RFID simulation - virtual PoC

The path to a successful RFID project leads exclusively through a proof of concept (PoC) study


In addition to the physical proof of concept, Kathrein Solutions offers its partners and their end customers a virtual proof of concept using complex simulation software. 
All project data, which was determined during an initial workshop, is entered into a radio propagation modeling and simulation tool. This results in an initial, already very robust project concept. 

 

Advantages of the virtual PoC: 

  • No influence on operational processes during the test scenario
  • Risk-free pre-evaluation
  • Quick findings for further project decisions
  • RFID performance measurements and optimizations outside strictly regulated environments
  • Measurements without major mechanical effort such as test setups etc...
  • Based on the results of the virtual PoC, the impact on internal processes can be greatly reduced by the PoC test scenarios, as pre-tested test setups can be prepared accordingly. 


UHF RFID technology is one of the most widely used data generation technologies in digitalization. UHF RFID technology is also becoming increasingly popular outside of logistics and production processes. The maximum benefit of UHF RFID technology and stable operation is always guaranteed if precise pre-evaluations have been carried out using an RFID proof of concept (feasibility study).


Please note, however, that a virtual PoC cannot replace the physical PoC to be carried out on site, as only on-site test series can incorporate all the factors that are decisive for the successful implementation of an RFID project into the test results, including any factors that may not have been taken into account, such as environmental influences. 

 

Examples of RFID simulations

The effects of the antenna position in metallic environments can be evaluated and used accordingly in order to optimally supply detection areas with energy. This is illustrated using the example of a metal cabinet in which the reading range for antennas was examined at various positions. 

Poor antenna position, highly fragmented detection area

Good antenna position, homogeneous detection area

Simulation example visitor management

A UHF RFID system was integrated into a gate solution for visitor management. The read range must be very well defined here to avoid overreach. No transponders may be read in front of or behind the gate in order to rule out false positive readings.

Have we aroused your interest?

Then contact us and ask for a virtual PoC. We look forward to your inquiry.

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