I wasn't that impressed with the uap-ac. And wasn't that impressed with their unifi software either. The uap-AC got very, very hot (uncomfortable to hold) and that was just it sitting idle. No tellin how hot it gets under a load.Personally I am a huge Ubiquiti fan...... except for their routers..... Definitely have chosen MikroTik routers over theirs. I still however love their switches, Unifi, and Video products.
Normally because of the impedance mismatch by using two antennas the RF output stage will be either overdriven by the mismatch or the radiated power reduced unless you just happen to be lucky that the connection leads + antennas present a RF load load near to the design impedance.RB951-2HnD over 100mbps on wireless, 1W of power and if you can solder you can put 2 external antennas for 3 dbi more. Signal was very good through 2 concrete walls and usable with 3 walls. No other router can claim that
Any benefit to getting the gigabit version over the other?RB951-2HnD over 100mbps on wireless, 1W of power and if you can solder you can put 2 external antennas for 3 dbi more. Signal was very good through 2 concrete walls and usable with 3 walls. No other router can claim that
So is the RB951-2HnD a full blown router? I just thought it was a AP, hence my question regarding the gigabit ports. So would the RB951-2HnD be a better choice than the RB2011UiAS-2HnD-IN?Any benefit to getting the gigabit version over the other?RB951-2HnD over 100mbps on wireless, 1W of power and if you can solder you can put 2 external antennas for 3 dbi more. Signal was very good through 2 concrete walls and usable with 3 walls. No other router can claim that
144Mbps air rate yields approximately 72Mbps of data throughput. Now, with two devices talking to each other through the same AP, you must cut that rate in half because the radio is busy listening to the server send packets to the AP, then the AP transmits that packet the client. So you have a maximum availability of throughput between any two wireless devices of 36Mbps.- the 15GB vid is at least 2hrs. in length. so that should be a paltry 125MB/minute or 2.08MB/sec (16.66Mbit/sec). That should be easily achieved, even on the lesser 144Mbit connection....... right?
i'll go in there and run a cable around the perimeter of my office temporarily to test...... as which i'm sure you and the others that mentioned doing so are correct. so, for each device that talks to the ap, cut the rate in two and divide by the number of connected devices? starting with say 144, only one device connected would have 72 up/down, two devices would each have 36 up/down then 3 would be.......24 up/down.... so on and so forth? or am i misunderstanding?
i'll go in there and run a cable around the perimeter of my office temporarily to test...... as which i'm sure you and the others that mentioned doing so are correct. so, for each device that talks to the ap, cut the rate in two and divide by the number of connected devices? starting with say 144, only one device connected would have 72 up/down, two devices would each have 36 up/down then 3 would be.......24 up/down.... so on and so forth? or am i misunderstanding?
No, you have to follow the data through the network. Data from wired port to wireless client uses X mbps. Data from wireless device to another wireless device uses 2 * X mbps. Data from wireless device to wired port uses X mbps.
doesn't seem to be so easy to find that for my mac mini and macbook air. i've seen the mini connected @ 450Mbps and my macbook air is 1Gbps AC capable. aside from knowing that i'll try to find more info on the wireless cards used in them both.the configuration looks ok.
20/40Ce or 20/40eC means where the Control and where the Extension channel will be located - above or below the control channel. Here is more info on that:
http://en.wikipedia.org/wiki/IEEE_802.1 ... 4.C2.A0GHz
Try to find out the specifications of your wireless clients if they support 20/40mhz operations as 144mbps rate is 2x2 MIMO using 20mhz width.
So it looks like still doesn't use 40mhz width for 2.4ghz band.In 2.4 GHz, Apple won't allow 40 MHz "wide" channels that, in the absence of other Wi-Fi network signals, could double throughput. Moody explained that Apple has a huge interest in preserving the functionality of Bluetooth, which has shipped alongside Wi-Fi in most Macs in recent years. "We need to make sure Bluetooth and [802.11]g co-exist perfectly," he said. Allowing 40 MHz wide channels in 2.4 GHz would have severely constrained Bluetooth. Starting with version 1.2 of Bluetooth, that short-range networking standard actively avoids frequencies that are in use by Wi-Fi.
found such old article on the Apple and 40mhz width and there is one section on that:So it looks like still doesn't use 40mhz width for 2.4ghz band.In 2.4 GHz, Apple won't allow 40 MHz "wide" channels that, in the absence of other Wi-Fi network signals, could double throughput. Moody explained that Apple has a huge interest in preserving the functionality of Bluetooth, which has shipped alongside Wi-Fi in most Macs in recent years. "We need to make sure Bluetooth and [802.11]g co-exist perfectly," he said. Allowing 40 MHz wide channels in 2.4 GHz would have severely constrained Bluetooth. Starting with version 1.2 of Bluetooth, that short-range networking standard actively avoids frequencies that are in use by Wi-Fi.
450mbps and 1gbps rates are for the 5ghz band.
Yes, 5GHz is always faster, because this frequency is also less crowded and less prone to interference.found such old article on the Apple and 40mhz width and there is one section on that:So it looks like still doesn't use 40mhz width for 2.4ghz band.In 2.4 GHz, Apple won't allow 40 MHz "wide" channels that, in the absence of other Wi-Fi network signals, could double throughput. Moody explained that Apple has a huge interest in preserving the functionality of Bluetooth, which has shipped alongside Wi-Fi in most Macs in recent years. "We need to make sure Bluetooth and [802.11]g co-exist perfectly," he said. Allowing 40 MHz wide channels in 2.4 GHz would have severely constrained Bluetooth. Starting with version 1.2 of Bluetooth, that short-range networking standard actively avoids frequencies that are in use by Wi-Fi.
450mbps and 1gbps rates are for the 5ghz band.
well that sucks. do you all have a 5Ghz AP that i could add to my system later if i chose to do so? currently my internet is only 50Mbit down/ 5Mbit up so i don't see the 144 being much of a issue right now. would switching to 5Ghz band allow me to have a faster connection on my apple pc's?