5G New Radio is coming, and the physical layer specifications are shaping up. Designed to achieve faster data rates and ultra-low latency, these specifications present new measurement challenges because of mm-Wave frequencies and over-the-air...
The calculation of noise figure can be complex and time-consuming. Get three hints to help you improve measurement uncertainty, increase yield, and lower your costs when measuring noise figure performance.
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Development of any wireless system is a demanding task, bounded by tight constraints and complicated by innumerable tradeoffs. This application note offers solutions that will help you overcome fundamental challenges in transmitter testing...
A signal analyzer is an essential measurement tool used in all phases of the product life cycle. This “Measurement Fundamentals” note shares techniques to optimize your instrument attributes such as noise floor, resolution bandwidth, dynamic range...
HUBER+SUHNER, well known for coaxial (N)EMP and lightning protection components, offers guidance on protection of electrical equipment against electromagnetic fields though a comparison of Screening Effectiveness versus Transfer Impedance.
You are consistently evaluated on your ability to manage cost and risk, whether you’re putting pen to paper for your next program bid or serving as a portfolio manager for software engineers to support a growing inventory of legacy testers...
Understand how millimeter-wave signals (mmWave) will function in real-world environments. With increasingly shorter wavelengths in the 5G air interface, there are new challenges to test. Learn how to thoroughly test 5G mmWave devices for real...
New Radio (NR) is the 3GPP effort for defining and standardizing a new Radio Access Technology (RAT) for 5G. NR will cover a wide set of use cases (eMBB, URLLC, and mMTC) and introduce new cutting-edge technologies such as millimeter-wave and...
