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it's my favorite time of year again everyone today is the day that we get

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new Wi-Fi from ubiquity baby it's time to

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get faster Wi-Fi introducing I mean I'm

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a little late to the party on this I think these have been out for like a month but I don't care this is the

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ubiquity E7 Enterprise 7 Wi-Fi 7 holy

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crap access point and this is supposed

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to be the gosh darn fastest dang thing in the whole dang universe

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Ah that's Wi-Fi I'm gonna get out ahead

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on this one and say ubiquity I love you guys I I don't like the new naming

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scheme you had the UniFi 6 Enterprise

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which was very easy to understand and then for this new generation you're like

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this is the E7 it's not the Enterprise 7 it's the E7 well why does it say

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Enterprise right there huh they keep changing their Namy schemes like with

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every product launch and I honestly it's just like come on kid figure out what

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you're gonna do if you're GNA be like apple be like apple and just

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just leave it there okay there's our access point there look at that it's a

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square it's still the same like soft touch white plastic so if you're

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installing these access points please God leave the plastic on until you're

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actually done cuz once you get fingerprints on this stuff that

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does not come off I'm honestly I'm going to put this back on here so I don't just

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murder this thing you've got the mount with the billion different holes that

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come in these things for all the different things that you can mount it to you might notice that this looks like

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the the same as their other access points despite this becoming a square uh

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it's the same Mount so if you were going to you know you have hundreds of APs

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already deployed with these mounts you don't have to worry about changing this

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out you can just pop it off and then pop the new square ones on assuming you like

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spending money there's the like backing ring thing I've used these for drop

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sealing mounting these APS before and then speaking of drop seiling here is

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the drop ceiling mount thing from what I understand the reason for the change in

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shape is mostly due to the fact that they just have a lot more heat to

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dissipate this Wireless a point also has

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one Ethernet Jack it has two Ethernet

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Jacks that's pretty cool right and not

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only does it have two Ethernet Jacks it has two Ethernet Jacks for like a good

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reason so you have your main 10 gabit

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I'm not joking this has a 10 gbit input

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that's PoE+ plus and then you have a separate gigabit input that's also PoE

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Plus+ that's meant for high availability so if you a switch go down or you know a

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whole network go down or whatever you can have the second Port plugged into a

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different setup and then your APS don't go down they're trying to have a product

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that's actually like Enterprise here now I did ask you can't use this as a bridge

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port at least not right now if you're curious how the mount works you screw it

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in and then assuming Pretend This is a wall you know you kind of twist it and

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then it's locked in there is the little lock tool so you just poke that in the

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hole it pushes the lock up and it comes off easy peasy well

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naturally since this is a 10 gbit PoE

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access point when you got to start asking the question well ubiquity you don't have a 10 gigb PoE

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switch yeah they do man this is a double unboxing I like this this is the switch

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Enterprise campus 24 PoE I did a short

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circuit on their campus aggregation which is a 100 Gig capable switch I

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mentioned in the ShortCircuit I think

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that these switches were coming and come they have this is a large network switch

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and I I can understand why it's got 10 gabit RJ45 10 gig we're talking here

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that's PoE but it's not just PoE+ plus

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like this AP needs because there are

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other APS in this lineup it's not an access point but a switch the flex 2.5

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gig PoE it's a 9ish port switch it has

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eight 2.5 gig PoE Plus+ outputs and then

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it has a 10 gig PoE Plus+ plus input so

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that switch can get 90 watts of PoE from this switch and then that gives it a 76

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watt PoE output budget which means you can run one of these chunking APS that

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does like 50 watts of power uh off of it

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and then also have other devices like a couple security cameras or something like that now let's look at this switch

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this this bad girl right here my friends

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every single goddamn port on this switch is PoE+ Plus+ do the math that's a lot

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of power technically you can't do 90 Watts on all the ports at the same time

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because uh you know you did the math and that doesn't actually make sense but in

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theory this switch can do 1,50 watts of PoE assuming you have the correct power

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supplies it doesn't come with those out of the box although let's be honest

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that's a lot of PoE and that might might be kind of hard to do that now the port

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specifically if you look over here there are 8 2.5 gig RJ45 PoE Plus+ plus ports

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and then you have 16 10 gbit RJ45 PoE plus Plus+ plus

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plus plus plus just three pluses ports

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over here and then of course 225 gig ports which is a nice touch now this

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switch is designed to be used with their

