Base Station Antennas & Equipment

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10P-2L8M-B5-V2 10P-2L8M-B5-V2
10-port sector antenna, 2x 694–960 and 8x 1695–2690 MHz, 65° HPBW, 5x RET
10P-2L8M-B5-V2
  • Product Type: Sector antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz | 575 – 960 MHz
  • Horizontal Beamwidth: 65 °
  • Length Size: 2.0 m (6 ft)
  • Width/Diameter: 201 – 305 mm
  • RF Connector Interface: 7-16 DIN Female
  • RF Connector Quantity, total: 10
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 2
10P-2L8M-B5-V2
  • Product Type: Sector antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz | 575 – 960 MHz
  • Horizontal Beamwidth: 65 °
  • Length Size: 2.0 m (6 ft)
  • Width/Diameter: 201 – 305 mm
  • RF Connector Interface: 7-16 DIN Female
  • RF Connector Quantity, total: 10
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 2
10P-2L8M-D5 | RV4-65D-R5 10P-2L8M-D5 | RV4-65D-R5
10-port sector antenna, 2x 694–960 and 8x 1695–2690 MHz, 65° HPBW, 5x RET with tilt indicators
10P-2L8M-D5 | RV4-65D-R5
  • Product Type: Sector antenna
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 10
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 2
10P-2L8M-D5 | RV4-65D-R5
  • Product Type: Sector antenna
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 10
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 2
10P-2L8M-D5-V3 10P-2L8M-D5-V3
10-port sector antenna, 2x 694–960 and 8x 1695–2690 MHz, 65° HPBW, 5x RET with tilt indicators
10P-2L8M-D5-V3
  • Product Type: Sector antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz | 575 – 960 MHz
  • Horizontal Beamwidth: 65 °
  • Length Size: 2.5 m (8 ft)
  • Width/Diameter: 201 – 305 mm
  • RF Connector Interface: 7-16 DIN Female
  • RF Connector Quantity, total: 10
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 2
10P-2L8M-D5-V3
  • Product Type: Sector antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz | 575 – 960 MHz
  • Horizontal Beamwidth: 65 °
  • Length Size: 2.5 m (8 ft)
  • Width/Diameter: 201 – 305 mm
  • RF Connector Interface: 7-16 DIN Female
  • RF Connector Quantity, total: 10
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 2
11653 11653
V-Bolt Mounting Kit for 3 in (76.2 mm) max OD round members. Set of two V-bolts clamp sets.
11653
  • Product Type: Bolt kit
11653
  • Product Type: Bolt kit
2CPX208R-V3 2CPX208R-V3
4-port multibeam antenna, 4x 790–960 MHz, 2x 38° HPBW, 2x RET with manual override.
2CPX208R-V3
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 575 – 960 MHz
  • Horizontal Beamwidth: 37 °
  • Length Size: 2.0 m (6 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 7-16 DIN Female
  • RF Connector Quantity, total: 4
  • RF Connector Quantity, low band: 4
2CPX208R-V3
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 575 – 960 MHz
  • Horizontal Beamwidth: 37 °
  • Length Size: 2.0 m (6 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 7-16 DIN Female
  • RF Connector Quantity, total: 4
  • RF Connector Quantity, low band: 4
2H-33A-R2 2H-33A-R2
4-port multibeam antenna, 4x 1695–2400 MHz, 2x 38° HPBW, 2x RET
2H-33A-R2
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 33 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: 306 – 353 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 4
  • RF Connector Quantity, high band: 4
2H-33A-R2
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 33 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: 306 – 353 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 4
  • RF Connector Quantity, high band: 4
2HH-33A-R4 2HH-33A-R4
8-port multibeam antenna, 8x 1695–2400 MHz, 4x 38° HPBW, 4x RET with retractable tilt rods
2HH-33A-R4
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 33 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 8
  • RF Connector Quantity, high band: 8
2HH-33A-R4
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 33 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 8
  • RF Connector Quantity, high band: 8
2HH-38A-R4 2HH-38A-R4
8-port multibeam antenna, 8x 1695–2200 MHz, 4x 38° HPBW, 4x RET
2HH-38A-R4
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 38 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 8
  • RF Connector Quantity, high band: 8
2HH-38A-R4
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 38 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 8
  • RF Connector Quantity, high band: 8
2HH-38A-R4-V2 2HH-38A-R4-V2
8-port multibeam antenna, 8x 1695–2200 MHz, 4x 38° HPBW, 4x RET
2HH-38A-R4-V2
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 38 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 8
  • RF Connector Quantity, high band: 8
2HH-38A-R4-V2
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz
  • Horizontal Beamwidth: 38 °
  • Length Size: 1.3 m (4 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 8
  • RF Connector Quantity, high band: 8
2NN2HH-33B-R4 2NN2HH-33B-R4
16-port multibeam antenna, 8x 698–896 MHz, 2x 2-beam 33° HPBW and 8x 1695–2400 MHz, 2x 2-beam 33° HPBW, 4x RET
2NN2HH-33B-R4
  • Product Type: Sector antenna
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 16
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 8
2NN2HH-33B-R4
  • Product Type: Sector antenna
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 16
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 8
2NN2HH-33C-R4 2NN2HH-33C-R4
16-port multibeam antenna, 8x 698–896 MHz, 2x 2-beam 33° HPBW and 8x 1695–2400 MHz, 2x 2-beam 33° HPBW, 4x RET
2NN2HH-33C-R4
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz | 575 – 960 MHz
  • Length Size: 2.5 m (8 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 16
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 8
2NN2HH-33C-R4
  • Product Type: Multibeam antenna
  • Operating Frequency Band Range: 1427 – 2700 MHz | 575 – 960 MHz
  • Length Size: 2.5 m (8 ft)
  • Width/Diameter: > 499 mm
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, total: 16
  • RF Connector Quantity, high band: 8
  • RF Connector Quantity, low band: 8
2SS-33A-R1 2SS-33A-R1
8-Port multibeam antenna ,8x 3100-4200 MHz , 4x 33° HPBW, 1x RET
2SS-33A-R1
  • Product Type: Sector antenna
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, high band: 8
2SS-33A-R1
  • Product Type: Sector antenna
  • RF Connector Interface: 4.3-10 Female
  • RF Connector Quantity, high band: 8
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  • White Paper: Wind load testing for aerodynamically efficient base station antennas

