Antenna Solutions for. Sprint Approved Antenna Solutions with IMNs April today & tomorrow

Transcription

1 Antenna Solutions for Sprint Approved Antenna Solutions with IMNs April 218 today & tomorrow

2 Welcome to a new age of antenna solutions Alpha Wireless Limited 218 We at Alpha Wireless are grateful for the partnership we share with Sprint. Together we are facing a new challenge - satisfying the customer demand for seamless high-speed data while minimizing the cost of serving subscribers. Working with Sprint we have developed solutions that are not only high performance but also address Return on Investment (ROI) by minimizing cost drivers such as site acquisition, installation cost and rent. We believe our long and collaborative relationship with Sprint coupled with our mission to change the way wireless networks are built will result in innovation that will be the envy of the industry. Within this catalog you will find antenna solutions that are relevant for today & tomorrow and are approved for deployment within the Sprint network. They are solutions that deliver performance, elegance and are visually ambient. This is Alpha Wireless. Brad McManus Chief Commercial Officer bmcmanus@alphawireless.com

3 Table of Contents CANISTER... 7 AW We... are proud of our history of collaboration with Sprint, and are excited to meet new challenges with new solutions. AW CONCEALMENT AW361-S1-G... 2 AW3611-S1-G AW3612-S1-G CL-V CL-V AW3645-S-G-K AW3658-S-G-K AW PANEL AW3193-R AW AW3286-R AW3295-R... 6 AW3296-R AW SMALL CELL AW3176-S-LSL AW3176-TP8-S... 78

4 AW AW346-S AW3439-S-LSL... 9 AW3477-S1(-G) CL-V CL-V AW3613-S1-G... 1 AW362-S1-G SPECIAL APPLICATIONS AW3417 (-SB), (-LB) AW CANISTER Canisters provide multiple antennas into one attractive package. These canisters deliver an elegant macro solutions for pole-top, rooftop and streetworks applications. Alpha Wireless produces the highest performance, smallest diameter canister in the marketplace. The AW3363 AltaFlex canister houses both high and low band Tri-sector antennas. It handles all of Sprint s spectrum in one package. The AW354 provides two antennas in one package. These antennas produce a bow-tie pattern. This antenna is well suited for providing coverage along rural highways. Model IMN Degree Low Band High Data Sheet (pages) AW x 67-6 yes yes yes 8-13 AW x 65 yes elegance 7

5 AW3363 AW3363 IMN IMN Laconic Description / MHz Tri-Sector Antenna 65⁰ Beamwidth, +/-45⁰ Polarisation, RET 3 x Dual Ports on Low Band & 3 x Quad Ports on High Band Common Name AltaFlex (official product name), Tri-sector, Macro Canister Product History This antenna solution is being deployed on roofs and macro pole applications globally. It is a multi-frequency solution. Designed for compact, aesthetically pleasing applications. Application Notes Pole-top and Rooftop Custom mount allows for easy access to RF connectors. RF Specifications Radiation Patterns included in this catalog Frequency Range per Input MHz Yes Yes Yes Polarisation: NA +/-45 Slant Linear Gain Tilt dbi 12.2(T6) 12.3(T6) 12.4(T6) Tilt dbi 11.9(T12) 12(T12) 12.1(T12) Tilt dbi 11.7(T14) 11.8(T14) 11.9(T14) Overall Tilts dbi Azimuth Beamwidth Degree Azimuth Beam Squint Degree< 3 Elevation Beamwidth Degree Electrical Downtilt: Degree T6⁰-T14⁰ T2⁰-T1⁰ Electrical Downtilt Deviation Degree< 1 Impedance Ohms 5 VSWR NA< 1.5 ReturnLoss: db> 14 Isolation db> 27 Passive Intermodulation Upper Sidelobe Suppression, Peak to 2⁰ Cross Polar DiscriminationatSector Maximum Effective Power Per Port dbc< -15 db> 16 db> W 5 25 * The parameters in this specification follow the definitions 8 and recommendations per NGMN P-Basta, Release 9.6 9

6 AW3363 AW3363 IMN IMN Mechanical Specifications Dimensions (LxØ) mm (in) - Antenna mm (in) 28 (11) x 33 (12.9) Packing Size (LxWxH) mm (in) 291 (114) x 5 (2) x 59 (23) Net Weight (antenna) kg (lb) 75 (165) Net Weight (mount) kg (lb) Flange mount Shipping Weight kg (lb) 124 (273) Connector Quantity NA 18 x 7/16 Female, 6P Low Band, 12P High Band Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 184 Windload Lateral N 184 Survival Wind Speed km/h 2 (125) Radome Material NA UV Stabilised PVC Radome Colour RAL White RET Options Integrated RETs (AISG 2.) Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern (83 MHz) 9 18 AW3363. Alpha Wireless. Tilt:- electrical. Freq.= 83.MHz. H_BeamWidth = 65. V_BeamWidth = 22. Gain = 12dBi db Horizontal. AW3363_83_T Vertical. AW3363_83_T6 1 11

7 AW3363 AW3363 IMN IMN concluded Radiation Pattern (21 MHz) AW3363. Alpha Wireless Ltd. Tilt:- electrical. Freq.= 21MHz. H_BeamWidth = 65. V_BeamWidth = 6. Gain = 17.5dBi. Radiation Pattern (26 MHZ) AW3363. Alpha Wireless Ltd. Tilt:- electrical. Freq.= 26MHz. H_BeamWidth = 65. V_BeamWidth = 5. Gain = 17.8dBi db db Horizontal. AW3363_21_T Vertical. AW3363_21_T2 Horizontal. AW3363_26_T Vertical. AW3363_26_T

8 AW354 IMN AW354 IMN Laconic Description MHz Back to Back Antenna (Dual Port, +/-45⁰Polarisation, Fixed Tilt) +/-2 Azimuth Adjust Common Name Bowtie, Bowtie Canister, Peanut Pattern Antenna Product History This product was designed to help reduce roaming in rural areas, specifically for providing coverage along highways between cities. This antenna solution provides 2 x 65 sectors back to back fed by a single base station providing a bowtie type radiation pattern. Unique to this product, the Azimuth of each sector provides +/- 2 adjustability to optimize coverage. Application Notes Pole-top, Billboards, Maco sites, Rooftop RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 12.5 Azimuth Beamwidth Degree 65/65 Elevation Beamwidth Degree 1 Electrical Downtilt: Degree T⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.43 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 15 * The parameters in this specification follow the definitions 14 and recommendations per NGMN P-Basta, Release

