Base Station Antennas

Transcription

1 Base Station Antennas

2 MISSION STATEMENT Design, manufacture and deploy worldwide RF and fiber optic total solutions for telecommunication networks Create value for our customers through innovative products, customized services and cost effective solutions Highest quality standards, state-of-the-art manufacturing facilities and reliable supply chain management to achieve and exceed customer expectations Socially responsible to our community and environment we do business in and committed to employee's personnel development Core Value Value Innovation Customer Focus Sustainable Growth Social Responsibility

3 Introduction Rosenberger was founded in It ranks among the leading telecommunication solution providers. To better serve Asian customers, Rosenberger expanded its business in 1997 with the launch of Rosenberger Asia Pacific. From the beginning, Rosenberger Asia Pacific has enjoyed tremendous growth. There are currently 5 factories operating across China with more than 3000 employees and 50,000 M2 of production area, which support 5 product groups: Communication System Solutions IT/Data Communication Testing and Measurement Automotive Medical & Industries A sales network covering the entire Asian-Pacific region generates an annual turnover close to 200 million USD. Reliability and competitiveness are the cornerstones of this sustainable growth, resulting in long term partnerships with most of the leading companies in their respective industries. Along with the expansion of product lines, Rosenberger has established new business unit of Rosenberger (Shanghai) Technology Co.,Ltd, which offers unique and innovative wireless communication products and solutions. Through its long experience in a wide range of technologies, vast R&D investments, and emphasis on customer satisfaction and quality, Rosenberger Asia Pacific is poised to keep its leading role and continue its rapid expansion. With an unwavering commitment to the core values of customer focus, value innovation, sustainable growth and social responsibility, Rosenberger meets the expectation of its customers as well as its employees.

4 PRODUCT PORTFOLIOS Communication System Solutions Base Station Antenna Feeder Systems Wireless Coverage Optimization Solutions Microwave Backhaul Solutions RF in Cabinet Solutions Passive Intermodulation Measurement Systems FTTA/FTTH Optical Fiber Solutions OSP Fiber Optic Outside Plant Solutions In Building Optical Network Connecting Solutions Low Frequency Cables and Components Network Optimization Services IT/Data Communication Premise Network Cabling Products Data Center/Cloud Computing Solutions Intelligent Infrastructure Management System Testing and Measurement Test Cables Precision Connectors Calibrations Accessories and Tools Automotive FAKRA Connectors and Cable Assemblies HSD System Medical & Industries Non-Magnetic RF Connectors Non-Magnetic RF Cable Assemblies Data/RF/Power/DC Hybrid Connectors and Assemblies Custom Data/Power Connectivity System Fiber Optic Connectivity Products

5 CONTENT Rosenberger S-Wave antenna technology 05 Guide 06 Antenna Index 07 Omni-directional Antennas 12 Low Band Panel Antennas MHz Dual Polarization +45 / Low Band Panel Antennas MHz Vertical Polarization 29 High Band Panel Antennas MHz Dual Polarization +45 / High Band Panel Antennas MHz Vertical Polarization 46 LTE Extra-wide Band Antennas MHz Dual Polarization +45 / Dual Band Antennas_2 Ports (with Inner Combiner) Dual Polarization +45 / Dual Band Antennas_4 Ports Dual Polarization +45 / Triple Band Antennas_6 Ports Dual Polarization +45 / Tri-Sector Antennas Dual Polarization +45 / REMOTE ELECTRICAL TILT 81 Installation Kits 89 Rosenberger Service 93

6 Rosenberger S-Wave antenna technology Rosenberger s S-Wave antenna solution covers frequencies bands including 700LTE, AMPS, GSM, DCS, PCS, AWS, UMTS, Wi-Max, and 4G-LTE, etc. They are designed to meet the toughest application and functional operation requirements covering single band, broadband and multi-band models. Every antenna series is based on the experience and solid theoretical knowledge of our strong international R&D team. Through extensive testing, simulation and optimization, the S-Wave antenna guarantees excellent mechanical and electrical performance. Rosenberger is committed to supplying high quality and cost effective antenna solutions. Design Philosophy Rosenberger adopts many state-of-the-art CAD simulation tools including ANSYS HFSS, AutoCAD, SolidWorks and more, to guarantee design efficiency. These mechanical and electrical systems combine, allowing the Rosenberger design team to improve analysis, optimization and integration of antenna radiation/circuits and physical parameters. Your partner for Your Network Optimization

7 Guide Frequency Range Gain, Polarization, Tilt Radome Material S-Wave 09/U/U - 65/65/90-14/14/17DV15/V15/V8 CS - F Horizontal Beamwidth Special Designation Frequency Group Special Designation Meaning Frequency band (MHz) C With build-in combiner S Tri-sector (3 in 1) antenna A Upgraded version (higher performance) B1, B2, B3. Customized version U EW Electrical tilt Blank = Fixed 0 electrical tilt Tx = Fixed electrical tilt, x=tilt angle Vx = Adjustable electrical tilt, start angle=0 and x=end angle Vs/x = Adjustable electrical tilt, start angle=s and x=end angle Horizontal Beamwidth Symbol Horizontal 3dB Beamwidth ( ) Examples Quad antenna: S-Wave 0709/0709/U/U-65-15/15/17/17DV15/V15/V8/V8-F OD 360 Polarization Blank = Vertical polarization D = +/-45 polarization Radome material Blank = UPVC F = Fiberglass

8 Antenna Index Omni-Directional Antennas Vertical Polarization Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave 09-OD-11-F dBi 0 13 S-Wave 18-OD-11-F dBi 0 14 S-Wave 21-OD-11-F dBi 0 15 Low Band Panel Antennas MHz Dual Polarization +45 / 45 Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave D dBi 0 17 S-Wave DT dBi 3 17 S-Wave DT dBi 6 17 S-Wave D dBi 0 18 S-Wave DT dBi 3 18 S-Wave DT dBi 6 18 S-Wave D dBi 0 19 S-Wave DT dBi 3 19 S-Wave DT dBi 6 19 S-Wave D dBi 0 20 S-Wave DT dBi 3 20 S-Wave DT dBi 6 20 S-Wave D dBi 0 21 S-Wave DT dBi 3 21 S-Wave DT dBi 6 21 S-Wave D dBi 0 22 S-Wave DT dBi 3 22 S-Wave DT dBi 6 22 S-Wave DV dBi S-Wave DV dBi S-Wave DV dBi S-Wave D dBi 0 26 S-Wave DT dBi 3 26 S-Wave DT dBi 6 26 S-Wave D dBi 0 27 S-Wave DT dBi 3 27 S-Wave DT dBi 6 27 S-Wave DV dBi

