New 120 Degree MIMO Sector Antennas for S and C Band Communication

Southwest Antennas has introduced four new MIMO sector antennas to their existing line-up of directional antenna solutions. The four new MIMO sector antennas feature a wide 120 degree horizontal beamwidth, allowing for wide area coverage. Designed for 2 x 2 and 4 x 4 MIMO radio systems, two and four port versions of these sector antennas are available in both 2.2 to 2.5 GHz S-Band and 4.4 to 5.0 GHz C-Band frequency options, for ISM / broadcast and law enforcement use. Polarization and spatial diversity is provided by the 45° left/right slant polarization antenna elements within the radome, offering users of MIMO radio systems better RF link capability and data/voice throughput versus standard vertically polarized antennas in congested RF environments.

Each antenna is contained in a durable UV-resistant white kydex radome, making them suitable for extended outdoor installation and allowing for seamless integration next to other wireless infrastructure antennas without drawing attention. Each sector antenna ships with a mounting kit for 1” to 2” OD poles, with user-adjustable 0 to -15° adjustable elevation angle downtilt.

The four new MIMO sector panel antennas include the following part numbers:

  • Part # 1009-035 - 12 dBi, 2x2 MIMO 120° Sector Panel Antenna, Slant L/R Polarized, 2.2 - 2.5 GHz
  • Part # 1009-034 - 12 dBi, 4x4 MIMO 120° Sector Panel Antenna, Slant L/R Polarized, 2.2 - 2.5 GHz
  • Part # 1009-037 - 12 dBi, 2x2 MIMO 120° Sector Panel Antenna, Slant L/R Polarized, 4.4 - 5.0 GHz
  • Part # 1009-036 - 12 dBi, 4x4 MIMO 120° Sector Panel Antenna, Slant L/R Polarized, 4.4 - 5.0 GHz

These antennas join Southwest Antennas’ existing selection of MIMO antennas for use on hand held or body worn tactical radio systems, vehicle installed radio systems, or fixed site infrastructure.

Popular MIMO products from Southwest Antennas include:

These products are available now from Southwest Antennas, authorized sales representatives, and distributors.