9 AW354 AW354 IMN IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 198 (78) x 33 (12.9) Packing Size (LxWxD) mm (in) 2225 (88.6) x 361 (14.2) x 416 (16.3) Net Weight (antenna) kg (lb) 16 (35.2) Net Weight (mount) kg (lb) 2.8 (6.1) Shipping Weight kg (lb) 18.8 (41.3) Connector Quantity NA 2 x 7/16 Female Connector Position NA Bottom Azimuth Adjustment Degree +/-2 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 59 Windload Lateral N 59 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL White Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless LTD.. El for AW354_T Taken from file AW354.Atoll.txt Gain 13 dbi at 85MHz. Freq Range 86 to 896 Tilt db AW354_T_Az 18 9 AW354_T_El 16 17

10 CONCEALMENT - blank page - Traditional mobile networks were designed for voice call continuity and principally relied on macro sites. The seemingly insatiable demand for data requires cell splitting at a much finer level, placing network access points closer to the subscriber. The capacity and the ability to contour coverage with Band 41 makes it ideal for network densification. Network access points will be closer to where subscribers live, work and play. The CONCEALMENT set of solutions are designed to minimize the visual impact to the community. These solutions will enable Sprint to reduce the rent, backhaul and potentially power costs. They will help drive increased revenue. Model IMN Type Degree Tilt Ports AW361-S1-G 2735 CAN 36 AW3611-S1-G 2736 CAN 36 AW3612-S1-G CAN 36 3x MET T -T14 3x MET T -T14 3x eret T -T14 Data Sheet (pages) CL-V-128 Universal Mount for CAN (included) 32 CL-V Foot Offset Bracket for CAN 33 AW3645-S-G-K rcan 36 3xT CL-V-133 rcan Skid Mounting Kit (included) AW3658-S-G-K 2791 rcan 36 3xT CL-V-133 rcan Skid Mounting Kit (included) AW Shroud N/A visually ambient 19

11 AW361-S1-G AW361-S1-G IMN 2735 IMN 2735 Laconic Description MHz Omni Antenna (Quad Port, Omni, +/-45⁰ Polarisation, 3 x MET), with integrated GPS Common Name Concealed Antenna Node (CAN) or Pill, R5D4 Product History Solution was created to address many deployment related issues within the mini-macro deployment program. Key objective was to provide an integrated solution that would be easily approved within AZP processes and quickly deployable. This solution meets those criteria and reduces both CapEx and deployment times by more than 5%. Application Notes Product is preassembled before transporting to site location. Site BOM requires IMNs for CAN, Mini Macro Radio, and Backhaul products. Solution includes power distribution, grounding, POE cable, RF jumper cables, GPS and radio brackets. 3-sector independent electronic Remote Electrical Tilt from T-14 in 1º increments. Rooftop or 24 inch side mount from poles or buildings. Note: Side mount for poles can be used if the pole top is not available. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 1 Azimuth Beamwidth Degree 36 Azimuth Beam Squint Degree Elevation Beamwidth Degree 12 Electrical Downtilt: Degree T⁰ -T14⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 NOTE: Independent Adjustable Tilt on each of 3 sectors Fully interoperable and tested with Airspan AH44 4 Port mini macro radio. Fully interoperable and tested with Airspan or Nokia UE Relay and Fastback 13 series microwave backhaul. * The parameters in this specification follow the definitions 2 and recommendations per NGMN P-Basta, Release

12 AW361-S1-G AW361-S1-G IMN 2735 IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 16 (63) x 5 (19.6) Packing Size (LxWxD) mm (in) 135 (53.1) x 55 (21.6) x 55 (21.6) Net Weight (antenna) kg (lb) 52 (115) Shipping Weight kg (lb) 55 (121) Connector Quantity NA 4 x Mini Din Connector Position NA Bottom Mounting Kit NA CL-V-128 Windload calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 149 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightening Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW361-S1_T Taken from file AW361-S1.Atoll.Txt Gain 1 dbi at 2593MHz. Freq Range to Tilt db AW361-S1_T_Az 18 9 AW361-S1_T_El 22 23

13 AW3611-S1-G IMN 2736 Laconic Description MHz Omni Antenna (Dual Port, Omni, +/-45⁰ Polarisation, 3 x MET), with integrated GPS Common Name Concealed Antenna Node (CAN) or Pill, R5D4 Product History Solution was created to address many deployment related issues within the mini-macro deployment program. Key objective was to provide an integrated solution that would be easily approved within AZP processes and quickly deployable. This solution meets those criteria and reduces both CapEx and deployment times by more than 5%. Application Notes Product is preassembled before transporting to site location. Site BOM requires IMNs for CAN, Mini Macro Radio, and Backhaul products. Solution includes power distribution, grounding, POE cable, RF jumper cables, GPS and radio brackets. 3-sector independent electronic Remote Electrical Tilt from T-14 in 1º increments. Mounts easily on 3 to 12 inch metal or wooden power/communication poles. Rooftop or 24 inch side mount from poles or buildings. Note: Side mount for poles can be used if the pole top is not available. AW3611-S1-G IMN 2736 RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 1 Azimuth Beamwidth Degree 36 Elevation Beamwidth Degree 12 Electrical Downtilt: Degree T⁰ -T14⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 NOTE: Independent Adjustable Tilt on each of 3 sectors Fully interoperable and tested with all Airspan and Nokia approved mini macro radios. Fully interoperable and tested with Airspan or Nokia UE Relay and Fastback 13 series microwave backhaul. * The parameters in this specification follow the definitions 24 and recommendations per NGMN P-Basta, Release

14 AW3611-S1-G AW3611-S1-G IMN 2736 IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 16 (63) x 5 (19.6) Packing Size (LxWxD) mm (in) 135 (53.1) x 55 (21.6) x 55 (21.6) Net Weight (antenna) kg (lb) 45.5 (1) Shipping Weight kg (lb) 53 (117) Connector Quantity NA 2 x Mini Din Connector Position NA Bottom Mounting Kit NA CL-V-128 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 149 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 18 9 Alpha Wireless. El for AW3611-S1_T Taken from file AW3611-S1.Atoll.Txt Gain 1 dbi at 2593MHz. Freq Range to Tilt db AW3611-S1_T_Az 9 18 AW3611-S1_T_El 26 27

