#Horn
À propos de #Horn
Horn antennas have become an essential tool for Wireless Internet Service Providers (WISPs) looking to maximize network performance in increasingly crowded RF environments. Unlike traditional sector antennas that often suffer from wide side lobes and unwanted signal leakage, horn antennas provide highly controlled beam patterns with superior front-to-back ratios and reduced side radiation.
For PtMP access points, horn antennas help minimize self-interference between adjacent sectors, allowing WISPs to improve sector isolation and reuse frequencies more aggressively across the tower. This results in better Signal-to-Interference-plus-Noise Ratio (SINR), higher modulation rates, and increased overall network capacity.
In PtP deployments, horn antennas deliver focused coverage and improved noise rejection, helping maintain stable links and higher throughput even in congested environments. Their predictable radiation patterns also simplify network planning and make it easier to achieve consistent coverage.
As WISPs continue adopting wider channels, Wi-Fi 6E, Wi-Fi 7, and Multi-Link Operation (MLO), horn antennas provide the RF performance needed to fully utilize available spectrum while delivering fast and reliable broadband services to subscribers.
Produits étiquetés #Horn
4X4-DOUBLE-HORN
4x4 Double Horn Antenna
Deux antennes cornet asymétriques à large bande de 90° et un support déporté.
antenna
6GHz
5GHz
WB6-A30
Wideband 6 GHz Asymmetrical 30° Horn Antenna
L'antenne sectorielle à cornet à gain élevé de 30° prend en charge les points d'accès point à multipoint (PtMP) WISP 5 GHz et 6 GHz d'Ubiquiti, Cambium et Mimosa.
antenna
6GHz
5GHz
WB6-A90
Wideband 6 GHz Asymmetrical 90° Horn Antenna
L'antenne sectorielle à cornet à gain élevé de 90° prend en charge les points d'accès point à multipoint (PtMP) WISP 5 GHz et 6 GHz d'Ubiquiti, Cambium et Mimosa.
antenna
6GHz
5GHz
#Horn
3 products
Aperçu
Horn antennas are widely used by WISPs to improve network performance in both Point-to-Multipoint (PtMP) and Point-to-Point (PtP) deployments. Their controlled beam patterns and excellent noise rejection help reduce interference from nearby sectors and neighboring networks, resulting in better signal quality, higher throughput, and more reliable wireless links. Horn antennas are especially valuable in high-density environments where spectrum efficiency and frequency reuse are critical.