English
GL-DY7040V43
Asialeren
8517710000
50pc
Accepted
10000pc/Day
| Quantity: | |
|---|---|
| PDF Export | |
Electrical Specifications | |||
Frequency Range-MHz | 698-960 | 1710-2700 | 3400-4000 |
VSWR | ≤2.0 | ≤2.0 | ≤2.0 |
Gain-dBi | 2.5 | 3 | 4 |
Horizontal beam width | 360° | 360° | 360° |
Vertical beam width | 65° | 55° | 50° |
Polarization | Horizontal | ||
Input Impedance | 50Ω | ||
Isolation between ports-dB | ≥18 | ≥15 | ≥25 |
Intermodulation IM3 (2x33dBm)- dBc | ≤-150 | ||
Maximum input power-W | 50 | ||
Lightning protection | DC Ground | ||
Mechanical Specifications | |||
Input connector type | 4×N-K | ||
Dimensions-mm | Φ350×40 | ||
Antenna weight-KGS | 1.2 | ||
Radiating Element Material | PCB | ||
Radome material | ABS | ||
Radome color | White | ||
Operating temperature | -40°C to +65 °C | ||
Product Introduction
Wide Frequency Band Support：Operating across multiple frequency ranges including 698 - 960MHz, 1710 - 2700MHz, and 3400 - 4000MHz, this antenna is highly versatile and suitable for a variety of wireless communication systems within indoor distributed antenna setups.
MIMO Technology Integration：Utilizing multi - input and multi - output technology, it can handle multiple data streams simultaneously. This significantly boosts data throughput, enhances network capacity, and provides a more stable and efficient wireless connection, especially in areas with high device density.
Omni - directional Coverage：With a 360° horizontal beamwidth in all frequency bands, it offers all - around signal distribution. This ensures that devices in any direction within the coverage area can connect to the network without the need for precise alignment, providing comprehensive indoor wireless coverage.
Lightweight and Compact Design：Weighing only 1.2KGS and with dimensions of Φ350x40mm, it is easy to install and does not add significant load to the installation structure. Its small size also makes it less obtrusive in indoor environments.
Durable Construction：Featuring an anti - ultraviolet ABS radome, it can resist the damaging effects of UV rays, ensuring long - term performance. It can operate within a temperature range of - 40°C to + 65°C, making it suitable for various indoor environmental conditions.
Effective Lightning Protection：Equipped with DC ground lightning protection, it safeguards the antenna and connected devices from electrical surges caused by lightning strikes. This not only protects the equipment but also extends the lifespan of the antenna, providing peace of mind for users.
Large Office Buildings：In multi - floor office complexes, this antenna can be integrated into the indoor distributed antenna system to provide stable and high - speed wireless coverage for employees.
Shopping Malls and Retail Centers：These large indoor spaces require extensive wireless coverage for customers using mobile devices for shopping, mobile payments, and accessing in - store services.
Hotels and Resorts：To meet the diverse wireless needs of guests in rooms, lobbies, restaurants, and other common areas, the antenna can be installed as part of the indoor distributed system.Educational Institutions：In large schools, colleges, and universities, it can provide wireless connectivity in classrooms, libraries, student dormitories, and study areas.
Hospitals and Healthcare Facilities：For seamless communication between medical staff, operation of wireless medical devices, and providing WIFI access to patients and visitors, this antenna can be integrated into the indoor distributed antenna system.
Indoor Event Venues：In convention centers, exhibition halls, and indoor stadiums hosting large events, it can offer stable wireless coverage for event organizers, exhibitors, and attendees.
Q:What is the maximum input power the GL - DY7040V43 antenna can handle?
A:The maximum input power is 50W.
Q:Can it be used outdoors?
A:It is primarily designed for indoor distributed antenna systems. While it has some protective features like an anti - ultraviolet radome, outdoor use may expose it to harsher conditions that could affect its performance and lifespan.
Q:How does the MIMO technology improve the wireless connection?
A:MIMO technology allows the antenna to send and receive multiple data streams simultaneously. This increases the data transfer speed, improves the network's ability to handle multiple devices, and reduces signal interference, resulting in a more stable and efficient wireless connection.
Q:Is it compatible with all indoor wireless devices?
A:The antenna operates across multiple frequency ranges. As long as the indoor wireless devices are designed to work within these frequency bands, they should be compatible.
Q:What is the significance of the different vertical beamwidths in different frequency bands?
A:The different vertical beamwidths (65°, 55°, and 50°) in various frequency bands help to focus the signal in specific vertical areas.
Q:How do I install the antenna in an indoor distributed antenna system?
A:It comes with 4xN - K connectors. You can install it according to the specific requirements of the indoor distributed antenna system, usually following the provided installation instructions and ensuring proper grounding for the lightning protection feature.
