Articles
Smart cities are increasingly becoming a focus area for governments and companies across Africa.
A protocol that gives autonomous adaptability – enabling the network to react in real-time to changes in network topology, load and environmental conditions – is desirable.
Networking obstacles can often keep farms from adopting automation, or relegate them to a low level of automation without the ability to scale their operations.
Step-by-step levels of automation serve as a roadmap to the applications, functionality and agricultural benefits of introducing precision farming techniques.
The ultimate vision for precision farming is a solution that uses connected technology to simultaneously address all of a farmer’s pain points.
In essence, 802.11ax focuses on metrics that will improve the client experience and increase cell throughput.
Whereas 802.11ac made the network faster, 802.11ax is designed for higher channel efficiency in a dense networking environment.
Client and standards ecosystem support for 802.11ax is expected this year, and network architects will design the 2020s decade using this new technology.