Antenna Test Chambers and 3D Positioners

for mmWave, Radar, 5G Fixed Wireless Access and Backhaul

 

 

 

Test ChambersPositioners
Antenna test and measurement systems for mmWave, 5G, and radar in R&D and manufacturing

Our anechoic antenna test chambers range from desktop-size to walk-in-sized 3-, 5- and 10-meter test ranges. They are all equipped with best-in-class absorbers rated up to 110 GHz. Therefore, the chambers are also ready for next generation radar applications.

The test chambers are modular and reconfigurable for greater far-field distance. Even our walk-in sized anechoic chambers are non-permanent installations, so you can bring them to a new location if needed.

All our antenna positioners use a closed-loop motor drive system for reliable positioning. They are engineered and dimensioned to be precise under max load and will position very large DUTs while keeping high precision.

Paired with the AC888, the AC1120, and the AC1224, our positioners are attractive solutions for any radar and mmWave antenna tests and measurements.

3D positioners for heavy DUTs and high precision

MmWave Test Solutions offer some of the market’s best positioners for precise measurements.

The DUO series is a line of two-armed elevation-azimuth 3D positioners for small to large DUT/AUTs. The available width spans from 25 cm to an impressive 83 cm, which allows enough room for testing 5G-NR, gNodeB, CPE, and Fixed Wireless Access applications or large enclosures like complete side mirrors with 77 – 81 GHz radar units.

The UNO series uses the spherical theta-phi (or azimuth-roll) measurement approach. They are single-armed 2-axis positioners with an accompanying single-axis roll-capable mast tracking the polarization of the AUT/DUT.

With its high precision and sturdiness, each UNO positioner is a quality solution for a classical test and measurement methodology.

UNO Positioners

MmWaveTest

UNO6 spherical antenna positioner

DUO Positioners

MmWaveTest

DUO positioners from mmWaveTest
Customized designs and add-ons

Because not all DUTs are the same, antenna test setups must be flexible but sometimes even the most adaptable measurement systems are not sufficient. That is why we offer custom-designed solutions.

We design and manufacture manual and motorized solutions. The designs use CNC-machined wood, polymer plastic, aluminum, steel, and ABS for 3D print for non-structural parts.

Our team has done numerous designs for customers needing something special, such as semi-open chambers for testing glass permittivity impact in 5G-NR applications and motorized dual-polarization horn mounts.

Haven’t found what you are looking for? Contact us, let us know what you need, so we can discuss how we can help.

Flexible Chambers

AC888

AC1120 antenna test chamber

Modular Chambers

AC1120

AC1120 anechoic chamber

Walk-in Test Range

AC1224

AC1224 full-size anechoic chamber by mmWaveTest

UNO3: Precision Antenna Positioner for Lighter Loads and Lower Cost

UNO3 World Premiere The first four UNO3 units are now on their way to our customer, a radar chipset supplier, who is in the process of setting up a small test farm. The collaboration with the customer aimed to develop a compact and robust...

Collaboration with Invictus Animus

Colorado-based Invictus Animus and mmWave Test Solutions are launching the AC1224-360-IA chamber system. The AC1224-360-IA system includes an AC1224-360-4 chamber, a positioner, software for spherical near-field and far-field data acquisition, and...

UNO5 spherical antenna positioner

The UNO5 is a spherical positioner designed for over-the-air (OTA) antenna measurements. It features a classical azimuth-roll configuration to ensure an optimal clear field of view. When integrated with a roll-capable antenna mast, the UNO5...

AC1224-360 SPLIT Chamber for Flexible Antenna Testing

We have expanded our AC1224 walk-in antenna test chamber line with the introduction of the AC1224-360 SPLIT. This new split-chamber version of the AC1224-360 offers increased adaptability and functionality, allowing users to switch between a...