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Enterprise campus aggregation where you would have two of those 100 Gig switches

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and then you would down link from those two redundant switches via M leg to this

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switch so that you have a redundant link to this and this is what you would run your

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APS off of um it's it's pretty big it's got those redundant power supplies which

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are really nice like we talked about and then it also has I'm loving these new

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ubiquity switches because man they really they really are starting to take

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the whole Enterprise thing a little bit more seriously they have hot swap fans

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we've got two nicely sleeved power cables we've got the infamous ubiquity

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little rack ear things and then a bunch of screws and then the rails let's check

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these out they're nice get the nice clicky action no

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complaints there the only thing I would love to see with these is little like

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Tabby Boys on the Side here so you could just click this in and you didn't have

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to screw it in but you know that's

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that's pretty minor I think I didn't realize this is an ether lighting switch

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too that's cool you see it's it's freaking RGB man

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that's so cool for the uninitiated this is what ubiquity calls ether lighting

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instead of just like boring blinking uh support LEDs they put RGB LEDs in the

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back it doesn't show up that great with some cables but they have special fancy

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cables that are frosted and they really show the color

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yo you see that damn the whole thing

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lights up Kill the Lights yeah and then we flip it

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over that's that's a bright light that's

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a very bright light bright like our sponsor Corsair if you're looking for a

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106
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description fast forward to the next day we've got everything adopted updated and

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I have a few testing devices behind me that we get to play around with let's

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talk the specs of this thing on the 2.4 GHz band it's 2x2 5 GHz band 4x4 6 GHz

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band also 4x4 4 it's rated for up to 43

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freaking watts of power consumption and 1,000 connected devices not to mention

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2,000 ft of coverage off of 1 AP at least I guess in ideal circumstances

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let's check out what it looks like in the ubiquity controller now for the any

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initiated any ubiquity devices like these you need to have some form of

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controller what there settings are there in here here's ether lighting look at

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that oh it still is like your network or

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your speed and you can color it based on that there still isn't an option for you

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know painting the ports a certain color or um setting it by device type

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automatically all you've got is network and speed and by Network that would be

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like your VLAN but I would really like to see a device mode and then other than

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that you've got your screen adjustments you can rotate them night mode I guess

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that just leaves us with the access point and there are actually some new

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fun things in here here uh like their U7

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lineup this access point has a dedicated scanning radio so you can do the cool

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water flaw Spectrum analysis uh and see kind of like a waveform of the other APS

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in the area this is really sick if you have like interference issues that you're trying to diagnose CU you get a

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live view of the spectrum uh or if you're just trying to set up your APS uh

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initially you can use this to see which channels are the least congested and

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naturally right here you can see the 2.4 GHz

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absolute dumpster fire there's stuff all

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over the place I mean there's an AP like pretty much directly above me but if we

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go to 5 GHz looks a lot cleaner but what you

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might not be familiar with is 6 GHz uh this was the big change with Wi-Fi 6E

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and then now also on Wi-Fi 7 it's a massive frequency range of additional

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Wi-Fi spectrum that we can broadcast Wi-Fi on now if you live in an apartment

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you might have run into interference issues or you might have bought a Wi-Fi

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access access point and expect at a certain speed and you're not getting it

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that's usually because of interference because there's so many different

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devices near you that are trying to use that 5 GHz band and there's not actually

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that much space within it there is all of the 5 GHz channels now if you're

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using 80 MHz wide which you probably are

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if you've only got one AP and you're trying to do performance you can see there's literally only six available

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channels one of which isn't even available in Canada that's not very many ideally your

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broadcast testing on a channel that nobody else is using and if you live in

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an apartment you probably have somebody else that's using it but if we look at 6

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GHz now we've got 1 2 3 4 5 6 7 8 9 10

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11 12 13 14 that's a freaking lot and on

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top of that it's at a higher frequency that does mean you have a little bit

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worse signal strength especially because the FCC and all the

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other regulatory bodies I mean they were doing their job but they basically said

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if you're you're going to use 6 GHz because there's other people that use

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that frequency range mainly like some satellite providers you're not allowed

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to transmit very high signal which means unless you're in the same room standing

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right next to most 6 GHz enabled Wi-Fi

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access points it pretty much isn't even worth using because the signal strength

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is so bad and uh devices are not very good at switching between 5 and 6 GHz

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that I've seen and it just it just results in having a Wi-Fi experience but

