English
GL1727-21
Asialeren
8517710000
50pc
Accepted
10000pc/day
| Quantity: | |
|---|---|
| PDF Export | |
panel antenna | |
GL1727-21 | |
Electrical Specifications | |
Frequency Range | 2*1710-2690 MHz |
Gain | 18.9-20.5 d Bi |
VSWR | ≤1.5 |
Polarization | Dual ±45° |
Horizontal Beamwidth | 32°± 5 ° |
Vertical Beamwidth | 8°±2 ° |
Upper Side Lobe Suppression | ≥16 dB |
Front-to-Back Ratio | ≥25 dB |
Isolation | ≥28 dB |
Third-Order Intermodulation | ≤-107 dBm @ 2×43 dBm |
Input Impedance | 50 Ω |
Maximum Input Power | 300 W |
Mechanical Specifications | |
Dimensions (H ×W × D) | 1600×450×200 mm |
Packing Size | 1675×515×295 mm |
Weight | 12.5 ±0.3 kg |
Rated Wind Velocity | 36.9 m/s |
Operational Humidity | 10-95% |
Color | Gray |
Radome Material | FRP |
Operating Temperature | -30°C to +65°C |
Mounting Method | Pole Mount |
Pole Diameter Range | Ø35-Ø90 mm |
Mechanical Tilt Adjustment | 0-10° |
Product Introduction
① Narrow Beam, High-Precision Coverage
A unique 8°±2° vertical beamwidth combined with a 32°±5° horizontal beamwidth enables precise signal focusing, effectively reducing neighboring cell interference and improving network capacity and quality.
② Four-Port Dual-Polarization Design
Supporting 2x1710-2690MHz frequency bands, with ±45° dual polarization, the four ports provide flexible MIMO applications, significantly improving channel capacity and data transmission stability.
③ Excellent Electrical Performance
Gain up to 20.5dBi, front-to-back ratio ≥25dB, isolation ≥28dB, and voltage standing wave ratio ≤1.5 ensure efficient signal transmission and excellent system compatibility.
④ High Power and Reliability
Supporting a maximum input power of 300W per port, third-order intermodulation ≤-107dBm, and utilizing an FRP radome, it can withstand extreme temperatures from -30°C to +65°C.
⑤ Convenient Installation and Adjustment
Designed for pole mounting (accommodating pole diameters from Ø35-Ø90mm), it offers 0-10° mechanical downtilt adjustment for rapid deployment and network optimization.
Application Scenarios
●Capacity Enhancement in High-Density Urban Areas: The narrow beam characteristics effectively control coverage and reduce inter-cell interference, making it ideal for urban capacity enhancement.
●Transportation Arterial Coverage: Along highways and railways, the narrow beam provides long-range, directional coverage.
●Stadiums and Large Venues: Precise coverage of spectator areas, providing high-quality, high-capacity mobile communication services.
●Wide Coverage in Rural and Remote Areas: High gain enables longer-range signal propagation.
●5G Network Deployment: Supports the 2.6 GHz frequency band, suitable for 5G NR network base station deployment.
FAQ
Q: What network standards does this antenna support?
A: It supports the 1710-2690 MHz frequency band, covering LTE, 4G, and some 5G NR bands, making it suitable for most mobile communication networks.
Q: What is the antenna's beamwidth? What are the advantages?
A: The horizontal beamwidth is 32°, and the vertical beamwidth is only 8°. The narrow beam enables more precise coverage control, reduces interference, and improves signal quality.
Q: Does it support MIMO technology?
A: Yes, the four-port design supports MIMO applications, effectively increasing channel capacity and data transmission rates.
Q: What is the antenna's protection level?
A: It uses an FRP radome and operates in temperatures from -30°C to +65°C, ensuring stable operation in a variety of harsh outdoor environments.
Q: What accessories are required for installation?
A: It is suitable for mounting on poles with diameters ranging from 35 to 90 mm and can be secured using standard mounting hardware. The mechanical downtilt angle is adjustable from 0 to 10°.
Q: What are the dimensions and weight of the antenna?
