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4G LTE Antenna Cellular LTE Aerial N Male Antenna 700MHz-2700MHz 5dBi 4G Omni-Directional Whip High-gain Transmit-Receive for Cell Signal Booster Amplifie Pack of 2
4G LTE Antenna Cellular LTE Aerial N Male Antenna 700MHz-2700MHz 5dBi 4G Omni-Directional Whip High-gain Transmit-Receive for Cell Signal Booster Amplifie Pack of 2
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--- QUICK SPEC REFERENCE --- Product: 4G LTE Antenna N Male 700MHz-2700MHz 5dBi Omni-Directional Whip SKU: OL-2109-2X Connector: N-Male Frequency Range: 700MHz – 2700MHz Supported Bands: 700 / 800 / 900 / 1800 / 1900 / 2000 / 2300 / 2400 / 2600 / 2700 MHz Gain: 5 dBi Radiation Pattern: Omni-directional Polarization: Vertical Impedance: 50 Ohm Quantity: 2 antennas per pack Price: $14.89 In Stock: Yes ---
This 5 dBi N-male omni-directional whip antenna is designed to work with cellular signal boosters, CPE routers, cellular gateways, and mobile broadband modems that use an N-female antenna port. The broad 700–2700 MHz frequency range covers all major 2G, 3G, and 4G LTE bands used by US carriers including AT&T, Verizon, and T-Mobile, making it compatible with most residential and commercial signal booster systems without needing to match a specific band.
At 5 dBi gain, this antenna provides a meaningful improvement over the stub antennas typically included with signal booster kits, particularly for rooftop or elevated mounting positions where line-of-sight to the cell tower is available. The omni-directional radiation pattern captures signal from all horizontal directions simultaneously, so no aiming or adjustment is required after installation. Vertical polarization matches the polarization used by all major cellular base stations in North America.
This antenna uses an N-male connector and requires an N-female port on your signal booster or router. Verify your device's antenna port type before ordering — N-type and SMA are not interchangeable. This antenna is not rated for 5G mmWave (above 6 GHz); it covers sub-6 GHz 4G LTE bands only. For outdoor installation, use with a weatherproof N-female bulkhead or lightning arrestor as appropriate for your setup.
Frequently Asked Questions
Most WeBoost and SureCall outdoor donor antennas use N-female ports, which mate directly with this N-male antenna. Confirm your booster's antenna port type in the product manual — if it shows an N-female port, this antenna is compatible. The 700–2700 MHz frequency range covers all LTE bands supported by these boosters.
A 5 dBi omni-directional antenna radiates signal in all horizontal directions equally, making it suitable when the cell tower direction is unknown or when coverage from multiple directions is needed. A higher-gain directional (Yagi) antenna focuses energy in one direction for greater range, but only works well when pointed accurately at the tower. For most residential signal booster installations, a 5 dBi omni is the practical choice unless the tower is far away and its direction is known.
It supports sub-6 GHz 5G NR bands (600 MHz–2700 MHz range), which includes 5G bands n71, n25, n66, and n41 used by T-Mobile and other carriers. It does not support mmWave 5G (24–39 GHz), which requires a separate high-frequency antenna. For most suburban and rural 5G coverage, sub-6 GHz is the relevant band.
The antenna body is suitable for outdoor use, but the N-male connector and cable connections should be protected from direct water ingress. For permanent outdoor installations, apply self-amalgamating tape over the connector junction or use a weatherproof enclosure. A coaxial lightning arrestor (N-female to N-female, DC-3 GHz) is recommended when mounting on rooftops or elevated structures.
Not directly. You would need an N-female to SMA-male adapter to connect this antenna to an SMA-port router. However, if your router has an SMA port, a purpose-built SMA antenna may be a cleaner solution. Onelinkmore stocks N-female to SMA-male adapters separately if you prefer to use this antenna with an SMA device.
Many cellular routers, CPE gateways, and signal boosters have two antenna ports to support MIMO (Multiple Input Multiple Output) technology, which improves throughput and reliability by using two independent antenna paths simultaneously. Using a matched pair of identical antennas on both ports ensures balanced performance across both MIMO streams.
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