & MARINE S Marine Mast Mount Bracket - S/S mm (16mm hole) S/S Wall Mounting Bracket mm S/S Wall Mounting Bracket 0275 Two Way Marine Deck Mount - H/D - Glass-Filled Nylon 0277 Two Way Marine Deck Mount - H/D - S/S LOW LOSS CABLE ASSEMBLIES Coaxial Lead m x LL195 SMAp to (For EMP) Coaxial Lead 5m x LL195 SMAp to (For EMP) Coaxial Lead 10m x LL400 to (For EMP) Coaxial Lead 15m x LL400 to (For EMP) Coaxial Lead 6m x LL195 SMAp to Coaxial Lead 12m x LL400 SMAp to Coaxial Lead 15m x LL400 SMAp to Coaxial Lead 20m x LL400 SMAp to DEVICE PATCH LEADS TS9 to SMAs 40cm x LL100 - Straight L TS9 to SMAs 40cm x LL100 - Right Angled CRC9 to SMAs 40cm x LL SSMB to SMAs 40cm x LL MS147 to SMAp 40cm x LL100 EMP PROTECTOR v Gas Capsule DC-2500MHz Ns to Ns Bulk Head Please refer to our website s cellular antenna section for a detailed modem vs patch lead cross reference.

ANTENNA SELECTION GUIDE WHICH ANTENNA DO I NEED? Gain describes the shape of the radiation from an antenna.

Use a lower gain antenna for better performance in rough mountainous terrain or city areas.

ING TIPS For better performance locate the antenna higher on the vehicle, or as high as possible in a fixed installation.

The further apart the two antennas, the better the performance of each respective antenna.

Antennas must be mounted vertically, this is particularly important with higher gain antennas.

Do not mount antennas operating on the same band, at the same horizontal level unless a switch selects them.

Hi-gain antennas are better suited for regional areas where long range is required.

obtained during installation. Only use low loss cables for cellular installations as the cable quality is as important as the antenna.

Take care to tighten all fittings. Waterproof any exposed connectors.

CABLE / CONNECTOR ADVICE TECHNOLOGY technology utilises Multiple Input and Multiple Output antennas to maximise the signal link and data carrying

6 ANTENNA SELECTION GUIDE WHICH ANTENNA DO I NEED? Gain describes the shape of the radiation from an antenna. Use a higher gain antenna for better performance in open flat terrain. Use a lower gain antenna for better performance in rough mountainous terrain or city areas. We recommend the use of a lower gain antenna for the communications in vehicle convoy situations. ING TIPS For better performance locate the antenna higher on the vehicle, or as high as possible in a fixed installation. Height always improved performance and range. Do not mount antennas close to each other. Min distance should be 70cm between UHF/Cellular antennas. The further apart the two antennas, the better the performance of each respective antenna. Do not mount antennas closer than 70cm to any metal vertical surface. Antennas must be mounted vertically, this is particularly important with higher gain antennas. Avoid affixing any object to the antenna as it could affect the performance of the communications system. Do not mount antennas operating on the same band, at the same horizontal level unless a switch selects them. db 6dB Glass mount antennas are ideal for built up city areas where signal strength is higher. Hi-gain antennas are better suited for regional areas where long range is required. Fixed site directional antennas send all the signal in one direction - they need to be rotated and/or tilted until the strongest cell site signal is obtained during installation. Only use low loss cables for cellular installations as the cable quality is as important as the antenna. Benelec cables are designed to provide optimum performance. Do not crimp or damage cable during installation. Do not bend cable through an extreme radius. Take care to tighten all fittings. Waterproof any exposed connectors. Fixed site omni-directional antennas are ideal when reasonable signal is available in the area. This is an easier installation option. CABLE / CONNECTOR ADVICE TECHNOLOGY technology utilises Multiple Input and Multiple Output antennas to maximise the signal link and data carrying capacity of the wireless system. Typically, WiFi (802.11n) 2.4 / 5.8GHz systems or newer LTE-A transceiver systems (eg, broadband wireless modems) have two antenna ports, and thus need a dual port antenna system to make use of this technology. Should you use only one port, this will result in reduced data rates. Benelec recommends using our range of antennas where two antenna ports are provided. Benelec can offer a range of both WiFi and antennas to suit your application. 15.5mm N PLUG 20mm SMA SOCKET FME PLUG 6.1mm 8mm 8mm 11mm WIRING CONFIGURATIONS Patch leads are used to interface your device to an external antenna, or other devices E NextG Yagi Telstra Modem Patch Lead TS9p AVAILABLE FROM m Low Loss Extension Lead SMAs SMAp B Hi Gain Base Antenna EMP protectors provide lightning protection for your modems and should be used in lightning prone areas. Telstra Modem EMP Lead SMAp Lightning EMP Protector m Low Loss Extension Lead

UHF 477MHZ CB 27MHZ ANTENNA NAME ADVENTURER FLEXI-DIPOLE FLEXI-DIPOLE UHF STUMPY 4WHEELER EXPLORER REDBACK HI-GLASS XTENDER RUGGED HI-STEEL

UHF 477MHZ CB 27MHZ ANTENNA NAME ADVENTURER FLEXI-DIPOLE FLEXI-DIPOLE UHF STUMPY 4WHEELER EXPLORER REDBACK HI-GLASS XTENDER RUGGED HI-STEEL Benelec-1 27MHZ UHF 477MHZ CB 31CM 33CM 50CM 65CM 67CM 92CM 87CM 93CM 85CM 150CM 130CM 120CM PART NUMBER(S) ANTENNA NAME 02152 REDBACK 02623 HI-GLASS 02623I (STEEL) 02623IBK (BLACK) HI-STEEL 026264 FAZE