This article focuses on global wireless compliance. More specifically, it explains what to consider if you intend to certify your device with an integrated third-party module internationally.
Statistical models for maximum electromagnetic fields within RF reflective enclosures (i.e. complex cavities) have historically been derived from parent distributions obtained from the central limit theorem applied to sums of random variables.
Readers of The World in Compliance are reminded that manufacturers seeking FCC equipment authorization for radio frequency (RF) devices will soon be required to file applications for Certification directly with... Read More...
The U.S. Federal Communications Commission (FCC) has proposed a fine of $60,000 against T-Mobile License, LLC for its failure to adequately limit public access to its service antennas located on the roof of an ... Read More...
TTE Filters, a US-based manufacturer of high-reliability RF filters and microwave filters for demanding communication and signal processing applications, announced the introduction of a stocked Lowpass Cheb... Read More...
Pasternack Enterprises, Inc. has significantly expanded their portfolio of connectorized RF amplifiers including high power amplifiers, high-rel amplifiers, broadband amplifiers, limiting amplifiers, power ampl... Read More...
After discovering a potentially dangerous RF interference problem that affects nearly 1,300 commercial aircraft, the FAA recently issued a mandate requiring airlines to replace all vulnerable phase 3 cockpit fl... Read More...
Pasternack Enterprises, Inc. has created and published a new set of RF calculators and conversion tools to assist engineers with answering complex RF-related product and design questions that arise on a daily... Read More...
The state of Wisconsin implemented a new emergency communication system and radio procedures earlier this year that caused radio interference to first responders’ radios in Dane County Wisconsin. Three police d... Read More...