5G Technology World compiled several 5G-related products that you’ll see at the IEEE 2020 Microwave Symposium.
Portable 5G/Ethernet tester takes to the field
The MT1040A from Anritsu analyzes traffic on 5G, Ethernet and other optical and electrical networks.
Open RAN has rewards, but comes with risks
In a panel session held on July 15, representatives of network equipment suppliers touted the advantages of open radio-access networks. Getting there will take time involves risk, including too much hype.
Load Testing: An important function in Open RAN deployment
Video: VIAVI Solutions has added load testing to its 5G network test equipment, but load testing is just one part of interoperability and compliance testing of the open RAN. 5GTW interviewed VIAVI’s Owen O’Donnell to learn about testing Open RAN.
Contribute a paper: 5G Technologies for First Responder and Tactical Networks
IEEE has issued a call for papers for its 3rd IEEE Workshop on 5G Technologies for First Responder and Tactical Networks.
5G runs hot, oscillator can take it
Two OCXO’s from Sunstu Electronics can operate at temperatures up to 95°C.
Customizable sensor IC brings wireless to medical devices
EnSilica’s eSi-MediSense lets you add medical sensing and wireless connectivity to a handheld or wearable device, plus machine learning capabilities.
Webinar: RF and the Future of Health Care – July 15th, 2:30 PM ET
Learn more about where RF/microwave technology stands in the modern medical/healthcare industry with this informative webinar, “RF and the Future of Health Care,” hosted by Times Microwave Systems’ Business Development Manager, Carrie Obedzinski. RF/microwave technology is not just about wireless communications or military radars—it is an increasingly important part of many medical electronics systems, such…
System tests 5G devices over the air
Keysight’s S8708A Advanced Performance Test Toolset lets you test RF performance of 5G devices over both the FR1 and FR2 frequency bands.
More antennas, faster data transfer
MIMO and beamforming provide increased data rates than you can get using single, omnidirectional signals. Antennas convert between radio waves propagating through space and electric currents moving in a metal conductor. In early communication system, antennas were often quite simple, perhaps just a half-wave dipole constructed of wire. We usually just had one antenna per…
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