Base Station Antenna by MatSing (6 more products)

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MS-MBA-3.2-H8-L4 Image

The MS-MBA-3.2-H8-L4 from MatSing is a Multi-beam Base Station Antenna that operates at 698-960 MHz (LF) and 1695-2690 MHz (HF). It is based on a patented Lens Technology that utilizes a spherical lens design to provide two isolated LF cross-polarized beams and three isolated HF cross-polarized beams. The antenna provides a gain of 14.2 dBi for the LF beams and 17.8 dBi for the HF beams. It has a VSWR of less than 1.5:1 and provides ±45 deg dual-slant polarized beams. The LF beams have 4 ports each and the HF beams have 8 ports each. The antenna has two independent tilt settings per beam tilt for each pair of cross-polarized elements; 0-30 deg for the HF beam and 0-40 deg for the LF beam, with RET capability.

The MS-MBA-3.2-H8-L4 has a beam crossover at 10 dB and a first sidelobe level of less than -15 dB. It provides an isolation of more than 26 dB and a front to back ratio of above 28 dB. The multi-beam antenna is impedance matched to 50 ohms and can handle a power of up to 250 W (200 W for LF) per port. It is available in a pole-mount case, in a fiber glass radome that measures 96 x 24 x 25 inches and has 4.3-10 Female connectors. This base station antenna is ideal for LTE cell site deployments.

Product Specifications

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Product Details

  • Part Number
  • Manufacturer
  • Description
    Multi-Beam Base Station Antenna for LTE Deployments

General Parameters

  • Application
  • Type
  • Directionality
  • Ports
    24 Ports, 8 Ports
  • Frequency
    698 to 960 MHz, 1.695 to 2.69 GHz
  • Frequency Band 1
    698 to 960 MHz
  • Configuration
  • Frequency Band 2
    1.695 to 2.69 GHz
  • Bands
    Dual Band
  • Polarization
    Cross Polarization, Dual Slant (±45 Degrees)
  • Gain
    14.2 to 17.8 dBi
  • Vertical Beamwidth
    23 to 60 Degrees
  • Horizontal Beamwidth
    23 to 60 Degree
  • Front to Back Ratio
    > 28 dB
  • Power
    200 to 250 W (Per Port)
  • Impedance
    50 Ohms
  • IMD
    -153 dBc
  • VSWR
  • Connector
    4.3-10, 4.3-10 - Female
  • Operating Temperature
    -40 to 70 Degree C

Technical Documents