
Supports anti-jamming reception of three frequency signals simultaneously: GPS-L1, GPS-L2 and GPS-L5. Each frequency band can counteract interference signals from a maximum of 3 directions. It can suppress typical interference types including wideband, narrowband, pulse, swept frequency, and any combination of the above signals.

Model: AT010206380707543F-1; This 5G Indoor MIMO Directional Panel Antenna Max Power 50W; PIM3: -150dBc @2x33dBm, Frequency and Connector Type support Customized; have two ports, Weight: 1.4kg, Mounting Method: Wall Mounted...

Model: AT010106380436043F-1; This 5G Indoor MIMO Omni Ceiling Antenna Max Power 50W; PIM3: -150dBc @2x33dBm, Frequency and Connector Type support Customized; Mounting Method: Ceiling-mount...

Model: AT010206380806043F; This 5G Indoor SISO Directional Panel Antenna Max Power 50W; PIM3: -150dBc @2x33dBm, Frequency and Connector Type support Customized; Gain: 6dBi/7dBi/8dBi; VSWR: 1.8; Operating Temperature: -30 ~ +60C...

This 5G Indoor SISO Omni Ceiling Antenna Max Power 50W; PIM3: -150dBc @2x33dBm, Frequency and Connector Type support Customize

The standardized subarray is based on an integrated design of multi-channel silicon-based chips and microwave multi-layer PCB. It comprises 16 transmit/receive channels and is capable of RF signal transmission and reception, beam scanning, operating status feedback, and built-in channel self-test.

The antenna consists of a radome, antenna array module, beam steering & power supply board, and thermal management module.

The standardized subarray is based on an integrated design of multi-channel silicon-based chips and microwave multi-layer PCB. It comprises 16 transmit/receive channels and is capable of RF signal transmission and reception, beam scanning, operating status feedback, and built-in channel self-test.

The standardized subarray is based on an integrated design of multi-channel silicon-based chips and microwave multi-layer PCB. It comprises 16 transmit/receive channels and is capable of RF signal transmission and reception, beam scanning, operating status feedback, and built-in channel self-test.

This SiP module is a Ku-band, 1W output power, wafer-level packaged, 4-channel transmit/receive phased-array SiP. It integrates power amplifiers, low-noise amplifiers (LNAs), switches, amplitude-phase modulation circuits, temperature sensing, and other unit circuits to support time-division transmit/receive operation.

The antenna consists of a radome, antenna array module, beam steering & power supply board, and thermal management module.

The antenna consists of a radome, antenna array module, beam steering & power supply board, and thermal management module.