Nope. It's an AC1900 class extender. One each 3x3 2.4 and 5 GHz radios.Looking to replace my EX6200 repeater with the EX7000. I hear the EX7000 has three radios, namely two 5GHz, and one 2.4GHz. Is that true?
Thank you. Does that mean that the EX6200 is a 2x2 for each radio?Nope. It's an AC1900 class extender. One each 3x3 2.4 and 5 GHz radios.
Thank you. Does that mean that the EX6200 is a 2x2 for each radio?
That's not correct. AC1200 class is 2x2 on each radio.I believe it is 3X2 3 in the 2.4ghz and 2 in the 5ghz band.
Thank you. What would be the breakdown for an AC1900-class device though (such as the EX7000)? As far as I can tell, 433x3 + 150x3 doesn't yield 1900, but 1750. Care to clarify?That's not correct. AC1200 class is 2x2 on each radio.
867Mbps (5GHz) + 300 Mbps (2.4 GHz) = 1167 Mbps rounded up to 1200
I think you're wrong about that. Should be 433x3 + 200x3 = 1900. Both radios are 3x3 and there are only 3 antennas. They get 200 Mbps per stream at 2.4 GHz because it's 256QAM.You're close.
It is 433x3 + 150x4 = 1900.
But you would need an N class client capable of that to deliver.
I think you're wrong about that. Should be 433x3 + 200x3 = 1900. Both radios are 3x3 and there are only 3 antennas. They get 200 Mbps per stream at 2.4 GHz because it's 256QAM.
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