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GL5359-2
Asialeren
8517710000
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Electrical Specifications | |
Frequency Range- MHz | 5300-5900MHz |
VSWR | ≤2.5 |
Gain- dBi | 3 |
Horizontal beam width | 360° |
Polarization | RHCP |
Input Impedance-Ω | 50 |
Maximum input power- W | 100 |
Lightning protection | DC Ground |
Mechanical Specifications | |
Input connector type | N male |
Connector place | Bottom |
Dimensions- mm | Ф32*225 |
Adapter connector cable | RP-SMA male RG195-1m |
Radome material | Fiberglass |
Radome color | BLACK |
Operating temperature | -40°c～60°c |
Rated Wind Velocity- m/s | 60 |
Product Introduction
Wide-band 5.3-5.9GHz Coverage
Supports 5300-5900MHz frequency range, ideal for 5G NR sub-6GHz, WiFi 6E (5.8GHz), and satellite communication systems, ensuring compatibility with next-gen wireless technologies .
360° Omni-directional Radiation
With 3dBi gain and 360° horizontal beamwidth, it provides uniform signal distribution for seamless connectivity in all directions, reducing dead zones in wide-area setups .
Right-Hand Circular Polarization (RHCP)
RHCP minimizes multipath interference from reflective surfaces, making it suitable for urban canyons, industrial environments, or satellite communications where signal reflection is common .
Rugged Fiberglass Construction
The fiberglass radome ensures durability against UV, moisture, and impacts, with an operating temperature range of -40℃ to +60℃ and 60m/s wind resistance for outdoor reliability .
High Power Handling & Lightning Protection
Supports up to 100W input power and features DC ground lightning protection, making it suitable for high-output base stations or remote area transmitters .
Application scenarios
FPV Drones/Racing: Stable video transmission during rapid maneuvers
Wireless Video Systems: Broadcast cameras, live event streaming
Industrial IoT: AGV communications in warehouses
WiFi 6E/7 Access Points: High-density venue coverage
Marine Communications: Ship-to-shore data links
Remote Surveillance: 360° security camera systems
5.8GHz Radar Systems: Vehicle detection sensors
Mobile Command Units: Emergency response vehicles
Q: Why choose RHCP over linear polarization?
A: RHCP rejects reflected signals and maintains connection when antennas rotate - essential for drones/robotics.
Q: What devices use 5300-5900MHz?
A: WiFi 6E/7 (5.8GHz), C-band radios, drone video transmitters (5.8GHz FPV), and industrial wireless systems.
Q: Can I use this without the RP-SMA adapter?
A: Yes! The native N male connector works with professional gear; the adapter is for consumer devices.
Q: How does DC grounding provide lightning protection?
A: Direct path to ground drains static charges, protecting connected equipment from surges.
Q: Is the 100W power rating for continuous use?
A: Yes - sustained 100W handling enables commercial-grade transmission systems.
Q: Why fiberglass radome instead of plastic?
A: Superior UV resistance, impact protection, and signal transparency at 5.8GHz.
Q: What's the vertical beamwidth?
A: Cloverleaf designs typically offer 70°-80° vertical coverage (confirm with manufacturer radiation pattern).
Q: Can this antenna be mounted horizontally?
A: Yes - omnidirectional performance works in any orientation, but vertical mounting optimizes horizon coverage.
Electrical Specifications | |
Frequency Range- MHz | 5300-5900MHz |
VSWR | ≤2.5 |
Gain- dBi | 3 |
Horizontal beam width | 360° |
Polarization | RHCP |
Input Impedance-Ω | 50 |
Maximum input power- W | 100 |
Lightning protection | DC Ground |
Mechanical Specifications | |
Input connector type | N male |
Connector place | Bottom |
Dimensions- mm | Ф32*225 |
Adapter connector cable | RP-SMA male RG195-1m |
Radome material | Fiberglass |
Radome color | BLACK |
Operating temperature | -40°c～60°c |
Rated Wind Velocity- m/s | 60 |
Product Introduction
Wide-band 5.3-5.9GHz Coverage
Supports 5300-5900MHz frequency range, ideal for 5G NR sub-6GHz, WiFi 6E (5.8GHz), and satellite communication systems, ensuring compatibility with next-gen wireless technologies .
360° Omni-directional Radiation
With 3dBi gain and 360° horizontal beamwidth, it provides uniform signal distribution for seamless connectivity in all directions, reducing dead zones in wide-area setups .
Right-Hand Circular Polarization (RHCP)
RHCP minimizes multipath interference from reflective surfaces, making it suitable for urban canyons, industrial environments, or satellite communications where signal reflection is common .
Rugged Fiberglass Construction
The fiberglass radome ensures durability against UV, moisture, and impacts, with an operating temperature range of -40℃ to +60℃ and 60m/s wind resistance for outdoor reliability .
High Power Handling & Lightning Protection
Supports up to 100W input power and features DC ground lightning protection, making it suitable for high-output base stations or remote area transmitters .
Application scenarios
FPV Drones/Racing: Stable video transmission during rapid maneuvers
Wireless Video Systems: Broadcast cameras, live event streaming
Industrial IoT: AGV communications in warehouses
WiFi 6E/7 Access Points: High-density venue coverage
Marine Communications: Ship-to-shore data links
Remote Surveillance: 360° security camera systems
5.8GHz Radar Systems: Vehicle detection sensors
Mobile Command Units: Emergency response vehicles
Q: Why choose RHCP over linear polarization?
A: RHCP rejects reflected signals and maintains connection when antennas rotate - essential for drones/robotics.
Q: What devices use 5300-5900MHz?
A: WiFi 6E/7 (5.8GHz), C-band radios, drone video transmitters (5.8GHz FPV), and industrial wireless systems.
Q: Can I use this without the RP-SMA adapter?
A: Yes! The native N male connector works with professional gear; the adapter is for consumer devices.
Q: How does DC grounding provide lightning protection?
A: Direct path to ground drains static charges, protecting connected equipment from surges.
Q: Is the 100W power rating for continuous use?
A: Yes - sustained 100W handling enables commercial-grade transmission systems.
Q: Why fiberglass radome instead of plastic?
A: Superior UV resistance, impact protection, and signal transparency at 5.8GHz.
Q: What's the vertical beamwidth?
A: Cloverleaf designs typically offer 70°-80° vertical coverage (confirm with manufacturer radiation pattern).
Q: Can this antenna be mounted horizontally?
A: Yes - omnidirectional performance works in any orientation, but vertical mounting optimizes horizon coverage.
