EN-DC allows you to combine 4G and 5G together, improving upload and download speeds, while maintaining 4G speeds while using 5G. In the long term, EN-DC will become less valuable as more 5G coverage and spectrum become available. The second step, SA, is likely to support Standalone 5G. With SA 5G, the entire network, from the cloud to the infrastructure, will be compliant with the 5G NR SA specification.
In other words, it is a network that operates independently of the 4G list of real mobile phone numbers phone data network infrastructure, capable of fully delivering on the promises of lower latency, higher speeds, and new technologies such as network sharding. While NSA 5G networks can theoretically have faster speeds and lower latency than they actually do, the improvements are not significant enough to be considered a true leap forward for this generation. NSA 5G is really just an enhancement to existing devices (phones), while SA to support 5G.
5G reality and 5G advertising There’s a lot of hype surrounding 5G, as is to be expected with any major technology change. The specifications for 5G, in Release 16, Release 17, and beyond, call for a slew of new features that will enable a variety of new work cases. The expected wealth of these upcoming releases is largely responsible for the hype surrounding 5G. The reality is that it’s hard to predict the next generation of work cases beyond what we have today.