15 dBi Gain, 11 GHz to 26.5 GHz, Multi Octave Horn Antenna OBH-110D-15

What can Multi Octave Horn Antennas do?

This antenna can be used for calibration systems, and antenna test systems can be applied to reflective antenna feeds and can also support a variety of mobile communications. It is better suited for EMC measurements through their specified entire frequency range. Additionally, their better illumination makes these antennas ideal for use in other areas such as antenna measurements and reflector illumination. And it can support various communication services. Meet the high-quality data transmission function, which can improve the user’s experience while on the mobile network and can also be used in conjunction with the fifth-generation mobile communication system, which can transmit and send massive data packets, files, videos, and pictures rapidly and efficiently.

What are the characteristics of Multi Octave Horn Antennas?

Multi Octave Horn Antennas provide broadband reception between 11GHz and 26.5GHz. It covers between Ku and K band. The antenna supports a Linear polarized waveform. Moreover, the full-band Gain is guaranteed to be around 15dBi. The ordinary Horn Antennas could only ensure stable Gain in a single round. Solving the problem of multi-octave horn antennas with a steady gain in the dual frequency bandwidth is possible.

Furthermore, its fabrication is just used in one copper, which could guarantee stable amplitude and phase consistency across multiple antennas. Its caliber is relatively tiny, which can meet the needs of near-field testing. We provide various brackets, making it easy to attach the antenna to the antenna bracket or antenna tower. Moreover, it can handle up to 100W of power. The antenna uses the ultimate weight reduction structure so that the weight of the entire antenna is only 255g. Besides, we can provide rich and accurate test data, including antenna direction coefficients, Gain, VSWR, and direction maps, and you can also input antenna coefficients into your system for testing.