15 AW3612-S1-G AW3612-S1-G IMN IMN Laconic Description MHz Omni Antenna (Quad Port, Omni, +/-45⁰ Polarisation, 3 x eret), with integrated GPS Common Name Concealed Antenna Node (CAN) or Pill, R5D4 Product History Solution was created to address many deployment related issues within the mini-macro deployment program. Key objective was to provide an integrated solution that would be easily approved within AZP processes and quickly deployable. This solution meets those criteria and reduces both CapEx and deployment times by more than 5%. Application Notes Product is preassembled before transporting to site location. Site BOM requires IMNs for CAN, Mini Macro Radio, and Backhaul products. Solution includes power distribution, grounding, POE cable, RF jumper cables, GPS and radio brackets. 3-sector independent electronic Remote Electrical Tilt from T-14 in 1º increments. Mounts easily on 3 to 12 inch metal or wooden power/communication poles. Rooftop or 24 inch side mount from poles or buildings. Note: Side mount for poles can be used if the pole top is not available. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 1 Azimuth Beamwidth Degree 36 Azimuth Beam Squint Degree Elevation Beamwidth Degree 12 Electrical Downtilt: Degree T⁰ -T14⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 NOTE: Independent Adjustable Tilt on each of 3 sectors Fully interoperable and tested w/ Airspan AH44 approved mini macro radio. Fully interoperable and tested w/ Airspan or Nokia UE Relay and Fastback 13 series microwave backhaul. * The parameters in this specification follow the definitions 28 and recommendations per NGMN P-Basta, Release

16 AW3612-S1-G AW AW3612-S1-G IMN IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 16 (63) x 5 (19.6) Packing Size (LxWxD) mm (in) 135 (53.1) x 55 (21.6) x 55 (21.6) Net Weight (antenna) kg (lb) 52 (115) Shipping Weight kg (lb) 55 (121) Connector Quantity NA 4 x Mini Din Connector Position NA Bottom Mounting Kit NA CL-V-128 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 149 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 RET Option NA 3 x Integrated RET (AISG 2.) Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW3612-S1_T Taken from file AW3612-S1.Atoll.Txt Gain 1 dbi at 2593MHz. Freq Range to Tilt db AW3612-S1_T_Az 18 9 AW3612-S1_T_El 3 31

17 CL-V-128 CL-V-134 No IMN, included with CAN Universal Bracket IMN Foot Offset Bracket Bracket Arrangement for 3-6 inch Bracket Arrangement for 6-12 inch Item Description Quantity 1 Bolt M1x18 (S/S) 12 2 Bolt M1x25 (S/S) 14 3 Flat Washer M1 (S/S) 38 4 Spring Washer M1 (S/S) 26 5 Nut M1 (S/S) 24 6 Setscrew Grease Sachet (apply to items 1 & 2)

18 AW3645-S-G-K AW3645-S-G-K IMN IMN Laconic Description MHz Omni Antenna (Dual Port, Omni, +/-45⁰ Polarisation, FT), with integrated GPS Common Name rooftop Concealed Antenna Node (rcan) Product History Solution was created to comply with FCC OTARD requirements to accelerate mini macro deployments on rooftop locations. Key objective was to provide an integrated solution 1 meter or less which would be easily and quickly deployable. This solution meets those criteria as well as reduces both CapEx and deployment times by more than 5%. Application Notes Product is preassembled before transporting to site location. Site BOM requires rcan, skid mount (included in kit), Mini Macro Radio, and Backhaul IMN products. Solution includes power distribution, grounding, POE cable, RF jumper cables, GPS, and radio brackets. Pseudo omni pattern with fixed T6º down tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain dbi 8.2 Azimuth Beamwidth Degree 36 Elevation Beamwidth Degree 14 Electrical Downtilt: Degree T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 Rooftop deployment option, rcan can be mounted directly to metal pole with included adapter bracket. Fully IOT with all Airspan and Nokia 2 Port B41 approved mini macro radios. Fully IOT with Airspan and Nokia UE Relay and Fastback 13 series microwave backhaul. * The parameters in this specification follow the definitions 34 and recommendations per NGMN P-Basta, Release

19 AW3645-S-G-K AW3645-S-G-K IMN IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 998 (39.3) x 518 (2.4) Packing Size (LxWxD) mm (in) 13 (4.5) x 525 (2.7) x 525 (2.7) Net Weight (antenna) kg (lb) 39.5 (87) Shipping Weight kg (lb) 4 (88) Connector Quantity NA 2 x Mini Din Connector Position NA Bottom Mounting Kit NA CL-V-133 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 13 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW3645_T6 Taken from file AW3645_T6.Atoll.txt Gain 8.2 dbi at 26MHz. Freq Range to Tilt db AW3645_T6_Az 18 9 AW3645_T6_El 36 37

20 AW3658-S-G-K AW3658-S-G-K IMN 2791 IMN 2791 Laconic Description MHz Omni Antenna (Quad Port, Omni, +/-45⁰ Polarisation, FT), with integrated GPS Common Name rooftop Concealed Antenna Node (rcan) Product History Solution was created to comply with FCC OTARD requirements to accelerate mini macro deployments on rooftop locations. Key objective was to provide an integrated solution 1 meter or less which would be easily and quickly deployable. This solution meets those criteria as well as reduces both CapEx and deployment times by more than 5%. Application Notes Product is preassembled before transporting to site location. Site BOM requires rcan, skid mount (included in kit), Mini Macro Radio, and Backhaul IMN products. Solution includes power distribution, grounding, POE cable, RF jumper cables, GPS, and radio brackets. Pseudo omni pattern with fixed T6º down tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain dbi 8.2 Azimuth Beamwidth Degree 36 Elevation Beamwidth Degree 14 Electrical Downtilt: Degree T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 Rooftop deployment option, rcan can be mounted directly to metal pole with included adapter bracket. Fully IOT with all Airspan and Nokia 4 Port B41 approved mini macro radios. Fully IOT with Airspan and Nokia UE Relay and Fastback 13 series microwave backhaul. * The parameters in this specification follow the definitions 38 and recommendations per NGMN P-Basta, Release

21 AW3658-S-G-K AW3658-S-G-K IMN 2791 IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 998 (39.3) x 518 (2.4) Packing Size (LxWxD) mm (in) 13 (4.5) x 525 (2.7) x 525 (2.7) Net Weight (antenna) kg (lb) 41 (9) Shipping Weight kg (lb) 42 (92) Connector Quantity NA 4 x Connector Position NA Bottom Mounting Kit NA CL-V-133 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 13 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW3645_T6 Taken from file AW3645_T6.Atoll.txt Gain 8.2 dbi at 26MHz. Freq Range to Tilt db AW3645_T6_Az 18 9 AW3645_T6_El 4 41

22 CL-V-133 CL-V-133 part of rcan kit part of rcan kit... concluded Mechanical Specifications 3 inch Bracket Skid Mount Item 3 inch Bracket Description Quantity 1 Bolt M12x4 (S/S) 6 2 Nut M12 (S/S) 6 3 Bolt M1x25 (S/S) 8 4 Flat Washer M1 (S/S) 8 5 Spring Washer M1 (S/S)

