MA-WOLTE-3M1

MARS Multi-Band Tri-Ports Omni Antenna provides coverage of 698-6500 MHz in a single antenna radome.

The Multi-Band Tri-Ports Omni Antenna is easy-installed on ceiling and is highly recommended as an outstanding logistic solution for In-Building and outdoor installations and applications.

Additional Features:

  • Low/mid gain
  • UV protected radome made of polycarbonate

The models listed below are available in the iBwave Database.

For further information click here or go to iBwave website

  • MA-WOLTE-3M1
  • MA-WOLTE-3M1N

See Ordering Options tab below for details on:

  • MA-WOLTE-3M1
  • MA-WOLTE-3M1N

MA-WO8622-DB2

MARS Dual Band OMNI antenna provides coverage 790-960 MHz & 1695-2700 MHz in a single antenna radome.

Additional Features:

  • Simultaneous coverage of LTE & 802.11 a, b, e, g, n.
  • Light weight and durable construction.
  • UV protected radome.
  • Indoor and Outdoor use
  • Low PIM

The model is available in the iBwave Database.

For further information click here or go to iBwave website

MA-WO7402700-5

MARS Dual Band Base Station Antenna provides a cost effective solution for GSM 900/1800, LTE, WLL, WLAN, ISM, WiMAX, Point-to-Point and Point-to-Multi Point applications as well as MESH networks.

UV protected radome suitable for harsh environment installations.

Antenna features stable and efficient performance with up to 6 dBi of gain.

The model is available in the iBwave Database.

For further information click here or go to iBwave website

MA-WO25-DP8

MARS 2.3-2.7 GHz Dual Polarization provides a stable and efficient performance with 7.5 dBi of gain and cost effective solution for large-scale applications and systems such as 802.11-Point To Point, WLAN access points, mesh Networks, ISM, WiMAX and more.

The Elevation Patterns are without any deviation from the horizon in full band.

MA-WO25-DP10

MARS 2.3-2.7 GHz Dual Polarization Omni Directional Antenna provides a stable and efficient performance with 9-10dBi of gain and cost effective solution for large scale applications and systems such as 802.11, Point-to-multi-point, WLAN access points, ISM, WiMAX and more.

The Elevation Patterns without any deviation from the horizon in full band

MA-WO25-9H

MARS Horizontal polarized Omni Directional antenna provides coverage of 2.3-2.7 GHz with a stable and efficient performance of 10dBi gain.

MARS MA-WO25-9H provides a cost effective solution for large-scale applications and systems such as 802.11b/g, Point-to-multi-point, WLAN access points, WiMAX and more.

MARS Horizontal Omni Directional polarized antenna offers polarization rejection of interference of vertically polarized signals, as used in most WLAN systems.

Main Features:

  • Horizontally polarized.
  • High gain.
  • Lightweight and durable construction.
  • UV protected radome suitable for harsh environment installations.

MA-WO25-9

MARS 2.4 GHz Base Station Antenna provides a cost effective solution for large scale WLL, WLAN, ISM and Point-to-Multi Point applications.
UV protected radome suitable for harsh environment installations.

Antenna features stable and efficient performance with 9 dBi of gain.

MA-WO2556-DPDB9

MARS 2.3-2.7 and 4.9-5.9 GHz Dual Polarization and Dual Band Antenna provides a stable and efficient performance with 7.5 -9 dBi of gain and cost effective solution for large scale applications and systems such as 802.11, Point To Multi Point ,WLAN access points, mesh Networks, ISM, WiMAX and more.

The Elevation Patterns without any deviation from the horizon in full band.

MA-WO2455-DPDB8

MARS 2.4-2.5 & 5.1-5.9 GHz Dual Polarization and Dual Band Antenna provides a stable and efficient performance with 5-8 dBi of gain and cost-effective solution for large scale applications and systems such as 802.11, Point To Multi Point, WLAN access points, mesh Networks, ISM, WiMAX and more.

The Elevation Patterns without any deviation from the horizon in full band.

MA-WO21-DP9

MARS MA-WO21-DP9 is a Dual Polarization OMNI Directional Antenna covering 1980-2300 MHz providing a stable and efficient performance with 9dBi of gain.

The Elevation Patterns without any deviation from the horizon in full band