English
GL-DY0738v24
Asialeren
8517710000
5pcs
accepted
10000pc/day
| Quantity: | |
|---|---|
| PDF Export | |
Technical & Mechanical Specifications | ||
Model No. | GL-DY0738v24 | |
Freq(MHz) | 698-960 | 1710-2700 |
Bandwidth(MHz) | 262 | 990 |
Gain(dBi) | 15 | 24 |
Horizontal Beamwidth(°) | 23 | 12 |
Vertical Beamwidth(°) | 25 | 14 |
F/B Ratio-dB | ≥30 | |
VSWR | ≤3.0 | |
Impedance | 50ohm | |
Polarization | Vertical+horizontal | |
Power | 100W | |
Connector | N-Female | |
Dimension(mm) | 0.6*0.9m | |
Weight(kg) | 3.0kg | |
Rated Wind Velocity-m/s | 60 | |
Mounting Mast Diameter | 35-50mm | |
Product Introduction
1. Dual-Band High Gain for Ultra-Long-Distance Coverage
Precisely covers both the 698-960MHz and 1710-2700MHz dual-bands, providing 15dBi gain in the low-frequency band and a high gain of 24dBi in the high-frequency band, effectively extending signal coverage and solving the problem of weak signal in remote areas.
2. Professional Parabolic Grid Design for Precise Directional Transmission
Utilizing a parabolic grid structure, the horizontal beamwidth is as low as 12°-23°, and the vertical beamwidth is 14°-25°. Combined with a high front-to-back ratio of ≥30dB, it ensures precise directional signal transmission and significantly reduces interference.
3. Dual Polarization Technology for Improved Signal Reception Quality
Innovatively supports vertical + horizontal dual polarization, enabling the reception of signals with different polarization directions. This significantly improves signal reception stability and data throughput in complex environments.
4. Industrial-grade structural design, withstands harsh environments
Utilizing a grid structure to reduce wind resistance, it can withstand rated wind speeds of 60m/s; compatible with 35-50mm standard masts, its 3kg weight balances stability and ease of installation, specifically designed for harsh outdoor environments.
5. High power load capacity, meets commercial-grade needs
Supports 100W high-power input, VSWR≤3.0, equipped with an N-type female connector, ensuring stable operation in high-voltage network environments and meeting the requirements of telecom operator-grade applications.
Application Scenarios
5G Base Station Signal Extension: Serves as a main or supplementary antenna, extending 5G network coverage in urban fringe or rural areas.
Wireless Internet Service Provider (WISP): Provides long-distance point-to-point or point-to-multipoint wireless connections for rural and mountainous areas.
Enterprise Dedicated Networks: Establishes dedicated communication networks for large sites such as factories, mines, and ports.
Video Surveillance Backhaul: Provides stable wireless video transmission links for security cameras in remote areas.
Emergency Communication Systems: Enables rapid deployment at disaster sites, establishing temporary communication links.
FAQ
Q: What frequency bands does this antenna support?
A: It operates in 698-960MHz and 1710-2700MHz bands, making it ideal for both 4G LTE and 5G applications.
Q: How does the grid design benefit performance?
A: The parabolic grid design reduces wind load while maintaining precise signal focus, essential for outdoor installations in windy areas.
Q: What is the practical meaning of 24dBi gain?
A: 24dBi gain significantly extends signal range and improves link quality. allowing communication over several kilometers in clear line-of-sight conditions.
Q: What mounting hardware is required?
A: It mounts standard 35-50mm diameter poles. We recommend professional mounting brackets for secure installation.
Q: Is this antenna suitable for extreme weather?
A: Yes, with 60m/s wind rating and robust construction, it withstands harsh outdoor conditions including strong winds and rain.
Q: What's the advantage of dual polarization?
A: Dual polarization (vertical+horizontal) allows the antenna to receive signals in both orientations, reducing signal loss from polarization mismatch.
Q:What cable and connector should I use?
