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Orbis Systems provides automated positioning systems designed to deliver precise, repeatable, and reliable RF and OTA measurements. By combining precision mechanics with advanced automation, these systems ensure consistent and reproducible testing of antennas and wireless devices in both research laboratories and production environments.
Each solution is validated to meet the stringent accuracy requirements for 5G, mmWave, and future wireless technologies, including upcoming 6G frequency bands.
In wireless testing, even the smallest misalignment can significantly affect measurement results. Orbis automated test solutions minimize this risk by providing precise multi-axis movement, including azimuth, elevation, and tilt.
Equipped with advanced sensors and motor control, the systems achieve sub-degree accuracy. This high level of precision ensures that antenna patterns, beamforming characteristics, and overall device performance can be evaluated with consistency and confidence.
An RF positioning system is ideally suited for antenna characterization, where precise angular movement is required. For more complex device testing, particularly in 5G and future 6G frequency bands, robotic positioning systems provide advanced multi-axis flexibility. In production environments, automated test positioners improve throughput by reducing manual setup time and ensuring consistent, repeatable measurements.
These systems can be seamlessly integrated into a wide range of test setups, from compact laboratory chambers to large-scale wireless OTA facilities, including 5G OTA chambers.
Orbis system positioning systems are designed for seamless integration with OTA test environments. They feature versatile device positioners, antenna mounts, and support for calibration procedures that streamline test setup.
With automated movement and fewer manual adjustments, engineers can reduce setup time and focus more on data analysis and performance evaluation.
If you need a reliable antenna positioner, robotic positioning system, or automated test positioning solution, Orbis systems can provide a proven setup tailored to your requirements. Our technical specialists can help you select the right configuration for your wireless testing program.
Contact Orbis Systems today to learn more about our automated positioning systems and how they can support your next testing project.
In wireless testing, a fraction of a degree can throw off your entire measurement. An RF positioning system delivers precise multi-axis movement azimuth, elevation, and tilt with sub-degree accuracy, ensuring antenna patterns and beamforming results are consistent, repeatable, and actually trustworthy.
Manual adjustments introduce human error. A robotic positioning system eliminates that entirely by combining advanced motor control, absolute sensors, and automated multi-axis movement to handle complex 5G and mmWave device testing with a level of precision no human hand can match.
From antenna characterization and beamforming validation to radiation pattern mapping and throughput testing a test positioning system handles it all. It fits seamlessly into compact lab chambers and large-scale OTA facilities alike, making it the backbone of any serious wireless test setup.
Yes, and it's designed to do exactly that. An RF positioning system comes with versatile device mounts, antenna positioners, and calibration support slotting directly into your existing OTA chamber setup without rebuilding your workflow from scratch.
Built for it. These robotic positioning systems are validated for 5G mmWave frequencies today and engineered to support the demands of upcoming 6G bands so your positioning infrastructure stays relevant long after your current test program wraps up.
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Orbis Systems provides quality control solutions, functional testing solutions, components and services for its customers’ R&D, production and after sales needs. Our products and services increase efficiency and performance in our customers’ processes and hence shorten time to market, lower process costs and increase the end customers’ satisfaction.