9 Low Band Panel Antennas MHz Vertical Polarization Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave dBi 0 30 S-Wave T dBi 3 30 S-Wave T dBi 6 30 S-Wave dBi 0 31 S-Wave T dBi 3 31 S-Wave T dBi 6 31 S-Wave dBi 0 32 S-Wave T dBi 3 32 S-Wave T dBi 6 32 S-Wave dBi 0 33 S-Wave T dBi 3 33 S-Wave T dBi 6 33 S-Wave dBi 0 34 S-Wave T dBi 3 34 S-Wave T dBi 6 34 S-Wave dBi 0 35 S-Wave T dBi 3 35 S-Wave T dBi 6 35 S-Wave dBi 0 36 S-Wave T dBi 3 36 S-Wave T dBi 6 36 High Band Panel Antennas MHz Dual Polarization +45 / 45 Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave U-33-21D dBi 0 38 S-Wave U-33-21DT dBi 3 38 S-Wave U-33-21DT dBi 6 38 S-Wave U D dBi 0 39 S-Wave U DT dBi 3 39 S-Wave U DT dBi 6 39 S-Wave U-65-18D dBi 0 40 S-Wave U-65-18DT dBi 3 40 S-Wave U-65-18DT dBi 6 40 S-Wave U-65-19D dBi 0 41 S-Wave U-65-19DT dBi 3 41 S-Wave U-65-19DT dBi 6 41 S-Wave U-65-15DV dBi S-Wave U-65-18DV dBi S-Wave U-90-17D dBi 0 44 S-Wave U-90-17DT dBi 3 44 S-Wave U-90-17DT dBi 6 44 S-Wave U-90-17DV dBi

10 High Band Antennas MHz Vertical Polarization Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave dBi 0 47 S-Wave T dBi 3 47 S-Wave T dBi 6 47 S-Wave dBi 0 48 S-Wave T dBi 3 48 S-Wave T dBi 6 48 S-Wave U dBi 0 49 S-Wave U-65-18T dBi 3 49 S-Wave U-65-18T dBi 6 49 LTE Extra-wide Band Antennas MHz Dual Polarization +45 / 45 Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave EW-65-15DV dBi S-Wave EW-65-18DV dBi S-Wave EW/EW-65-15DV dBi dBi S-Wave EW/EW-65-18DV dBi dBi Dual Band Antennas _2 ports (with Inner Combiner) Dual Polarization +45 / 45 Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave 0709/U-65-15/17DC-F S-Wave 0709/U-65-15/17DT6C-F S-Wave 0709/U-65-15/17DV15/10C-F S-Wave 0709/U-65-16/18DC-F S-Wave 0709/U-65-16/18DT6C-F S-Wave 0709/U-65-16/18DV10/8C-F S-Wave 0709/U-65-17/18DC-F S-Wave 0709/U-65-17/18DT6C-F S-Wave 0709/U-65-17/18DV8C-F dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi dBi

11 Dual Band Antennas _4 ports Dual Polarization +45 / Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page S-Wave 0709/U-65-15/17D-F dBi dBi 0 66 S-Wave 0709/U-65-15/17DT6-F dBi dBi 6 67 S-Wave 0709/U-65-15/17DV15/10-F dBi dBi S-Wave 0709/U-65-16/18D-F dBi dBi 0 69 S-Wave 0709/U-65-16/18DT6-F dBi dBi 6 70 S-Wave 0709/U-65-16/18DV10/V8-F dBi dBi S-Wave 0709/U-65-17/18D-F dBi dBi 0 72 S-Wave 0709/U-65-17/18DT6-F dBi dBi 6 73 S-Wave 0709/U-65-17/18DV8-F dBi dBi Triple Band Antennas _6 ports Dual Polarization +45 / 45 Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page dBi 0-15 S-Wave 0709/U/U-65-15DV15-F dBi dBi dBi 0-8 S-Wave 0709/U/U-65-16DV8/V12/V12-F dBi dBi dBi 0-8 S-Wave 0709/U/U-65-17DV8/V10/V10-F dBi dBi 0-10

12 Tri-Sector Antennas Dual Polarization +45 / 45 Type Frequency (MHz) Horizontal Beamwidth Gain Tilt Page dBi 0-8 S-Wave U-65-18DV10S dBi dBi Remote Electrical Tilt 81 Installation Kits 89

13 OMNI-DIRECTIONAL ANTENNAS VERTICAL Polarization Your partner for Your Network Optimization

14 Omni-Directional MHz 11dBi S-Wave 09-OD-11-F Frequency Range MHz Polarization Vertical Gain 11dBi Horizontal 3dB Beam Width 360 Vertical 3dB Beam Width 7.5º Electrical Down Tilt 0º, Fixed Impedance 50Ω VSWR < 1.5 Max, Power Per Input 500W Connector Type 1 X 7-16 DIN(F) 7.5kg Max. Wind Velocity 200Km/h Ø65 X 3560mm Radome Material Fiberglass 870~ DIN

15 Omni-Directional MHz 11dBi S-Wave 18-OD-11-F Frequency Range MHz Polarization Vertical Gain 11dBi Horizontal 3dB Beam Width 360 Vertical 3dB Beam Width 7º Electrical Down Tilt 0º, Fixed Impedance 50Ω VSWR < 1.5 Max, Power Per Input 500W Connector Type 1 X 7-16 DIN(F) 6.5kg Max. Wind Velocity 200Km/h Ø65 X 1800mm Radome Material Fiberglass DIN

16 Omni-Directional MHz 11dBi S-Wave 21-OD-11-F Frequency Range MHz Polarization Vertical Gain 11dBi Horizontal 3dB Beam Width 360 Vertical 3dB Beam Width 6.5º Electrical Down Tilt 0º, Fixed Impedance 50Ω VSWR < 1.5 Max, Power Per Input 500W Connector Type 1 X 7-16 DIN(F) 5.5kg Max. Wind Velocity 200Km/h Ø65 X 1500mm DIN

17 Low Band Panel Antennas MHz Dual Polarization +45 / Your partner for Your Network Optimization

18 Xpol Panel º 18.5dBi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz MHz Polarization ±45º ±45º Gain 18dBi 18.5dBi Horizontal 3dB Beam Width 31º 29º Vertical 3dB Beam Width 15º 14º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB > 15dB Front to Back Ratio, 180º±30º > 30dB > 30dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 22kg Max. Wind Velocity 200Km/h 1296 X 565 X 100mm

19 Xpol Panel º 21dBi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz MHz Polarization ±45º ±45º Gain 20dBi 20.5dBi Horizontal 3dB Beam Width 31º 29º Vertical 3dB Beam Width 8.5º 7.5º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15 db > 15dB Front to Back Ratio, 180º±30º > 30dB > 30dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±30º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 40kg Max. Wind Velocity 200Km/h 2416 X 565 X 100mm

