I think the nail has been hit on the head here. Seems great when he hits you with a line drive from the outfield to home plate, but then you go to throw it back to him and you keep falling short until you run closer to him and can make the distance. Imagine playing catch with Roberto Clemente. So, there comes a point where yes you can get a signal TO the device, but the device has problems getting signals BACK TO the UAP. The AP radios are way stronger than the radios built into cell phones, laptops, and other consumer devices. Notes on why you don't want to increase your TX power or use the UAP-LR. The device would then be forced to switch to radio B in that situation since -82 is lower than the allowed RSSI value on that radio and it would send a disconnect signal to the device which would then connect to radio B improving your handoff. (Remember this are negative values so -60 >- 82) In this case you could set the min. Radio A signal -82 strength while radio B signal -60 strength. Example: If you hit radio A and connect to it then move into radio B area but hung up on radio A. (a good place to start is probably somewhere around -80) The idea is to stop devices from hanging onto a weak signal because they simply connected to that AP first. Each AP should have their own value that applies to them. After you set all this up pretty well, you will want to look at your minimum RSSI settings to help with roaming. You want to try to get the edge of your coverages to meet but not excessively overlap.ĥ. (the only channels that do not overlap)Ĥ. You probably know this but try to space out your channels using 1, 6, and 11. The ideal TX power seems to be Medium (in most cases).ģ. The long range radios will only create more interference and issues.Ģ. Try to stay clear of the UAP-LR and stick with the regular UAP. I can tell you a few pointers from our experiences.ġ. We have been in the process of dialing in our ubiquity unifi system here.
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