The antennas are positioned at equal intervals on an X/Y grid. The respective measurement data (level and/or frequency) are displayed on the server as a checkerboard pattern. Each square of the checkerboard represents a measurement set. The 64 measurement sets thus form, for example, an RF camera with 8x8 points = 64 pixels.
This seemingly low resolution already enables a very detailed analysis of antenna emission characteristics or a graphical visualization of emissions from test devices during EMC measurements. This significantly reduces measurement time. Furthermore, it provides highly detailed information on the diffusion characteristics of different emission types.  
The display size can be adjusted according to user requirements. The system allows for unlimited display resolution. A well-known telecommunications provider is already using this system for research and product evaluation.
Despite the substantial hardware required for system operation, the price is relatively low. Thus, a 32-pixel system with a 6GHz bandwidth is already available for under €100,000. A version up to 20GHz is also available for an additional charge. A real-time version, based on the new generation of SPECTRAN V5 real-time spectrum analyzers, will be available soon.
Furthermore, an advanced version of the system with 3D visualization (with an additional Z-axis) is planned to display more complex information.
The amount of hardware required then increases significantly. For example, creating a 6x6x6 cube will require approximately 216 complete measurement sets.
Aaronia AG is an international company specializing in measurement, location, and monitoring technology, as well as the manufacture of antennas and EMC shielding products.
Headquartered in the Eifel region of Germany, the company develops, manufactures, and sells a wide range of measurement devices, antennas, and shielding solutions.

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