EnglishEnglish
GL-DY3338V12013
Asialeren
8517710000
| Quantity: | |
|---|---|
| PDF Export | |
Electrical Specifications | |
Frequency Range- MHz | 3300-3800 |
Polarization | Vertical |
VSWR | ≤1.5 |
Gain- dBi | 13 |
Horizontal beam width | 120° |
Verticalbeam width | 15° |
Front-to-back ratio- dB | ≥20 |
Input Impedance-Ω | 50 |
Maximum input power- W | 100 |
Lightning protection | DC Ground |
Mechanical Specifications | |
Input connector type | N-K |
Connector place | Bottom |
Dimensions- mm | 350×128×56 |
Packing size- mm | 450×230×160 |
Antenna weight-KGS | 1.3 |
Radome material | UPVC |
Radome color | Gray |
Mechanical tilt | 0～15° |
Operating temperature | -40°C to +65 °C |
Rated Wind Velocity- m/s | 60 |
Mounting hardware- mm | ￠35～￠75 |
Product Introduction
1.High Gain for Signal Boost：With a 13dBi gain, the GL-DY3338V12013 effectively boosts 3300 - 3800MHz signals. This high gain enables long - range signal transmission, which is crucial for 5G networks. It helps 5G devices receive a stable signal, enhancing data transfer speeds and network reliability.
2.Vertical Polarization for Reduced Interference：The vertical polarization of the antenna reduces interference in 5G communication. It aligns well with the polarization of many 5G base stations and devices, improving the signal - to - noise ratio. This results in clearer signals and more efficient data transfer, especially in areas with a high density of wireless signals.
3.Wideband Compatibility：Operating in the 3300 - 3800MHz frequency range, the antenna is perfectly tailored for 5G systems. Its wideband nature ensures seamless compatibility with various 5G base stations and devices. Whether it's a mobile phone, a smart home device, or industrial equipment, the GL-DY3338V12013 can provide reliable connectivity within the 5G network.
4.Low VSWR for Efficient Power Transfer：A VSWR of ≤1.5 indicates efficient power transfer. A low VSWR minimizes signal reflection, meaning more of the transmitted power is used for signal radiation. This not only improves the signal strength but also reduces power waste, optimizing the performance of the 5G network.
5.Durable Structure and Easy Installation：Made of a strong UPVC radome, the antenna can withstand harsh environmental conditions. It can operate in temperatures from - 40°C to +65 °C and endure a rated wind velocity of 60 m/s. The N - K connector at the bottom and the available mounting hardware (¢35 - ¢75) make installation straightforward. The mechanical tilt of 0 - 15° allows for easy adjustment to optimize signal coverage.
Application scenarios
○Urban 5G small-cell deployments.
○Rural area coverage with moderate density.
○Indoor/outdoor hybrid networks (shopping malls, campuses).
FAQ
Q:Is the GL-DY3338V12013 compatible with all 5G devices?
A:As long as the 5G device operates within the 3300 - 3800MHz frequency range and is designed to work with antennas having 50 - ohm impedance and vertical polarization, the GL-DY3338V12013 should be compatible. However, it's advisable to check the device's specifications for optimal performance.
Q:How does the 13dBi gain impact the antenna's performance?
A:The 13dBi gain significantly improves the signal strength. It allows the antenna to transmit and receive signals over longer distances. In areas with weak signals or many obstacles, the 13dBi gain can enhance the signal quality, reducing signal dropouts and ensuring a more stable 5G connection.
Q:What is the significance of vertical polarization?
A:Vertical polarization helps reduce interference in 5G communication. It aligns with the polarization of many 5G components, improving the signal - to - noise ratio. This leads to clearer signals and more efficient data transfer, especially in crowded wireless environments.
Q:Can the antenna be used in extreme weather conditions?
A:The GL-DY3338V12013 is designed to operate within a temperature range of - 40°C to +65 °C and can withstand a wind velocity of 60 m/s. While it can handle most weather conditions, extremely severe weather like hurricanes or extreme cold may still have an impact. But in normal extreme weather within its rated range, it should function properly.
Q:How do I install the GL-DY3338V12013 antenna?
A:The GL-DY3338V12013 has an N - K connector at the bottom. First, select a suitable pole with a diameter between ¢35 - ¢75. Then, use the provided mounting hardware to attach the antenna to the pole. Adjust the mechanical tilt (0 - 15°) according to the desired coverage area. Finally, connect the N - K connector to the relevant 5G base station or device, ensuring a secure connection for optimal signal transmission.
Q:Can the antenna be used for 4G networks?
A:The GL-DY3338V12013 is specifically designed for 5G networks operating in the 3300 - 3800MHz band. Since 4G networks use different frequency bands, this antenna may not be optimized for 4G performance. It's best to use antennas specifically designed for 4G to ensure optimal results.
