- Joined
- Sep 20, 2002
- Location
- Glasgow UK
EDIT : How did this end up at the top? I don't have a clue how that happened. Sorry
Developing an increase in the bandwidth of data comms radio technology is not as dependant on the frequency you transmit on as one may think. It tends to be based on transmission distance standards, complexity of the system and the channel coding schemas.
802.11a has already reached the 55MBps region, and it won't be long until that commercial boundary is broken again. I would guess that the gigabit boundary has already been reached in the research field, but only over very short distances.
Developing an increase in the bandwidth of data comms radio technology is not as dependant on the frequency you transmit on as one may think. It tends to be based on transmission distance standards, complexity of the system and the channel coding schemas.
802.11a has already reached the 55MBps region, and it won't be long until that commercial boundary is broken again. I would guess that the gigabit boundary has already been reached in the research field, but only over very short distances.