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Radio Frequency Testing (RF);What is radio frequency detection?
What is radio frequency detection?
Radio frequency (RF) testing detects radio and electronic
communication equipment to ensure that the equipment is effectively
using the wireless spectrum and will not interfere with other
users' use of the wireless spectrum.
Wireless RF testing technologies include Wi-Fi, Zigbee, cluster communications (PMR) radios, radio frequency identification (RFID), near field communications (NFC), global positioning system (GPS), mobile phone technology, etc. Additional testing is often required to verify that your device complies with local electromagnetic compatibility (EMC) electrical safety and radio frequency exposure regulatory requirements.
Why is RF detection so important?
Radio frequency compliance is a mandatory requirement in most
international markets, including countries such as the European
Union, the United States, Canada, Australia and Japan. If you
produce wireless devices or integrate wireless devices into your
end products, you must comply with the regulations of the target
market, otherwise your products will not be legally sold. RF
testing can also detect problems early, helping brands avoid costly
rework and quickly enter global markets.
LCS Süd has extensive wireless equipment testing and certification
experience in global markets. Our experts always keep abreast of
the latest regulatory changes and can effectively help you meet
relevant testing and certification requirements.
We can also leverage on our global network of accredited testing
laboratories and world-leading certification services to provide
one-stop solutions for all types of testing.
LCS wireless radio frequency test method
Our experts always keep abreast of the latest regulatory changes
and can effectively help you meet relevant testing and
certification requirements. As a full-service provider, we offer
complete project management to ensure your RF testing runs
smoothly.
Typical RF test capabilities include, but are not limited to
Transmitter detection
Output Power
Adjacent channel leakage power ratio
power spectral density
Spectrum emission template
Occupy channel bandwidth
Frequency Stability/Error
radiation sideband
duty cycle
Modulation bandwidth
Transmitter out-of-band emission/radiated spurious
Receiver detection
sensitivity
Adjacent channel/band selectivity
Receiver Radiated Spurious
receiver intermodulation
block