RF EME PREDICTIVE MODELLING AND SITE COMPLIANCE

Compliance with relevant EME safety regulations means that network owners/operators and licencees must meet certain obligations during design and commissioning of communication installations.

ProX5 is a complete RF EME prediction modelling solution that includes 3D drafting, extensive antenna library, EME visualisation and report generator.

This comprehensive solution provides RF design engineers and workplace safety officers with the ability to calculate and analyse RF EME fields from telecommunication sites.

PROX5 – ALL-INCLUSIVE EME ASSESSMENT SOLUTION

3D Drafting

3D Drafting

3D models of telecommunication sites are easily created with ProX5’s built-in drafting engine. ProX5 delivers a comprehensive set of tools and features with unrivalled flexibility.

Extensive Antenna Library

Extensive Antenna Library

ProX5 can access a library of more than 2000 antennas.

This extensive library facilitates and expedites the creation of RF EME assessments for telecommunication sites.

Radio Frequency EME Calculations

Radio Frequency EME Calculations

The accumulative assessment of electromagnetic energy is a key aspect of determining safe access to telecommunication sites. ProX5 utilises patented mathematical algorithms to deliver an accurate calculation of RF EME levels.

Reporting

Reporting

Reporting is necessary to document all site specific elements to achieve EME compliance including site access requirements.
ProX5 accommodates customisation of reports with selectable layouts and outputs.

HOW CAN PROX5 EME REPORTING ASSIST YOU?

Since its release, ProX5 has become the global leader for the calculation and assessment of RF EME emissions at telecommunication sites.

Fully compliant with worldwide Standards (ICNIRP, CENELEC, Bulletin 65, Safety Code 6 and ARPANSA RPS3), ProX5 provides peace of mind that EME compliance
obligations set by national and international authorities have been met.

Would you like to discuss how ProX5 can work for you?

Get in touch today