20 Xpol Panel º 14.5dBi dbi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz Polarization ±45º Gain 14.3dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 16º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 12dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±30º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz DIN 7-16 DIN Connector Type 2 X 7-16 DIN(F) 15kg Max. Wind Velocity 200Km/h 1300 X 300 X 180mm

21 Xpol Panel º 15dBi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz MHz Polarization ±45º ±45º Gain 15dBi 15dBi Horizontal 3dB Beam Width 65º 65º Vertical 3dB Beam Width 15º 15º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed Front to Back Ratio, 180º±30º > 30dB > 30dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance > 15dB 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W > 15dB MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 11kg Max. Wind Velocity 200Km/h 1310 X 295 X 115mm

22 Xpol Panel º 16.5dBi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz MHz Polarization ±45º ±45º Gain 16.5dBi 16.5dBi Horizontal 3dB Beam Width 65º 65º Vertical 3dB Beam Width 10º 9º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB > 16dB Front to Back Ratio, 180º±30º > 25dB > 25dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 18kg Max. Wind Velocity 200Km/h 1996 X 282 X 100mm

23 Xpol Panel º 18dBi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz MHz Polarization ±45º ±45º Gain 17.5dBi 17.5 dbi Horizontal 3dB Beam Width 65º 65º Vertical 3dB Beam Width 7º 7º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB > 16dB Front to Back Ratio, 180º±30º > 30dB > 30dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance > 15dB 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W > 15dB MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 17kg Max. Wind Velocity 200Km/h 2640 X 295 X 115mm

24 Xpol Panel º 15dBi VET 0º-15º Adjust. Electrical Downtilt set by hand or by optional Antenna Control Unit (ACU) S-Wave DV15 Frequency Range MHz MHz Polarization ±45º ±45º Gain 15dBi 15dBi Horizontal 3dB Beam Width 65º 65º Vertical 3dB Beam Width 15º 15º Electrical Down Tilt 0º-15º 0º-15º Front to Back Ratio, 180º±30º > 25dB > 25dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance > 15dB 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W > 15dB MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 8kg Max. Wind Velocity 200Km/h 1445 X 289 X 134mm

25 Xpol Panel º 16.5dBi VET 0º-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave DV10 Frequency Range MHz MHz Polarization ±45º ±45º Gain 16.5dBi 16.5dBi Horizontal 3dB Beam Width 68º 65º Vertical 3dB Beam Width 10º 9.5º Electrical Down Tilt 0º-10º 0º-10º Front to Back Ratio, 180º±30º > 25dB > 25dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 400W MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 18kg Max. Wind Velocity 200Km/h 1996 X 282 X 100mm

26 Xpol Panel º 18dBi VET 0º-8º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave DV8 Frequency Range MHz MHz Polarization ±45º ±45º Gain 17.5dBi 17.8dBi Horizontal 3dB Beam Width 68º 65º Vertical 3dB Beam Width 7.5º 7.3º Electrical Down Tilt 0º-8º 0º-8º Front to Back Ratio, 180º±30º > 25dB > 25dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 23kg Max. Wind Velocity 200Km/h 2640 X 282 X 100mm

27 Xpol Panel º 15.5dBi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz MHz Polarization ±45º ±45º Gain 15.3dBi 15.5dBi Horizontal 3dB Beam Width 90º 88º Vertical 3dB Beam Width 10.5º 10º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB > 15dB Front to Back Ratio, 180º±30º > 23dB > 23dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 14kg Max. Wind Velocity 200Km/h 1936 X 282 X 100mm

28 Xpol Panel º 17dBi FET0º, 3º, 6º S-Wave D S-Wave DT3 S-Wave DT6 Frequency Range MHz MHz Polarization ±45º ±45º Gain 16.5dBi 17dBi Horizontal 3dB Beam Width 90º 85º Vertical 3dB Beam Width 7.5º 7º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB > 16dB Front to Back Ratio, 180º±30º > 25dB > 25dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance > 15dB 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W > 15dB MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 22kg Max. Wind Velocity 200Km/h 2650 X 295 X 145mm

29 Xpol Panel º 17dBi VET 0º-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave DV10 Frequency Range MHz MHz Polarization ±45º ±45º Gain 16dBi 16.2dBi Horizontal 3dB Beam Width 90º 88º Vertical 3dB Beam Width 8º 7.5º Electrical Down Tilt 0º-10º 0º-10º Front to Back Ratio, 180º±30º > 23dB > 23dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 400W MHz 806~ ~ DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 18kg Max. Wind Velocity 200Km/h 2580 X 282 X 100mm

30 Low Band Panel Antenna MHz Vertical Polarization Your partner for Your Network Optimization

31 Vpol Panel º 20dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz MHz Polarization Vertical Vertical Gain 19.7dBi 20.0dBi Horizontal 3dB Beam Width 31º 29º Vertical 3dB Beam Width 9.0º 8.5º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB > 16dB Front to Back Ratio, 180º±30º > 28dB > 28dB Isolation > 30dB > 30dB Cross-polar Ratio, 0º ±30º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ DIN MHz Connector Type 1 X 7-16 DIN(F) 40kg Max. Wind Velocity 200Km/h 2300 X 565 X 100mm

32 Vpol Panel º 15.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 15dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 15º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ DIN Connector Type 1 X 7-16 DIN(F) 12kg Max. Wind Velocity 200Km/h 1300 X 282 X 100mm

33 Vpol Panel º 17.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 16.5dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 10º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30 db Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ DIN Connector Type 1 X 7-16 DIN(F) 18kg Max. Wind Velocity 200Km/h 1950 X 282 X 100mm

34 Vpol Panel º 18.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 17.8dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 7.5º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 806~ DIN Connector Type 1 X 7-16 DIN(F) 22kg Max. Wind Velocity 200Km/h 2640 X 282 X 100mm

35 Vpol Panel º 15.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 15dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 14º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 870~ DIN Connector Type 1 X 7-16 DIN(F) 12kg Max. Wind Velocity 200Km/h 1300 X 282 X 100mm

36 Vpol Panel º 17.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 17dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 9.0º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 870~ DIN Connector Type 1 X 7-16 DIN(F) 18kg Max. Wind Velocity 200Km/h 1950 X 282 X 100mm

37 Vpol Panel º 18.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 18.0dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 7.0º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 500W MHz 870~ DIN Connector Type 1 X 7-16 DIN(F) 22kg Max. Wind Velocity 200Km/h 2640 X 282 X 100mm

38 High Band Panel Antenna MHz Dual Polarization +45 / 45 Your partner for Your Network Optimization

39 Xpol Panel º 21dBi FET0º, 3º, 6º S-Wave U-33-21D S-Wave U-33-21DT3 S-Wave U-33-21DT6 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 20dBi 20.3dBi 20.5dBi Horizontal 3dB Beam Width 36º 35º 33º Vertical 3dB Beam Width 7.3º 7º 6.5º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB > 16dB > 16dB Front to Back Ratio, 180º±30º > 30dB > 30dB > 30dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±30º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 16kg Max. Wind Velocity 200Km/h 1304 X 320 X 72mm

