MA-WC25-DP14
MARS 60° Base Station Antenna with 14 dBi of gain is light-weight yet has a robust and durable construction.
Antenna Features:
- Quick and easy installation.
- Small, aesthetic and unobtrusive radome.
- Easily adapted to any RF connector.
- Easy mounting allows obtaining required down tilt degree.
Applications:
- Point-to-Multi-Point Systems.
- WLL applications.
- MMDS.
- ISM applications.
See Ordering Options tab below for details on:
- MA-WC25-DP14
- MA-WC25-DP14B
MA-WC25-2DS17
MARS MA-WC25-2DS17 is a DOUBLE Dual Slant (4X4) Base Station Antenna 65º.
MA-WC25-2DS17 features:
- Efficient and stable performance with 17dBi of gain.
- Full 2.3-2.7 GHz band coverage.
- UV protected radome suitable for harsh environment installations.
See Ordering Options tab below for details on:
- MA-WC25-2DS17
- MA-WC25-2DS17B
MA-WC2458-QP6
MARS Dual Band Sector antenna provides coverage of 2.4 to 2.5 GHz & 5.15 to 5.875 GHz in a single antenna radome.
Additional Features:
- Wide coverage.
- Total 4 outputs.
- Simultaneous coverage of LTE, 802.11 a, b, g, e, n, WiMAX.
- Point-to-Multi Point, ISM and WLL applications.
- Lightweight and durable construction.
- Quick and easy installation.
- UV protected radome made of polycarbonate.
See Ordering Options tab below for details on:
- MA-WC2458-QP6
- MA-WC2458-QP6B
- MA-WC2458-QP6W
- MA-WC2458-QP6N
- MA-WC2458-QP6NB
MA-WC2458-MIMO4-8
MARS Dual Band Sector antenna provides coverage of 2.4 to 2.5 GHz & 5.15 to 5.875 GHz in a single antenna radome.
Additional Features:
- Wide coverage.
- Total 4 outputs.
- Simultaneous coverage of LTE ; 802.11ax, a, b, g, e, n ; WiMAX.
- Point-to-Multi Point, ISM and WLL applications.
- Lightweight and durable construction.
- Quick and easy installation.
- UV protected radome made of polycarbonate.
See Ordering Options tab below for details on:
- MA-WC2458-MIMO4-8
- MA-WC2458-MIMO4-8B
- MA-WC2458-MIMO4-8W
- MA-WC2458-MIMO4-8N
- MA-WC2458-MIMO4-8NB
MA-WC2458-6
Mars Dual Band Wi-Fi Small Factor High Gain Antenna
- Perfect for Wi-Fi Hot Spots.
- Exceptionally efficient performance.
- High Gain /Size Ratio.
- Aesthetic design.
- Weatherized and durable
See Ordering Options tab below for details on:
MA-WC2458-3H
MARS Dual Band Sector antenna provides coverage of 2.4 to 2.5 GHz & 5.15 to 5.875 GHz in a single antenna radome.
Additional Features:
- Wide coverage.
- Light weight and durable construction.
- UV protected radome made of polycarbonate.
See Ordering Options tab below for details on:
- MA-WC2458-3H
- MA-WC2458-3H2
- MA-WC2458-3H2B
MA-WC2458-2H
MARS Dual Band Sector antenna provides coverage of 2.4 to 2.5 GHz & 5.15 to 5.875 GHz in a single antenna radome.
Additional Features:
- Wide coverage.
- Light weight and durable construction.
- UV protected radome made of polycarbonate.
See Ordering Options tab below for details on:
- MA-WC2458-2H
- MA-WC2458-2H2
- MA-WC2458-2H2B
MA-WC2458-10
Mars Dual Band Wi-Fi Small Factor High Gain Antenna
- Perfect for Wi-Fi Hotspots
- Exceptionally efficient performance
- High Gain /Size Ratio
- Aesthetic design
- Weatherized and durable
See Ordering Options tab below for details on:
- MA-WC2458-10
- MA-WC2458-10B
MA-WC24-17
MARS 60° Base Station Antenna with 17 dBi of gain is light-weight yet has a robust and durable construction.
Antenna Features:
- Quick and easy installation.
- Small, aesthetic and unobtrusive radome.
- Easily adapted to any RF connector.
- Easy mounting allowing obtaining required down tilt degree.
Applicable Applications:
- Point-to-Multi-Point Systems.
- WLL applications.
- MMDS.
- ISM applications.
See Ordering Options tab below for details on:
MA-WB55-20
MARS 30° Broadband Sector Antenna provides a cost effective solution for large scale WLL, WLAN, H-LAN, ISM, UNII, Public Safety, Municipal MESH Networks and Point-to-Multi-Point applications.
Additional Features:
- Stable performance with 20 dBi of gain.
- Small size allowing easy blending with any environment.
- Tilt mount allowing quick and easy installation.
- UV protected radome suitable for harsh environment installations.
See Ordering Options tab below for details on: