MS-MBC-3-H4-12

Base Station Antenna by MatSing

Note : Your request will be directed to MatSing.

MS-MBC-3-H4-12 Image

The MS-MBC-3-H4-12 from MatSing is a 12-Port Multi-Beam Base Station Antenna that operates from 1695 to 2690 MHz. This base-station antenna utilizes a patented cylindrical lens design with 3 isolated cross-polarised beams, and each beam has four ports to support 4x4 MIMO. It provides a gain of 18.5 dBi, a horizontal coverage of 120°, a horizontal beamwidth of 40°, and a vertical beamwidth of 12.5°. This dual-slant ±45° polarized antenna has a front-to-back ratio of more than 28 dB and provides a port-to-port isolation of over 25 dB (beam). 

The MS-MBC-3-H4-12 has an upper sidelobe level below 15 dB and a passive intermodulation (PIM) level of up to -153 dBc. This base-station antenna can handle an input power of up to 200 W (per port) and has a VSWR of less than 1.50:1. It is available in a pipe-mount enclosure with a fiber-glass radome that measures 127 x 48.2 x 55.8 cm and has 4.3-10 (female) connectors.

Product Specifications

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Product Details

  • Part Number
    MS-MBC-3-H4-12
  • Manufacturer
    MatSing
  • Description
    12-Port Multi-Beam Cylindrical Lens Base Station Antenna From 1695 to 2690 MHz

General Parameters

  • Type
    Multibeam View all
  • Directionality
    Directional
  • Antenna Type
  • Ports
    12 Ports View all
  • Frequency
    1695 to 2690 MHz
  • Downtilt Angle
    2 to 15 Degree
  • Bands
    Single Band View all
  • Polarization
    Dual Slant (±45 Degrees) View all
  • Gain
    18.5 dBi
  • Vertical Beamwidth
    12.5 Degree
  • Horizontal Beamwidth
    23 to 120 Degree
  • Front to Back Ratio
    28 dB
  • Power
    200 W
  • Impedance
    50 Ohms
  • VSWR
    1.50:1
  • Dimensions
    127 x 48.2 x 55.8 cm / 50 x 19 x 22 inch (H x W x D)
  • Weight
    30.74 kg / 67.63 lbs
  • Connector
    4.3/10 - Female
  • Radome Material
    Fiber Glass
  • Tilt
    Electrical View all
  • Tilt Type
    Variable View all
  • Operating Temperature
    -40 to 70 Degree C

Technical Documents