40 Xpol Panel º 15.5dBi FET0º, 3º, 6º S-Wave U D S-Wave U DT3 S-Wave U DT6 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 15.2dBi 15.5dBi 15.7dBi Horizontal 3dB Beam Width 66º 66º 64º Vertical 3dB Beam Width 13º 12º 11º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 5kg Max. Wind Velocity 200Km/h 735 X 160 X 72mm

41 Xpol Panel º 18dBi FET0º, 3º, 6º S-Wave U-65-18D S-Wave U-65-18DT3 S-Wave U-65-18DT6 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 17.5dBi 17.5dBi 17.5dBi Horizontal 3dB Beam Width 65º 65º 65º Vertical 3dB Beam Width 7º 7º 7º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance > 15dB > 15dB 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 300W > 15dB MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 5.5kg Max. Wind Velocity 200Km/h 1337 X 162 X 95mm

42 Xpol Panel º 19dBi FET0º, 3º, 6º S-Wave U-65-19D S-Wave U-65-19DT3 S-Wave U-65-19DT6 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 18.7dBi 19dBi 19.2dBi Horizontal 3dB Beam Width 68º 65º 63º Vertical 3dB Beam Width 4.5º 4.3º 4.1º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 13kg Max. Wind Velocity 200Km/h 1942 X 160 X 72mm

43 Xpol Panel º 15dBi VET 0º-15º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave U-65-15DV15 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 14.5dBi 14.8dBi 15dBi Horizontal 3dB Beam Width 68º 66º 64º Vertical 3dB Beam Width 14º 13.5º 13º Electrical Down Tilt 0º-15º 0º-15º 0º-15º First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 6kg Max. Wind Velocity 200Km/h 662 X 160 X 72mm

44 Xpol Panel º 18dBi VET 0º-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave U-65-18DV10 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 17.4dBi 17.7dBi 17.9dBi Horizontal 3dB Beam Width 68º 66º 64º Vertical 3dB Beam Width 6.7º 6.5º 6.1º Electrical Down Tilt 0º-10º 0º-10º 0º-10º First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 8kg Max. Wind Velocity 200Km/h 1302 X 160 X 72mm

45 Xpol Panel º 17dBi FET0º, 3º, 6º S-Wave U-90-17D S-Wave U-90-17DT3 S-Wave U-90-17DT6 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 16.5dBi 16.7dBi 16.9dBi Horizontal 3dB Beam Width 88º 87º 85º Vertical 3dB Beam Width 6.8º 6.5º 6.2º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 23dB > 23dB > 23dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 13kg Max. Wind Velocity 200Km/h 1302 X 160 X 72mm

46 Xpol Panel º 17dBi VET 0º-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave U-90-17DV10 Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 16.5dBi 16.7dBi 16.8dBi Horizontal 3dB Beam Width 90º 88º 88º Vertical 3dB Beam Width 7º 6.5º 6.3º Electrical Down Tilt 0º-10º 0º-10º 0º-10º First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 23dB > 23dB > 23dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 7.5kg Max. Wind Velocity 200Km/h 1574 X 160 X 72mm

47 High Band Panel Antenna MHz Vertical Polarization Your partner for Your Network Optimization

48 Vpol Panel º 18.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 17.8dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 7.0º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 300W MHz DIN Connector Type 1 X 7-16 DIN(F) 13kg Max. Wind Velocity 200Km/h 1310 X 160 X 72mm

49 Vpol Panel º 18.0dBi FET0º, 3º, 6º S-Wave S-Wave T3 S-Wave T6 Frequency Range MHz Polarization Vertical Gain 18.0dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 6.0º Electrical Down Tilt 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 16dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 300W MHz DIN Connector Type 1 X 7-16 DIN(F) 13kg Max. Wind Velocity 200Km/h 1310 X 160 X 72mm

50 Vpol Panel º 18dBi FET0º, 3º, 6º S-Wave U S-Wave U-65-18T3 S-Wave U-65-18T6 Frequency Range MHz MHz MHz Polarization Vertical Vertical Vertical Gain 17.5dBi 17.7dBi 18dBi Horizontal 3dB Beam Width 68º 65º 63º Vertical 3dB Beam Width 7º 6.6º 6.3º Electrical Down Tilt 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed 0º, 3º, 6º, Fixed First Upper Sidelobe Suppression > 15dB > 15dB > 15dB Front to Back Ratio, 180º±30º > 25dB > 25dB > 25dB Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 250W MHz MHz MHz 7-16 DIN Connector Type 1 X 7-16 DIN(F) 13kg Max. Wind Velocity 200Km/h 1302 X 160 X 72mm

51 LTE Extra-wide Band Antennas MHz Dual Polarization +45 / Your partner for Your Network Optimization

52 Xpol Panel MHz 65º 15dBi VET0º-15º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave EW-65-15DV15 Frequency Range MHz Polarization ±45º Gain 15dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 14º Electrical Down Tilt 0º-15º First Upper Sidelobe Suppression > 15dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º > 15dB Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 300W MHz DIN 7-16 DIN Connector Type 2 X 7-16 DIN(F) 5kg Max. Wind Velocity 200Km/h 730 X 162 X 95mm

53 Xpol Panel MHz 65º 18dBi VET0º-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave EW-65-18DV10 Frequency Range MHz Polarization ±45º Gain 18dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 7º Electrical Down Tilt 0º-10º First Upper Sidelobe Suppression > 15dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º > 15dB Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 300W MHz DIN 7-16 DIN Connector Type 2 X 7-16 DIN(F) 7kg Max. Wind Velocity 200Km/h 1250 X 162 X 95mm

54 Dual Band Panel MHz 65º 15dBi VET0º-15º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave EW/EW-65-15DV15 Frequency Range MHz Polarization ±45º Gain 2X15dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 14º Electrical Down Tilt 0º-15º First Upper Sidelobe Suppression > 15dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º > 15dB Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 300W MHz DIN 7-16 DIN 7-16 DIN 7-16 DIN Connector Type 4 X 7-16 DIN(F) 10kg Max. Wind Velocity 200Km/h 730 X 295 X 115mm

55 Dual Band Panel MHz 65º 18dBi VET0º-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave EW/EW-65-18DV10 Frequency Range MHz Polarization ±45º Gain 2X18dBi Horizontal 3dB Beam Width 65º Vertical 3dB Beam Width 7º Electrical Down Tilt 0º-10º First Upper Sidelobe Suppression > 15dB Front to Back Ratio, 180º±30º > 25dB Isolation > 30dB Cross-polar Ratio, 0º > 15dB Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power Per Input 300W MHz DIN 7-16 DIN 7-16 DIN 7-16 DIN Connector Type 4 X 7-16 DIN(F) 14kg Max. Wind Velocity 200Km/h 1250 X 295 X 115mm

