Note, this is an excerpt from a new editorial report, called Private 5G for IoT – plotting timelines, defining applications and making bets. The full report is available to download for free here. An on-demand webinar on the same topic is available here.
There is...
This is article is taken from a recent editorial report on Industrial 5G Innovation – From Setting Standard to Becoming Standard; the previous instalment in this serialised version of the report is available here. Subsequent instalments are listed below (linking either to the original...
This is article is taken from a recent editorial report on Industrial 5G Innovation – From Setting Standard to Becoming Standard; the previous instalment in this serialised version of the report is available here. Subsequent instalments are listed below (linking either to the original...
This is the introduction to a new report on Industrial 5G Innovation – From Setting Standard to Becoming Standard. To read more, download the report here, or click on the image above; a webinar on the same topic is also available, here, with speakers...
Note, for more on this topic, and to hear more from MFA and others, join the Enterprise IoT Insights webinar on Industrial 5G (From Setting Standard to Becoming Standard) on April 28 – also featuring speakers from ABI Research, Schneider Electric, and Vodafone; check...
Maybe it is just the way we ask the questions, but… test and measurement company Keysight Technologies has sought, effectively, to dispel any rumour and disquiet in the ranks about delays with industrial-grade 5G devices to go with industrial-grade private 5G networks. The US-based...
Taiwanese industrial IoT provider Ubiik has released a Release 15 level dual-mode LTE-M and NB-IoT unit that can operate as a small cell or access point. It is pitching the product to mobile network operators and private LTE network providers, supplying industrial enterprises. The...
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...
The physics of time-division duplexing in radio communications means 5G could, in certain frequency bands, struggle to achieve the ultra low latencies it promises. Worse, in some markets, regulatory forces have compounded the challenge with backwards rules about 5G radio operations.
As a consequence, radio...
