Ultimate Noise Rejection

L’antenna UltraHorn C is horn antenna with high gain and high directivity. UltraHornTM offers superb noise rejection due to symmetrical beam with no side lobes. These unique features make UltraHorn CC ideal for long distance links in high noise environment. UltraHorn delivers excellent performance as a narrow sector antenna for high noise environment. High performance antenna characteristics allow for precise network planning of dense co-location in very challenging RF conditions.

Unique Beam Without Side Lobes

UltraHorn CC is highly directive antenna: radiated energy is focused only to the main beam due to the absence of side lobes. Precise radiation pattern of UltraHorn CC allows you to deploy long distance links in high noise environment with unprecedented performance. When implementing highly granular network coverage pattern, UltraHorn delivers excellent performance as a narrow sector antenna.

N-type Connectors

UltraHorn Carrier Class features N-type female connectors, enabling connection with wide range of radios, such as Mimosa, Cambium Networks PMP450, LigoWave, and many others.

High Gain

UltraHorn CC antenna delivers 24 dBi of gain with impressive frequency stability. UltraHorn CC brings amazing performance based on the noise suppression resulting into higher SNR levels of received signal even when compared to higher gain competitive products.

No Accessories Needed

UltraHorn CC comes as a thorough antenna solution for a high performance wireless link. There is no need to spend extra money on radomes or shrouds. Any additional shielding only burdens the tower and your budget. UltraHorn CC has everything that is needed.

Innovative Mounting System

UltraHornTM CC antenna features innovative mounting system that makes antenna installation easy. The mount is completely separated from the antenna. First, install the bracket on a pole, and then slide the antenna on the bracket. Thanks to this mounting system, adjustment is quick and easy. Optimal beam shape makes alignment exceptionally simple.