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1. Product Name
Outdoor Wide Band 4G LTE Direct Mount Omni Directional Fiberglass Antenna
2. Description
--2.1 Applications
Wireless Access Service
Campus, Healthcare or Transportation Terminals
Stadium,Industrial Plants or Processing Stations
Low-to-Medium Density, Tower Mounted Rural Locations
Public Safety Radio
--2.2 Features
Applicable for 2G,3G and 4G Solutions
Global LTE 2600MHz Band
Domestic Cellular and Global GSM
Wimax 2300-2600MHz
Weatherproof Radome
3. Introduction
This is a wide band omni directional fiberglass antenna which covers the domestic cellular / PCS / AWS/MDS, Wimax and global GSM / UMTS bands.
The antenna can be usedin both indoor and outdoor applications with mast mounting, and the stable radome enclosure provides years of use without degradation to either mechanical properties or aesthetics.
3.1 Network Compatibility
3G-Optus - B1 (2100 MHz)
3G-Optus - B8 (900 MHz)
3G-Telstra - B1 (2100 MHz)
3G-Telstra - B5 (850 MHz)
3G-Vodafone Australia - B1 (2100 MHz)
3G-Vodafone Australia - B8 (900 MHz)
4G-Optus - B1 (2100 MHz)
4G-Optus - B3 (1800 MHz)
4G-Optus - B7 (2600 MHz)
4G-Optus - B8 (900 MHz)
4G-Optus - B28 (700 MHz)
4G-Optus - B40 (2300 MHz)
4G-Telstra - B1 (2100 MHz)
4G-Telstra - B3 (1800 MHz)
4G-Telstra - B7 (2600 MHz)
4G-Telstra - B8 (900 MHz)
4G-Telstra - B28 (700 MHz)
4G-Vodafone Australia - B1 (2100 MHz)
4G-Vodafone Australia - B3 (1800 MHz)
4G-Vodafone Australia - B5 (850 MHz)
4G-Vodafone Australia - B8 (900 MHz)
5G-Vodafone Australia - n28 (700 MHz)
4. Specs
Electrical Properties
1.1 | Frequency | 700-2700 MHz |
1.2 | Gain (peak) | 5 dBi |
1.3 | V.S.W.R | 2.5 MAX |
1.4 | Return Loss | -10dB Maximum |
1.5 | Radiation | Omni-Directional |
1.6 | Polarization | Linear |
1.7 | Power Handling | 20 W |
Mechanical Properties
2.1 | Cable | |
2.2 | Antenna Cover | Fiberglass |
2.3 | Antenna Base | U Bracket |
2.4 | Operating Temperature | -20℃ ~ +65℃ |
2.5 | Storage Temperature | -30℃ ~ +75℃ |
2.6 | Color | Black / White / Grey |
2.7 | Connector | N Male / N Female |
5. Antenna Drawing
6. Return Loss
7. Radiation Pattern