56 Dual Band Antennas 2 PORTS (with Inner Combiner) Dual Polarization +45 / 45 Your partner for Your Network Optimization

57 XXpol Panel C / º 15/17dBi FET0º/0º S-Wave 0709/U-65-15/17DC-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 14.3dBi 14.9dBi 16.3 dbi 16.6dBi 17.0dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 14.7º 13.9º 6.7º 6.5º 5.9º Electrical Down Tilt 0º 0º 0º 0º 0º First Upper Sidelobe Suppression > 16dB > 16dB > 16dB > 16dB > 16dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 16kg Max. Wind Velocity 200Km/h 1550 X 295 X 145mm

58 XXpol Panel C / º 15/17dBi FET6º S-Wave 0709/U-65-15/17DT6C-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 14.3dBi 14.9dBi 16.3 dbi 16.6dBi 16.8dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 62º Vertical 3dB Beam Width 14.7º 13.9º 6.7º 6.5º 5.9º Electrical Down Tilt 6º 6º 6º 6º 6º First Upper Sidelobe Suppression > 15dB > 15dB > 15dB > 15dB > 15dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 16kg Max. Wind Velocity 200Km/h 1550 X 295 X 145mm

59 XXpol Panel C / º 15/17dBi VET0-15º/0-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U-65-15/17DV15/10C-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 14.3dBi 14.9dBi 16.3 dbi 16.6dBi 17.0dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 14.7º 13.9º 6.7º 6.5º 5.9º Electrical Down Tilt 0-15º 0-15º 0-10º 0-10º 0-10º First Upper Sidelobe Suppression 0º... 8º... 15º dB 0º... 8º... 15º dB 0º... 5º... 10º dB 0º... 5º... 10º dB 0º... 5º... 10º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 16kg Max. Wind Velocity 200Km/h 1550 X 295 X 145mm

60 XXpol Panel C / º 16/18dBi FET0º/0º S-Wave 0709/U-65-16/18DC-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 15.3dBi 16.0dBi 16.8 dbi 17.4dBi 18.0dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 10.6º 9.5º 5.2º 5º 4.5º Electrical Down Tilt 0º 0º 0º 0º 0º First Upper Sidelobe Suppression > 16dB > 16dB > 16dB > 16dB > 16dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 21kg Max. Wind Velocity 200Km/h 1990 X 295 X 145mm

61 XXpol Panel C / º 16/18dBi FET6º/6º S-Wave 0709/U-65-16/18DT6C-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 15.3dBi 16.0dBi 16.8 dbi 17.4dBi 18.0dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 10.6º 9.5º 5.2º 5º 4.5º Electrical Down Tilt 6º 6º 6º 6º 6º First Upper Sidelobe Suppression > 15dB > 15dB > 15dB > 15dB > 15dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 21kg Max. Wind Velocity 200Km/h 1990 X 295 X 145mm

62 XXpol Panel C / º 16/18dBi VET0-10º/0-8º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U-65-16/18DV10/V8C-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 15.4dBi 16.0dBi 16.8 dbi 17.4dBi 18.0dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 10.6º 9.5º 5.1º 4.8º 4.3º Electrical Down Tilt 0-10º 0-10º 0-8º 0-8º 0-8º First Upper Sidelobe Suppression 0º... 5º... 10º dB 0º... 5º... 10º dB 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 21kg Max. Wind Velocity 200Km/h 1990 X 295 X 145mm

63 XXpol Panel C / º 17/18dBi FET0º/0º S-Wave 0709/U-65-17/18DC-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 16.5dBi 17.1dBi 17.0 dbi 17.2dBi 18.0dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 60º Vertical 3dB Beam Width 8º 7.4º 5.1º 4.8º 4.3º Electrical Down Tilt 0º 0º 0º 0º 0º First Upper Sidelobe Suppression > 16dB > 16dB > 16dB > 16dB > 16dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 27kg Max. Wind Velocity 200Km/h 2590 X 295 X 145mm

64 XXpol Panel C / º 17/18dBi FET6º/6º S-Wave 0709/U-65-17/18DT6C-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 16.5dBi 17.1dBi 17.0dBi 17.2dBi 18.0dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 60º Vertical 3dB Beam Width 8º 7.4º 5.1º 4.8º 4.3º Electrical Down Tilt 6º 6º 6º 6º 6º First Upper Sidelobe Suppression > 14dB > 14dB > 14dB > 14dB > 14dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 27kg Max. Wind Velocity 200Km/h 2590 X 295 X 145mm

65 XXpol Panel C / º 17/18dBi VET0º-8º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U-65-17/18DV8C-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 16.5dBi 17.1dBi 17.0 dbi 17.2dBi 18.0dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 60º Vertical 3dB Beam Width 8º 7.4º 5.1º 4.8º 4.3º Electrical Down Tilt 0-8º 0-8º 0-8º 0-8º 0-8º First Upper Sidelobe Suppression 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W Max, Power Per Input 450W 450W Inner Combiner The insertion loss is included in the given antenna values MHz 790~ ~960 C C 7-16 DIN 7-16 DIN MHz Connector Type 2 X 7-16 DIN(F) 27kg Max. Wind Velocity 200Km/h 2590 X 295 X 145mm

66 Dual Band Antennas 4 Ports Dual Polarization +45 / 45 Your partner for Your Network Optimization

67 XXpol Panel / º 15/17dBi FET0º/0º S-Wave 0709/U-65-15/17D-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 14.5dBi 15.1dBi 16.5dBi 16.8dBi 17.1dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 14.7º 13.9º 6.7º 6.5º 5.9º Electrical Down Tilt 0º 0º 0º 0º 0º First Upper Sidelobe Suppression > 16dB > 16dB > 16dB > 16dB > 16dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 16kg Max. Wind Velocity 200Km/h 1550 X 295 X 145mm

68 XXpol Panel / º 15/17dBi FET6º S-Wave 0709/U-65-15/17DT6-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 14.5dBi 15.1dBi 16.5dBi 16.8dBi 17.1dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 62º Vertical 3dB Beam Width 14.7º 13.9º 6.7º 6.5º 5.9º Electrical Down Tilt 6º 6º 6º 6º 6º First Upper Sidelobe Suppression > 15dB > 15dB > 15dB > 15dB > 15dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 16kg Max. Wind Velocity 200Km/h 1550 X 295 X 145mm

