Hey whats up guys I'm ThioJoe and in this video I'm going to teach you how
you can get a faster internet speed than you're currently paying for without
paying anything extra
no matter what internet company you have. I'm going to show you what you need
how to do it and why it works, so stay tuned I'm sure you're going to be
surprised at how easy this really is.
We're basically going to take advantage of how your internet company sets the
speed limit for your connection and then remove that limit. In most cases this
will mean that you will get the fastest internet speed possible that your ISP
offers without paying anything. Let me explain.
You see, this is how your internet company sets your connection speed. When
you buy an internet plan
the company will mark your account for whatever speed you bought, of course, then
once your router and modem are set up
they will send a signal to that equipment called an "Account Setup Ping",
and this contains information about your account. Your modem then saves this
information because it's required to be able to connect your ISP
that's why whenever you get a new modem, you usually have to call your ISP for
them to send a refresh signal for it to work again.
This first message sent to your modem contains data on what internet speed you
should have
so that your router doesn't request more bandwidth than what you're actually
paying for.
So then anytime you go to use the internet to download a file or anything
like that
your router sends another signal to the isp requesting the file at whatever
speed you're paying for, and this is called a "Speed Pulse Signal". And this
signal is essentially a simple standing wave, and how it works is the internet
speed is actually determined by the amplitude of the signal. Now that all
sounds complicated but all you need to know is that if you amplify the speed
pulse signal your ISP is going to give you more bandwidth and therefore a
faster internet speed.
Now of course your router is supposed to send the correct signal from when it was
first configured with your account.
But here's the secret: We can actually amplify the speed pulse signal ourselves.
So that means that if we were able to amplify and max out the speed pulse
signal, we would get the maximum internet speed capable of the ISP, so you're
essentially tricking ISP system into giving you your maximum bandwidth.
So now that you understand how your
internet speed is determined, you may be wondering how we can amplify that speed
pulse signal so that we can get the faster internet speed, and that's exactly
what I'm going to show you in this video.
Now you're only going to need a couple of things. First of all some electrical
tape any kind will do, and also two rechargeable AA batteries.
Used correctly,
these will be able to amplify the speed pulse signal and max out your connection
speed. As usual I'm going to go into the science behind all this and all the
technical aspects, but if you want to get right into the tutorial,
you can just skip ahead that's fine. So now let's get into the cool science
stuff and explain why this works.
You see the speed pull signal is first generated in the router and then sent to
the modem. The frequency is going to change depending on your ISP and it
really doesn't matter
all we need to do is be able to somehow amplify the speed pull signal at some
point between the router and modem
so then it will be automatically forwarded to the ISP to initiate the
file transfer at the additional amplitude. With a little bit of physics
knowledge
it's really not that difficult to figure out how we can do this we're going to
use the batteries to create a type of transformer that will step up the
voltage of the signal, and no i don't mean transformers like the movie
I mean an electrical transformer. Transformers look like this
they're essentially two coils of wire that sit next to each other but they
have very interesting properties. Depending on how many turns are in each
coil we can use a transformer to either increase or decrease the voltage in the
circuit.
This can be calculated by the following equation. The voltage in the secondary
coil divided by the voltage in the primary coil equals number of turns in the secondary
coil divided by the number of turns in the primary coil. So for example if there
are twice as many turns in the second coil as the first you're going to get
twice the voltage.
Let me show you. If we have any voltage X and we have one turn in the primary coil
and three in the second if we solve for the voltage in the second coil it will
be 3 times X so we use this very simple transformer to multiply the voltage by
three.
This works through what's called magnetic induction as any current passes
through a wire
it's going to create a magnetic field and if you put a changing magnetic
field next to another wire, it will induce a voltage in that wire. So in
the case of a transformer
we're essentially wrapping a coil of wire around itself multiple times so
that the magnetic field induces a voltage on to each turn of the coil as
if it were its own wire so it's multiplied by the number of turns.
So in layman's terms were basically double dipping on the voltage induction
so that we can get a higher voltage than what we put in.
Now the amplitude of the signal that I was talking about before is the same as
the voltage. If we amplify that and step up the voltage, it's going to max out the
connection which means that the ISP is going to give us the maximum internet
speed it can. Finally to make it easier to amplify the signal,
we're going to use the two batteries as the transformer cores. This is going to
simply augment the amplification by adding extra electromagnetic field
strength. Now no matter how complicated the sounds, it's going to be way easier to
understand once I show you
and I'm sure plenty of you are eager to get started so let me go and show you
what you have to do.
Ok so the first thing you need to do is find your router and modem.
