MegiQ Introduced 2-Axis Antenna Measurement Turntable
The new hardware enables automated 3D antenna radiation pattern testing without needing a specialized chamber.
Updated on Sept. 23, 2026 in Robotics
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MegiQ has introduced a 2-axis turntable designed to automate 3D antenna radiation pattern measurements for its existing Radiation Measurement System (RMS). This hardware upgrade allows for complete spherical scanning of devices without manual repositioning.
Why it matters
Automated 3D radiation mapping allows engineers to rapidly optimize wireless device performance by understanding how signal patterns behave in the field. By removing the need for an anechoic chamber, the system lowers the barrier for developers to conduct precise testing during the design phase.
The turntable supports devices weighing up to 7.5 kg and features a frequency coverage range of 370 MHz to 6 GHz. It performs 3D scans at 5-degree increments to capture comprehensive signal data.
The players
MegiQ
A developer of wireless measurement solutions specializing in radiation measurement systems and compact testing hardware.
The details
The turntable functions by rotating the device under test (DUT) through a full sphere, controlled automatically by the RMS software. This eliminates the need for manual adjustments, allowing the system to map the antenna's performance profile across all spatial dimensions in a single session. Because the system does not require an anechoic chamber—a specialized room designed to completely absorb reflections of electromagnetic waves—it is intended for use in more accessible testing environments.
Timeline
September 23, 2026: MegiQ introduced the 2-axis turntable.
The Tech Race
The introduction of this turntable moves the industry toward more accessible, bench-top diagnostic tools for wireless product development. It directly challenges the traditional research bottleneck of requiring access to expensive, space-intensive anechoic chamber facilities.
Hardware developers can now perform 3D radiation pattern analysis in 15 minutes without the overhead of booking specialized lab space. The system is compatible with devices measuring 210 x 256 mm, provided they fall within the 7.5 kg weight limit.
The takeaway
This automation enables rapid iteration cycles for wireless product teams aiming to optimize signal propagation early in development. Watch for future integration benchmarks comparing this turntable's data precision against traditional large-scale chamber testing.
Further reading
For more on the evolution of automated testing platforms, visit Robotics.
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