Wi-Fi 6E: the new kid on the block
There are two possibilities to get more data at higher speeds through the air: more bandwidth (more frequency bands) or more sophisticated radio communication (more megabits per MHz).
There are two possibilities to get more data at higher speeds through the air: more bandwidth (more frequency bands) or more sophisticated radio communication (more megabits per MHz).
For a truly smart home, however, there’s another hurdle to overcome.
To solve the thermal heat/dissipation challenge, an innovative plan of attack is needed, one that focuses on efficiency, low current consumption and maximum power output.
With the rise in data throughput (four times greater than Wi-Fi 5) and the larger number of users per node (four times the Wi-Fi 5 capacity), the RF design portion of a Wi-Fi end-product has increased in complexity.
Today’s device manufacturers need component products to be plug-and-play and work without extra design effort.
In a world where every meter or second counts, people are likely to jump at the opportunity to optimize their efforts.
The problem, however, is that the only real rule is that there are no rules.
Cavendish Kinetics was founded in 1994 by professor Charles Smith as a spin-off from the University of Cambridge’s Cavendish Laboratory.
After the acquisition of his wireless tech start-up, Greenpeak Technologies, Dutch Wi-Fi pioneer, Cees Links, brings Qorvo a little taste of his own style. It’s not just engineering that this semicon giant is looking for, you’ll need to bring an affinity for commerce.