A: Use low-loss coaxial cable with N-type male connector to match the antenna's N-female interface for optimal performance.
Technical & Mechanical Specifications | ||
Model No. | GL-DY0738v24 | |
Freq(MHz) | 698-960 | 1710-2700 |
Bandwidth(MHz) | 262 | 990 |
Gain(dBi) | 15 | 24 |
Horizontal Beamwidth(°) | 23 | 12 |
Vertical Beamwidth(°) | 25 | 14 |
F/B Ratio-dB | ≥30 | |
VSWR | ≤3.0 | |
Impedance | 50ohm | |
Polarization | Vertical+horizontal | |
Power | 100W | |
Connector | N-Female | |
Dimension(mm) | 0.6*0.9m | |
Weight(kg) | 3.0kg | |
Rated Wind Velocity-m/s | 60 | |
Mounting Mast Diameter | 35-50mm | |
Product Introduction
1. Dual-Band High Gain for Ultra-Long-Distance Coverage
Precisely covers both the 698-960MHz and 1710-2700MHz dual-bands, providing 15dBi gain in the low-frequency band and a high gain of 24dBi in the high-frequency band, effectively extending signal coverage and solving the problem of weak signal in remote areas.
2. Professional Parabolic Grid Design for Precise Directional Transmission
Utilizing a parabolic grid structure, the horizontal beamwidth is as low as 12°-23°, and the vertical beamwidth is 14°-25°. Combined with a high front-to-back ratio of ≥30dB, it ensures precise directional signal transmission and significantly reduces interference.
3. Dual Polarization Technology for Improved Signal Reception Quality
Innovatively supports vertical + horizontal dual polarization, enabling the reception of signals with different polarization directions. This significantly improves signal reception stability and data throughput in complex environments.
4. Industrial-grade structural design, withstands harsh environments
Utilizing a grid structure to reduce wind resistance, it can withstand rated wind speeds of 60m/s; compatible with 35-50mm standard masts, its 3kg weight balances stability and ease of installation, specifically designed for harsh outdoor environments.
5. High power load capacity, meets commercial-grade needs
Supports 100W high-power input, VSWR≤3.0, equipped with an N-type female connector, ensuring stable operation in high-voltage network environments and meeting the requirements of telecom operator-grade applications.
Application Scenarios
5G Base Station Signal Extension: Serves as a main or supplementary antenna, extending 5G network coverage in urban fringe or rural areas.
Wireless Internet Service Provider (WISP): Provides long-distance point-to-point or point-to-multipoint wireless connections for rural and mountainous areas.
Enterprise Dedicated Networks: Establishes dedicated communication networks for large sites such as factories, mines, and ports.
Video Surveillance Backhaul: Provides stable wireless video transmission links for security cameras in remote areas.
Emergency Communication Systems: Enables rapid deployment at disaster sites, establishing temporary communication links.
FAQ
Q: What frequency bands does this antenna support?
A: It operates in 698-960MHz and 1710-2700MHz bands, making it ideal for both 4G LTE and 5G applications.
Q: How does the grid design benefit performance?
A: The parabolic grid design reduces wind load while maintaining precise signal focus, essential for outdoor installations in windy areas.
Q: What is the practical meaning of 24dBi gain?
A: 24dBi gain significantly extends signal range and improves link quality. allowing communication over several kilometers in clear line-of-sight conditions.
Q: What mounting hardware is required?
A: It mounts standard 35-50mm diameter poles. We recommend professional mounting brackets for secure installation.
Q: Is this antenna suitable for extreme weather?
A: Yes, with 60m/s wind rating and robust construction, it withstands harsh outdoor conditions including strong winds and rain.
Q: What's the advantage of dual polarization?
A: Dual polarization (vertical+horizontal) allows the antenna to receive signals in both orientations, reducing signal loss from polarization mismatch.
Q:What cable and connector should I use?
A: Use low-loss coaxial cable with N-type male connector to match the antenna's N-female interface for optimal performance.