Electrical Specifications | |
Frequency Range- MHz | 3300-3800 |
Polarization | Vertical |
VSWR | ≤1.5 |
Gain- dBi | 13 |
Horizontal beam width | 120° |
Verticalbeam width | 15° |
Front-to-back ratio- dB | ≥20 |
Input Impedance-Ω | 50 |
Maximum input power- W | 100 |
Lightning protection | DC Ground |
Mechanical Specifications | |
Input connector type | N-K |
Connector place | Bottom |
Dimensions- mm | 350×128×56 |
Packing size- mm | 450×230×160 |
Antenna weight-KGS | 1.3 |
Radome material | UPVC |
Radome color | Gray |
Mechanical tilt | 0～15° |
Operating temperature | -40°C to +65 °C |
Rated Wind Velocity- m/s | 60 |
Mounting hardware- mm | ￠35～￠75 |
Product Introduction
1.High Gain for Signal Boost：With a 13dBi gain, the GL-DY3338V12013 effectively boosts 3300 - 3800MHz signals. This high gain enables long - range signal transmission, which is crucial for 5G networks. It helps 5G devices receive a stable signal, enhancing data transfer speeds and network reliability.
2.Vertical Polarization for Reduced Interference：The vertical polarization of the antenna reduces interference in 5G communication. It aligns well with the polarization of many 5G base stations and devices, improving the signal - to - noise ratio. This results in clearer signals and more efficient data transfer, especially in areas with a high density of wireless signals.
3.Wideband Compatibility：Operating in the 3300 - 3800MHz frequency range, the antenna is perfectly tailored for 5G systems. Its wideband nature ensures seamless compatibility with various 5G base stations and devices. Whether it's a mobile phone, a smart home device, or industrial equipment, the GL-DY3338V12013 can provide reliable connectivity within the 5G network.
4.Low VSWR for Efficient Power Transfer：A VSWR of ≤1.5 indicates efficient power transfer. A low VSWR minimizes signal reflection, meaning more of the transmitted power is used for signal radiation. This not only improves the signal strength but also reduces power waste, optimizing the performance of the 5G network.
5.Durable Structure and Easy Installation：Made of a strong UPVC radome, the antenna can withstand harsh environmental conditions. It can operate in temperatures from - 40°C to +65 °C and endure a rated wind velocity of 60 m/s. The N - K connector at the bottom and the available mounting hardware (¢35 - ¢75) make installation straightforward. The mechanical tilt of 0 - 15° allows for easy adjustment to optimize signal coverage.
Application scenarios
○Urban 5G small-cell deployments.
○Rural area coverage with moderate density.
○Indoor/outdoor hybrid networks (shopping malls, campuses).
FAQ
Q:Is the GL-DY3338V12013 compatible with all 5G devices?
A:As long as the 5G device operates within the 3300 - 3800MHz frequency range and is designed to work with antennas having 50 - ohm impedance and vertical polarization, the GL-DY3338V12013 should be compatible. However, it's advisable to check the device's specifications for optimal performance.
Q:How does the 13dBi gain impact the antenna's performance?
A:The 13dBi gain significantly improves the signal strength. It allows the antenna to transmit and receive signals over longer distances. In areas with weak signals or many obstacles, the 13dBi gain can enhance the signal quality, reducing signal dropouts and ensuring a more stable 5G connection.
Q:What is the significance of vertical polarization?
A:Vertical polarization helps reduce interference in 5G communication. It aligns with the polarization of many 5G components, improving the signal - to - noise ratio. This leads to clearer signals and more efficient data transfer, especially in crowded wireless environments.
Q:Can the antenna be used in extreme weather conditions?
A:The GL-DY3338V12013 is designed to operate within a temperature range of - 40°C to +65 °C and can withstand a wind velocity of 60 m/s. While it can handle most weather conditions, extremely severe weather like hurricanes or extreme cold may still have an impact. But in normal extreme weather within its rated range, it should function properly.
Q:How do I install the GL-DY3338V12013 antenna?
A:The GL-DY3338V12013 has an N - K connector at the bottom. First, select a suitable pole with a diameter between ¢35 - ¢75. Then, use the provided mounting hardware to attach the antenna to the pole. Adjust the mechanical tilt (0 - 15°) according to the desired coverage area. Finally, connect the N - K connector to the relevant 5G base station or device, ensuring a secure connection for optimal signal transmission.
Q:Can the antenna be used for 4G networks?
A:The GL-DY3338V12013 is specifically designed for 5G networks operating in the 3300 - 3800MHz band. Since 4G networks use different frequency bands, this antenna may not be optimized for 4G performance. It's best to use antennas specifically designed for 4G to ensure optimal results.
