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Fiberglass 860–930MHz 5.8dBi Outdoor Antenna
Most outdoor antennas fail the same way — not from a single event, but from six months of UV, moisture, and wind load that the housing was never built to handle. Most budget antennas aren't engineered for real outdoor exposure — they're engineered to look like they are. Our Omni Directional Antenna is different: a full-fiberglass housing, 5.8dBi gain, N-Female connector, and a verified 860–930MHz tuning that holds stable from a desert summer to a mountain winter. Whether you're deploying a cellular booster network, a private LoRa gateway, or a long-range IoT node, this is the antenna that stays calibrated when the weather doesn't cooperate.
Why Fiberglass Changes the Game for Outdoor Deployments
Fiberglass isn't just a marketing word here. The 23×500mm cylindrical housing on this unit goes through a 96-hour salt spray test (GB1266-86 standard), a 96-hour humidity cycle at 90–95% RH, and a low-temperature soak at -40°C — all before it ships. What comes out the other end is a housing that doesn't crack at the feedpoint seam in coastal salt air, doesn't swell or soften through a tropical wet season, and holds its shape through repeated freeze-thaw cycles — the three failure modes that kill most budget outdoor antennas within 18 months.
The Omni Directional Outdoor radiation pattern covers 360° in the horizontal plane with an 8° elevation beamwidth — a geometry that's ideal for hub-and-spoke deployments where you need consistent coverage in every direction without repositioning the antenna. Vertical polarization is the default choice here for a reason — most ground-based receivers and modems are built around it, so you're not fighting a polarization mismatch before the signal even reaches the device. In open terrain, it also cuts down on reflected signal paths that would otherwise blur the decode at the receiver end. On the mechanical side, the unit holds up to 60 m/s wind loads and mounts on poles anywhere between Ф25mm and Ф50mm — a bracket sizing that fits the majority of rooftop masts, street-side telecom poles, and outdoor cabinet standoffs without needing adapters.
Electrical Specs That Actually Matter in the Field
| Frequency Range (MHz) | 860-930 |
| tape width（Mhz） | 70 |
| Input Impendence (Ω) | 50 |
| V.S.W.R | ≤1.5 |
| Gain (dBi) | 5.8±0.2 |
| Polarization Type | vertica polarization |
| Radiation Direction | Completely omnidirectional |
| half power corner(°) | H 360°/E 8° |
| Antenna size (mm) | 23x500 |
| Antenna cover material | glass fibre |
A VSWR of ≤1.5 across the full 860–930MHz band means less than 4% of your transmitter power is reflected back — a figure most off-the-shelf antennas only achieve at their center frequency. That figure holds across the full 70MHz window — relevant for multi-channel setups and frequency-hopping protocols like LoRa.
The N-Female connector is DC-grounded for lightning protection, a detail that's often overlooked until after the first strike takes out a gateway. Weight comes in at 320g — light enough for single-person installation without a second hand on the mast.
860–930MHz is one tuning. It's not the only one we make.
Our factory manufactures fiberglass omnidirectional antennas across a broad frequency spectrum, and we accept custom orders for specific bands including:
700–800 MHz (US LTE Band 12/17, FirstNet, rural cellular)
860–960 MHz (LoRa, Sigfox, ISM, NB-IoT, GSM 900)
1710–1880 MHz (AWS, DCS, LTE Band 1/3)
2400–2500 MHz (2.4GHz WiFi, Zigbee, Bluetooth mesh)
Custom dual-band and wideband configurations on request
Antenna length and diameter can be adjusted to meet gain targets or physical installation constraints. The standard 23×500mm profile targets 5.8dBi — longer elements achieve higher gain, shorter profiles fit low-clearance enclosures. Connector type, bracket style, and pigtail length are all specified at the order stage — N-Male, N-Female, SMA, TNC, or custom on the connector side.
If you're sourcing for a private LTE network, a smart metering rollout, or an agricultural IoT deployment with unusual frequency allocation, contact us with your band plan and we'll quote a matched antenna. MOQ for custom variants is negotiable depending on specification complexity. This level of factory-direct customization is why integrators and carriers use us as a source rather than buying through distributors — you get an antenna tuned to your network, not a catalog part that approximates it.
FAQ
Q: Is the N-Female connector weatherproofed from the factory, or do I need to add tape?
A: The connector is DC-grounded and constructed to outdoor-rated tolerances, but we recommend adding self-amalgamating tape over the connection point after installation — standard practice for any N-connector exposed to driving rain over a multi-year service life.
Q: Does this antenna work with a cellular signal booster?
A: Yes, the N-Female connector fits most commercial booster donor ports directly. Just verify your booster operates on 860–930MHz before ordering — if it doesn't, we make matched variants for other bands.
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