This is going to be different for every internet service provider but you should
be able to figure it out.
Ss you can see this is my router and then in here, don't mind the mess, is my
modem which actually goes to my ISP's fiber line but for you it might go to a
cable modem that hooks up to your cable
it doesn't really matter. All we need to worry about is the cable that goes
between your router and your modem, so then you want to just unhook that.
All right so you just want to unplug the wire that goes between your router and
your modem.
If you don't have that, if you have one of those combination router-modems you
want to unplug the wire between the computer and the router-modem.
Also you want to make sure to only touch the ethernet cable, be careful because if
you have fiber lines like in there
they're very delicate and if you break them they're a pain to replace. So let's
head on to the next step.
Alright so once you have the ethernet cable the electrical tape and the
battery is this is what we need to do
we're essentially going to coil the wire around the batteries in such a specific
way as to amplify the signal.
So first thing you want to do is cover the battery terminals with the tape
because we don't want them touching at all
it's really just to be...
Just to be safe, also so no electricity escapes and dampens the signal at all.
Ok so once the battery terminals are taped off next you're going to want to
get a big piece of tape ready so we can secure it
once we coil the wire correctly. So just tear that off, lay it aside and now what
you want to do is find about the middle of the cable, doesn't really matter
exactly where. Just to have enough space and you want to wrap once around this
battery and once you do that, just once,
we're going to tape this off to make sure that it stays in position and this
And this should be enough to keep it like that.
And that's the first one.
Now for the second battery we're going to do the same thing except a little bit
different. So get another long piece of tape ready...
And then we're going to wrap it
four times this time. But it has to be as close to this other battery as
possible
so one, two, three... Fourth one might be difficult. Four. Ok.
And now, we can tape that up,
make sure it's all secure.
Make sure the wires are coiled as tightly as possible
Then once we do this we can tape the batteries just a little bit to keep them
parallel just like this.
So this is it looks weird but if you watched my
science explanation this is going to look very familiar.
Essentially the signal comes into the first coil and it creates
electromagnetic field through the battery and then by the time it gets the
second coil, that's where it's amplified by that same electromagnetic field
through induction, and when it exits
it's going to be at a higher voltage, higher amplification then when it came
in through this makeshift transformer we created here.
So by the time it gets through this whole contraption the signal is going to be
maxed out, so the ISP is not going to limit your speed is going to give you
the maximum speed possible.
So now we can go and hook it back up and see what happens. Alright so now we have
this really weird looking cable and we're going to put it right back where
it was before
and the only thing you really need to know is that the side with the single
coil needs to go towards the router and the side with the three coils needs to
go towards the ISP, "down the line" towards your ISP so to speak.
So i'm going to plug the side with the three coils into the modem and then I'm
going to put this side into the router.
So once you do that, let's go and test it out into a speed test.
Ok so let's do a quick preliminary
test on speedtest.net without the special cable at all, and see what I get
just as a quick test. And it looks like it's going to be between 90 and 100 megabits.
That's pretty typical.
I pay for 100 megabit internet so that's exactly what I would expect, and the
upload speed should be pretty similar once that starts.
It's a hundred mega bit up and down, let's find out what the upload speed
looks like.
And it still looks like it's going to top out
maybe in the 80s maybe 90s, I almost never get the full hundred
megabit so pretty typical.
We can only hope that it'll be faster in the special cable test.
I know that my ISP does offer gigabit so hopefully in that next test
it'll be faster. So why don't we go change the cable out and see what it does
Alright so let's run this test again...
And oh my god... this is awesome
ok so as you can see this cable unlocked the maximum speed for what my ISP offers
which is obviously gigabit internet.
I couldn't have even hoped for this kind of speed but I guess that speed pulse
signal was amplified and maxed out, and now I have the maximum speed available
by my ISP. So I'm definitely going to enjoy this gigabit internet from now on.
Alright so obviously this is pretty amazing what you can accomplish with
just a couple of batteries, and I can't imagine that ISPs are going to be able
to patch this anytime soon,
It would mean they would have to completely change how their networks
function. So enjoy this and hopefully it works for you as well.
So why don't you guys let us know down in the comments what kind of internet
speed you were able to get and maybe your ISP as well,
it should be interesting to see. If you guys enjoyed this video be sure to also give
it a thumbs up so I know you liked it. If you want to keep watching I've got some
other tutorials on the right hand side you can just click those or look in the
description for the same link like if you're on a phone, and if you want to
subscribe,
I make new videos at least Monday Wednesday Friday so i think it should be
worth it.
I'm looking forward to hearing from you guys, so thanks for watching, I'll see you
next time,
have a good one.