    Tower engineers rely on complete, precise data to account for antenna-based wind loads. However, standard formulas cannot account for aerodynamically efficient antenna profiles.
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  • eBook: Base Station Antennas Chapter 4

    CommScope has been a trusted partner for over 40 years, leading the way with a steady stream of antenna innovations that has kept mobile operators ahead of the changes and in control.
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  • Technical Keys to Successful Network Modernization: Ultra-Wideband Antennas

    Ensure you achieve your modernization goals by focusing on key areas.
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  • Brochure: RF Path Solutions for FirstNet Networks

    When it comes to public safety, “good enough” doesn’t cut it. As the FirstNet national first responder network builds out, ensuring optimal, failsafe, 24/7 performance is critical.
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  • eBook: Understanding the RF Path

    A complete eBook course in what makes wireless networks work – and where they are headed.
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  • Ground Base vs. Remote Radio Head (RRH) System Return Loss Comparisons

    Operators are finding inconsistent test results for return loss as they deploy remote radio units (RRUs) at the top of the tower. Rob Cameron, CommScope Applications Engineer, explains why in his white paper,  Return Loss Comparisons: Ground Based System vs. Short Remote Radio Head Jumper.
    Download

Browse by Application

  • White Paper: Wind load testing for aerodynamically efficient base station antennas

    Tower engineers rely on complete, precise data to account for antenna-based wind loads. However, standard formulas cannot account for aerodynamically efficient antenna profiles.
    Download
  • eBook: Base Station Antennas Chapter 4

    CommScope has been a trusted partner for over 40 years, leading the way with a steady stream of antenna innovations that has kept mobile operators ahead of the changes and in control.
    Download
  • Technical Keys to Successful Network Modernization: Ultra-Wideband Antennas

    Ensure you achieve your modernization goals by focusing on key areas.
    Download
  • Brochure: RF Path Solutions for FirstNet Networks

    When it comes to public safety, “good enough” doesn’t cut it. As the FirstNet national first responder network builds out, ensuring optimal, failsafe, 24/7 performance is critical.
    Download
  • eBook: Understanding the RF Path

    A complete eBook course in what makes wireless networks work – and where they are headed.
    Download
  • Ground Base vs. Remote Radio Head (RRH) System Return Loss Comparisons

    Operators are finding inconsistent test results for return loss as they deploy remote radio units (RRUs) at the top of the tower. Rob Cameron, CommScope Applications Engineer, explains why in his white paper,  Return Loss Comparisons: Ground Based System vs. Short Remote Radio Head Jumper.
    Download

Browse by Application