69 XXpol Panel / º 15/17dBi VET0-15º/0-10º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U-65-15/17DV15/10-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 14.5dBi 15.1dBi 16.5dBi 16.8dBi 17.1dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 14.7º 13.9º 6.7º 6.5º 5.9º Electrical Down Tilt 0-15º 0-15º 0-10º 0-10º 0-10º First Upper Sidelobe Suppression 0º... 8º... 15º dB 0º... 8º... 15º dB 0º... 5º... 10º dB 0º... 5º... 10º dB 0º... 5º... 10º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 16kg Max. Wind Velocity 200Km/h 1550 X 295 X 145mm

70 XXpol Panel / º 16/18dBi FET0º/0º S-Wave 0709/U-65-16/18D-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 15.5dBi 16.2dBi 17.0dBi 17.6dBi 18.2dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 10.6º 9.5º 5.2º 5º 4.5º Electrical Down Tilt 0º 0º 0º 0º 0º First Upper Sidelobe Suppression > 16dB > 16dB > 16dB > 16dB > 16dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 21kg Max. Wind Velocity 200Km/h 1990 X 295 X 145mm

71 XXpol Panel / º 16/18dBi FET6º/6º S-Wave 0709/U-65-16/18DT6-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 15.4dBi 16.1dBi 16.9 dbi 17.5dBi 18.1dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 10.6º 9.5º 5.2º 5º 4.5º Electrical Down Tilt 6º 6º 6º 6º 6º First Upper Sidelobe Suppression > 15dB > 15dB > 15dB > 15dB > 15dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 21kg Max. Wind Velocity 200Km/h 1990 X 295 X 145mm

72 XXpol Panel / º 16/18dBi VET0-10º/0-8º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U-65-16/18DV10/V8-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 15.5dBi 16.2dBi 17.0dBi 17.6dBi 18.2dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 10.6º 9.5º 5.1º 4.8º 4.3º Electrical Down Tilt 0-10º 0-10º 0-8º 0-8º 0-8º First Upper Sidelobe Suppression 0º... 5º... 10º dB 0º... 5º... 10º dB 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 21kg Max. Wind Velocity 200Km/h 1990 X 295 X 145mm

73 XXpol Panel / º 17/18dBi FET0º/0º S-Wave 0709/U-65-17/18D-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 16.6dBi 17.3dBi 17.0dBi 17.6dBi 18.2dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 60º Vertical 3dB Beam Width 8º 7.4º 5.1º 4.8º 4.3º Electrical Down Tilt 0º 0º 0º 0º 0º First Upper Sidelobe Suppression > 16dB > 16dB > 16dB > 16dB > 16dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 27kg Max. Wind Velocity 200Km/h 2590 X 295 X 145mm

74 XXpol Panel / º 17/18dBi FET6º/6º S-Wave 0709/U-65-17/18DT6-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 16.6dBi 17.2dBi 17.0dBi 17.4dBi 18.1dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 60º Vertical 3dB Beam Width 8º 7.4º 5.1º 4.8º 4.3º Electrical Down Tilt 6º 6º 6º 6º 6º First Upper Sidelobe Suppression > 14dB > 14dB > 14dB > 14dB > 14dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 27kg Max. Wind Velocity 200Km/h 2590 X 295 X 145mm

75 XXpol Panel / º 17/18dBi VET0º-8º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U-65-17/18DV8-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 16.6dBi 17.3dBi 17.0dBi 17.6dBi 18.2dBi Horizontal 3dB Beam Width 68º 65º 66º 64º 60º Vertical 3dB Beam Width 8º 7.4º 5.1º 4.8º 4.3º Electrical Down Tilt 0-8º 0-8º 0-8º 0-8º 0-8º First Upper Sidelobe Suppression 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 4º... 8º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 4 X 7-16 DIN(F) 27kg Max. Wind Velocity 200Km/h 2590 X 295 X 145mm

76 Triple Band Antennas 6 Ports Dual Polarization +45 / 45 Your partner for Your Network Optimization

77 XXXpol Panel / / º 15.0dBi VET0º-15º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U/U-65-15DV15-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 2X14.5dBi 2X15.1dBi 4X13.9 dbi 4X14.2dBi 4X14.7dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 14.7º 13.9º 13.4º 13.0º 12.6º Electrical Down Tilt 0-15º 0-15º 0-15º 0-15º 0-15º First Upper Sidelobe Suppression 0º... 7º... 15º dB 0º... 7º... 15º dB 0º... 7º... 15º dB 0º... 7º... 15º dB 0º... 7º... 15º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 6 X 7-16 DIN(F) 21kG Max. Wind Velocity 200Km/h 1690 X 295 X 145mm

78 XXXpol Panel / / º 16.0dBi VET0-8 /0-12 /0-12 Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U/U-65-16DV8/V12/V12-F Frequency Range MHz MHz MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 2X15.5dBi 2X16.2dBi 4X15.2dBi 4X15.7dBi 4X16.3dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 10.6º 9.5º 9.3º 9.0º 8.6º Electrical Down Tilt 0-8º 0-8º 0-12º 0-12º 0-12º First Upper Sidelobe Suppression 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 6º... 12º dB 0º... 6º... 12º dB 0º... 6º... 12º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 6 X 7-16 DIN(F) 26kG Max. Wind Velocity 200Km/h 2130 X 295 X 145mm

79 XXXpol Panel / / º 17.0dBi VET0-8 /0-10 /0-10 Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave 0709/U/U-65-17DV8/V10/V10-F MHz MHz Frequency Range MHz MHz MHz MHz MHz Polarization ±45º ±45º ±45º ±45º ±45º Gain 2X16.7dBi 2X17.4dBi 2X16.1dBi 2X16.5dBi 2X16.4dBi 2X16.7dBi 2X16.8dBi 2X17.1dBi Horizontal 3dB Beam Width 67º 64º 66º 64º 60º Vertical 3dB Beam Width 8º 7.4º 5.1º 4.7º 4.3º Electrical Down Tilt 0-8º 0-8º 0-10º 0-10º 0-10º First Upper Sidelobe Suppression 0º... 4º... 8º dB 0º... 4º... 8º dB 0º... 5º... 10º dB 0º... 5º... 10º dB 0º... 5º... 10º dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB > 30dB > 30dB Cross-polar Ratio, 0º > 15dB > 15dB > 15dB > 15dB > 15dB Impedance 50Ω 50Ω VSWR < 1.5 < X 43dBm Carrier < -150dBc < -150dBc Max, Power 400W 200W MHz MHz 790~ ~ DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 6 X 7-16 DIN(F) 34kG Max. Wind Velocity 200Km/h 2870 X 295 X 145mm