23 AW3641 IMN AW3641 IMN concluded Laconic Description Mini Macro Shroud (Mountable enclosure for radio and backhaul equipment) Common Name AirSpan Shroud, New York City Shroud Product History Mini Macro deployment challenges in some jurisdictions require the use of an enclosure for housing the radio, backhaul, and power distribution equipment separate from the antenna. This solution was the first to be approved for integrating Airspan radio, UE Relay, and up to 2 Fastback 13 microwave radio equipment. The solution feeds into an Alpha Wireless 2 port (AW3477-S1-G) or 4 port (AW3613-S1-G) pseudo Omni antenna with integrated GPS antenna. Application Notes Product is preassembled before transporting to site location. BOM requires Shroud, Mini Macro Radio, GPS, grounding, POE cable, backhaul, and antenna products. Solution includes power distribution and radio brackets. Outer cover is RF transparent material to facilitate UE relay or microwave radio gear. Mounts easily on any round or flat surface areas (poles, buildings, signage, etc). Rooftop deployment or 24 side mount from poles or buildings. Fully IOT with all Airspan approved mini macro radios. Front View Back View Mechanical Specifications Dimensions (LxØ) mm (in) inc Bracket mm (in) 1241 (48.9) x 438 (17.3) x 312 (12.3) Packing Size (LxWxD) mm (in) 13 (51.2) x 5 (19.7) x 37 (14.6) Net Weight kg (lb) 35 (77) Shipping Weight kg (lb) 12.8 (28.2) Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 18 Windload Lateral N 77 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL White Product Compliance Environmental NA RoHS Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius inch Standoff is available as needed. Fully IOT with Airspan UE Relay and single or dual (requires optional mount kit) Fastback 13 series microwave backhaul radios

24 PANEL Panel antennas are the most commonly used solution for designing wireless networks. Alpha Wireless provides a wide array of solutions to meet the needs of the most intricate deployment requirements. - blank page - Model IMN Degree Band Ports Type Data Sheet (pages) AW3193-R B41 4 Panel AW B AW3286-R B41 2 Panel AW3295-R B41 4 Panel 6-63 AW3296-R B41 2 Panel AW B41 8 Beamforming Beamforming performance 47

25 AW3193-R AW3193-R IMN IMN Laconic Description MHz Sector Antenna (Quad Port, 65⁰ Beamwidth, +/-45⁰ Polarisation, eret) Common Name 4 Port, Band 41 High Gain Product History Introduced into the solutions portfolio to address a number of different macro site deployment options. Application Notes RAN vendor agnostic. Individual sector macro site deployment. Typical tower or rooftop applications. 1, 2, or 3 sector configurations. Internally integrated electronic Remote Electrical Tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Tilt dbi 18 3 Tilt dbi Tilt dbi 17.5 Over all Tilts dbi 17.7 Azimuth Beamwidth Degree 65 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 5.5 Electrical Downtilt: Degree T⁰ - T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Front to Back Ratio: Total Power +/-3⁰ db > 28 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 25 * The parameters in this specification follow the definitions 48 and recommendations per NGMN P-Basta, Release

26 AW3193-R AW3193-R IMN IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) (inc RET ) Packing Size (LxWxD) mm (in) mm (in) 1418 (55.8) x 28 (11) x 123 (4.8) 164 (65.6) x 34 (13.3) x 225 (8.8) Net Weight (antenna) kg(lb) kg (lb) 12.5 (27.5) Net Weight (mount) kg (lb) 3 (6.6) Shipping Weight kg (lb) 15.5 (34.1) Connector Quantity NA 4 x 7/16 Female (or Mini Dins) Connector Position NA Bottom Mounting Kit CL-V-11 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 78 Windload Lateral N 23 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 RET Options Intergrated RET Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius - 4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 AW3193. Alpha Wireless Ltd. Tilt:- electrical. Freq.= 26.MHz. H_BeamWidth = 65. V_BeamWidth = 5. Gain = 17.8dBi db Horizontal. AW3193_T Vertical. AW3193_T

27 AW3266 IMN AW3266 IMN Laconic Description MHz Sector Antenna (Eight Port BeamForming, 9⁰ Beamwidth, +/-45⁰ Polarisation) Common Name 8 Port Beamformer Product History Introduced into Sprint s solutions portfolio to facilitate Samsung B41 network modernization program. Application Notes RAN vendor agnostic. Individual sector macro site deployment. Typical tower or rooftop applications. 1, 2, or 3 sector configurations. Supports LTE Advanced transmission modes. Internally integrated electronic Remote Electrical Tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Single Column dbi 16.5 ±.5 Broadcast Beam dbi 17. ±.5 Service Beam dbi 21.5 ±.5 Calibration Network Coupling Factor Max amp deviation 26±2 db <.7 db Max phase deviation dbi < 5 Azimuth Beamwidth 9 Single Column 3dB BW 9 ± 7. Broadcast Beam 3dB BW 9 ± 5 Service Beam 3dB BW 2.5 ± 3 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 5 Electrical Downtilt: Degree T⁰ - T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 23 Front to Back Ratio: Total Power at +/- 3⁰ db > 27 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 15 Maximum Effective Power Per Port W 15 * The parameters in this specification follow the definitions 52 and recommendations per NGMN P-Basta, Release

28 AW3266 AW3266 IMN IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) mm (in) 155 (61) x 28 (11) x 122 (4.8) Packing Size (LxWxD) mm (in) 1623 (63.8) x 34 (13.3) x 178 (7) Net Weight (antenna) kg (lb) 2.5 (45.1) Net Weight (mount) kg (lb) 3 (6.6) Shipping Weight kg (lb) 23.5 (51.8) Connector Quantity NA 8 x Mini Din + 1 x N Type Connector Position NA Bottom Windload calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 87 Windload Lateral N 37 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 RET Manual Adjust or RCU AISG 2. Product Compliance Environmental NA RoHS Lightening Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 AW3266. Alpha Wireless Ltd. Tilt:- electrical. Freq.= MHz. H_BeamWidth = 9. V_BeamWidth = 5. Gain = 16.2dBi db Horizontal. AW3266_T_P Vertical. AW3266_T_P

29 AW3286-R AW3286-R IMN IMN Laconic Description MHz Sector Antenna (Dual Port, 65⁰ Beamwidth, +/-45⁰ Polarisation, eret) Common Name 2 Port Band 41 High Gain Product History Solution was introduced to facilitate upgrade and expansion of Clearwire B41 Spectrum Protect sites. Application Notes RAN vendor agnostic. Individual sector macro site deployment. Typical tower or rooftop applications. 1, 2, or 3 sector configurations. Internally integrated electronic Remote Electrical Tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Tilt dbi 18 3 Tilt dbi Tilt dbi 17.5 Over all Tilts dbi 17.7 Azimuth Beamwidth Degree 65 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 5.5 Electrical Downtilt: Degree T⁰ - T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Front to Back Ratio: Total Power +/- 3⁰ db > 3 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 25 * The parameters in this specification follow the definitions 56 and recommendations per NGMN P-Basta, Release