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now with AFC this Wi-Fi access Point can contact a server and be like yo dog what

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frequencies are are not in use by other people and then it'll tell it which

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frequencies to use and then it can broadcast at the same signal strength as

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5 GHz Wi-Fi which means you get the crazy speed you get the basically nobody

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else using it no interference factor and you can broadcast at the same power

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levels which is freaking crazy everyone talked about how 6 GHz Wi-Fi was like

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the biggest freaking thing and it was except they restrained it to the point

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where it's not even useful that freaking changes to today baby at least in theory

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from my understanding right now the best thing to do is just to leave it on auto

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for 6 GHz they are going to add in a feature later where you can see the

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results of the AFC request and it'll tell you which channels are best for

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high power output uh in theory it should be picking for us right now well but I

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don't know I don't know how well that actually works I'm speed testing against

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this minis Forum that's sitting right here that's what we're using as our client because I don't want to use the

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outside internet uh and have potential speed limitations because of that so

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we're testing with open speed test against this box right

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here that's Wi-Fi oh my God this is

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literally just 6 GHz Wi-Fi all right let

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me uh let me walk away somewhere here

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you go hit the speed testing we're

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like it's way over there so we're probably 30 ft away now

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that's meab bits right yeah so it's a

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800 megabit that's even more that's

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1,200 damn Daniel damn damn Dam I will

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mention the antenna pattern of this AP is really meant for like being on the

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ceiling this is not really optimal circumstances for this but we're we're

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working with what we've got boys and girls let's try going through a wall the

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ShortCircuit set is all the way over there and I'm going through the wall

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into what do we call the build corner I'm still getting 800 down which

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is wow upload is is getting worse for

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sure because now we're relying on this phone's antenna I mean we're we're we're

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uploading at like 360 megabit not

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amazing but I am also through a wall probably Now 60 70 ft away let's go even

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further so this we're at like 25 megabit

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now there is still a pretty hard fall off on 6 GHz especially through like

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four sets of walls the steel that is in the server room walls and a bunch of

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people and computers and whatnot not great but it does still work I'm

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interested to see actually while I'm over here let me switch to 5 GHz Wi-Fi

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and see how that does so standing in the exact same spot on 5 GHz Wi-Fi I got 150

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down and 90 up so there is still a physical advantage to 5 GHz Wi-Fi being

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a little bit lower frequency and having a little bit better penetration but but

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when you're a little bit closer that's 6 GHz even in reasonable range freaking

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rocks to be clear there is still at

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least right now according to the transmit power here a benefit to the 5 GHz even just on how it's transmitting

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but I'm impressed cuz before using 6 GHz

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on like the U6 Enterprise you got to be in the same damn room otherwise it's not

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even worth trying I actually had that disabled I want to run it one more time

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I just want to see that 2 gabit again that was crazy I can't believe we

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cracking 2 gbit over Wi-Fi the phone is

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like getting warm I changed it to a slightly higher

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frequency channel oh my God that just

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did almost 3 gabit over Wi-Fi lonus come

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here brother this is just 6 GHz that's all it is 320 wide are you flying by the

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seat of your pants like this phone's about what what brh BR what this is

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without mllo yeah that's just 6 GHz oh this is ubiquity new one the E7 oh I

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take back what I said before yeah we can upgrade my house that's stupid that's

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actually stupid I'm need faster internet no forget it gz Wi-Fi is done yeah we're

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finished yeah I don't know what else there is to say I mean I think the speed

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tests speak for themselves oh no there

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is still something to talk about the price it's not cheap this is like the

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most expensive non Stadium access point

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that they've ever released it's $500 it's virtually double the price of

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the next step down U7 Pro Max or us6 Enterprise I don't expect people to be

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like rocking these in their house but if you're a small business where you have a

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metric shitload of clients or you have

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the ability to make use of this sort of speed like say you're video editing over

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wi-fi at your house for work something where you're making money and you can

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justify stuff like this it's kind of insane I just hope that AFC starts to

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trickle down into at their lower end stuff I guess the next Generation would be like the u8 for instance and then

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anyone can experience 6 GHz Wi-Fi how it

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should be I'd say I want one but I'm physically irresponsible and I already

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bought one so he's shaking his

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head so thanks for watching guys if you like this video like like it get

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subscribed uh let me know what you think about fast Wi-Fi I I just feel like I'm

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at a bit of a loss for wordss