HG3-TP-A90
90° Asymmetrical Horn TP Antenna combines the best of both worlds - high gain of a traditional sector antenna and zero side lobes of a horn. Its radiation pattern is wide in azimuthal and narrow in elevation plane, greatly improving coverage planning options. 90° Asymmetrical Horn TP Antenna exceeds the traditional patch sector antenna thanks to high stability of gain and radiation pattern in the whole band of operation. Outstanding noise rejection and precision of radiation pattern favors 90° Asymmetrical Horn TP antenna for high-density AP clusters, in highly populated areas and dense co-location sites.
STH-A45-USMA
The radiation pattern of StarterHorn™ A45 USMA has asymmetrical main lobe and zero side lobes. StarterHorn™ antennas offer great noise rejection needed for high-density AP clusters and dense co-location. StarterHorn™ antennas offer both waveguide and RP-SMA female connector interface allowing easy connectivity to any third-party radio on the market, incl direct connectivity to UI radios with an waveguide interface.
HG3-CC-A30
Asymmetrical Horn CC Antennas provide unique asymmetrical beam shape while maintaining excellent noise rejection and overall excellent performance of a well designed horn antenna with N-female connectors. Enabling new levels of network scalability and throughput increase. Asymmetrical Horn CC antennas complement the successful Symmetrical Horn Antennas.
HG3-CC-S80
Symmetrical Horn Carrier Class Gen2 is a scalar horn with the same size of main beam in horizontal and vertical planes, equipped with N-female connectors. Since 2014, our horns address major weaknesses of mainstream sector antenna technologies and provide excellent noise rejection, network scalability, and throughput improvement.
WLAN-61
2.4GHZ & 5GHZ DUAL BAND 4X4 DIRECTIONAL WIFI ANTENNA MAX GAIN: 11 DBI
AMO-2G13
The airMAX® Omni Antenna is a carrier-class 2x2 dual-polarity MIMO omnidirectional antenna designed to seamlessly integrate with Rocket radios (Rocket sold separately). On the right is one example of how the airMAX Omni Antenna can be deployed in a Point-to-MultiPoint (PtMP) network.
The airMAX Omni Antenna provides powerful 360° coverage, 2x2 MIMO performance in Line-of-Sight (LoS) or Non-Line-of-Sight (NLoS) applications.
MTAO-LTE-5D-SQ
The mANT LTE is an omnidirectional antenna specifically designed for LTE frequencies. It is an excellent companion to our LTE devices, such as the wAP LTE and LtAP series. The antenna has a 5 dBi gain, improving your connection in the areas with inadequate LTE service coverage, allowing you to increase your connection speed.
TP-ADAP-C5c
TwistPortTM Adaptor for Mimosa\'s C5c alLows you to connect it to any TwistPortTM antenna. The integration with the radio is smooth and effortless. TwistPortTM Adaptor for Mimosa C5c covers an ultra-wideband spectrum from 5180 MHz to 6400 MHz!
AMO-2G10
The airMAX® Omni Antenna is a carrier-class 2x2 dual-polarity MIMO omnidirectional antenna designed to seamlessly integrate with Rocket radios (Rocket sold separately). On the right is one example of how the airMAX Omni Antenna can be deployed in a Point-to-MultiPoint (PtMP) network.
The airMAX Omni Antenna provides powerful 360° coverage, 2x2 MIMO performance in Line-of-Sight (LoS) or Non-Line-of-Sight (NLoS) applications.
ULD-TP-550
Ultra Horn TM TP antennas are highly directional scalar horn antennas. They offer all the benefits of scalar horns: ultra noise rejection, lossless connection of radio and symmetrical beam with no side lobes. These unique radiation properties make them excellent antennas for long links in environments with a high level of noise.
HG3-CC-S70
Symmetrical Horn Carrier Class Gen2 is a scalar horn with the same size of main beam in horizontal and vertical planes, equipped with N-female connectors. Since 2014, our horns address major weaknesses of mainstream sector antenna technologies and provide excellent noise rejection, network scalability, and throughput improvement.
XPOL-1
LTE OMNI DIRECTIONAL CROSS POL OUTDOOR ANTENNA 790MHZ – 960MHZ & 1710MHZ – 2700MHZMAX GAIN: 4 DBI
RD-5G30
airMAX® 2x2 PtP Bridge Dish Antenna Pair the RocketDish™ with a Rocket™M BaseStation for Point‑to‑Point (PtP) bridging and network backhauls.
MTRADC
Radome Cover Kit is now available for our mANT 30dBi parabolic antennas!
It reduces wind load, protects reflector surfaces from harsh environment, protects the antenna feed from falling objects, as well as positively affects the antenna sustainability and operational life. It\'s made from a special material that has a low dielectric constant. Wide range of temperature and direct sunlight won\'t affect it.
HG3-CC-S60
Symmetrical Horn Carrier Class Gen2 is a scalar horn with the same size of main beam in horizontal and vertical planes, equipped with N-female connectors. Since 2014, our horns address major weaknesses of mainstream sector antenna technologies and provide excellent noise rejection, network scalability, and throughput improvement.
HG3-CC-S40
Symmetrical Horn Carrier Class Gen2 is a scalar horn with the same size of main beam in horizontal and vertical planes, equipped with N-female connectors. Since 2014, our horns address major weaknesses of mainstream sector antenna technologies and provide excellent noise rejection, network scalability, and throughput improvement.
AF-5G34-S45
5 GHz airFiber Dish, 34 dBi, Slant 45
The airFiber® X Antennas feature significant advances in noise isolation and beam performance to complement the airFiber X radios for carrier backhauls and Point-to-Point (PtP) bridging.
HG3-TP-A90
90° Asymmetrical Horn TP Antenna combines the best of both worlds - high gain of a traditional sector antenna and zero side lobes of a horn. Its radiation pattern is wide in azimuthal and narrow in elevation plane, greatly improving coverage planning options. 90° Asymmetrical Horn TP Antenna exceeds the traditional patch sector antenna thanks to high stability of gain and radiation pattern in the whole band of operation. Outstanding noise rejection and precision of radiation pattern favors 90° Asymmetrical Horn TP antenna for high-density AP clusters, in highly populated areas and dense co-location sites.