30 AW3286-R AW3286-R IMN IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) (inc RET ) Packing Size (LxWxD) mm (in) mm (in) 1372 (54) x 16 (6.2) x 85 (3.3) 155 (59.2) x 24 (9.4) x 178 (7) Net Weight (antenna) kg (lb) 8 (17.6) Net Weight (mount) kg (lb) 1.43 (3.1) Shipping Weight kg (lb) 9.4 (2.7) Connector Quantity NA 2 x 7/16 Din Female + AISG Connector Position NA Bottom Mounting Kit NA CL-V-12 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 45 Windload Lateral N 23 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 RET Options Integrated RET Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Hot Temperature Survival Celsius Celsius Radiation Pattern 9 18 AW3286. Alpha Wireless Ltd. Tilt:- electrical. Freq.= 26.MHz. H_BeamWidth = 65. V_BeamWidth = 5. Gain = 17.8dBi db Horizontal. AW3286_T Vertical. AW3286_T

31 AW3295-R AW3295-R IMN IMN Laconic Description MHz Sector Antenna (Quad Port, 9⁰ Beamwidth, +/-45⁰ Polarisation, eret) Common Name 4 Port B41 9 Product History Introduced into the solutions portfolio to address a number of different macro site deployment options. Application Notes RAN vendor agnostic. Individual sector macro site deployment. Typical tower or rooftop applications. 1, 2, or 3 sector configurations. Internally integrated electronic Remote Electrical Tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Tilt dbi Tilt dbi Tilt dbi 16 Over all Tilts dbi 16.2 Azimuth Beamwidth Degree 9 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 5.5 Electrical Downtilt: Degree T⁰ - T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Front to Back Ratio: Total Power +/- 3⁰ db > 28 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 25 * The parameters in this specification follow the definitions 6 and recommendations per NGMN P-Basta, Release

32 AW3295-R AW3295-R IMN IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) (inc RET ) Packing Size (LxWxD) mm (in) mm (in) 146 (57.4) x 28 (11) x 122 (4.8) 164 (65.6) x 34 (13.3) x 225 (8.8) Net Weight (antenna) kg (lb) 12 (26.45) Net Weight (mount) kg (lb) 3 (6.6) Shipping Weight kg (lb) 15 (33) Connector Quantity NA 4 x 7/16 Din Female Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 78 Windload Lateral N 354 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 7.35 RET Options Integrated RET Product Enironmental Compliance NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW3295_T Taken from file AW3295.Atoll.Txt Gain 16.5 dbi at 26MHz. Freq Range to Tilt db AW3295_T_Az 18 9 AW3295_T_El 62 63

33 AW3296-R AW3296-R IMN IMN Laconic Description MHz Sector Antenna (Dual Port, 9⁰ Beamwidth, +/-45⁰ Polarisation, eret) Common Name 2 Port B41 9 Product History Introduced into Sprint s solutions portfolio to address a number of different macro site deployment options. Application Notes RAN vendor agnostic. Individual sector macro site deployment. Typical tower or rooftop applications. 1, 2, or 3 sector configurations. Internally integrated electronic Remote Electrical Tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Tilt dbi Tilt dbi Tilt dbi 16 Over all Tilts dbi 16.2 Azimuth Beamwidth Degree 9 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 5.5 Electrical Downtilt: Degree T⁰ - T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Front to Back Ratio: Total Power +/-3⁰ db > 28 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 25 * The parameters in this specification follow the definitions 64 and recommendations per NGMN P-Basta, Release

34 AW3296-R AW3296-R IMN IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) (inc RET ) Packing Size (LxWxD) mm (in) mm (in) 1372 (54) x 16 (6.2) x 85 (3.3) 155 (59.2) x 24 (9.4) x 178 (7) Net Weight (antenna) kg (lb) 8 (17.6) Net Weight (mount) kg (lb) 1.43 (3.1) Shipping Weight kg (lb) 9.4 (2.7) Connector Quantity NA 2 x 7/16 Din Female Connector Position NA Bottom Mounting Kit NA CL-V-12 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 45 Windload Lateral N 23 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 RET Options Integrated RET Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless Ltd. AW3296. Tilt:- electrical. Freq.= 26.MHz. H_BeamWidth = 9. V_BeamWidth = 5. Gain = 16.5dBi db Horizontal. AW3296_T Vertical. AW3296_T

35 AW3378 IMN AW3378 IMN Laconic Description MHz Sector Antenna (Eight Port BeamForming, 65⁰ Beamwidth, +/-45⁰ Polarisation, VET) Common Name 8 Port Beamformer Product History Introduced into solutions portfolio to facilitate Samsung B41 network modernization program in locations with antenna height restrictions. Application Notes RAN vendor agnostic. Individual sector macro site deployment. Typical tower or rooftop applications. 1, 2, or 3 sector configurations. Supports LTE Advanced transmission modes. Internally integrated electronic Remote Electrical Tilt. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Single Column dbi 16.5 ±.5 Broadcast Beam dbi 17. ±.5 Service Beam dbi 21. ±.5 Calibration Network Coupling Factor Max amp deviation 26±2 db <.7 db Max phase deviation dbi < 5. Azimuth Beamwidth Single Column 3dB BW 65 ± 7. Broadcast Beam 3dB BW 65 ± 5 Service Beam 3dB BW 22 ± 3 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 7 Electrical Downtilt: Degree T⁰ - T6⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Front to Back Ratio: Total Power at +/- 3⁰ db > 27 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 5 * The parameters in this specification follow the definitions 68 and recommendations per NGMN P-Basta, Release

36 AW3378 AW3378 IMN IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) Packing Size (LxWxD) mm (in) mm (in) 18 (42.5)x 32 (12.5) x 1 (3.9) mm 118 (46.5) x 395 (15.5) x 22 (8.6) Net Weight (antenna) kg (lb) 18 (39.6) Net Weight (mount) kg (lb) 1.4 (3) Shipping Weight kg (lb) 19.4 (42.7) Connector Quantity NA 8 x Mini Din + 1 x N Type Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 71 Windload Lateral N 22 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 RET Manual Adjust or RCU AISG 2. Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless LTD.. El for AW3378_P1_T Taken from file AW3378.Atoll.txt Gain 16.5 dbi at 2593MHz. Freq Range 2496 to 269 Tilt db AW3378_P1_T_Az 18 9 AW3378_P1_T_El 7 71

37 SMALL CELL A family of ultra-compact antennas which allows for network coverage and capacity increases almost anywhere. With a number of mounting options the small cell solutions can be deployed on lamp posts, utility poles, walls, etc. - blank page - 2X2 and 4X4 MIMO with fixed as well as variable electrical tilt. Model IMN Degree Band Ports Data Sheet (pages) AW3176-S-LSL AW3176-TP8-S AW AW346-S AW3439-LSL AW3477-S AW3477-S1-G CL-V N/A 98 CL-V N/A 99 AW3613-S1-G AW362-S1-G targeted 73

