Five key 5G NR technologies to enhance millimeter wave (mmWave) system performance and deployment efficiency in 3GPP Release 16 and beyond
Since I wrote about how we solved the impossible challenge of mobilizing mmWave in 2019, the mobile ecosystem has made tremendous progress commercializing 5G...
Signals Research Group (SRG) has been actively involved in tracking the advancement of 5G NR since its inception in September 2015 at a 3GPP workshop, held in Phoenix, Arizona. At the time, no one knew for certain what 5G NR would look like, what...
The hype around industrial 5G – the only 5G hype worth getting hyped about – has been knocked off course, after the 3GPP standards group said Release 17 of the 5G New Radio (NR) standard will not be completed until 2020, a year behind...
LAA proved a major boom for operators looking to max out the capabilities of LTE networks. Similarly, MulteFire sparked significant interest in using cellular in unlicensed for private networking purposes.
Now, as 5G is evolving and scaling, bringing the latest generation of cellular into unlicensed...
LAA proved a major boom for operators looking to max out the capabilities of LTE networks. Similarly, MulteFire sparked significant interest in using cellular in unlicensed for private networking purposes.
Now, as 5G is evolving and scaling, bringing the latest generation of cellular into unlicensed...
Spanish operator Orange is already offering 5G services in 45 cities across the country, the telco said in a blog post.
Some of the cities covered by Orange’s non-standalone (NSA) 5G network includes Madrid, Barcelona, Valencia, Seville, Malaga, Zaragoza, Logroño and Pamplona.
Orange also said it...
To provide those multi-gigabit data rates 5G has promised, millimeter wave is a key piece of the spectrum puzzle. But, given its challenging propagation characteristics, operators have to take a thoughtful approach to deploying millimeter wave outdoors.
As early deployments in stadiums and arenas have...
To provide those multi-gigabit data rates 5G has promised, millimeter wave is a key piece of the spectrum puzzle. But, given its challenging propagation characteristics, operators have to take a thoughtful approach to deploying millimeter wave outdoors.
As early deployments in stadiums and arenas have...
Driving interoperability, ecosystem development, and future innovation
Today, we take it for granted that our wireless devices and applications just work out of the box —smartphones can connect, make calls, and receive and send data anywhere in the world; laptops can seamlessly connect to any...
The Asia Pacific Telecom 5G network will be deployed on 28 GHz mmWave spectrum in Taiwan
Taiwanese mobile operator Asia Pacific Telecom (APT) has selected Nokia to be its sole 5G New Radio (NR) and 5G core (non-standalone and standalone) vendor. Nokia will provide its...
It seems like yesterday that I first wrote about the five wireless inventions that defined 5G NR. At the time, 5G was not yet deployed. Today, however, we are in the midst of rapidly expanding 5G’s global footprint. To date, over 70 mobile operators...
SA 5G NR "will enable even more use cases and applications”
As the telecom ecosystem continues its march toward end-to-end 5G systems, Ericsson has announced the general availability of Standalone (SA) 5G New Radio software to support that transition.
The software became globally available to all...
Ongoing COVID-19 pandemic could delay work on Rel. 17
The first version of the 5G New Radio specifications focused on delivering enhanced mobile broadband (eMBB) which operators around the world have run with, building out non-standalone networks using a variety of spectrum types, including millimeter...
Fast, reliable 5G NR networks require devices that operate at millimeter-wave frequencies and wide bandwidths. This has significantly changed the way these complex, multi-antenna devices are designed and tested.
A robust test system supports generating test signals for a variety of scenarios to validate the...
Get a head start on field tests for new 5G deployments.
Download our 5G field test poster. Discover which RF field tests cover different parts of the 5G ecosystem. Keysight’s FieldFox handheld analyzer equipped with 5G NR software can assist with your early deployments. It...
Various countries are offering licensed millimeter wave 5G spectrum directly to private enterprises, and for good reason. Wifi hotspots are overloaded and cannot scale to meet the rapidly increasing demands for higher capacity and data speeds. For instance, with today’s COVID-19 quarantine and social...
With 3GPP Release 16 being finalized soon, let’s have a look at some of the highlights it will bring to C-V2X. When C-V2X was introduced in 3GPP Release 14, it was focused on enabling basic safety use cases . Release 16 builds on Release...
Ericsson took to Mobile World Congress Los Angeles to demonstrate its dynamic spectrum sharing (DSS) solution for LTE and 5G NR networks, which supports the dynamic allocation of 4G and 5G traffic.
“Ericsson spectrum sharing,” Paul Challoner, Ericsson’s VP of Product Solutions, told RCR Wireless...
It’s an exciting time for the communications industry. This year on gameday, fans will be able to experience the high speeds and low latency of 5G at the stadium in Miami. 5G has the capability to take immersive experiences to a whole new level.
The...
Enhanced mobile broadband (eMBB), ultra-reliable low latency communications, and massive machine-type communication (mMTC) are well understood and highly anticipated 5G use cases. The big challenge for network operators is how to support these use cases, and more, on the same network.
Much of the buzz...
5G will only gets its wings in 2023, or thereabouts, when its full functionality is revealed in a standalone version of the new radio (NR) standard. That is when it will take flight, and change the world – or, at least, establish a control...
The cellular IoT ecosystem, the cellular community would have us believe, is growing fast. The GSMA counted 89 NB-IoT networks and 34 LTE-M launches as of October 2019, with several operators running both technologies in tandem, at doubling in 12 months.
The number of NB-IoT...
Introduction
The performance specification for 5G is much more demanding than for previous generations of mobile networks, requiring high data rates, (up to 20 Gbps), very low latency, (< 1 mSec), ultra-high reliability, energy efficiency and very high numbers of connected devices. To meet these...
