Most demonstrations centered on sub-terahertz communications and the technologies needed to make them a reality.
Podcast: When will RF engineers start designing 6G radios?
5G Technology World spoke with Paul Challoner, VP Network Product Solutions at Ericsson, at the Fall 2022 6G Symposium in Washington, DC. · Paul Challoner Ericsson EE World interview Many of the discussions at the Fall 2022 6G Symposium, and indeed prior conferences, focus less on the technology and more on experiences. To deliver those…
I/Q mixer covers 5G mmWave frequencies
The SMIQ-653H-D+ from Mini-Circuits also has applications in satellite, Radar, and measurement equipment.
RF over fiber: overcoming an inherent transmission-line problem, part 2
Learn the basics of how to use RF over fiber. You have many options.
Single-port VNA covers frequencies to 14 GHz
The R140B from Copper Mountain Technologies lets you characterize antennas and cables without the need for an additional test cable.
RF over fiber: overcoming an inherent transmission-line problem, part 1
Optical fiber can carry analog RF signals from antenna to receiver with far less loss than coaxial cables.
RF power sensor covers 10 MHz to 8 GHz
The PWR-8PW-RC from Mini-Circuits let’s you measure peak, average, crest factor, and duty cycle. Anything you design with an RF transmitter needs power measurements to ensure it meets specifications. The PWR-8PW-RC Smart Power Sensor from Mini-Circuits connects to a PC, µC-based device, or network, letting you measure peak, average, crest factor, and duty cycle power…
Lens antennas focus multiple wireless beams
Using refraction instead of reflection or phased arrays, MatSing has created antennas that produce multiple beams. If you’ve recently attended a game at AT&T Stadium in Dallas, Allegiant Stadium in Las Vegas, Amalie Arena in Tampa, or even attended a presidential inaugural and used your phone, then you’ve probably used an antenna by MatSing. The…
Nordic IC adds Wi-Fi to IoT devices
Nordic Semiconductor’s nRF7002 accompanies the company’s Bluetooth devices by adding Wi-Fi 6 to low-power devices.
Can Wi-Fi 6E really share spectrum with incumbents?
Learn how Wi-Fi 6E standard-power transmitters must navigate around public safety and wireless backhaul signals in this video interview with Federated Wireless CTO Kurt Schaubach. For over two years, we’ve been hearing about how Wi-Fi 6E adds 1200 MHz of needed bandwidth to meet growing needs. The so-called “6 GHz band,” which covers 5.925 to…