UAV00005
KEESUN
UAV00005
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In today’s rapidly evolving wireless communication landscape, network equipment must support increasingly complex frequency combinations. As a core RF component designed for modern communication networks, our 600-6000MHz 2dBi Omnidirectional Blade Antenna (Commercial Version) stands out as the premier choice for indoor and outdoor deployments, thanks to its superior ultra-wideband coverage, exceptional weather resistance, and compact structural design. Whether you are upgrading existing 4G/LTE networks or preparing for future Sub-6GHz 5G and Internet of Things (IoT) applications, this antenna provides stable, zero-blind-spot signal coverage.
The most striking advantage of this antenna is its ultra-wide operating frequency range from 600MHz to 6000MHz. Within a single radome, it integrates compatibility for dozens of different communication standards. This means you no longer need to purchase and install multiple antennas for different bands, significantly reducing hardware costs and maintenance complexity at the site.
In terms of radiation characteristics:
Polarization: Vertical design providing a standard gain of 2 ±0.5dBi.
Horizontal Beamwidth: A perfect 360 degrees, ensuring true omnidirectional signal broadcasting and reception to eliminate communication dead zones.
Vertical Beamwidth: 70 ± 5 degrees, effectively concentrating energy toward the horizontal plane where users are located, minimizing signal waste in unnecessary space.
Furthermore, the antenna boasts high electrical stability. The Voltage Standing Wave Ratio (VSWR) for each port is strictly controlled below ≤2.0, ensuring high RF energy transmission efficiency and protecting the transmitter from damage caused by signal reflections. With a power capacity of up to 100W, it easily meets the high-load requirements of commercial base stations and industrial-grade routers.
Built for long-term outdoor exposure, this commercial-grade antenna features top-tier protective engineering:
Material: The radome is crafted from high-quality white Fiberglass (FRP). Fiberglass offers excellent wave transparency (minimal signal obstruction) alongside UV resistance, corrosion resistance, and high physical strength.
Form Factor: The antenna is incredibly lightweight (0.03 kg alone; 0.08 kg with mounting hardware) and compact (116 x 80 x 15.5 mm).
Wind Resistance: The aerodynamic "blade" design allows it to withstand extreme wind speeds of up to 200 km/h, remaining stable even in typhoon or hurricane-prone regions.
Weatherproofing: Rated at IP65 for industrial-grade dust and water resistance. It operates reliably in temperatures ranging from -40°Cto+60°C(with survival limits from -55°Cto +75°C).
Safety: An integrated DC Ground lightning protection mechanism prevents damage to expensive backend equipment from lightning strikes or static buildup.
5G Sub-6GHz & 4G LTE Expansion: Supports global mobile operator bands; ideal for signal "gap-filling" in Microcells and Picocells.
Industrial IoT (IIoT) & M2M: Supports low-band communications like LoRa and NB-IoT for smart grids, pipeline monitoring, and automated factories.
Dual-Band Wi-Fi (Wi-Fi 6/6E Compatible): With an upper limit of 6000MHz, it covers 2.4GHz and 5GHz bands, making it perfect for outdoor Wi-Fi in warehouses, logistics parks, or public squares.
Vehicular & Public Safety: The rugged blade design is ideal for emergency command vehicles, patrol cars, or mining equipment, providing broadband connectivity on the move.
Efficiency in the field is critical. The antenna features an industry-standard N-K (N-Female) bottom-exit connector, compatible with most RF coaxial cables for plug-and-play convenience. It comes standard with a versatile pole-mounting kit supporting diameters from φ20-80 mm. Whether mounted on a rooftop mast or a roadside surveillance pole, deployment takes only minutes.
Choosing our 600-6000MHz 2dBi Omnidirectional Blade Antenna means choosing a future-proof, all-weather RF solution. Contact our sales team today to request a bulk quote or technical support for your specific project.
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