A: It measures 1600 × 450 × 200 mm and weighs approximately 12.5 kg, making it relatively lightweight and easy to install.
panel antenna | |
GL1727-21 | |
Electrical Specifications | |
Frequency Range | 2*1710-2690 MHz |
Gain | 18.9-20.5 d Bi |
VSWR | ≤1.5 |
Polarization | Dual ±45° |
Horizontal Beamwidth | 32°± 5 ° |
Vertical Beamwidth | 8°±2 ° |
Upper Side Lobe Suppression | ≥16 dB |
Front-to-Back Ratio | ≥25 dB |
Isolation | ≥28 dB |
Third-Order Intermodulation | ≤-107 dBm @ 2×43 dBm |
Input Impedance | 50 Ω |
Maximum Input Power | 300 W |
Mechanical Specifications | |
Dimensions (H ×W × D) | 1600×450×200 mm |
Packing Size | 1675×515×295 mm |
Weight | 12.5 ±0.3 kg |
Rated Wind Velocity | 36.9 m/s |
Operational Humidity | 10-95% |
Color | Gray |
Radome Material | FRP |
Operating Temperature | -30°C to +65°C |
Mounting Method | Pole Mount |
Pole Diameter Range | Ø35-Ø90 mm |
Mechanical Tilt Adjustment | 0-10° |
Product Introduction
① Narrow Beam, High-Precision Coverage
A unique 8°±2° vertical beamwidth combined with a 32°±5° horizontal beamwidth enables precise signal focusing, effectively reducing neighboring cell interference and improving network capacity and quality.
② Four-Port Dual-Polarization Design
Supporting 2x1710-2690MHz frequency bands, with ±45° dual polarization, the four ports provide flexible MIMO applications, significantly improving channel capacity and data transmission stability.
③ Excellent Electrical Performance
Gain up to 20.5dBi, front-to-back ratio ≥25dB, isolation ≥28dB, and voltage standing wave ratio ≤1.5 ensure efficient signal transmission and excellent system compatibility.
④ High Power and Reliability
Supporting a maximum input power of 300W per port, third-order intermodulation ≤-107dBm, and utilizing an FRP radome, it can withstand extreme temperatures from -30°C to +65°C.
⑤ Convenient Installation and Adjustment
Designed for pole mounting (accommodating pole diameters from Ø35-Ø90mm), it offers 0-10° mechanical downtilt adjustment for rapid deployment and network optimization.
Application Scenarios
●Capacity Enhancement in High-Density Urban Areas: The narrow beam characteristics effectively control coverage and reduce inter-cell interference, making it ideal for urban capacity enhancement.
●Transportation Arterial Coverage: Along highways and railways, the narrow beam provides long-range, directional coverage.
●Stadiums and Large Venues: Precise coverage of spectator areas, providing high-quality, high-capacity mobile communication services.
●Wide Coverage in Rural and Remote Areas: High gain enables longer-range signal propagation.
●5G Network Deployment: Supports the 2.6 GHz frequency band, suitable for 5G NR network base station deployment.
FAQ
Q: What network standards does this antenna support?
A: It supports the 1710-2690 MHz frequency band, covering LTE, 4G, and some 5G NR bands, making it suitable for most mobile communication networks.
Q: What is the antenna's beamwidth? What are the advantages?
A: The horizontal beamwidth is 32°, and the vertical beamwidth is only 8°. The narrow beam enables more precise coverage control, reduces interference, and improves signal quality.
Q: Does it support MIMO technology?
A: Yes, the four-port design supports MIMO applications, effectively increasing channel capacity and data transmission rates.
Q: What is the antenna's protection level?
A: It uses an FRP radome and operates in temperatures from -30°C to +65°C, ensuring stable operation in a variety of harsh outdoor environments.
Q: What accessories are required for installation?
A: It is suitable for mounting on poles with diameters ranging from 35 to 90 mm and can be secured using standard mounting hardware. The mechanical downtilt angle is adjustable from 0 to 10°.
Q: What are the dimensions and weight of the antenna?
A: It measures 1600 × 450 × 200 mm and weighs approximately 12.5 kg, making it relatively lightweight and easy to install.