38 AW3176-S-LSL AW3176-S-LSL IMN 2459 IMN 2459 Laconic Description MHz Omni Antenna (Dual Port, Omni, +/-45⁰Polarisation, Fixed Tilt) Common Name 2 port 8MHz Public Safety Pseudo Omni Product History This small cell solution was developed to minimize potential Public Safety interference with 8MHz CDMA and LTE deployments. Application Notes Pseudo omni pattern with fixed Tº tilt. Designed to suppress lower side lobes (LSL). Deployable on roof tops or directly to metal or wood pole with included mounting bracket. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 6.5 Azimuth Beamwidth Degree 36 Elevation Beamwidth Degree 22 Electrical Downtilt: Degree T⁰, T+8⁰, T+12⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.43 Return Loss: db > 15 Isolation db > 25 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression db > 22 Lower Sidelobe Suppression db > 25 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 15 * The parameters in this specification follow the definitions 74 and recommendations per NGMN P-Basta, Release

39 AW3176-S-LSL AW3176-S-LSL IMN 2459 IMN concluded Mechanical Specifications Dimensions (LxØ) mm (Excluding) Bracket mm (in) 17 (42) x 298 (11.7) Packing Size (LxWxD) mm (in) 1225 (48.2) x 361 (14.2) x 416 (16.3) Net Weight (antenna) kg (lb) 6 (13.2) Net Weight (mount) kg (lb) 2.8 (6.1) Shipping Weight kg (lb) 12.8 (28.2) Connector Quantity NA 2 x 7/16 Female Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 59 Windload Lateral N 59 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL White Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW3176 Taken from file AW3176-LSL-TP.Atoll.Atoll.txt Gain 6.7 dbi at 87MHz. Freq Range to Tilt db AW3176_Az 18 9 AW3176_El 76 77

40 AW3176-TP8-S AW3176-TP8-S IMN 2599 IMN 2599 Laconic Description MHz Omni Antenna (Dual Port, Omni, +/-45⁰Polarisation, Fixed Tilt) Common Name 2 port TP8 B26 Public Safety Pseudo Omni Product History This small cell solution was developed to further minimize potential Public Safety interference with B26 CDMA and LTE deployments. Application Notes Designed to suppress lower side lobes (LSL). Pseudo Omni pattern with fixed TP8º - 8 degrees of up tilt. Deployable on roof tops or directly to metal or wood pole with included mounting bracket. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 7 Azimuth Beamwidth Degree 36 Elevation Beamwidth Degree 25 Electrical Uptilt: Degree +8 Electrical Uptilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.43 Return Loss: db > 15 Isolation db > 26 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression db > 22 Lower Sidelobe Suppression db > 25 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 15 * The parameters in this specification follow the definitions 78 and recommendations per NGMN P-Basta, Release

41 AW3176-TP8-S AW3176-TP8-S IMN 2599 IMN concluded Mechanical Specifications Dimensions (LxØ) mm (Excluding) Bracket mm (in) 17 (42) x 298 (11.7) Packing Size (LxWxD) mm (in) 1225 (48.2) x 361 (14.2) x 416 (16.3) Net Weight (antenna) kg (lb) 6 (13.2) Net Weight (mount) kg (lb) 2.8 (6.1) Shipping Weight kg (lb) 12.8 (28.2) Connector Quantity NA 2 x 7/16 Female Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 59 Windload Lateral N 59 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL White Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW3176 Taken from file AW3176-LSL-TP8.Atoll.txt Gain 6.7 dbi at 87MHz. Freq Range 86 to 87 Tilt db AW3176_Az 18 9 AW3176_El 8 81

42 AW3348 IMN AW3348 IMN Laconic Description MHz Sector Antenna (Dual Port, 65⁰ Beamwidth, +/-45⁰ Polarisation, FT) Common Name B41 Compact 2x2 MIMO Panel Product History Developed to address B41 densification program for both mini macro and macro applications. Application Notes 2 port, fixed tilt Tº, 2x2 MIMO panel. Individual sector small cell or private venue. Wall mountable, roof tops or directly to metal or wood pole with included adjustable mounting bracket. 1, 2, or 3 sector configurations. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 12.5 Azimuth Beamwidth Degree 65 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 22 Electrical Downtilt: Degree T⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Front to Back Ratio: Total Power +/-3⁰ db > 28 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 5 * The parameters in this specification follow the definitions 82 and recommendations per NGMN P-Basta, Release

43 AW3348 AW3348 IMN IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) Packing Size (LxWxD) mm (in) mm (in) 335 (13.1) x 14 (5.5) x 36 (1.4) 42(16.5) x 156(6.1) x 94(3.7) Net Weight (antenna) kg (lb) 1 (2.1) Net Weight (mount) kg (lb).42 (.92) Shipping Weight kg (lb) 1.8 (3.9) Connector Quantity NA 2 x Mini Din Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 92 Windload Lateral N 2 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 AW3348. Alpha Wireless Ltd. Tilt:- electrical. Freq.= 26.MHz. H_BeamWidth = 65. V_BeamWidth = 23. Gain = 12.5dBi db Horizontal. AW3348_T 18 9 Vertical. AW3348_T 84 85

44 AW346-S AW346-S IMN 2485 IMN 2485 Laconic Description MHz Pico Sector Antenna (Quad Port, 65⁰ Beamwidth, +/-45⁰ Polarisation, FT) Common Name B41 Super Compact 4x4 MIMO Panel Product History Developed to address B41 densification program for both mini macro and macro applications. Application Notes 4 port, fixed tilt Tº, 4x4 MIMO panel. Individual sector small cell or private venue. Wall mountable, roof tops or directly to metal or wood pole with included adjustable mounting bracket. 1, 2, or 3 sector configurations. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 13.5 Azimuth Beamwidth Degree 65 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 22 Electrical Downtilt: Degree T⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Front to Back Ratio: Total Power +/-3⁰ db > 28 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 5 * The parameters in this specification follow the definitions 86 and recommendations per NGMN P-Basta, Release

45 AW346-S AW346-S IMN 2485 IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) mm (in) 368 (14.5) x 28 (11) x 85 (3) Packing Size (LxWxD) mm (in) 46 (18) x 32 (12.6) x 178 (3.7) Net Weight (antenna) kg (lb) 3 (6.6) Net Weight (mount) kg (lb).5 (1.1) Shipping Weight kg (lb) 3.5 (7.7) Connector Quantity NA 4 x Mini Din Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 18 Windload Lateral N 67 Survival Wind Speed km/h 2 Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless. El for AW346 Taken from file AW346-S_T.Atoll.Atoll.Txt Gain 12.5 dbi at 26MHz. Freq Range to Tilt db AW346_Az 18 9 AW346_El 88 89

