FG00015
KEESUN
FG00015
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700MHz omnidirectional fiberglass antenna is appropriate for low-band deployment in 5G networks. Such antennas typically possess the following characteristics and applications:
Applicable frequency band: It supports the 700MHz band and is sometimes combined with other bands like 900MHz and 1800MHz, suiting the requirements of long-distance coverage.
Gain and coverage: In the 700MHz band, omnidirectional antennas are designed to offer wide-area coverage. Although high-gain antennas have narrower coverage angles in the vertical direction, the low-frequency nature of 700MHz facilitates penetration and long-range propagation.
Environmental adaptability: The FRP material provides excellent corrosion resistance and waterproof performance, making it suitable for outdoor harsh environments and ensuring long-term stable operation.
Installation and optimization: During actual deployment, it might be necessary to combine the installation with antennas of other bands, optimize the sky layout, and ensure collaboration with the existing 4G network through precise RF parameter adjustment to reduce interference and maintain or enhance coverage quality.
When choosing and using a 700MHz omnidirectional fiberglass antenna, it is essential to consider its integration with the existing network and the optimal installation method in a specific environment to achieve the best signal coverage and communication results.
700MHz omnidirectional fiberglass antenna is appropriate for low-band deployment in 5G networks. Such antennas typically possess the following characteristics and applications:
Applicable frequency band: It supports the 700MHz band and is sometimes combined with other bands like 900MHz and 1800MHz, suiting the requirements of long-distance coverage.
Gain and coverage: In the 700MHz band, omnidirectional antennas are designed to offer wide-area coverage. Although high-gain antennas have narrower coverage angles in the vertical direction, the low-frequency nature of 700MHz facilitates penetration and long-range propagation.
Environmental adaptability: The FRP material provides excellent corrosion resistance and waterproof performance, making it suitable for outdoor harsh environments and ensuring long-term stable operation.
Installation and optimization: During actual deployment, it might be necessary to combine the installation with antennas of other bands, optimize the sky layout, and ensure collaboration with the existing 4G network through precise RF parameter adjustment to reduce interference and maintain or enhance coverage quality.
When choosing and using a 700MHz omnidirectional fiberglass antenna, it is essential to consider its integration with the existing network and the optimal installation method in a specific environment to achieve the best signal coverage and communication results.
Name | Value |
Antenna Type | Omni antenna |
Impedance | 50 |
Minimum Operating Temperature | -40°C |
Maximum Operating Temperature | 85°C |
Mounting Style | Wall/Pole |
Termination Style | connector |
Antenna Connector Type | N Type |
Connector Body Style | Straight |
Polarity | Vertical |
Frequency Range | 700MHz |
Connector Polarity | Normal |
Cable Length (mm) | n/a |
Packaging | Tube, Carton |
VSWR | 1.92 |
IP Rating | IP65 |
RoHS | Yes |
Gain (Max) | 6 |
Length (mm) | 600 |
Width (mm) | 20 |
Height (mm) | 20 |
Weight (g) | 195 |
Name | Value |
Antenna Type | Omni antenna |
Impedance | 50 |
Minimum Operating Temperature | -40°C |
Maximum Operating Temperature | 85°C |
Mounting Style | Wall/Pole |
Termination Style | connector |
Antenna Connector Type | N Type |
Connector Body Style | Straight |
Polarity | Vertical |
Frequency Range | 700MHz |
Connector Polarity | Normal |
Cable Length (mm) | n/a |
Packaging | Tube, Carton |
VSWR | 1.92 |
IP Rating | IP65 |
RoHS | Yes |
Gain (Max) | 6 |
Length (mm) | 600 |
Width (mm) | 20 |
Height (mm) | 20 |
Weight (g) | 195 |