80 Tri-Sector Antenna Dual Polarization +45 / 45 Your partner for Your Network Optimization

81 Xpol Tri-Sector º 18.0dBi VET0º-8º Adjust. Electrical Downtilt set by hand or by optional ACU S-Wave U-65-18DV8S Frequency Range MHz MHz MHz Polarization ±45º ±45º ±45º Gain 17.8dBi 17.8dBi 17.8dBi Horizontal 3dB Beam Width 65º 65º 65º Vertical 3dB Beam Width 7.0º 7.0º 7.0º Electrical Down Tilt 0-8º 0-8º 0-8º First Upper Sidelobe Suppression 16dB 16dB 16dB Front to Back Ratio (180 ±30 ) > 25dB > 25dB > 25dB Isolation > 30dB > 30dB > 30dB Cross-polar Ratio, 0º ±60º Impedance 50Ω VSWR < X 43dBm Carrier < -150dBc Max, Power 250W MHz MHz DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN 7-16 DIN MHz Connector Type 6 X 7-16 DIN(F) 70kG Max. Wind Velocity 200Km/h Φ250 X 2230mm

82 Remote Electrical Tilt (RET) Your partner for Your Network Optimization

83 81 82 RET Products List Variable Electrical Tilt Antenna (VET Antenna) Antenna Control Unit (ACU) AISG Control Cable Assembly (CCA) Protocol Convert Adaptor (PCA ) Portable Control Unit (PCU) Smart Bias-Tee (SBT) 2) The following method does not need to use a long run AISG compliant CCA. The CCU, PCU or OMT uses a Smart Bias Tee (SBT) to connect to the RF cable and modulate the data through the cable. On the tower another SBT is used to demodulate the data, and is connected to the ACU through an AISG cable. The ACU then adjusts the electric tilt of the VET antenna. RET System 1.Connection of VET Antenna and ACU The Variable Electrical Tilt (VET) antenna can be adjusted when it is separated from the Antenna Control Unit (ACU). When the VET antenna is not connected to the ACU, its electrical down tilt angle can be adjusted manually by hand control. Antenna Control Unit (ACU) 3) AISG protocol is processed in the Base Station then through the RF cable to tower. On the tower a SBT is used to demodulate the data, and is connected to the ACU through an AISG cable. The ACU then adjusts the electric tilt of the VET antenna. AISG connector 2. RET System 1) The Central Control Unit (CCU), Portable Control Unit (PCU) or Operation & Maintenance Terminal (OMT) is connected to the ACU using an AISG compliant Control Cable Assembly (CCA). The ACU can then be commanded to adjust the electric tilt of the VET antenna. The CCU sends commands and data to the ACU using the computer s RS232, Ethernet or Wireless MODEM ports.

84 4) AISG protocol is processed in the Base Station and Remote Radio Unit (RRU). The RRU is connected to the ACU through an AISG cable. The ACU then adjusts the electric tilt of the VET antenna. Remote Site Control Change the electrical tilt or azimuth bearing of installed RET / RAS antennas. Remotely calibrate or re-configure installed devices. Batch Scheduling Quickly reconfigure a large number of sites for seasonal changes or event optimization. Schedule site polling to update control database. Remote Site Monitoring Monitor and report device alarms. Monitor and report network connectivity issues. 3. Operation and Maintenance Center (OMC) System OMC software from Rosenberger enables operators to remotely control and monitor AISG devices distributed throughout their network. Engineers using OMC software communicate via Ethernet to Center Control Units (CCU s) at each cell site to send and receive commands to RET, RAS, TMA and any other installed AISG devices. The system includes a user friendly alarm interface to manage error messages and network connectivity problems as well as provides a centralized database for site configuration data. Alarm Management User friendly interface to receive and interpret error messages. Ability to assign severity levels to each defined error code. Alarm filtering by area, time or severity level. Site History Alarm history Site change history Site Configuration Site name, location, GPS coordinates. Store and maintain listing of installed equipment. Store site access procedures / protocols. Maintain internal and external contact information. Site Management Add new sites or remove existing sites. Maintain and communicate site status. Assign logical grouping by Region, Area, City, etc. User Management Add / Delete users to the system. Assign and manage access privileges. Assign and manage user passwords. Reporting Query database and filter results to quickly review desired data. Produce formatted reports showing site information, tilt changes, etc. Export data to EXCEL for additional processing.

85 Antenna Control Unit (ACU) Main Features The Antenna Control Unit (ACU) is used with Rosenberger base station antennas with adjustable electrical down-tilt and appropriate mechanical interfaces. Compliant to AISG 1.1 and 3GPP/AISG 2.0 Compact size Daisy Chain feasibility Suitable for operation under outdoor conditions Type No S-Wave ACU-001 S-Wave ACU-002 Protocols Compliant to AISG 1.1 and 3GPP/AISG 2.0 Logical Interface Ex Factory 1) AISG 1.1 3GPP/AISG 2.0 Input Voltage Range V (pin 1, pin 6) Power Consumption Connectors 2) Hardware Interfaces Adjustment Time (Full Range) < 2 W (stand by); <15 W (motor activated) 2 x 8 pin connector according to IEC ; according to AISG Daisy chain in: male; Daisy chain out: female RS 485A/B (pin 5, pin 3); power supply (pin 1, pin 6); DC return (pin 7); according to AISG 120 sec (typically, depending on antenna type) Adjustment Cycles > 50,000 Environmental Specifications Operating Temperature Range Storage Temperature Range Protection Class -40 C to +60 C -40 C to +85 C IP65(with antenna) Input 2 8 pin connector according to IEC Connector Position Color Housing Material Bottom RAL 7035, light grey 161 x 72 x 58mm 350g Profile: Aluminum; Cover: Zinc die cast

86 AISG Control Cable Assembly (CCA) Main Features AISG RET Control Cable, 1 m Feeds data and power to RET system components AISG and RoHS compliant Type No 8Pin(F) Pin(M)-AISG Protocol 3GPP/AISG 2.0/AISG 1.1 Voltage, Maximum 300V Environmental Specifications Operating Temperature Range -40 C to +70 C (-40 F to +158 F) Protection Class IP 67 AISG Connector A AISG Connector B 8pin DIN Female 8pin DIN Male Braid Coverage 85% Data Conductor Type 0.32 mm² (24 AWG) twisted pair Data Conductors, Quantity 2 Power Conductor Type 0.75 mm² (20 AWG) stranded Power Conductors, Quantity 3 Total Conductors, Quantity 5 Shield Material Jacket Material Color Diameter Over Jacket Aluminum Fire retardant PU Black mm Length 1.0m

