Wavecontrol RFSelectiQ EMF Exposure Analyzer

Frequency Selective Solution for EMF Exposure Assessment

• This solution enables telecom operators, regulators and safety professionals to assess human exposure to electromagnetic fields
• Frequency and also code selective measurements in accordance with international standards
• Addressing emerging 5G/6G EMF measurement challenges
• One single tri-axial antenna covering from 30 MHz up to 8 GHz

Benefits of the Frequency-selective and Code-selective EMF Analyzer

All-in-one EMF assesment Solution

Performs both EMF‑selective and code‑selective analysis for LTE and 5G NR networks in a single device, and verifies radiation levels from any radio technology, including non‑cellular sources.

Compliant

Compliant with international standards such as IEC, ITU, IEEE, CENELEC, and ARPANSA, etc. Configurable to work with any exposure limit, including ICNIRP, FCC, and EU.

Isotropic antenna for reliable EMF measurements

Using the state‑of‑the‑art Wavecontrol triaxial antenna, the system provides full‑band coverage from 30 MHz to 8 GHz.

Remote Control

Supports Smart Access Anywhere (SAA) for remote operation and expert coaching, enabling technicians to receive real‑time assistance during field measurements.

Flexible & Upgradable

A versatile solution that adapts to different workflows and field conditions, ensuring an efficient setup for selective EMF assessment.

Accurate Measurements

Its spectrum‑analysis capabilities allow for accurate and highly sensitive measurements.

Easy-to-use

Features effective PASS/FAIL and Alarm settings to easily identify any excess of radiation, along with configurable user setups for fast and easy measurements.

Fast & Efficient On‑Site Operation

Designed for quick setup and streamlined workflows, enabling faster on‑site EMF assessments and reducing total measurement time.

All exposure assessment methods covered

Frequency Selective

Based on spectrum analysis, the field level is assessed in specific frequency bands selected by the user. Multiple bands can be defined and measured simultaneously.

Code Selective

This is the newest method to extrapolate the maximum exposure. Using signal de-modulation and decoding, assess EMF levels from specific parts of the signals (SSB and traffic beams). Preferred method to extrapolate to the maximum exposure as per standards.

Broadband

The broadband measurement method provides a quick overview of the electromagnetic environment by capturing total contributions from all EMF sources across a wide frequency range. This helps identify high‑exposure areas and supports initial assessments and certification tasks.

This solution includes broadband functionality for general EMF verification. For high‑accuracy broadband measurements, Wavecontrol offers the SMP3 as the dedicated instrument.

RFSelectiQ – Main Modes of Operation

Frequency Selective – Spectrum Mode

Frequency Selective – Scanner Mode

Code Selective – SSB Method

Code Selective – LTE-FDD, LTE-TDD and 5G NR

Applications for EMF Exposure Analyzer

Antennas and radio systems deployed in cell sites must comply with the electromagnetic field (EMF) exposure limits defined by government agencies and regulators responsible for public health and safety. The Frequency Selective EMF Analyzer is ideal for:

Telecom Compliance Testing: Ensuring base stations and cellular sites meet RF exposure limits for 4G, 5G, and other technologies

Cell Site EMF Measurement: On-site assessment of RF field strength and EMF levels

RF Safety Testing: Verifying compliance with EMF exposure limits across all regulatory categories, including Occupational Exposure (Controlled or Restricted Environments) and Public Exposure (Uncontrolled or Unrestricted Environments), ensuring safe working conditions and public protection

Detailed EMF Exposure Assessment: Performing in‑depth, frequency‑resolved analysis of EMF levels to understand signal contributions and evaluate complex RF environments

International Standards Compliance

• IEC 62232:2025 (Ed 4) (Telecom BS) Determination of RF field strength, power density and SAR in the vicinity of base stations for the purpose of evaluating human exposure
• EN 50385:2017 Product standard to demonstrate the compliance of base station equipment with radiofrequency electromagnetic field exposure limits (110 MHz – 100 GHz), when placed on the market
• EN 50401:2017 Product standard to demonstrate the compliance of a base station installation with radiofrequency electromagnetic field exposure limits (110 MHz – 300 GHz), when put into operation
• ITU-T K.61 (Telecom Inst) Guidance on measurement and numerical prediction of electromagnetic fields for compliance with human exposure limits for telecommunication installations
• ITU-T K.100 (Telecom BS) Measurement of radio frequency electromagnetic fields to determine compliance with human exposure limits when a base station is put into operation
• ITU‑T K.113 Generation of radio‑frequency electromagnetic field level maps
• FCC OET Bulletin 65 Evaluating Compliance with FCC Guidelines for Human Exposure to Radiofrequency Electromagnetic Fields
• India: TEC 13019:2025 Assessment of electromagnetic field exposure from telecom base stations.
• China: HJ 1151‑2020 Monitoring method for the electromagnetic radiation environment of 5G mobile communication base stations.

Wavecontrol RFSelectiQ Datasheet