Electrical Specifications | |||
Frequency Range-MHz | 698-960 | 1710-2700 | 3400-4000 |
VSWR | ≤2.0 | ≤2.0 | ≤2.0 |
Gain-dBi | 2.5 | 3 | 4 |
Horizontal beam width | 360° | 360° | 360° |
Vertical beam width | 65° | 55° | 50° |
Polarization | Horizontal | ||
Input Impedance | 50Ω | ||
Isolation between ports-dB | ≥18 | ≥15 | ≥25 |
Intermodulation IM3 (2x33dBm)- dBc | ≤-150 | ||
Maximum input power-W | 50 | ||
Lightning protection | DC Ground | ||
Mechanical Specifications | |||
Input connector type | 4×N-K | ||
Dimensions-mm | Φ350×40 | ||
Antenna weight-KGS | 1.2 | ||
Radiating Element Material | PCB | ||
Radome material | ABS | ||
Radome color | White | ||
Operating temperature | -40°C to +65 °C | ||
Product Introduction
Wide Frequency Band Support：Operating across multiple frequency ranges including 698 - 960MHz, 1710 - 2700MHz, and 3400 - 4000MHz, this antenna is highly versatile and suitable for a variety of wireless communication systems within indoor distributed antenna setups.
MIMO Technology Integration：Utilizing multi - input and multi - output technology, it can handle multiple data streams simultaneously. This significantly boosts data throughput, enhances network capacity, and provides a more stable and efficient wireless connection, especially in areas with high device density.
Omni - directional Coverage：With a 360° horizontal beamwidth in all frequency bands, it offers all - around signal distribution. This ensures that devices in any direction within the coverage area can connect to the network without the need for precise alignment, providing comprehensive indoor wireless coverage.
Lightweight and Compact Design：Weighing only 1.2KGS and with dimensions of Φ350x40mm, it is easy to install and does not add significant load to the installation structure. Its small size also makes it less obtrusive in indoor environments.
Durable Construction：Featuring an anti - ultraviolet ABS radome, it can resist the damaging effects of UV rays, ensuring long - term performance. It can operate within a temperature range of - 40°C to + 65°C, making it suitable for various indoor environmental conditions.
Effective Lightning Protection：Equipped with DC ground lightning protection, it safeguards the antenna and connected devices from electrical surges caused by lightning strikes. This not only protects the equipment but also extends the lifespan of the antenna, providing peace of mind for users.
Large Office Buildings：In multi - floor office complexes, this antenna can be integrated into the indoor distributed antenna system to provide stable and high - speed wireless coverage for employees.
Shopping Malls and Retail Centers：These large indoor spaces require extensive wireless coverage for customers using mobile devices for shopping, mobile payments, and accessing in - store services.
Hotels and Resorts：To meet the diverse wireless needs of guests in rooms, lobbies, restaurants, and other common areas, the antenna can be installed as part of the indoor distributed system.Educational Institutions：In large schools, colleges, and universities, it can provide wireless connectivity in classrooms, libraries, student dormitories, and study areas.
Hospitals and Healthcare Facilities：For seamless communication between medical staff, operation of wireless medical devices, and providing WIFI access to patients and visitors, this antenna can be integrated into the indoor distributed antenna system.
Indoor Event Venues：In convention centers, exhibition halls, and indoor stadiums hosting large events, it can offer stable wireless coverage for event organizers, exhibitors, and attendees.
Q:What is the maximum input power the GL - DY7040V43 antenna can handle?
A:The maximum input power is 50W.
Q:Can it be used outdoors?
A:It is primarily designed for indoor distributed antenna systems. While it has some protective features like an anti - ultraviolet radome, outdoor use may expose it to harsher conditions that could affect its performance and lifespan.
Q:How does the MIMO technology improve the wireless connection?
A:MIMO technology allows the antenna to send and receive multiple data streams simultaneously. This increases the data transfer speed, improves the network's ability to handle multiple devices, and reduces signal interference, resulting in a more stable and efficient wireless connection.
Q:Is it compatible with all indoor wireless devices?
A:The antenna operates across multiple frequency ranges. As long as the indoor wireless devices are designed to work within these frequency bands, they should be compatible.
Q:What is the significance of the different vertical beamwidths in different frequency bands?
A:The different vertical beamwidths (65°, 55°, and 50°) in various frequency bands help to focus the signal in specific vertical areas.
Q:How do I install the antenna in an indoor distributed antenna system?
A:It comes with 4xN - K connectors. You can install it according to the specific requirements of the indoor distributed antenna system, usually following the provided installation instructions and ensuring proper grounding for the lightning protection feature.