87 Portable Control Unit (PCU) Main Features AISG1.1 and 3GPP/AISG2 capable Portable and lightweight Rechargeable LI-ION battery No external power source required Backlight LCD display Pushbutton control Type No Power S-Wave PCU-ANT-001 Rechargeable battery 14.4V Li 2Ah Power Supply To PCU DC24V, 2.7A Output Voltage to Antenna Maximum Output Current Output Protection Interface to Antenna Tilt Reading Resolution AISG female Pin 1: 12V ± 1V AISG female Pin 6: DC 24V ± 1V, Battery 15V±1V 2A Over-current and low-voltage protection AISG1.1 / 3GPP AISG2.0 RS485 (AISG female pins 3 and 9600 baud Power supply (AISG female pin 6/ pin 1) 0.1 steps AISG Output 8 pin female DIN Power Display 2-pole socket, 5.7mm/2.0mm Monochrome graphic LCD Environmental Specifications Operating Temperature Range 0 C to +45 C Storage Temperature Range -20 C to +65 C (Portable Controller Unit) Housing Material x 92 x 34.5mm 550g ABS

88 Protocol Convert Adaptor (PCA ) Main Features The PCA is an integral part of the Rosenberger remote antenna control system. The device links the PC to the AISG antenna system and is used in coordination with Rosenberger s OMT-ALD software to control ALD Compliant with AISG 1.1 and 2.0 standards Compact size Daisy Chain feasibility Simple connection to any USB port of the PC driver provided Carried from site to site for RET antenna setup and optimization Pushbutton control Type No S-Wave PCA-001 Protocol AISG 1.1 AISG 2.0 Input Voltage Range 12V pin 1, 24V pin 6 Output Current at Voltage V Hardware Interfaces RS 485A/B(pin 5, pin 3); power supply(pin 1, pin 6); DC return(pin 7) Electrical Safety Standard IEC Power Supply DC Jack Environmental Specifications Operating Temperature Range Relative Humidity 0 C to +40 C Up to 95%, noncondensing Connector Color weight Housing material 1 8 pin connector according to IEC conforms to AISG RF-connector SMA RAL 7035,lightgrey 151 X 52.4 X 49mm 290g Profile: Aluminum; Cover: Zinc diecast Includes Protocol Convert Adapter External power supply (24 VDC / 65W) AC power cable USB cable CD-ROM (with PCA software, drivers, and manual) Installation guide Carrying case

89 Smart Bias-Tee (SBT) Main Features Conversion between OOK and RS485 standard signal High PIM rejection performance Low insertion loss and high output power Feeding DC to supply cable Built-in lighting protection Simple installation Type No Frequency Return Loss/VSWR Impedance Insertion Loss SBT-6F-D MHz Smart Bias Tee 806 to 960MHz and 1710 to 2170MHz < -20dB/< Ω < 0.2dB PIM < -160dBc(3rd order, wit 2*20W ) Power Handl ng 55dBm(Average RMS) Power Supply 9-30V Current Consumption 50mA Current Handling 1.3A Modem Communication 3GPP TS Environmental Specifications Operating Temperature Range Storage Temperature Range -40 C to +60 C -40 C to +85 C Relati e Humidity 5% - 95% Barometric Pressure Storage Temperature Range 55 KPa -106KPa Indoor or Outdoor (IP66) Connectors Type MTBF Ingress Protection Packing Port1 DIN 7-16 male, Port female, Port DC/ACU 8-pin male >500,000 hrs IP66 1 Pce in box

90 INSTALLATION KITS Your partner for Your Network Optimization

91 89 90 Installation Instruction 1. Assemble the mounting bracket kit enclosed in the antenna package per the instructions, and verify that each bolt, washer and nuts are tightened securely. Attach the mounting bracket to the back of the antenna as in the following examples. 2. Connect the jumpers to 7/16 DIN connectors of the antenna. Completely wrap the connectors with weather proof glue and tape as needed.

92 3. Hoist the antenna with jumpers to the installation location. Attach the antenna to the mast. Please note that the nuts should not be tightened until step 4 is completed. 4. Adjust the azimuth and mechanical down-tilt angle as required and restrain the jumpers connected to the antenna as appropriate. For Variable Electrical Tilt antennas without a Remote Control Unit, adjust the electrical down tilt angle as required.

93 Tighten each nut to the specific torque Nut M6 M8 M10 M12 Proposed Torque 8Nm 20Nm 50Nm 90Nm Safety Warning THE INSTALLATION OF THIS PRODUCT NEAR ANYPOWER LINES IS DANGEROUS. Select your installation site carefully; the distance from power lines should be at least twice the height of the antenna and mast combined. DO NOT use a metal ladder. DO NOT work on a wet or windy day. DO dress properly (shoes with rubber soles and heels, rubber gloves, long sleeve shirt or jacket). When the system is operational, avoid standing directly in front of the antenna. Strong RF fields are present when the transmitter is on. Installation Kits Mounting bracket P/N S-Wave 67-1 S-Wave 67-2 S-Wave 67-3 S-Wave 67-5 S-Wave 70-1 (kg) CDMA800 & CDMA800& CDMA800 & TD Antennas GSM1800 & UMTS Antenna Series GSM Antennas GSM900M 33 High gain Antennas; Multi Band VET High gain Antennas GSM900 & GSM1800 Low gain Antennas Suitable Mast Diameter φ50~φ110 mm φ50~φ110 mm φ50~φ110 mm φ50~φ110 mm φ50~φ110 mm Material Q235/SS304 Q235/SS304 Q235/SS304 Q235/SS304 Q235/SS304 Fix point Installation Tool Wrench [13, 14, 16] Wrench [13, 14, 16] Wrench [13, 14, 16] Wrench [13, 14, 16] Wrench [13, 14, 16]

94 Rosenberger SERVICE Your partner for Your Network Optimization

95 93 94 Rosenberger offers professional services that improve network design, reliability, scalability and efficiency. Our service core competences include: Network optimization Technical consultation Customized product design Installation & commissioning Onsite training & supervision System troubleshooting After-sales services In addition, we also offer professional training, technical support and workshops for distributors and agents. We are committed to offering our services in anyway, anywhere and at anytime. Rosenberger is much more than just a supplier Rosenberger is a valued development partner and we will strive to devote all effort to meet new challenges in order to scale to new heights.

96 Rosenberger Asia Pacific Electronic Co., Ltd. No.3, Anxiang Street, Block B, Tianzhu Airport Industrial Zone Beijing, China Tel : (+86 10) Fax : (+86 10) [email protected] Rosenberger (Shanghai) Technology Co.,Ltd No. 303, Xinke Road, Qingpu Industrial Zone Shanghai, China Tel : (+86 21) Fax : (+86 21) Rosenberger Asia Pacific Electronic Co., Ltd. Shanghai Division B7, No. 509, Renqing Road, East Zone of Zhangjiang High-Tech Park Shanghai, China Tel : (+86 21) Fax : (+86 21) Rosenberger Asia Pacific Electronic Co., Ltd. Dongguan Division 3rd Floor, Building E, Pingqian Industrial Park, Dongkeng Town Dongguan, Guangdong Province, China Tel : ( ) Fax : ( ) Rosenberger All rights reserved. 2 nd Edition, 2012 Please visit our website: