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the Raspberry Pi 4 is now available in

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the Raspberry Pi 4 is now available in
 

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the Raspberry Pi 4 is now available in
models with 2 4 or even 8 gigabytes of

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models with 2 4 or even 8 gigabytes of
 

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models with 2 4 or even 8 gigabytes of
RAM

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RAM
 

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RAM
it supports decoding h.265 video up to

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it supports decoding h.265 video up to
 

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it supports decoding h.265 video up to
4k 60 + H dot 264 full HD it has dual

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4k 60 + H dot 264 full HD it has dual
 

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4k 60 + H dot 264 full HD it has dual
HDMI output multiple USB 3.0 and 2.0

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HDMI output multiple USB 3.0 and 2.0
 

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HDMI output multiple USB 3.0 and 2.0
ports Gigabit Ethernet 802 11 AC

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ports Gigabit Ethernet 802 11 AC
 

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ports Gigabit Ethernet 802 11 AC
Wireless supporting both 2.4 and 5

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Wireless supporting both 2.4 and 5
 

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Wireless supporting both 2.4 and 5
gigahertz frequencies bluetooth 5.0 and

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gigahertz frequencies bluetooth 5.0 and
 

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gigahertz frequencies bluetooth 5.0 and
in case you didn't catch it I already

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in case you didn't catch it I already
 

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in case you didn't catch it I already
mentioned it but it now has up to 8

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mentioned it but it now has up to 8
 

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mentioned it but it now has up to 8
gigabytes of ddr4 3200 RAM 8 gigabytes

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gigabytes of ddr4 3200 RAM 8 gigabytes
 

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gigabytes of ddr4 3200 RAM 8 gigabytes
in an SBC folks what as the Raspberry Pi

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in an SBC folks what as the Raspberry Pi
 

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in an SBC folks what as the Raspberry Pi
4 is going to be in production until at

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4 is going to be in production until at
 

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4 is going to be in production until at
least 2020 6 it's a great time to get

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least 2020 6 it's a great time to get
 

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least 2020 6 it's a great time to get
into single board computers my friends

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into single board computers my friends
 

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into single board computers my friends
or if you've already got a Raspberry Pi

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or if you've already got a Raspberry Pi
 

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or if you've already got a Raspberry Pi
set up it's time to upgrade the specs of

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set up it's time to upgrade the specs of
 

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set up it's time to upgrade the specs of
this particular Raspberry Pi are in line

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this particular Raspberry Pi are in line
 

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this particular Raspberry Pi are in line
with a budget PC so we want to look at

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with a budget PC so we want to look at
 

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with a budget PC so we want to look at
it and make it look like a sleek modern

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it and make it look like a sleek modern
 

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it and make it look like a sleek modern
desktop device rather than just a piece

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desktop device rather than just a piece
 

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desktop device rather than just a piece
of maker tech with a bunch of wires

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of maker tech with a bunch of wires
 

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of maker tech with a bunch of wires
sticking out of the GPIO and that my

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sticking out of the GPIO and that my
 

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sticking out of the GPIO and that my
friends is where the argon 1 case comes

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friends is where the argon 1 case comes
 

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friends is where the argon 1 case comes
in this stylish aluminum alloy body the

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in this stylish aluminum alloy body the
 

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in this stylish aluminum alloy body the
combination of both passive and active

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combination of both passive and active
 

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combination of both passive and active
cooling it has both it's got a power

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cooling it has both it's got a power
 

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cooling it has both it's got a power
button that safely controls the power

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button that safely controls the power
 

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button that safely controls the power
state of your Raspberry Pi 4 and that's

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state of your Raspberry Pi 4 and that's
 

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state of your Raspberry Pi 4 and that's
just a few of the points that make the

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just a few of the points that make the
 

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just a few of the points that make the
argon 1 case a beautiful choice shall we

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argon 1 case a beautiful choice shall we
 

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argon 1 case a beautiful choice shall we
get into it let's get our maker on folks

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get into it let's get our maker on folks
 

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get into it let's get our maker on folks
alright first of all I've got the

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alright first of all I've got the
 

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alright first of all I've got the
Raspberry Pi 4 with 8 gigabytes of RAM

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Raspberry Pi 4 with 8 gigabytes of RAM
 

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Raspberry Pi 4 with 8 gigabytes of RAM
does it it looks like there's no tape on

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does it it looks like there's no tape on
 

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does it it looks like there's no tape on
this box this these are the kind of

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this box this these are the kind of
 

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this box this these are the kind of
boxes I like there we are

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boxes I like there we are
 

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boxes I like there we are
alright it doesn't even have a

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alright it doesn't even have a
 

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alright it doesn't even have a
that's crazy doesn't even have a

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that's crazy doesn't even have a
 

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that's crazy doesn't even have a
anti-static bag so let's hope it didn't

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anti-static bag so let's hope it didn't
 

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anti-static bag so let's hope it didn't
encounter any static along the way what

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encounter any static along the way what
 

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encounter any static along the way what
else have we got in the box nothing a

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else have we got in the box nothing a
 

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else have we got in the box nothing a
thing this is they don't touch that and

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thing this is they don't touch that and
 

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thing this is they don't touch that and
a manual all right

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a manual all right
 

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a manual all right
we've all seen a Raspberry Pi for we all

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we've all seen a Raspberry Pi for we all
 

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we've all seen a Raspberry Pi for we all
know what they look like there it is

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know what they look like there it is
 

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know what they look like there it is
folks it has the micro HDMI it's got the

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folks it has the micro HDMI it's got the
 

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folks it has the micro HDMI it's got the
USB C power input it's got the headphone

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USB C power input it's got the headphone
 

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USB C power input it's got the headphone
combination jack it's got USB to USB

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combination jack it's got USB to USB
 

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combination jack it's got USB to USB
three Gigabit Ethernet 40 pin GPIO power

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three Gigabit Ethernet 40 pin GPIO power
 

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three Gigabit Ethernet 40 pin GPIO power
over ethernet connector so you can buy

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over ethernet connector so you can buy
 

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over ethernet connector so you can buy
an extra hat it's got a camera connector

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an extra hat it's got a camera connector
 

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an extra hat it's got a camera connector
it's got video connector and it's got

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it's got video connector and it's got
 

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it's got video connector and it's got
the SOC Wi-Fi chip everything else so

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the SOC Wi-Fi chip everything else so
 

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the SOC Wi-Fi chip everything else so
we're familiar with that I don't need to

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we're familiar with that I don't need to
 

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we're familiar with that I don't need to
get into too many details the argon one

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get into too many details the argon one
 

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get into too many details the argon one
PI 4 case however and I should mention

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PI 4 case however and I should mention
 

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PI 4 case however and I should mention
they do sell a PI 3 compatible argon one

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they do sell a PI 3 compatible argon one
 

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they do sell a PI 3 compatible argon one
so keep that in mind however you can't

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so keep that in mind however you can't
 

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so keep that in mind however you can't
intermix so if you're using an PI 4 you

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intermix so if you're using an PI 4 you
 

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intermix so if you're using an PI 4 you
have to get the PI 4 model if you're

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have to get the PI 4 model if you're
 

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have to get the PI 4 model if you're
using a PI 3 make sure you get the PI 3

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using a PI 3 make sure you get the PI 3
 

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using a PI 3 make sure you get the PI 3
model in our case we're going big or

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model in our case we're going big or
 

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model in our case we're going big or
going home folks so let's get into it

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going home folks so let's get into it
 

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going home folks so let's get into it
with the PI 4 8 gigabyte never been open

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with the PI 4 8 gigabyte never been open
 

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with the PI 4 8 gigabyte never been open
before here we go let's see what is in

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before here we go let's see what is in
 

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before here we go let's see what is in
this box

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this box
 

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this box
paper what is it

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paper what is it
 

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paper what is it
warranty card whatever what's this

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warranty card whatever what's this
 

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warranty card whatever what's this
instructions on how to do you don't need

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instructions on how to do you don't need
 

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instructions on how to do you don't need
these you're watching the video and

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these you're watching the video and
 

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these you're watching the video and
presumably I'm gonna do a great job

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presumably I'm gonna do a great job
 

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presumably I'm gonna do a great job
let's get into the bag ah there it is

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let's get into the bag ah there it is
 

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let's get into the bag ah there it is
who cleans up the studio space anyways

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who cleans up the studio space anyways
 

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who cleans up the studio space anyways
there's like weeks and weeks worth not

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there's like weeks and weeks worth not
 

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there's like weeks and weeks worth not
so kidding

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so kidding
 

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so kidding
alright there's a protective film on the

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alright there's a protective film on the
 

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alright there's a protective film on the
plastic bits

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and this my friends that is the argon

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and this my friends that is the argon
 

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and this my friends that is the argon
one Raspberry Pi model for sorry

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one Raspberry Pi model for sorry
 

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one Raspberry Pi model for sorry
Raspberry Pi for open it up and see

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Raspberry Pi for open it up and see
 

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Raspberry Pi for open it up and see
what's inside okay we've got this

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what's inside okay we've got this
 

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what's inside okay we've got this
expansion board there it is this is cool

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expansion board there it is this is cool
 

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expansion board there it is this is cool
so one of the things with a Raspberry Pi

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so one of the things with a Raspberry Pi
 

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so one of the things with a Raspberry Pi
or any single board computer for the

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or any single board computer for the
 

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or any single board computer for the
most part is that you've got these

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most part is that you've got these
 

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most part is that you've got these
connectors all around the board so it's

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connectors all around the board so it's
 

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connectors all around the board so it's
really hard to make it look nice on a

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really hard to make it look nice on a
 

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really hard to make it look nice on a
shelf

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shelf
 

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shelf
you've got the ethernet coming out one

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you've got the ethernet coming out one
 

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you've got the ethernet coming out one
side you got HDMI coming out the other

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side you got HDMI coming out the other
 

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side you got HDMI coming out the other
and power coming out here and video

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and power coming out here and video
 

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and power coming out here and video
coming out here and Jeep and all that

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coming out here and Jeep and all that
 

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coming out here and Jeep and all that
kind of stuff so what they've done is

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kind of stuff so what they've done is
 

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kind of stuff so what they've done is
they've provided a basically an adapter

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they've provided a basically an adapter
 

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they've provided a basically an adapter
that is going to simply plug in to the

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that is going to simply plug in to the
 

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that is going to simply plug in to the
board to the headphone jack and the dual

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board to the headphone jack and the dual
 

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board to the headphone jack and the dual
HDMI output and what does it do it puts

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HDMI output and what does it do it puts
 

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HDMI output and what does it do it puts
all of those jacks directly onto the

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all of those jacks directly onto the
 

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all of those jacks directly onto the
back of the Raspberry Pi so I'm just

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back of the Raspberry Pi so I'm just
 

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back of the Raspberry Pi so I'm just
given that a nice snug little push I'm

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given that a nice snug little push I'm
 

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given that a nice snug little push I'm
being careful I'm actually holding the

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being careful I'm actually holding the
 

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being careful I'm actually holding the
the points on the board that I'm pushing

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the points on the board that I'm pushing
 

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the points on the board that I'm pushing
so I don't accidentally break that off

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so I don't accidentally break that off
 

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so I don't accidentally break that off
break the solder joints for that I don't

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break the solder joints for that I don't
 

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break the solder joints for that I don't
know that it would happen but I want to

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know that it would happen but I want to
 

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know that it would happen but I want to
be careful so there you have it so this

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be careful so there you have it so this
 

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be careful so there you have it so this
is going to put the audio and the dual

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is going to put the audio and the dual
 

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is going to put the audio and the dual
HDMI at the back along with USB USB 3

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HDMI at the back along with USB USB 3
 

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HDMI at the back along with USB USB 3
and Gigabit Ethernet further into the

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and Gigabit Ethernet further into the
 

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and Gigabit Ethernet further into the
box okay we've got some thermal pads

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box okay we've got some thermal pads
 

225
00:06:00,620 --> 00:06:02,140
box okay we've got some thermal pads
we're gonna need those to make thermal

226
00:06:02,140 --> 00:06:02,150
we're gonna need those to make thermal
 

227
00:06:02,150 --> 00:06:06,120
we're gonna need those to make thermal
contact with the SOC and the the RAM and

228
00:06:06,120 --> 00:06:06,130
contact with the SOC and the the RAM and
 

229
00:06:06,130 --> 00:06:10,150
contact with the SOC and the the RAM and
here is the interior of the argon one

230
00:06:10,150 --> 00:06:10,160
here is the interior of the argon one
 

231
00:06:10,160 --> 00:06:13,600
here is the interior of the argon one
case for the Raspberry Pi 4 so we can

232
00:06:13,600 --> 00:06:13,610
case for the Raspberry Pi 4 so we can
 

233
00:06:13,610 --> 00:06:17,350
case for the Raspberry Pi 4 so we can
see a fan controller with GPIO GPIO

234
00:06:17,350 --> 00:06:17,360
see a fan controller with GPIO GPIO
 

235
00:06:17,360 --> 00:06:21,430
see a fan controller with GPIO GPIO
riser pins so the Raspberry Pi 4 is

236
00:06:21,430 --> 00:06:21,440
riser pins so the Raspberry Pi 4 is
 

237
00:06:21,440 --> 00:06:23,860
riser pins so the Raspberry Pi 4 is
going to connect with the GPIO

238
00:06:23,860 --> 00:06:23,870
going to connect with the GPIO
 

239
00:06:23,870 --> 00:06:26,950
going to connect with the GPIO
so it's actually this is really really

240
00:06:26,950 --> 00:06:26,960
so it's actually this is really really
 

241
00:06:26,960 --> 00:06:29,200
so it's actually this is really really
cool if I can show you internally so

242
00:06:29,200 --> 00:06:29,210
cool if I can show you internally so
 

243
00:06:29,210 --> 00:06:32,620
cool if I can show you internally so
you're not losing the GPIO what it

244
00:06:32,620 --> 00:06:32,630
you're not losing the GPIO what it
 

245
00:06:32,630 --> 00:06:34,390
you're not losing the GPIO what it
actually does is under this magnetic

246
00:06:34,390 --> 00:06:34,400
actually does is under this magnetic
 

247
00:06:34,400 --> 00:06:37,030
actually does is under this magnetic
hood here if I can just get that off

248
00:06:37,030 --> 00:06:37,040
hood here if I can just get that off
 

249
00:06:37,040 --> 00:06:38,770
hood here if I can just get that off
there we go

250
00:06:38,770 --> 00:06:38,780
there we go
 

251
00:06:38,780 --> 00:06:42,760
there we go
it has the gpio risen out from the board

252
00:06:42,760 --> 00:06:42,770
it has the gpio risen out from the board
 

253
00:06:42,770 --> 00:06:45,010
it has the gpio risen out from the board
so here's where the actual GPIO is and

254
00:06:45,010 --> 00:06:45,020
so here's where the actual GPIO is and
 

255
00:06:45,020 --> 00:06:48,690
so here's where the actual GPIO is and
it displaces it over here with a nice H

256
00:06:48,690 --> 00:06:48,700
it displaces it over here with a nice H
 

257
00:06:48,700 --> 00:06:51,940
it displaces it over here with a nice H
GPIO header identifier so you don't have

258
00:06:51,940 --> 00:06:51,950
GPIO header identifier so you don't have
 

259
00:06:51,950 --> 00:06:54,100
GPIO header identifier so you don't have
to look for that card how cool is that

260
00:06:54,100 --> 00:06:54,110
to look for that card how cool is that
 

261
00:06:54,110 --> 00:06:55,840
to look for that card how cool is that
so if you want to get into maker tech

262
00:06:55,840 --> 00:06:55,850
so if you want to get into maker tech
 

263
00:06:55,850 --> 00:06:58,270
so if you want to get into maker tech
while this is looking so beautiful you

264
00:06:58,270 --> 00:06:58,280
while this is looking so beautiful you
 

265
00:06:58,280 --> 00:07:00,370
while this is looking so beautiful you
can easily remove this magnetic cover

266
00:07:00,370 --> 00:07:00,380
can easily remove this magnetic cover
 

267
00:07:00,380 --> 00:07:05,260
can easily remove this magnetic cover
and access the GPIO alright so let's get

268
00:07:05,260 --> 00:07:05,270
and access the GPIO alright so let's get
 

269
00:07:05,270 --> 00:07:06,879
and access the GPIO alright so let's get
this thing assembled and put together so

270
00:07:06,879 --> 00:07:06,889
this thing assembled and put together so
 

271
00:07:06,889 --> 00:07:12,880
this thing assembled and put together so
we can fire it up now I mentioned that

272
00:07:12,880 --> 00:07:12,890
we can fire it up now I mentioned that
 

273
00:07:12,890 --> 00:07:15,880
we can fire it up now I mentioned that
this is both active and passive cooling

274
00:07:15,880 --> 00:07:15,890
this is both active and passive cooling
 

275
00:07:15,890 --> 00:07:19,480
this is both active and passive cooling
so keep in mind while this is a plastic

276
00:07:19,480 --> 00:07:19,490
so keep in mind while this is a plastic
 

277
00:07:19,490 --> 00:07:24,610
so keep in mind while this is a plastic
base for the for the argon one this is

278
00:07:24,610 --> 00:07:24,620
base for the for the argon one this is
 

279
00:07:24,620 --> 00:07:27,730
base for the for the argon one this is
an aluminum cover okay so this is for

280
00:07:27,730 --> 00:07:27,740
an aluminum cover okay so this is for
 

281
00:07:27,740 --> 00:07:29,890
an aluminum cover okay so this is for
heat dissipation the aluminum actually

282
00:07:29,890 --> 00:07:29,900
heat dissipation the aluminum actually
 

283
00:07:29,900 --> 00:07:32,020
heat dissipation the aluminum actually
kind of pulls the heat away from the SOC

284
00:07:32,020 --> 00:07:32,030
kind of pulls the heat away from the SOC
 

285
00:07:32,030 --> 00:07:35,110
kind of pulls the heat away from the SOC
and these are the two contacts so we've

286
00:07:35,110 --> 00:07:35,120
and these are the two contacts so we've
 

287
00:07:35,120 --> 00:07:38,350
and these are the two contacts so we've
got one for the the SOC itself and one

288
00:07:38,350 --> 00:07:38,360
got one for the the SOC itself and one
 

289
00:07:38,360 --> 00:07:40,210
got one for the the SOC itself and one
for the RAM and then we've got the

290
00:07:40,210 --> 00:07:40,220
for the RAM and then we've got the
 

291
00:07:40,220 --> 00:07:43,900
for the RAM and then we've got the
active cooler so if it still gets too

292
00:07:43,900 --> 00:07:43,910
active cooler so if it still gets too
 

293
00:07:43,910 --> 00:07:47,350
active cooler so if it still gets too
hot even though it is dissipating the

294
00:07:47,350 --> 00:07:47,360
hot even though it is dissipating the
 

295
00:07:47,360 --> 00:07:49,540
hot even though it is dissipating the
heat through the aluminum then the fan

296
00:07:49,540 --> 00:07:49,550
heat through the aluminum then the fan
 

297
00:07:49,550 --> 00:07:52,540
heat through the aluminum then the fan
which is on a fan controller will spin

298
00:07:52,540 --> 00:07:52,550
which is on a fan controller will spin
 

299
00:07:52,550 --> 00:07:56,260
which is on a fan controller will spin
up to designated speeds that you specify

300
00:07:56,260 --> 00:07:56,270
up to designated speeds that you specify
 

301
00:07:56,270 --> 00:07:58,120
up to designated speeds that you specify
based on temperatures I'm going to show

302
00:07:58,120 --> 00:07:58,130
based on temperatures I'm going to show
 

303
00:07:58,130 --> 00:07:59,529
based on temperatures I'm going to show
you how all that works in just a few

304
00:07:59,529 --> 00:07:59,539
you how all that works in just a few
 

305
00:07:59,539 --> 00:08:02,500
you how all that works in just a few
moments so I need this thermal pad which

306
00:08:02,500 --> 00:08:02,510
moments so I need this thermal pad which
 

307
00:08:02,510 --> 00:08:04,659
moments so I need this thermal pad which
is going to make a nice little contact

308
00:08:04,659 --> 00:08:04,669
is going to make a nice little contact
 

309
00:08:04,669 --> 00:08:07,870
is going to make a nice little contact
with with the S these are not the

310
00:08:07,870 --> 00:08:07,880
with with the S these are not the
 

311
00:08:07,880 --> 00:08:11,890
with with the S these are not the
thermal pads these are feet whoa I was

312
00:08:11,890 --> 00:08:11,900
thermal pads these are feet whoa I was
 

313
00:08:11,900 --> 00:08:14,710
thermal pads these are feet whoa I was
like hey thermal pad these are feet for

314
00:08:14,710 --> 00:08:14,720
like hey thermal pad these are feet for
 

315
00:08:14,720 --> 00:08:19,620
like hey thermal pad these are feet for
the case this is gonna go right on here

316
00:08:19,620 --> 00:08:19,630
the case this is gonna go right on here
 

317
00:08:19,630 --> 00:08:25,120
the case this is gonna go right on here
cool I can do that first can't I will do

318
00:08:25,120 --> 00:08:25,130
cool I can do that first can't I will do
 

319
00:08:25,130 --> 00:08:26,800
cool I can do that first can't I will do
things out of order I'm sure that that's

320
00:08:26,800 --> 00:08:26,810
things out of order I'm sure that that's
 

321
00:08:26,810 --> 00:08:29,980
things out of order I'm sure that that's
what the instructions say to do put the

322
00:08:29,980 --> 00:08:29,990
what the instructions say to do put the
 

323
00:08:29,990 --> 00:08:32,680
what the instructions say to do put the
feet on first just like Ravi at category

324
00:08:32,680 --> 00:08:32,690
feet on first just like Ravi at category
 

325
00:08:32,690 --> 00:08:36,820
feet on first just like Ravi at category
five that way I don't forget or lose

326
00:08:36,820 --> 00:08:36,830
five that way I don't forget or lose
 

327
00:08:36,830 --> 00:08:40,000
five that way I don't forget or lose
them how many people have a whole bunch

328
00:08:40,000 --> 00:08:40,010
them how many people have a whole bunch
 

329
00:08:40,010 --> 00:08:43,149
them how many people have a whole bunch
of these rubberized feet sitting in

330
00:08:43,149 --> 00:08:43,159
of these rubberized feet sitting in
 

331
00:08:43,159 --> 00:08:45,350
of these rubberized feet sitting in
their tool chest there we

332
00:08:45,350 --> 00:08:45,360
their tool chest there we
 

333
00:08:45,360 --> 00:08:47,210
their tool chest there we
okay that's done now I can put those

334
00:08:47,210 --> 00:08:47,220
okay that's done now I can put those
 

335
00:08:47,220 --> 00:08:49,939
okay that's done now I can put those
aside and now I do have these thermal

336
00:08:49,939 --> 00:08:49,949
aside and now I do have these thermal
 

337
00:08:49,949 --> 00:08:52,549
aside and now I do have these thermal
pads which there we are

338
00:08:52,549 --> 00:08:52,559
pads which there we are
 

339
00:08:52,559 --> 00:08:55,189
pads which there we are
they have like us an adhesive on either

340
00:08:55,189 --> 00:08:55,199
they have like us an adhesive on either
 

341
00:08:55,199 --> 00:09:00,079
they have like us an adhesive on either
side so just peel off that plastic make

342
00:09:00,079 --> 00:09:00,089
side so just peel off that plastic make
 

343
00:09:00,089 --> 00:09:02,479
side so just peel off that plastic make
sure you do you don't want to put the

344
00:09:02,479 --> 00:09:02,489
sure you do you don't want to put the
 

345
00:09:02,489 --> 00:09:06,369
sure you do you don't want to put the
plastic on there and have it melt on you

346
00:09:06,369 --> 00:09:06,379

 

347
00:09:06,379 --> 00:09:08,929

when you're doing a TV show it's good to

348
00:09:08,929 --> 00:09:08,939
when you're doing a TV show it's good to
 

349
00:09:08,939 --> 00:09:11,179
when you're doing a TV show it's good to
clip your nails for aesthetics it's

350
00:09:11,179 --> 00:09:11,189
clip your nails for aesthetics it's
 

351
00:09:11,189 --> 00:09:15,650
clip your nails for aesthetics it's
terrible for peeling plastic off the

352
00:09:15,650 --> 00:09:15,660
terrible for peeling plastic off the
 

353
00:09:15,660 --> 00:09:24,559
terrible for peeling plastic off the
back of an adhesive and that just goes

354
00:09:24,559 --> 00:09:24,569
back of an adhesive and that just goes
 

355
00:09:24,569 --> 00:09:41,539
back of an adhesive and that just goes
right on there same with this one there

356
00:09:41,539 --> 00:09:41,549
right on there same with this one there
 

357
00:09:41,549 --> 00:09:42,400
right on there same with this one there
we are

358
00:09:42,400 --> 00:09:42,410
we are
 

359
00:09:42,410 --> 00:09:44,319
we are
and it's really real

360
00:09:44,319 --> 00:09:44,329
and it's really real
 

361
00:09:44,329 --> 00:09:47,429
and it's really real
put together it already is kind of

362
00:09:47,429 --> 00:09:47,439
put together it already is kind of
 

363
00:09:47,439 --> 00:09:54,160
put together it already is kind of
preassembled boy oh boy if you have a

364
00:09:54,160 --> 00:09:54,170
preassembled boy oh boy if you have a
 

365
00:09:54,170 --> 00:09:56,109
preassembled boy oh boy if you have a
choice do not clip your nails before

366
00:09:56,109 --> 00:09:56,119
choice do not clip your nails before
 

367
00:09:56,119 --> 00:10:03,759
choice do not clip your nails before
doing this

368
00:10:03,759 --> 00:10:03,769

 

369
00:10:03,769 --> 00:10:07,119

there we are didn't take any trouble at

370
00:10:07,119 --> 00:10:07,129
there we are didn't take any trouble at
 

371
00:10:07,129 --> 00:10:07,540
there we are didn't take any trouble at
all

372
00:10:07,540 --> 00:10:07,550
all
 

373
00:10:07,550 --> 00:10:10,749
all
isn't it great that the most challenging

374
00:10:10,749 --> 00:10:10,759
isn't it great that the most challenging
 

375
00:10:10,759 --> 00:10:12,999
isn't it great that the most challenging
thing about installing this and doing

376
00:10:12,999 --> 00:10:13,009
thing about installing this and doing
 

377
00:10:13,009 --> 00:10:16,030
thing about installing this and doing
this yourself to setup a Raspberry Pi

378
00:10:16,030 --> 00:10:16,040
this yourself to setup a Raspberry Pi
 

379
00:10:16,040 --> 00:10:18,729
this yourself to setup a Raspberry Pi
for with eight gigs of RAM in an argon

380
00:10:18,729 --> 00:10:18,739
for with eight gigs of RAM in an argon
 

381
00:10:18,739 --> 00:10:22,090
for with eight gigs of RAM in an argon
one the hardest thing was to get the

382
00:10:22,090 --> 00:10:22,100
one the hardest thing was to get the
 

383
00:10:22,100 --> 00:10:26,919
one the hardest thing was to get the
sticky part the sticker cover off of the

384
00:10:26,919 --> 00:10:26,929
sticky part the sticker cover off of the
 

385
00:10:26,929 --> 00:10:27,879
sticky part the sticker cover off of the
thermal pad

386
00:10:27,879 --> 00:10:27,889
thermal pad
 

387
00:10:27,889 --> 00:10:31,569
thermal pad
okay so observe the GPIO the positioning

388
00:10:31,569 --> 00:10:31,579
okay so observe the GPIO the positioning
 

389
00:10:31,579 --> 00:10:33,489
okay so observe the GPIO the positioning
of it and we're going to position that

390
00:10:33,489 --> 00:10:33,499
of it and we're going to position that
 

391
00:10:33,499 --> 00:10:36,189
of it and we're going to position that
directly over the GPIO here careful not

392
00:10:36,189 --> 00:10:36,199
directly over the GPIO here careful not
 

393
00:10:36,199 --> 00:10:38,470
directly over the GPIO here careful not
to bend any pins and I'm just going to

394
00:10:38,470 --> 00:10:38,480
to bend any pins and I'm just going to
 

395
00:10:38,480 --> 00:10:39,639
to bend any pins and I'm just going to
turn this around so you can see this

396
00:10:39,639 --> 00:10:39,649
turn this around so you can see this
 

397
00:10:39,649 --> 00:10:40,419
turn this around so you can see this
side as well

398
00:10:40,419 --> 00:10:40,429
side as well
 

399
00:10:40,429 --> 00:10:42,669
side as well
and I'm just going to push that down

400
00:10:42,669 --> 00:10:42,679
and I'm just going to push that down
 

401
00:10:42,679 --> 00:10:48,160
and I'm just going to push that down
nice and snug and it just goes in just

402
00:10:48,160 --> 00:10:48,170
nice and snug and it just goes in just
 

403
00:10:48,170 --> 00:10:53,970
nice and snug and it just goes in just
like a GPIO there we are

404
00:10:53,970 --> 00:10:53,980
like a GPIO there we are
 

405
00:10:53,980 --> 00:10:56,819
like a GPIO there we are
make sure everything is aligned nicely

406
00:10:56,819 --> 00:10:56,829
make sure everything is aligned nicely
 

407
00:10:56,829 --> 00:10:59,919
make sure everything is aligned nicely
and we've got all these screws I presume

408
00:10:59,919 --> 00:10:59,929
and we've got all these screws I presume
 

409
00:10:59,929 --> 00:11:03,309
and we've got all these screws I presume
it's time to put them all together so it

410
00:11:03,309 --> 00:11:03,319
it's time to put them all together so it
 

411
00:11:03,319 --> 00:11:05,319
it's time to put them all together so it
looks like I've got one two three four

412
00:11:05,319 --> 00:11:05,329
looks like I've got one two three four
 

413
00:11:05,329 --> 00:11:08,559
looks like I've got one two three four
spots to screw in internally and then

414
00:11:08,559 --> 00:11:08,569
spots to screw in internally and then
 

415
00:11:08,569 --> 00:11:10,689
spots to screw in internally and then
four for the cover so it's going to be

416
00:11:10,689 --> 00:11:10,699
four for the cover so it's going to be
 

417
00:11:10,699 --> 00:11:22,600
four for the cover so it's going to be
these smaller screws on the inside

418
00:11:22,600 --> 00:11:22,610

 

419
00:11:22,610 --> 00:11:24,940

there we are and note that there is a

420
00:11:24,940 --> 00:11:24,950
there we are and note that there is a
 

421
00:11:24,950 --> 00:11:26,829
there we are and note that there is a
hole on the Raspberry Pi where there is

422
00:11:26,829 --> 00:11:26,839
hole on the Raspberry Pi where there is
 

423
00:11:26,839 --> 00:11:28,750
hole on the Raspberry Pi where there is
no standoff so you're not screwing into

424
00:11:28,750 --> 00:11:28,760
no standoff so you're not screwing into
 

425
00:11:28,760 --> 00:11:30,610
no standoff so you're not screwing into
that and we're leaving these four outer

426
00:11:30,610 --> 00:11:30,620
that and we're leaving these four outer
 

427
00:11:30,620 --> 00:11:33,610
that and we're leaving these four outer
ones for the bottom of the case so now

428
00:11:33,610 --> 00:11:33,620
ones for the bottom of the case so now
 

429
00:11:33,620 --> 00:11:35,620
ones for the bottom of the case so now
I'm just gonna put that on top and grab

430
00:11:35,620 --> 00:11:35,630
I'm just gonna put that on top and grab
 

431
00:11:35,630 --> 00:11:38,590
I'm just gonna put that on top and grab
the four longer screws and we're going

432
00:11:38,590 --> 00:11:38,600
the four longer screws and we're going
 

433
00:11:38,600 --> 00:11:53,110
the four longer screws and we're going
to put those ones in there we have it

434
00:11:53,110 --> 00:11:53,120
to put those ones in there we have it
 

435
00:11:53,120 --> 00:11:56,170
to put those ones in there we have it
congratulations you did it you did it it

436
00:11:56,170 --> 00:11:56,180
congratulations you did it you did it it
 

437
00:11:56,180 --> 00:11:57,370
congratulations you did it you did it it
wasn't that hard was it

438
00:11:57,370 --> 00:11:57,380
wasn't that hard was it
 

439
00:11:57,380 --> 00:12:00,460
wasn't that hard was it
check out the ports on the back I love

440
00:12:00,460 --> 00:12:00,470
check out the ports on the back I love
 

441
00:12:00,470 --> 00:12:02,860
check out the ports on the back I love
how sleek that looks notice there's no

442
00:12:02,860 --> 00:12:02,870
how sleek that looks notice there's no
 

443
00:12:02,870 --> 00:12:04,360
how sleek that looks notice there's no
other ports all around

444
00:12:04,360 --> 00:12:04,370
other ports all around
 

445
00:12:04,370 --> 00:12:07,660
other ports all around
we do have an SD micro SD port at the

446
00:12:07,660 --> 00:12:07,670
we do have an SD micro SD port at the
 

447
00:12:07,670 --> 00:12:09,759
we do have an SD micro SD port at the
front kind of hidden away on the bottom

448
00:12:09,759 --> 00:12:09,769
front kind of hidden away on the bottom
 

449
00:12:09,769 --> 00:12:14,380
front kind of hidden away on the bottom
however all of the i/o has been moved to

450
00:12:14,380 --> 00:12:14,390
however all of the i/o has been moved to
 

451
00:12:14,390 --> 00:12:16,240
however all of the i/o has been moved to
the back I love that plus we've got this

452
00:12:16,240 --> 00:12:16,250
the back I love that plus we've got this
 

453
00:12:16,250 --> 00:12:19,269
the back I love that plus we've got this
power button and it's just absolutely

454
00:12:19,269 --> 00:12:19,279
power button and it's just absolutely
 

455
00:12:19,279 --> 00:12:22,240
power button and it's just absolutely
sleep we do have to take a quick break

456
00:12:22,240 --> 00:12:22,250
sleep we do have to take a quick break
 

457
00:12:22,250 --> 00:12:24,280
sleep we do have to take a quick break
when we return I'm gonna fire this up

458
00:12:24,280 --> 00:12:24,290
when we return I'm gonna fire this up
 

459
00:12:24,290 --> 00:12:26,769
when we return I'm gonna fire this up
and together we're gonna check out the

460
00:12:26,769 --> 00:12:26,779
and together we're gonna check out the
 

461
00:12:26,779 --> 00:12:29,889
and together we're gonna check out the
features of the argon one case with the

462
00:12:29,889 --> 00:12:29,899
features of the argon one case with the
 

463
00:12:29,899 --> 00:12:53,130
features of the argon one case with the
8 gigabyte Raspberry Pi 4 stick around

464
00:12:53,130 --> 00:12:53,140

 

465
00:12:53,140 --> 00:12:55,870

during the break I grabbed my microSD

466
00:12:55,870 --> 00:12:55,880
during the break I grabbed my microSD
 

467
00:12:55,880 --> 00:12:57,220
during the break I grabbed my microSD
card with the latest version of a

468
00:12:57,220 --> 00:12:57,230
card with the latest version of a
 

469
00:12:57,230 --> 00:12:59,890
card with the latest version of a
Raspberry Pi OS on it I wanted to say

470
00:12:59,890 --> 00:12:59,900
Raspberry Pi OS on it I wanted to say
 

471
00:12:59,900 --> 00:13:01,570
Raspberry Pi OS on it I wanted to say
raspbian but they've changed the name so

472
00:13:01,570 --> 00:13:01,580
raspbian but they've changed the name so
 

473
00:13:01,580 --> 00:13:03,670
raspbian but they've changed the name so
it's called Raspberry Pi OS now I

474
00:13:03,670 --> 00:13:03,680
it's called Raspberry Pi OS now I
 

475
00:13:03,680 --> 00:13:06,670
it's called Raspberry Pi OS now I
tracked down my 5 volt 3.5 amp power

476
00:13:06,670 --> 00:13:06,680
tracked down my 5 volt 3.5 amp power
 

477
00:13:06,680 --> 00:13:08,920
tracked down my 5 volt 3.5 amp power
supply and just keep in mind the

478
00:13:08,920 --> 00:13:08,930
supply and just keep in mind the
 

479
00:13:08,930 --> 00:13:11,710
supply and just keep in mind the
Raspberry Pi 4 is a power-hungry beast

480
00:13:11,710 --> 00:13:11,720
Raspberry Pi 4 is a power-hungry beast
 

481
00:13:11,720 --> 00:13:14,740
Raspberry Pi 4 is a power-hungry beast
so while I could probably power it with

482
00:13:14,740 --> 00:13:14,750
so while I could probably power it with
 

483
00:13:14,750 --> 00:13:17,050
so while I could probably power it with
my 3 amp power supply or potentially

484
00:13:17,050 --> 00:13:17,060
my 3 amp power supply or potentially
 

485
00:13:17,060 --> 00:13:19,180
my 3 amp power supply or potentially
even something a little bit less you

486
00:13:19,180 --> 00:13:19,190
even something a little bit less you
 

487
00:13:19,190 --> 00:13:21,070
even something a little bit less you
could damage your SD card if there isn't

488
00:13:21,070 --> 00:13:21,080
could damage your SD card if there isn't
 

489
00:13:21,080 --> 00:13:23,470
could damage your SD card if there isn't
enough power and that's surprisingly

490
00:13:23,470 --> 00:13:23,480
enough power and that's surprisingly
 

491
00:13:23,480 --> 00:13:26,080
enough power and that's surprisingly
easy to do let's say I willy-nilly plug

492
00:13:26,080 --> 00:13:26,090
easy to do let's say I willy-nilly plug
 

493
00:13:26,090 --> 00:13:28,120
easy to do let's say I willy-nilly plug
in a USB device that draws an amp or

494
00:13:28,120 --> 00:13:28,130
in a USB device that draws an amp or
 

495
00:13:28,130 --> 00:13:30,250
in a USB device that draws an amp or
something from the USB port well there

496
00:13:30,250 --> 00:13:30,260
something from the USB port well there
 

497
00:13:30,260 --> 00:13:33,400
something from the USB port well there
you go so I prefer to err on the side of

498
00:13:33,400 --> 00:13:33,410
you go so I prefer to err on the side of
 

499
00:13:33,410 --> 00:13:36,250
you go so I prefer to err on the side of
caution so using a 3.5 amp power supply

500
00:13:36,250 --> 00:13:36,260
caution so using a 3.5 amp power supply
 

501
00:13:36,260 --> 00:13:38,500
caution so using a 3.5 amp power supply
is just playing it safe that'll ensure

502
00:13:38,500 --> 00:13:38,510
is just playing it safe that'll ensure
 

503
00:13:38,510 --> 00:13:40,450
is just playing it safe that'll ensure
that I get the best reliability out of

504
00:13:40,450 --> 00:13:40,460
that I get the best reliability out of
 

505
00:13:40,460 --> 00:13:43,390
that I get the best reliability out of
my Raspberry Pi 4 alright with all the

506
00:13:43,390 --> 00:13:43,400
my Raspberry Pi 4 alright with all the
 

507
00:13:43,400 --> 00:13:45,460
my Raspberry Pi 4 alright with all the
cables connected I'm going to fire up

508
00:13:45,460 --> 00:13:45,470
cables connected I'm going to fire up
 

509
00:13:45,470 --> 00:13:48,190
cables connected I'm going to fire up
the Raspberry Pi 4 with a single press

510
00:13:48,190 --> 00:13:48,200
the Raspberry Pi 4 with a single press
 

511
00:13:48,200 --> 00:13:50,610
the Raspberry Pi 4 with a single press
on the power button on the Aragon one

512
00:13:50,610 --> 00:13:50,620
on the power button on the Aragon one
 

513
00:13:50,620 --> 00:13:54,400
on the power button on the Aragon one
and I can hear just a little spin of a

514
00:13:54,400 --> 00:13:54,410
and I can hear just a little spin of a
 

515
00:13:54,410 --> 00:13:57,130
and I can hear just a little spin of a
fan I don't even think you'll be able to

516
00:13:57,130 --> 00:13:57,140
fan I don't even think you'll be able to
 

517
00:13:57,140 --> 00:13:58,510
fan I don't even think you'll be able to
hear that with our compressors and

518
00:13:58,510 --> 00:13:58,520
hear that with our compressors and
 

519
00:13:58,520 --> 00:14:00,670
hear that with our compressors and
everything else but it's just a slight I

520
00:14:00,670 --> 00:14:00,680
everything else but it's just a slight I
 

521
00:14:00,680 --> 00:14:02,560
everything else but it's just a slight I
can tell that the fan has turned on and

522
00:14:02,560 --> 00:14:02,570
can tell that the fan has turned on and
 

523
00:14:02,570 --> 00:14:06,480
can tell that the fan has turned on and
it's off and I am booted into my distro

524
00:14:06,480 --> 00:14:06,490
it's off and I am booted into my distro
 

525
00:14:06,490 --> 00:14:11,800
it's off and I am booted into my distro
man that is great ok one thing I'm just

526
00:14:11,800 --> 00:14:11,810
man that is great ok one thing I'm just
 

527
00:14:11,810 --> 00:14:15,100
man that is great ok one thing I'm just
going to mention right out the gate is

528
00:14:15,100 --> 00:14:15,110
going to mention right out the gate is
 

529
00:14:15,110 --> 00:14:21,180
going to mention right out the gate is
running cool feels good powered up great

530
00:14:21,180 --> 00:14:21,190

 

531
00:14:21,190 --> 00:14:22,860

there's one

532
00:14:22,860 --> 00:14:22,870
there's one
 

533
00:14:22,870 --> 00:14:26,370
there's one
that I think are gone one potentially

534
00:14:26,370 --> 00:14:26,380
that I think are gone one potentially
 

535
00:14:26,380 --> 00:14:28,170
that I think are gone one potentially
misses the boat on and that's that we're

536
00:14:28,170 --> 00:14:28,180
misses the boat on and that's that we're
 

537
00:14:28,180 --> 00:14:31,710
misses the boat on and that's that we're
still using the micro-hdmi okay so I'm

538
00:14:31,710 --> 00:14:31,720
still using the micro-hdmi okay so I'm
 

539
00:14:31,720 --> 00:14:33,510
still using the micro-hdmi okay so I'm
still having to use a micro HDMI to HDMI

540
00:14:33,510 --> 00:14:33,520
still having to use a micro HDMI to HDMI
 

541
00:14:33,520 --> 00:14:36,150
still having to use a micro HDMI to HDMI
cable in order to plug this into my TV

542
00:14:36,150 --> 00:14:36,160
cable in order to plug this into my TV
 

543
00:14:36,160 --> 00:14:37,829
cable in order to plug this into my TV
and into the capture devices so that you

544
00:14:37,829 --> 00:14:37,839
and into the capture devices so that you
 

545
00:14:37,839 --> 00:14:41,460
and into the capture devices so that you
can see it at home however now while I

546
00:14:41,460 --> 00:14:41,470
can see it at home however now while I
 

547
00:14:41,470 --> 00:14:43,290
can see it at home however now while I
feel like a B they missed the boat on

548
00:14:43,290 --> 00:14:43,300
feel like a B they missed the boat on
 

549
00:14:43,300 --> 00:14:45,000
feel like a B they missed the boat on
that they could have made it full HDMI

550
00:14:45,000 --> 00:14:45,010
that they could have made it full HDMI
 

551
00:14:45,010 --> 00:14:46,260
that they could have made it full HDMI
they've got room for it they could have

552
00:14:46,260 --> 00:14:46,270
they've got room for it they could have
 

553
00:14:46,270 --> 00:14:49,110
they've got room for it they could have
done that and besides they're in control

554
00:14:49,110 --> 00:14:49,120
done that and besides they're in control
 

555
00:14:49,120 --> 00:14:52,470
done that and besides they're in control
of what they put on the case however as

556
00:14:52,470 --> 00:14:52,480
of what they put on the case however as
 

557
00:14:52,480 --> 00:14:56,640
of what they put on the case however as
I move this around it's not janky at all

558
00:14:56,640 --> 00:14:56,650
I move this around it's not janky at all
 

559
00:14:56,650 --> 00:15:00,360
I move this around it's not janky at all
there's no disconnection on the HDMI and

560
00:15:00,360 --> 00:15:00,370
there's no disconnection on the HDMI and
 

561
00:15:00,370 --> 00:15:02,250
there's no disconnection on the HDMI and
I don't know about you but when I plug

562
00:15:02,250 --> 00:15:02,260
I don't know about you but when I plug
 

563
00:15:02,260 --> 00:15:05,700
I don't know about you but when I plug
my Raspberry Pi board directly into an

564
00:15:05,700 --> 00:15:05,710
my Raspberry Pi board directly into an
 

565
00:15:05,710 --> 00:15:07,650
my Raspberry Pi board directly into an
HDMI cable just like I've done with the

566
00:15:07,650 --> 00:15:07,660
HDMI cable just like I've done with the
 

567
00:15:07,660 --> 00:15:10,740
HDMI cable just like I've done with the
argon one if I move it ever so slightly

568
00:15:10,740 --> 00:15:10,750
argon one if I move it ever so slightly
 

569
00:15:10,750 --> 00:15:13,710
argon one if I move it ever so slightly
the screen goes green or it goes kind of

570
00:15:13,710 --> 00:15:13,720
the screen goes green or it goes kind of
 

571
00:15:13,720 --> 00:15:16,050
the screen goes green or it goes kind of
digitally distorted or something and so

572
00:15:16,050 --> 00:15:16,060
digitally distorted or something and so
 

573
00:15:16,060 --> 00:15:17,490
digitally distorted or something and so
I've got to jiggle that cable again and

574
00:15:17,490 --> 00:15:17,500
I've got to jiggle that cable again and
 

575
00:15:17,500 --> 00:15:19,320
I've got to jiggle that cable again and
then if it ever gets moved I lose that

576
00:15:19,320 --> 00:15:19,330
then if it ever gets moved I lose that
 

577
00:15:19,330 --> 00:15:21,329
then if it ever gets moved I lose that
connectivity and it causes problems

578
00:15:21,329 --> 00:15:21,339
connectivity and it causes problems
 

579
00:15:21,339 --> 00:15:24,360
connectivity and it causes problems
well the argon one seems like even

580
00:15:24,360 --> 00:15:24,370
well the argon one seems like even
 

581
00:15:24,370 --> 00:15:28,880
well the argon one seems like even
though it's still micro HDMI which mm

582
00:15:28,880 --> 00:15:28,890
though it's still micro HDMI which mm
 

583
00:15:28,890 --> 00:15:32,130
though it's still micro HDMI which mm
it's not the perfect connection for this

584
00:15:32,130 --> 00:15:32,140
it's not the perfect connection for this
 

585
00:15:32,140 --> 00:15:34,470
it's not the perfect connection for this
kind of thing even though it is still

586
00:15:34,470 --> 00:15:34,480
kind of thing even though it is still
 

587
00:15:34,480 --> 00:15:37,199
kind of thing even though it is still
micro HDMI it is significantly more

588
00:15:37,199 --> 00:15:37,209
micro HDMI it is significantly more
 

589
00:15:37,209 --> 00:15:39,960
micro HDMI it is significantly more
solid than the micro HDMI that's built

590
00:15:39,960 --> 00:15:39,970
solid than the micro HDMI that's built
 

591
00:15:39,970 --> 00:15:42,720
solid than the micro HDMI that's built
into the Raspberry Pi and I noticed that

592
00:15:42,720 --> 00:15:42,730
into the Raspberry Pi and I noticed that
 

593
00:15:42,730 --> 00:15:46,079
into the Raspberry Pi and I noticed that
immediately so I think you will

594
00:15:46,079 --> 00:15:46,089
immediately so I think you will
 

595
00:15:46,089 --> 00:15:48,720
immediately so I think you will
appreciate that as I mentioned I'm using

596
00:15:48,720 --> 00:15:48,730
appreciate that as I mentioned I'm using
 

597
00:15:48,730 --> 00:15:51,750
appreciate that as I mentioned I'm using
an HD micro HDMI to HDMI cable you can

598
00:15:51,750 --> 00:15:51,760
an HD micro HDMI to HDMI cable you can
 

599
00:15:51,760 --> 00:15:55,230
an HD micro HDMI to HDMI cable you can
also use a micro HDMI to full-sized HDMI

600
00:15:55,230 --> 00:15:55,240
also use a micro HDMI to full-sized HDMI
 

601
00:15:55,240 --> 00:15:57,900
also use a micro HDMI to full-sized HDMI
adapter if you like and the argon one

602
00:15:57,900 --> 00:15:57,910
adapter if you like and the argon one
 

603
00:15:57,910 --> 00:16:00,630
adapter if you like and the argon one
case is definitely giving me a better

604
00:16:00,630 --> 00:16:00,640
case is definitely giving me a better
 

605
00:16:00,640 --> 00:16:06,150
case is definitely giving me a better
connection to that HDMI output alright I

606
00:16:06,150 --> 00:16:06,160
connection to that HDMI output alright I
 

607
00:16:06,160 --> 00:16:09,290
connection to that HDMI output alright I
got a plug in a keyboard

608
00:16:09,290 --> 00:16:09,300

 

609
00:16:09,300 --> 00:16:12,300

I've already plugged in my USB wireless

610
00:16:12,300 --> 00:16:12,310
I've already plugged in my USB wireless
 

611
00:16:12,310 --> 00:16:16,560
I've already plugged in my USB wireless
mouse I've got my keyboard here and I'm

612
00:16:16,560 --> 00:16:16,570
mouse I've got my keyboard here and I'm
 

613
00:16:16,570 --> 00:16:18,030
mouse I've got my keyboard here and I'm
just gonna plug that into the USB 2

614
00:16:18,030 --> 00:16:18,040
just gonna plug that into the USB 2
 

615
00:16:18,040 --> 00:16:19,680
just gonna plug that into the USB 2
because I'm gonna save those USB 3's for

616
00:16:19,680 --> 00:16:19,690
because I'm gonna save those USB 3's for
 

617
00:16:19,690 --> 00:16:24,740
because I'm gonna save those USB 3's for
something else there we go alright so

618
00:16:24,740 --> 00:16:24,750
something else there we go alright so
 

619
00:16:24,750 --> 00:16:27,420
something else there we go alright so
the firt Oh a little bit of latency

620
00:16:27,420 --> 00:16:27,430
the firt Oh a little bit of latency
 

621
00:16:27,430 --> 00:16:30,630
the firt Oh a little bit of latency
there the first thing that I want to

622
00:16:30,630 --> 00:16:30,640
there the first thing that I want to
 

623
00:16:30,640 --> 00:16:33,030
there the first thing that I want to
consider is I want to I mentioned that

624
00:16:33,030 --> 00:16:33,040
consider is I want to I mentioned that
 

625
00:16:33,040 --> 00:16:34,150
consider is I want to I mentioned that
this is

626
00:16:34,150 --> 00:16:34,160
this is
 

627
00:16:34,160 --> 00:16:37,150
this is
that this is a smart power switch so the

628
00:16:37,150 --> 00:16:37,160
that this is a smart power switch so the
 

629
00:16:37,160 --> 00:16:39,780
that this is a smart power switch so the
power switch is programmable the heat

630
00:16:39,780 --> 00:16:39,790
power switch is programmable the heat
 

631
00:16:39,790 --> 00:16:43,769
power switch is programmable the heat
dissipation the active heat cooler is

632
00:16:43,769 --> 00:16:43,779
dissipation the active heat cooler is
 

633
00:16:43,779 --> 00:16:47,590
dissipation the active heat cooler is
actually programmable and I'm starting

634
00:16:47,590 --> 00:16:47,600
actually programmable and I'm starting
 

635
00:16:47,600 --> 00:16:49,119
actually programmable and I'm starting
to feel a little bit of warmth there

636
00:16:49,119 --> 00:16:49,129
to feel a little bit of warmth there
 

637
00:16:49,129 --> 00:16:50,800
to feel a little bit of warmth there
this is what's making me think of that

638
00:16:50,800 --> 00:16:50,810
this is what's making me think of that
 

639
00:16:50,810 --> 00:16:53,079
this is what's making me think of that
cooling system so you can see there's

640
00:16:53,079 --> 00:16:53,089
cooling system so you can see there's
 

641
00:16:53,089 --> 00:16:54,970
cooling system so you can see there's
vents at the side and this is doing a

642
00:16:54,970 --> 00:16:54,980
vents at the side and this is doing a
 

643
00:16:54,980 --> 00:16:56,650
vents at the side and this is doing a
really good job of cooling the Raspberry

644
00:16:56,650 --> 00:16:56,660
really good job of cooling the Raspberry
 

645
00:16:56,660 --> 00:16:59,439
really good job of cooling the Raspberry
Pi for however it is starting to get

646
00:16:59,439 --> 00:16:59,449
Pi for however it is starting to get
 

647
00:16:59,449 --> 00:17:01,509
Pi for however it is starting to get
warm and I want that fan to come on if

648
00:17:01,509 --> 00:17:01,519
warm and I want that fan to come on if
 

649
00:17:01,519 --> 00:17:03,429
warm and I want that fan to come on if
it starts to get a little bit too warm

650
00:17:03,429 --> 00:17:03,439
it starts to get a little bit too warm
 

651
00:17:03,439 --> 00:17:07,240
it starts to get a little bit too warm
so it has that passive cooling from the

652
00:17:07,240 --> 00:17:07,250
so it has that passive cooling from the
 

653
00:17:07,250 --> 00:17:09,250
so it has that passive cooling from the
aluminum and it has an active cooling

654
00:17:09,250 --> 00:17:09,260
aluminum and it has an active cooling
 

655
00:17:09,260 --> 00:17:11,590
aluminum and it has an active cooling
system the fan that will turn on as

656
00:17:11,590 --> 00:17:11,600
system the fan that will turn on as
 

657
00:17:11,600 --> 00:17:13,929
system the fan that will turn on as
needed so let's get into our terminal

658
00:17:13,929 --> 00:17:13,939
needed so let's get into our terminal
 

659
00:17:13,939 --> 00:17:16,419
needed so let's get into our terminal
and I need to become root so I'm just

660
00:17:16,419 --> 00:17:16,429
and I need to become root so I'm just
 

661
00:17:16,429 --> 00:17:20,350
and I need to become root so I'm just
gonna type sudo su - and there boom

662
00:17:20,350 --> 00:17:20,360
gonna type sudo su - and there boom
 

663
00:17:20,360 --> 00:17:24,549
gonna type sudo su - and there boom
I am root so I am root you see the

664
00:17:24,549 --> 00:17:24,559
I am root so I am root you see the
 

665
00:17:24,559 --> 00:17:27,279
I am root so I am root you see the
instructions that say to go curl and

666
00:17:27,279 --> 00:17:27,289
instructions that say to go curl and
 

667
00:17:27,289 --> 00:17:31,870
instructions that say to go curl and
then the URL HTTP colon slash slash

668
00:17:31,870 --> 00:17:31,880
then the URL HTTP colon slash slash
 

669
00:17:31,880 --> 00:17:38,049
then the URL HTTP colon slash slash
download dot argon-40 calm slash argon

670
00:17:38,049 --> 00:17:38,059
download dot argon-40 calm slash argon
 

671
00:17:38,059 --> 00:17:42,789
download dot argon-40 calm slash argon
and then it's one the number one SH and

672
00:17:42,789 --> 00:17:42,799
and then it's one the number one SH and
 

673
00:17:42,799 --> 00:17:50,260
and then it's one the number one SH and
then a pipe why can't I think of the

674
00:17:50,260 --> 00:17:50,270
then a pipe why can't I think of the
 

675
00:17:50,270 --> 00:17:53,080
then a pipe why can't I think of the
word bash okay so I want to break down

676
00:17:53,080 --> 00:17:53,090
word bash okay so I want to break down
 

677
00:17:53,090 --> 00:17:54,789
word bash okay so I want to break down
that command for you okay what I'm

678
00:17:54,789 --> 00:17:54,799
that command for you okay what I'm
 

679
00:17:54,799 --> 00:17:56,110
that command for you okay what I'm
actually doing is I'm telling it to use

680
00:17:56,110 --> 00:17:56,120
actually doing is I'm telling it to use
 

681
00:17:56,120 --> 00:18:00,399
actually doing is I'm telling it to use
curl to download basically to the output

682
00:18:00,399 --> 00:18:00,409
curl to download basically to the output
 

683
00:18:00,409 --> 00:18:04,570
curl to download basically to the output
this script from download argon-40 calm

684
00:18:04,570 --> 00:18:04,580
this script from download argon-40 calm
 

685
00:18:04,580 --> 00:18:09,279
this script from download argon-40 calm
slash argon one dot sh but instead of

686
00:18:09,279 --> 00:18:09,289
slash argon one dot sh but instead of
 

687
00:18:09,289 --> 00:18:11,200
slash argon one dot sh but instead of
outputting it to my screen which is what

688
00:18:11,200 --> 00:18:11,210
outputting it to my screen which is what
 

689
00:18:11,210 --> 00:18:13,710
outputting it to my screen which is what
would happen if i remove the pipe bash

690
00:18:13,710 --> 00:18:13,720
would happen if i remove the pipe bash
 

691
00:18:13,720 --> 00:18:16,690
would happen if i remove the pipe bash
see that that's the script so the pipe

692
00:18:16,690 --> 00:18:16,700
see that that's the script so the pipe
 

693
00:18:16,700 --> 00:18:20,830
see that that's the script so the pipe
bash says let's actually run that script

694
00:18:20,830 --> 00:18:20,840
bash says let's actually run that script
 

695
00:18:20,840 --> 00:18:23,590
bash says let's actually run that script
in bash it's piping that output into

696
00:18:23,590 --> 00:18:23,600
in bash it's piping that output into
 

697
00:18:23,600 --> 00:18:27,669
in bash it's piping that output into
bash so if i wanted to take a different

698
00:18:27,669 --> 00:18:27,679
bash so if i wanted to take a different
 

699
00:18:27,679 --> 00:18:31,120
bash so if i wanted to take a different
approach and say i want to control what

700
00:18:31,120 --> 00:18:31,130
approach and say i want to control what
 

701
00:18:31,130 --> 00:18:32,620
approach and say i want to control what
this is actually doing or i want to

702
00:18:32,620 --> 00:18:32,630
this is actually doing or i want to
 

703
00:18:32,630 --> 00:18:35,350
this is actually doing or i want to
modify this installer the scripts before

704
00:18:35,350 --> 00:18:35,360
modify this installer the scripts before
 

705
00:18:35,360 --> 00:18:37,659
modify this installer the scripts before
i actually install it well let's take a

706
00:18:37,659 --> 00:18:37,669
i actually install it well let's take a
 

707
00:18:37,669 --> 00:18:40,899
i actually install it well let's take a
different approach so instead I'm going

708
00:18:40,899 --> 00:18:40,909
different approach so instead I'm going
 

709
00:18:40,909 --> 00:18:46,740
different approach so instead I'm going
to W get that

710
00:18:46,740 --> 00:18:46,750

 

711
00:18:46,750 --> 00:18:48,960

or I could have piped the curl so I'm

712
00:18:48,960 --> 00:18:48,970
or I could have piped the curl so I'm
 

713
00:18:48,970 --> 00:18:50,850
or I could have piped the curl so I'm
gonna W get oh and it's kind of monkey

714
00:18:50,850 --> 00:18:50,860
gonna W get oh and it's kind of monkey
 

715
00:18:50,860 --> 00:18:52,260
gonna W get oh and it's kind of monkey
with my terminal window there I'm going

716
00:18:52,260 --> 00:18:52,270
with my terminal window there I'm going
 

717
00:18:52,270 --> 00:18:53,880
with my terminal window there I'm going
to control C so that you can see that a

718
00:18:53,880 --> 00:18:53,890
to control C so that you can see that a
 

719
00:18:53,890 --> 00:18:54,560
to control C so that you can see that a
little better

720
00:18:54,560 --> 00:18:54,570
little better
 

721
00:18:54,570 --> 00:18:58,260
little better
W get oh there we go

722
00:18:58,260 --> 00:18:58,270
W get oh there we go
 

723
00:18:58,270 --> 00:19:00,750
W get oh there we go
so W get is another download tool but

724
00:19:00,750 --> 00:19:00,760
so W get is another download tool but
 

725
00:19:00,760 --> 00:19:01,950
so W get is another download tool but
this one is going to actually save the

726
00:19:01,950 --> 00:19:01,960
this one is going to actually save the
 

727
00:19:01,960 --> 00:19:05,280
this one is going to actually save the
file to our GaN one SH now it's grabbing

728
00:19:05,280 --> 00:19:05,290
file to our GaN one SH now it's grabbing
 

729
00:19:05,290 --> 00:19:08,100
file to our GaN one SH now it's grabbing
the file I've got it and all I have to

730
00:19:08,100 --> 00:19:08,110
the file I've got it and all I have to
 

731
00:19:08,110 --> 00:19:10,530
the file I've got it and all I have to
do in order to edit that file is I can

732
00:19:10,530 --> 00:19:10,540
do in order to edit that file is I can
 

733
00:19:10,540 --> 00:19:13,590
do in order to edit that file is I can
use Nano for example so Nano are gone

734
00:19:13,590 --> 00:19:13,600
use Nano for example so Nano are gone
 

735
00:19:13,600 --> 00:19:16,470
use Nano for example so Nano are gone
one dot s H it's gonna bring it up into

736
00:19:16,470 --> 00:19:16,480
one dot s H it's gonna bring it up into
 

737
00:19:16,480 --> 00:19:19,380
one dot s H it's gonna bring it up into
my favorite text editor all right so

738
00:19:19,380 --> 00:19:19,390
my favorite text editor all right so
 

739
00:19:19,390 --> 00:19:21,030
my favorite text editor all right so
first thing that I see and I should say

740
00:19:21,030 --> 00:19:21,040
first thing that I see and I should say
 

741
00:19:21,040 --> 00:19:22,290
first thing that I see and I should say
that one of the nice things about doing

742
00:19:22,290 --> 00:19:22,300
that one of the nice things about doing
 

743
00:19:22,300 --> 00:19:24,180
that one of the nice things about doing
it this way is that you can inspect the

744
00:19:24,180 --> 00:19:24,190
it this way is that you can inspect the
 

745
00:19:24,190 --> 00:19:26,370
it this way is that you can inspect the
code it's this is one of the things

746
00:19:26,370 --> 00:19:26,380
code it's this is one of the things
 

747
00:19:26,380 --> 00:19:28,140
code it's this is one of the things
about open source and the way the Linux

748
00:19:28,140 --> 00:19:28,150
about open source and the way the Linux
 

749
00:19:28,150 --> 00:19:30,090
about open source and the way the Linux
works is you can look through and see if

750
00:19:30,090 --> 00:19:30,100
works is you can look through and see if
 

751
00:19:30,100 --> 00:19:31,230
works is you can look through and see if
there's anything that you want to change

752
00:19:31,230 --> 00:19:31,240
there's anything that you want to change
 

753
00:19:31,240 --> 00:19:33,510
there's anything that you want to change
or whatever you want to do but so first

754
00:19:33,510 --> 00:19:33,520
or whatever you want to do but so first
 

755
00:19:33,520 --> 00:19:35,400
or whatever you want to do but so first
of all I see a couple of functions just

756
00:19:35,400 --> 00:19:35,410
of all I see a couple of functions just
 

757
00:19:35,410 --> 00:19:37,260
of all I see a couple of functions just
basically so that they can reuse some of

758
00:19:37,260 --> 00:19:37,270
basically so that they can reuse some of
 

759
00:19:37,270 --> 00:19:39,630
basically so that they can reuse some of
the things like creating a file touching

760
00:19:39,630 --> 00:19:39,640
the things like creating a file touching
 

761
00:19:39,640 --> 00:19:41,900
the things like creating a file touching
it and setting the permissions before

762
00:19:41,900 --> 00:19:41,910
it and setting the permissions before
 

763
00:19:41,910 --> 00:19:45,900
it and setting the permissions before
adding the content check if a package is

764
00:19:45,900 --> 00:19:45,910
adding the content check if a package is
 

765
00:19:45,910 --> 00:19:48,540
adding the content check if a package is
installed it's gonna allow them to see a

766
00:19:48,540 --> 00:19:48,550
installed it's gonna allow them to see a
 

767
00:19:48,550 --> 00:19:50,640
installed it's gonna allow them to see a
response code of either ng which is

768
00:19:50,640 --> 00:19:50,650
response code of either ng which is
 

769
00:19:50,650 --> 00:19:53,940
response code of either ng which is
presumably not good or okay if the

770
00:19:53,940 --> 00:19:53,950
presumably not good or okay if the
 

771
00:19:53,950 --> 00:19:56,790
presumably not good or okay if the
package is not found in dpkg query and

772
00:19:56,790 --> 00:19:56,800
package is not found in dpkg query and
 

773
00:19:56,800 --> 00:19:58,920
package is not found in dpkg query and
that is going to be called further down

774
00:19:58,920 --> 00:19:58,930
that is going to be called further down
 

775
00:19:58,930 --> 00:20:00,900
that is going to be called further down
using this loop which grabs a package

776
00:20:00,900 --> 00:20:00,910
using this loop which grabs a package
 

777
00:20:00,910 --> 00:20:05,130
using this loop which grabs a package
list like raspy - GPIO Python sharp-eyed

778
00:20:05,130 --> 00:20:05,140
list like raspy - GPIO Python sharp-eyed
 

779
00:20:05,140 --> 00:20:07,230
list like raspy - GPIO Python sharp-eyed
on GPIO and so on and so forth so

780
00:20:07,230 --> 00:20:07,240
on GPIO and so on and so forth so
 

781
00:20:07,240 --> 00:20:09,000
on GPIO and so on and so forth so
basically packages that are going to get

782
00:20:09,000 --> 00:20:09,010
basically packages that are going to get
 

783
00:20:09,010 --> 00:20:10,830
basically packages that are going to get
installed with apt-get so then it goes

784
00:20:10,830 --> 00:20:10,840
installed with apt-get so then it goes
 

785
00:20:10,840 --> 00:20:14,250
installed with apt-get so then it goes
through a loop here in package list and

786
00:20:14,250 --> 00:20:14,260
through a loop here in package list and
 

787
00:20:14,260 --> 00:20:16,560
through a loop here in package list and
it goes through that loop installing and

788
00:20:16,560 --> 00:20:16,570
it goes through that loop installing and
 

789
00:20:16,570 --> 00:20:18,120
it goes through that loop installing and
approving the installation of each of

790
00:20:18,120 --> 00:20:18,130
approving the installation of each of
 

791
00:20:18,130 --> 00:20:20,640
approving the installation of each of
those packages but if any of the

792
00:20:20,640 --> 00:20:20,650
those packages but if any of the
 

793
00:20:20,650 --> 00:20:23,430
those packages but if any of the
packages fail to install response with

794
00:20:23,430 --> 00:20:23,440
packages fail to install response with
 

795
00:20:23,440 --> 00:20:25,890
packages fail to install response with
ng then it's gonna say hey there's

796
00:20:25,890 --> 00:20:25,900
ng then it's gonna say hey there's
 

797
00:20:25,900 --> 00:20:27,420
ng then it's gonna say hey there's
something wrong you're not connected to

798
00:20:27,420 --> 00:20:27,430
something wrong you're not connected to
 

799
00:20:27,430 --> 00:20:29,700
something wrong you're not connected to
the internet and it's going to die if

800
00:20:29,700 --> 00:20:29,710
the internet and it's going to die if
 

801
00:20:29,710 --> 00:20:32,760
the internet and it's going to die if
however it because there's no else it's

802
00:20:32,760 --> 00:20:32,770
however it because there's no else it's
 

803
00:20:32,770 --> 00:20:34,710
however it because there's no else it's
just going to resume if that doesn't

804
00:20:34,710 --> 00:20:34,720
just going to resume if that doesn't
 

805
00:20:34,720 --> 00:20:36,960
just going to resume if that doesn't
happen so then it's going to move on to

806
00:20:36,960 --> 00:20:36,970
happen so then it's going to move on to
 

807
00:20:36,970 --> 00:20:40,050
happen so then it's going to move on to
here so we've named the daemon Argan one

808
00:20:40,050 --> 00:20:40,060
here so we've named the daemon Argan one
 

809
00:20:40,060 --> 00:20:43,680
here so we've named the daemon Argan one
D and we've got a power button script

810
00:20:43,680 --> 00:20:43,690
D and we've got a power button script
 

811
00:20:43,690 --> 00:20:45,240
D and we've got a power button script
going to be created in user slash bin

812
00:20:45,240 --> 00:20:45,250
going to be created in user slash bin
 

813
00:20:45,250 --> 00:20:49,740
going to be created in user slash bin
slash Argan 1d dot pi we've got a

814
00:20:49,740 --> 00:20:49,750
slash Argan 1d dot pi we've got a
 

815
00:20:49,750 --> 00:20:52,680
slash Argan 1d dot pi we've got a
shutdown script in Lib system D called

816
00:20:52,680 --> 00:20:52,690
shutdown script in Lib system D called
 

817
00:20:52,690 --> 00:20:58,470
shutdown script in Lib system D called
Argan D Argan one D dot - power off dot

818
00:20:58,470 --> 00:20:58,480
Argan D Argan one D dot - power off dot
 

819
00:20:58,480 --> 00:20:59,540
Argan D Argan one D dot - power off dot
pi

820
00:20:59,540 --> 00:20:59,550
pi
 

821
00:20:59,550 --> 00:21:02,280
pi
and so on and so forth so those are just

822
00:21:02,280 --> 00:21:02,290
and so on and so forth so those are just
 

823
00:21:02,290 --> 00:21:04,200
and so on and so forth so those are just
the file names so that they can be

824
00:21:04,200 --> 00:21:04,210
the file names so that they can be
 

825
00:21:04,210 --> 00:21:06,300
the file names so that they can be
reused all right these commands are

826
00:21:06,300 --> 00:21:06,310
reused all right these commands are
 

827
00:21:06,310 --> 00:21:10,080
reused all right these commands are
enabling I squared C and I guess do

828
00:21:10,080 --> 00:21:10,090
enabling I squared C and I guess do
 

829
00:21:10,090 --> 00:21:13,800
enabling I squared C and I guess do
cereal that must be cereal that's just

830
00:21:13,800 --> 00:21:13,810
cereal that must be cereal that's just
 

831
00:21:13,810 --> 00:21:16,710
cereal that must be cereal that's just
my guess okay and then we're starting to

832
00:21:16,710 --> 00:21:16,720
my guess okay and then we're starting to
 

833
00:21:16,720 --> 00:21:18,270
my guess okay and then we're starting to
write out the file so if the Damon

834
00:21:18,270 --> 00:21:18,280
write out the file so if the Damon
 

835
00:21:18,280 --> 00:21:20,670
write out the file so if the Damon
config file does not exist let's created

836
00:21:20,670 --> 00:21:20,680
config file does not exist let's created
 

837
00:21:20,680 --> 00:21:22,710
config file does not exist let's created
so we touch it for some reason they're

838
00:21:22,710 --> 00:21:22,720
so we touch it for some reason they're
 

839
00:21:22,720 --> 00:21:25,530
so we touch it for some reason they're
not using their their function here

840
00:21:25,530 --> 00:21:25,540
not using their their function here
 

841
00:21:25,540 --> 00:21:27,630
not using their their function here
maybe that's a bug and we could fix it

842
00:21:27,630 --> 00:21:27,640
maybe that's a bug and we could fix it
 

843
00:21:27,640 --> 00:21:29,580
maybe that's a bug and we could fix it
it doesn't matter it's doing exactly the

844
00:21:29,580 --> 00:21:29,590
it doesn't matter it's doing exactly the
 

845
00:21:29,590 --> 00:21:32,910
it doesn't matter it's doing exactly the
same thing it's just funny that it it is

846
00:21:32,910 --> 00:21:32,920
same thing it's just funny that it it is
 

847
00:21:32,920 --> 00:21:34,680
same thing it's just funny that it it is
happening redundantly they could have

848
00:21:34,680 --> 00:21:34,690
happening redundantly they could have
 

849
00:21:34,690 --> 00:21:36,270
happening redundantly they could have
used the function these are comments and

850
00:21:36,270 --> 00:21:36,280
used the function these are comments and
 

851
00:21:36,280 --> 00:21:37,950
used the function these are comments and
then at the bottom of the config file

852
00:21:37,950 --> 00:21:37,960
then at the bottom of the config file
 

853
00:21:37,960 --> 00:21:41,610
then at the bottom of the config file
are the temperature to fan speed ratios

854
00:21:41,610 --> 00:21:41,620
are the temperature to fan speed ratios
 

855
00:21:41,620 --> 00:21:44,910
are the temperature to fan speed ratios
so if it hits 55 degrees C it's gonna