46 AW3439-S-LSL AW3439-S-LSL IMN 2484 IMN 2484 Laconic Description MHz Sector Antenna (Dual Port, 65⁰ Sector, +/-45⁰ Polarisation, Fixed Tilt) Common Name 2x2 MIMO Small Cell Panel Product History This small cell solution was developed to minimize potential Public Safety interference with 8MHz CDMA and LTE deployments. Application Notes 2 port, fixed tilt Tº, 2x2 MIMO panel antenna. Designed to suppress lower side lobes (LSL). Deployable on macro sites, roof tops or directly to metal or wood pole with adjustable mounting bracket. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 12.5 Azimuth Beamwidth Degree 65 Azimuth Beam Squint Degree < 3 Elevation Beamwidth Degree 22 Electrical Downtilt: Degree T⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA 1.43 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Front to Back Ratio: Total Power +/-3⁰ db > 28 Upper Sidelobe Suppression, Peak to 2⁰ db > 22 Lower Sidelobe Suppression db > 25 Cross Polar Discrimination at Sector db > 16 Maximum Effective Power Per Port W 25 * The parameters in this specification follow the definitions 9 and recommendations per NGMN P-Basta, Release

47 AW3439-S-LSL AW3439-S-LSL IMN 2484 IMN concluded Mechanical Specifications Dimensions (LxWxD) mm (in) mm (in) 1 (39) x 28 (11) x 12 (4.7) Packing Size (LxWxD) mm (in) 11 (43) x 33 (13) x 15 (6) Net Weight (antenna) kg (lb) 6.4 (14.1) Net Weight (mount) kg (lb) 2 (4.4) Shipping Weight kg (lb) 8 (17.6) Connector Quantity NA 2 x 7/16 DIN Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 556 Windload Lateral N 23 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 Alpha Wireless Ltd. AW3439. Tilt:- electrical. Freq.= 85MHz. H_BeamWidth = 36. V_BeamWidth = 24. Gain = 12.2dBi db Horizontal. AW3439_ Vertical. AW3439_

48 AW3477-S1(-G) AW3477-S1(-G) IMN 2884 IMN 2476 Laconic Description AW3477-S MHz Omni Antenna (Dual Port, Omni, +/-45⁰ Polarisation, 3 x VET) AW3477-S1-G MHz Omni Antenna (Dual Port, Omni, +/-45⁰ Polarisation, 3 x VET) with integrated GPS Common Name 2x2 MIMO Small Cell Omni Product History Developed to address Nokia and Airspan B41 2 Port Mimi Macro small cell densification application. Application Notes Deployable on roof tops or directly to metal or wood pole with included adjustable mounting bracket. B41 2 port (2x2 MIMO) omni antenna with GPS (-G) or without integrated GPS. Internally integrated electronic Remote Electrical Tilt T-14º in 1º increments. IMN 2884 IMN 2476 RF Specification Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Tilt dbi 3 Tilt dbi 6 Tilt dbi Over all Tilts dbi 8.5 Azimuth Beamwidth Degree 36 Azimuth Beam Squint Degree Elevation Beamwidth Degree 12 Electrical Downtilt: Degree T⁰ -T14⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 * The parameters in this specification follow the definitions 94 and recommendations per NGMN P-Basta, Release

49 AW3477-S1(-G) AW3477-S1(-G) IMN 2884 IMN 2476 IMN 2884 IMN 2476 Mechanical Specifications Dimensions (LxØ) mm (in) Dimensions (LxØ) mm (in) inc Bracket Packing Size (LxWxD) mm (in) mm (in) mm (in) 78 (3.7) x 12 (4.7) x 12 (4.7) 13 (51.1) x 178 (7.) x 12 (4.7) 88 (34.6) x 19 (7.4) x 25 (9.8) Net Weight (antenna) kg (lb) 3.2 (7.) Net Weight (mount) kg (lb) 2 (4.4) Shipping Weight kg (lb) 6.2 (13.6) Connector Quantity NA Mini Dins Connector Position NA Bottom Mounting Kit NA CL-V-126 Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 18 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Mounting Kit NA As agreed with Sprint Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 RF Specifications 9 18 AW3477-S1_T.Planet.Planet.Txt. Freq.= 2593.MHz. Gain = 8.3dBi db Horizontal. AW3477-S1_T Vertical. AW3477-S1_T concluded * The parameters in this specification follow the definitions 96 and recommendations per NGMN P-Basta, Release

50 CL-V-126 CL-V-127 IMN IMN Laconic Description Bracket, Antenn, 21 inch long, Adjustable, Fits all AW3477 models with or without GPS. Common Name 3477 Long Bracket Laconic Description Bracket, Antenn, Minimum size, Fits all AW3477 models with or without GPS. Common Name 3477 Short Bracket 98 99

51 AW3613-S1-G AW3613-S1-G IMN IMN Laconic Description MHz Omni Antenna (Quad Port, Omni, +/-45⁰ Polarisation, 6 x MET) with integrated GPS Common Name B41 4x4 MIMO Small Cell Omni Product History Developed to address Nokia and Airspan B41 4 Port Mimi Macro small cell densification application. Application Notes Deployable on roof tops or directly to metal or wood pole with included adjustable mounting bracket. B41 4 port (4x4 MIMO) omni antenna with integrated GPS. Internally integrated electronic Remote Electrical Tilt T-14º in 1º increments. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 8.5 Azimuth Beamwidth Degree 36 Azimuth Beam Squint Degree Elevation Beamwidth Degree 12 Electrical Downtilt: Degree T⁰ -T14⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 * The parameters in this specification follow the definitions 1 and recommendations per NGMN P-Basta, Release

52 AW3613-S1-G AW3613-S1-G IMN IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 72 (28.3) x 22 (8.6) Packing Size (LxWxD) mm (in) 88 (34.6) x 25 (9.8) x 25 (9.8) Net Weight (antenna) kg (lb) 7 (15.4) Net Weight (mount) kg (lb).5 (1.1) Shipping Weight kg (lb) 7.5 (16.5) Connector Quantity NA 4 x Connector Position NA Bottom Windload calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 315 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightening Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 AW3613-S1-G_S1_P3_T.Planet.Txt. Freq.= 2593.MHz. Gain = 8.3dBi db Horizontal. AW3613-S1-G_P1_T Horizontal. AW3613-S1-G_P3_T 18 9 Vertical. AW3613-S1-G_P1_T Vertical. AW3613-S1-G_P3_T 12 13

