2.4 & 5.8 GHz 3.5 dBi MIMO Antenna

No it's not. This is for indoor use. Here are some outdoor 2.4/5GHz MIMO antennas:
http://www.rfwel.com/shop/Antennas/2...r-Antenna.html
http://www.rfwel.com/shop/Antennas/2...Antenna-2.html
http://www.rfwel.com/shop/Antennas/5...l-Antenna.html
http://www.rfwel.com/shop/Antennas/2...O-Antenna.html...

No it's not. This is for indoor use. Here are some outdoor 2.4/5GHz MIMO antennas:

http://www.rfwel.com/shop/Antennas/2...r-Antenna.html
http://www.rfwel.com/shop/Antennas/2...Antenna-2.html
http://www.rfwel.com/shop/Antennas/5...l-Antenna.html
http://www.rfwel.com/shop/Antennas/2...O-Antenna.html...

No. Sorry this will not work for you. WiFi boosters are only to help with indoor coverage or obstructions in WiFi --- you cannot reliably extend the range of WiFi to above several hundred feet. Short of getting Cellular 3G/4G data modems (and plans in all the markets you will visit) or a satellite link, you are out of luck....

No it doesn’t. We don’t carry such an antenna. However you can buy an antenna separately such as http://www.rfwel.com/shop/Electronic...ientation.html although even these requires manual alignment....

The first reaction is to orient both antennas to the same direction where the received signal strength is the strongest. This is not necessarily the best approach. Well, unless you have a clear line of sight to the wimax base station in which case open-loop MIMO is not needed/useful anyway. To take advantage of MIMOs spatial redundancy the antennas need to be oriented in different directions or sufficiently separated if oriented in the same direction. MIMO works by using the space-domain to mitigate...

Unfortunately, No, this will not work reliably. Notice i say “reliably” and NOT that it will not work at all since I believe this would work sometimes albeit erratically. The main factor that determines how well this would work is the number of concurrent users in each room. If you only have one user at a time then this would be ok although you would not be getting the benefits of MIMO. If you have many concurrent users in each room then serious problems will arise especially if the radiation...

This has come up quite frequently: The answer is simply a high gain 2.4GHz antenna is not necessarily the best solution for a weak received signal strength solution especially in an in-building application. A few reasons include: (i) Multipath fading (ii) FCC limits on ISM band radiated power (iii) Omnidirectional vs Directional high gain antennas What we have found to be the best (in terms of price/performance) is to daisy-chain routers. The beauty of this is that we can not only setup the secon...