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GL-DY3338S43013
Asialeren
8517710000
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Electrical Specifications | |
Frequency Range- MHz | 3300-3800 |
Polarization | ±45° |
VSWR | ≤1.5 |
Gain- | 13 |
Horizontal beam width | 33° |
Verticalbeam width | 33° |
Front-to-back ratio- dB | ≥25 |
Isolation between ports- dB | ≥25 |
Input Impedance-Ω | 50 |
Maximum input power- W | 100 |
Lightning protection | DC Ground |
Mechanical Specifications | |
Input connector type | 4-7/16DIN Female |
Connector place | Bottom |
Dimensions- mm | 400×280×85 |
Packing size- mm | 708×362×185 |
Antenna weight-KGS | 3.4 |
Radome material | UPVC |
Radome color | Gray |
Mechanical tilt | 0～12° |
Operating temperature | -40°C to +65 °C |
Rated Wind Velocity- m/s | 60 |
Mounting hardware- mm | ￠35～￠75 |
Product Introduction
High Gain for Strong Signals：The GL-DY3338S43013 offers a 13dBi gain, which effectively amplifies 3300 - 3800MHz signals. This high gain is crucial for 5G networks, enabling long - range signal transmission and better penetration through obstacles. It ensures that 5G devices receive a stable and robust signal, enhancing data transfer speeds and network reliability.
±45° Polarization for Interference Resistance：With ±45° polarization, the antenna can effectively reduce interference in 5G communication. In crowded wireless environments, the two orthogonal polarization directions allow the antenna to better handle complex electromagnetic signals. This results in improved signal quality and more efficient data transfer.
Wideband Compatibility with 5G：Operating within 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, tablet, or industrial equipment, the GL-DY3338S43013 can provide reliable connectivity within the 5G network.
Low VSWR for Efficient Power Transfer：A VSWR of ≤1.5 indicates efficient power transfer. A low VSWR minimizes signal reflection, ensuring that 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.
Durable Structure and Easy Installation：Made with a strong UPVC radome, the antenna can withstand harsh environmental conditions. It can operate in temperatures ranging from - 40°C to +65 °C and endure a rated wind velocity of 60 m/s. The 4-7/16DIN Female connector at the bottom and the available mounting hardware (¢35 - ¢75) make installation straightforward. The mechanical tilt of 0 - 12° allows for easy adjustment to optimize signal coverage.
Application scenarios
Urban 5G Networks: Boost signal strength in densely populated cities or commercial districts.
Industrial IoT: Connect sensors and machinery in factories, mines, or smart warehouses.
Smart City Infrastructure: Support traffic control systems, public Wi-Fi, and surveillance networks.
Transportation Hubs: Ensure seamless connectivity in airports, ports, or railway stations.
Rural 5G Expansion: Extend network reach to remote or underserved regions.
FAQ
Q: What frequency bands does this antenna support?
A: It covers 3300-3800MHz, optimized for 5G NR and compatible with global 5G standards.
Q: Can it handle high-power base station requirements?
A: Yes, it supports up to 100W input power for demanding 5G deployments.
Q: Is the tilt adjustable after installation?
A: Absolutely! The mechanical tilt allows 0-12° adjustment for precise beam alignment.
Q: What connectors are included?
A: It uses 4-7/16DIN Female connectors for robust, low-loss connectivity.
Q: Is the antenna suitable for coastal installations?
A: Yes! The UPVC radome resists saltwater corrosion, making it ideal for coastal or humid areas.
Q: Does it include lightning protection?
A: Yes, DC grounding is integrated to protect against electrical surges.
Q: What’s the front-to-back ratio?
A: ≥25dB, ensuring minimal interference from rear signals.
Electrical Specifications | |
Frequency Range- MHz | 3300-3800 |
Polarization | ±45° |
VSWR | ≤1.5 |
Gain- | 13 |
Horizontal beam width | 33° |
Verticalbeam width | 33° |
Front-to-back ratio- dB | ≥25 |
Isolation between ports- dB | ≥25 |
Input Impedance-Ω | 50 |
Maximum input power- W | 100 |
Lightning protection | DC Ground |
Mechanical Specifications | |
Input connector type | 4-7/16DIN Female |
Connector place | Bottom |
Dimensions- mm | 400×280×85 |
Packing size- mm | 708×362×185 |
Antenna weight-KGS | 3.4 |
Radome material | UPVC |
Radome color | Gray |
Mechanical tilt | 0～12° |
Operating temperature | -40°C to +65 °C |
Rated Wind Velocity- m/s | 60 |
Mounting hardware- mm | ￠35～￠75 |
Product Introduction
High Gain for Strong Signals：The GL-DY3338S43013 offers a 13dBi gain, which effectively amplifies 3300 - 3800MHz signals. This high gain is crucial for 5G networks, enabling long - range signal transmission and better penetration through obstacles. It ensures that 5G devices receive a stable and robust signal, enhancing data transfer speeds and network reliability.
±45° Polarization for Interference Resistance：With ±45° polarization, the antenna can effectively reduce interference in 5G communication. In crowded wireless environments, the two orthogonal polarization directions allow the antenna to better handle complex electromagnetic signals. This results in improved signal quality and more efficient data transfer.
Wideband Compatibility with 5G：Operating within 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, tablet, or industrial equipment, the GL-DY3338S43013 can provide reliable connectivity within the 5G network.
Low VSWR for Efficient Power Transfer：A VSWR of ≤1.5 indicates efficient power transfer. A low VSWR minimizes signal reflection, ensuring that 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.
Durable Structure and Easy Installation：Made with a strong UPVC radome, the antenna can withstand harsh environmental conditions. It can operate in temperatures ranging from - 40°C to +65 °C and endure a rated wind velocity of 60 m/s. The 4-7/16DIN Female connector at the bottom and the available mounting hardware (¢35 - ¢75) make installation straightforward. The mechanical tilt of 0 - 12° allows for easy adjustment to optimize signal coverage.
Application scenarios
Urban 5G Networks: Boost signal strength in densely populated cities or commercial districts.
Industrial IoT: Connect sensors and machinery in factories, mines, or smart warehouses.
Smart City Infrastructure: Support traffic control systems, public Wi-Fi, and surveillance networks.
Transportation Hubs: Ensure seamless connectivity in airports, ports, or railway stations.
Rural 5G Expansion: Extend network reach to remote or underserved regions.
FAQ
Q: What frequency bands does this antenna support?
A: It covers 3300-3800MHz, optimized for 5G NR and compatible with global 5G standards.
Q: Can it handle high-power base station requirements?
A: Yes, it supports up to 100W input power for demanding 5G deployments.
Q: Is the tilt adjustable after installation?
A: Absolutely! The mechanical tilt allows 0-12° adjustment for precise beam alignment.
Q: What connectors are included?
A: It uses 4-7/16DIN Female connectors for robust, low-loss connectivity.
Q: Is the antenna suitable for coastal installations?
A: Yes! The UPVC radome resists saltwater corrosion, making it ideal for coastal or humid areas.
Q: Does it include lightning protection?
A: Yes, DC grounding is integrated to protect against electrical surges.
Q: What’s the front-to-back ratio?
A: ≥25dB, ensuring minimal interference from rear signals.