53 AW362-S1-G AW362-S1-G IMN IMN Laconic Description MHz Omni Antenna (Quad Port, Omni, +/-45⁰ Polarisation, 3 x eret) Common Name B41 4x4 MIMO Small Cell Omni Product History Developed to address Airspan AH44 with eret SW feature for small cell densification application. Application Notes Deployable on roof tops or directly to metal or wood pole with included adjustable mounting bracket. B41 4 port (4x4 MIMO) omni antenna with integrated GPS. Internally integrated electronic Remote Electrical Tilt T-14º in 1º increments. RF Specifications Frequency Range per Input MHz Polarisation: NA +/-45 Slant Linear Gain Over all Tilts dbi 8.5 Azimuth Beamwidth Degree 36 Azimuth Beam Squint Degree Elevation Beamwidth Degree 12 Electrical Downtilt: Degree T⁰ -T14⁰ Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Isolation db > 28 Passive Intermodulation dbc < -15 Upper Sidelobe Suppression, Peak to 2⁰ db > 18 Cross Polar Discrimination at Sector db > 12 Maximum Effective Power Per Port W 5 * The parameters in this specification follow the definitions 14 and recommendations per NGMN P-Basta, Release

54 AW362-S1-G AW362-S1-G IMN IMN concluded Mechanical Specifications Dimensions (LxØ) mm (in) mm (in) 78 (3.7) x 22 (8.6) Packing Size (LxWxD) mm (in) 88 (34.6) x 25 (9.8) x 25 (9.8) Net Weight (antenna) kg (lb) 8 (17.6) Net Weight (mount) kg (lb).5 (1.1) Shipping Weight kg (lb) 8.5 (18.7) Connector Quantity NA 4 x Mini Din Connector Position NA Bottom Windload calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 34 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised PVC Radome Colour RAL 735 Product Compliance Environmental NA RoHS Lightening Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 Radiation Pattern 9 18 AW3613-S1-G_S1_P3_T.Planet.Txt. Freq.= 2593.MHz. Gain = 8.3dBi db Horizontal. AW3613-S1-G_P1_T Horizontal. AW3613-S1-G_P3_T 18 9 Vertical. AW3613-S1-G_P1_T Vertical. AW3613-S1-G_P3_T 16 17

55 SPECIAL APPLICATIONS - blank page - Special Application antennas are used for providing focused signal in two applications: Repeater Donor in PCS Band and High gain, narrow beam targeted applications in Band 41. Model IMN Ports Tilt Band Degree AW3417-SB eret 25 16x16 AW3417-LB T x16 Data Sheet (pages) AW T 41 12x tailored 19

56 AW3417 (-SB), (-LB) IMN IMN SB -LB Laconic Description MHz Panel Antenna (Single Port, 16⁰/16⁰ Beamwidth, Vertically Polarised, eret) Common Name BC1 Repeater Donor Planar Array Product History Developed to support macro repeater deployments for roof top store and rural applications. Application Notes A single port flat panel antenna developed for PCS frequency range applications. A narrow beam antenna with a electronic remote electrical tilt T-13º in 1º increments. Has two mount bracket options small (SB) and large (LB). AW3417 (-SB), (-LB) IMN IMN SB -LB RF Specifications Frequency Range per Input MHz MHz Polarisation: NA Vertical Gain Over all Tilts dbi 19.7 Azimuth Beamwidth Degree 16 Azimuth Beam Squint Degree < 2 Elevation Beamwidth Degree 16 Electrical Downtilt: Degree T -T13 Electrical Downtilt Deviation Degree < 2 Impedance Ohms 5 VSWR NA < 1.4 Return Loss: db > 15 Passive Intermodulation dbc < -153 Front to Back Ratio: Total Power +/-3⁰ db > 35 Upper Sidelobe Suppression, Peak to 2⁰ db > 25 Maximum Effective Power Per Port W 1 * The parameters in this specification follow the definitions 11 and recommendations per NGMN P-Basta, Release

57 AW3417 (-SB), (-LB) IMN IMN SB -LB Mechanical Specifications Dimensions (LxWxD) mm (in) mm (in) -SB -LB 71 (27.9) x71 (27.9) x 1 (3.9) Packing Size (LxWxD) mm (in) 74 (29) x 74 (29) x 15 (6) Net Weight (antenna) kg (lb) 4 (8.8) Net Weight (mount) kg (lb) 1.5 (3) Mounting Kit Mounting Kit 2-4 Pipe Standard Bracket (SB) 8-16 Pipe Large Bracket (LB) Shipping Weight kg (lb) 6 (13.2) Connector Quantity NA 1 x 7/16 Din Female Connector Position NA Bottom Windload Calculation km/h F=1/2*ρ*(Cdp*λ)*v2*A Windload Frontal N 12 Windload Lateral N 15 Survival Wind Speed km/h 2 (125) Radome Material NA UV-Stabilised ABS Radome Colour RAL 735 RET Options NA Integrated RET AISG 2. Product Compliance Environmental NA RoHS Lightning Protection NA DC Grounded Cold Temperature Survival Celsius -4 Hot Temperature Survival Celsius + 7 AW3417 (-SB), (-LB) IMN IMN SB -LB Radiation Pattern 9 18 AW3417. Alpha Wireless Ltd. Tilt:- electrical. Freq.= 19MHz. H_BeamWidth = 16. V_BeamWidth = 16. Gain = 19.7dBi db Horizontal. AW3417_T 9 18 Vertical. AW3417_T... concluded

58 AW3578 IMN AW3578 IMN Laconic Description MHz Panel Antenna (Dual Port, 12⁰/12⁰ Beamwidth, Dual Polarised, FT) Common Name B41 High-gain narrow beam Product History Developed to increase capacity efficiencies in stadiums, venues, and macro hot spot applications. Application Notes B41, 2 port 2x2 MIMO, very narrow beam panel antenna. Deployable in single or array format to target very narrow areas of concentrated high capacity areas. Fixed tilt Tº with adjustable mount bracket. Mounts using a standard pipe mount clamp system. RF Specifications Frequency Range per Input MHz MHz Polarisation: NA +/-45 Gain Over all Tilts dbi 21 Azimuth Beamwidth Degree 12 Azimuth Beam Squint Degree < 1 Elevation Beamwidth Degree 12 Electrical Downtilt: Degree Electrical Downtilt Deviation Degree < 1 Impedance Ohms 5 Isolation db > 26 VSWR NA < 1.4 Return Loss: db > 15 Passive Intermodulation dbc < -153 Front to Back Ratio: Total Power +/-3⁰ db > 35 Upper Sidelobe Suppression, Peak to 2⁰ db > 25 Maximum Effective Power Per Port W 1 * The parameters in this specification follow the definitions 114 and recommendations per NGMN P-Basta, Release