Millibox Demonstrates its 2 Meter 5G mmWave Anechoic Chamber with a New Antenna Positioner

Millibox Demonstrates its 2 Meter 5G mmWave Anechoic Chamber with a New Antenna Positioner

At IMS 2022, MilliBox is showcasing the MBX33 mmWave anechoic chamber with the GIM04-300x antenna positioner for the first time. The MBX33 is a 2 meter far field mmWave anechoic chamber with large cavity designed to test larger Devices with the convenience and affordability of benchtop setups. The GIM04-300x is a member of the modular mmWave and THz phased array antenna positioner family (GIM04) featuring 3 axis of position control, Azimuth, Elevation and Polarization and a DUT width capacity of 300mm.

The Device Under Test (DUT) for this live demonstration is the 22-27 GHz 8 x 8 active phased array from Extreme Waves, G-2602-8x8. With its innovative and proprietary dual-polarization dual-beam antenna design, the full DUT beamforming capabilities are controlled directly from a remote PC application, including phase and gain control for the 64 dual-polarization silicon beamformer channels and the dual up/down-converters with wide IF bandwidth.

The measurement instrument used in this demonstration is the USB VNA from Copper Mountain Technologies (CMT), Cobalt C4209 with 2 CobaltFx FET1854 frequency extender modules with capabilities between 18 GHz and 54 GHz. The VNA is controlled from a PC where the MilliBox controller resides, giving a one screen view of all aspects of this Over-The-Air measurement setup. “This demonstration is incredibly powerful at showing what a modular, affordable benchtop mmWave antenna test setup should look like in anyone’s lab” says Jeanmarc Laurent the Creator of MilliBox. “Having the DUT control, the VNA control and the positioner control all under one screen shows a unprecedented level of integration and is the most elaborate real-life demonstration we have ever done, thank to the contribution of our partners at Extreme Waves and CMT.”

The demonstration consists of steering the DUT beam in any possible direction and then displaying the captured 3D beam pattern in real time over the entire VNA trace in a single position sweep.

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Publisher: everything RF