856
00:21:44,910 --> 00:21:44,920
so if it hits 55 degrees C it's gonna
 

857
00:21:44,920 --> 00:21:47,700
so if it hits 55 degrees C it's gonna
set the fan speed to 10% if it hits 60

858
00:21:47,700 --> 00:21:47,710
set the fan speed to 10% if it hits 60
 

859
00:21:47,710 --> 00:21:49,140
set the fan speed to 10% if it hits 60
degrees C it's gonna set the fan speed

860
00:21:49,140 --> 00:21:49,150
degrees C it's gonna set the fan speed
 

861
00:21:49,150 --> 00:21:53,160
degrees C it's gonna set the fan speed
to 55 and 65 degrees Celsius is going to

862
00:21:53,160 --> 00:21:53,170
to 55 and 65 degrees Celsius is going to
 

863
00:21:53,170 --> 00:21:56,550
to 55 and 65 degrees Celsius is going to
set the fan speed to a full 100% so

864
00:21:56,550 --> 00:21:56,560
set the fan speed to a full 100% so
 

865
00:21:56,560 --> 00:21:58,800
set the fan speed to a full 100% so
hopefully we never hit that point so

866
00:21:58,800 --> 00:21:58,810
hopefully we never hit that point so
 

867
00:21:58,810 --> 00:22:01,170
hopefully we never hit that point so
those configuration items of course they

868
00:22:01,170 --> 00:22:01,180
those configuration items of course they
 

869
00:22:01,180 --> 00:22:02,760
those configuration items of course they
can be changed here before you install

870
00:22:02,760 --> 00:22:02,770
can be changed here before you install
 

871
00:22:02,770 --> 00:22:04,770
can be changed here before you install
it or and that's just going to change

872
00:22:04,770 --> 00:22:04,780
it or and that's just going to change
 

873
00:22:04,780 --> 00:22:06,870
it or and that's just going to change
the output of the Damon config file or

874
00:22:06,870 --> 00:22:06,880
the output of the Damon config file or
 

875
00:22:06,880 --> 00:22:09,360
the output of the Damon config file or
of course you can edit that later or you

876
00:22:09,360 --> 00:22:09,370
of course you can edit that later or you
 

877
00:22:09,370 --> 00:22:10,440
of course you can edit that later or you
can use the tool that they're going to

878
00:22:10,440 --> 00:22:10,450
can use the tool that they're going to
 

879
00:22:10,450 --> 00:22:12,810
can use the tool that they're going to
give you in order to make those changes

880
00:22:12,810 --> 00:22:12,820
give you in order to make those changes
 

881
00:22:12,820 --> 00:22:16,740
give you in order to make those changes
yourself shutdown script there we go see

882
00:22:16,740 --> 00:22:16,750
yourself shutdown script there we go see
 

883
00:22:16,750 --> 00:22:19,740
yourself shutdown script there we go see
either use an argon create file now and

884
00:22:19,740 --> 00:22:19,750
either use an argon create file now and
 

885
00:22:19,750 --> 00:22:21,750
either use an argon create file now and
this is a Python script that it is

886
00:22:21,750 --> 00:22:21,760
this is a Python script that it is
 

887
00:22:21,760 --> 00:22:24,330
this is a Python script that it is
creating although it's running this in

888
00:22:24,330 --> 00:22:24,340
creating although it's running this in
 

889
00:22:24,340 --> 00:22:26,100
creating although it's running this in
bash it's so what it's doing is it's

890
00:22:26,100 --> 00:22:26,110
bash it's so what it's doing is it's
 

891
00:22:26,110 --> 00:22:28,200
bash it's so what it's doing is it's
using the bash command to output to the

892
00:22:28,200 --> 00:22:28,210
using the bash command to output to the
 

893
00:22:28,210 --> 00:22:31,110
using the bash command to output to the
shutdown script it's importing sis SM

894
00:22:31,110 --> 00:22:31,120
shutdown script it's importing sis SM
 

895
00:22:31,120 --> 00:22:33,870
shutdown script it's importing sis SM
bus from Raspberry Pi GPIO as GPIO and

896
00:22:33,870 --> 00:22:33,880
bus from Raspberry Pi GPIO as GPIO and
 

897
00:22:33,880 --> 00:22:36,090
bus from Raspberry Pi GPIO as GPIO and
then is checking the revision number of

898
00:22:36,090 --> 00:22:36,100
then is checking the revision number of
 

899
00:22:36,100 --> 00:22:39,200
then is checking the revision number of
the Raspberry Pi and acting accordingly

900
00:22:39,200 --> 00:22:39,210
the Raspberry Pi and acting accordingly
 

901
00:22:39,210 --> 00:22:41,910
the Raspberry Pi and acting accordingly
moving down power button script this is

902
00:22:41,910 --> 00:22:41,920
moving down power button script this is
 

903
00:22:41,920 --> 00:22:43,710
moving down power button script this is
going to be what happens when you push

904
00:22:43,710 --> 00:22:43,720
going to be what happens when you push
 

905
00:22:43,720 --> 00:22:45,150
going to be what happens when you push
that power button so again a Python

906
00:22:45,150 --> 00:22:45,160
that power button so again a Python
 

907
00:22:45,160 --> 00:22:47,130
that power button so again a Python
script lets grabbing the bus is grabbing

908
00:22:47,130 --> 00:22:47,140
script lets grabbing the bus is grabbing
 

909
00:22:47,140 --> 00:22:51,990
script lets grabbing the bus is grabbing
the GPIO OS the time and that's not just

910
00:22:51,990 --> 00:22:52,000
the GPIO OS the time and that's not just
 

911
00:22:52,000 --> 00:22:53,790
the GPIO OS the time and that's not just
the time that's the like the counter and

912
00:22:53,790 --> 00:22:53,800
the time that's the like the counter and
 

913
00:22:53,800 --> 00:22:56,610
the time that's the like the counter and
the clock and everything else okay

914
00:22:56,610 --> 00:22:56,620
the clock and everything else okay
 

915
00:22:56,620 --> 00:22:58,590
the clock and everything else okay
what's happening here so checks the

916
00:22:58,590 --> 00:22:58,600
what's happening here so checks the
 

917
00:22:58,600 --> 00:23:01,490
what's happening here so checks the
revision again and acts accordingly

918
00:23:01,490 --> 00:23:01,500
revision again and acts accordingly
 

919
00:23:01,500 --> 00:23:03,690
revision again and acts accordingly
because it may be a little bit different

920
00:23:03,690 --> 00:23:03,700
because it may be a little bit different
 

921
00:23:03,700 --> 00:23:06,630
because it may be a little bit different
response based on the revision of the

922
00:23:06,630 --> 00:23:06,640
response based on the revision of the
 

923
00:23:06,640 --> 00:23:08,060
response based on the revision of the
board

924
00:23:08,060 --> 00:23:08,070
board
 

925
00:23:08,070 --> 00:23:13,009
board
so it's checking the shutdown check this

926
00:23:13,009 --> 00:23:13,019
so it's checking the shutdown check this
 

927
00:23:13,019 --> 00:23:15,799
so it's checking the shutdown check this
is a function so yeah when you push the

928
00:23:15,799 --> 00:23:15,809
is a function so yeah when you push the
 

929
00:23:15,809 --> 00:23:18,469
is a function so yeah when you push the
button it responds so when you push it

930
00:23:18,469 --> 00:23:18,479
button it responds so when you push it
 

931
00:23:18,479 --> 00:23:21,229
button it responds so when you push it
when you okay so it's incrementing

932
00:23:21,229 --> 00:23:21,239
when you okay so it's incrementing
 

933
00:23:21,239 --> 00:23:23,109
when you okay so it's incrementing
something called pulse time that's a an

934
00:23:23,109 --> 00:23:23,119
something called pulse time that's a an
 

935
00:23:23,119 --> 00:23:27,200
something called pulse time that's a an
integer string that well not an integer

936
00:23:27,200 --> 00:23:27,210
integer string that well not an integer
 

937
00:23:27,210 --> 00:23:28,249
integer string that well not an integer
string but an integer that's

938
00:23:28,249 --> 00:23:28,259
string but an integer that's
 

939
00:23:28,259 --> 00:23:30,769
string but an integer that's
incrementing and every time you push the

940
00:23:30,769 --> 00:23:30,779
incrementing and every time you push the
 

941
00:23:30,779 --> 00:23:32,570
incrementing and every time you push the
button it's kind of it's counting that

942
00:23:32,570 --> 00:23:32,580
button it's kind of it's counting that
 

943
00:23:32,580 --> 00:23:35,599
button it's kind of it's counting that
so when you push it twice it's going to

944
00:23:35,599 --> 00:23:35,609
so when you push it twice it's going to
 

945
00:23:35,609 --> 00:23:39,229
so when you push it twice it's going to
safely reboot the the raspberry pi now

946
00:23:39,229 --> 00:23:39,239
safely reboot the the raspberry pi now
 

947
00:23:39,239 --> 00:23:40,909
safely reboot the the raspberry pi now
know what's actually happening when you

948
00:23:40,909 --> 00:23:40,919
know what's actually happening when you
 

949
00:23:40,919 --> 00:23:44,479
know what's actually happening when you
push that button twice is that it's

950
00:23:44,479 --> 00:23:44,489
push that button twice is that it's
 

951
00:23:44,489 --> 00:23:48,289
push that button twice is that it's
running the OS system command reboot so

952
00:23:48,289 --> 00:23:48,299
running the OS system command reboot so
 

953
00:23:48,299 --> 00:23:50,239
running the OS system command reboot so
it's not doing a hard reboot is not

954
00:23:50,239 --> 00:23:50,249
it's not doing a hard reboot is not
 

955
00:23:50,249 --> 00:23:51,529
it's not doing a hard reboot is not
cutting power and then powering it back

956
00:23:51,529 --> 00:23:51,539
cutting power and then powering it back
 

957
00:23:51,539 --> 00:23:53,599
cutting power and then powering it back
on no it's actually running the reboot

958
00:23:53,599 --> 00:23:53,609
on no it's actually running the reboot
 

959
00:23:53,609 --> 00:23:54,950
on no it's actually running the reboot
command that I would run in my Vash

960
00:23:54,950 --> 00:23:54,960
command that I would run in my Vash
 

961
00:23:54,960 --> 00:23:58,009
command that I would run in my Vash
prompt so it's a safe reboot it's gonna

962
00:23:58,009 --> 00:23:58,019
prompt so it's a safe reboot it's gonna
 

963
00:23:58,019 --> 00:24:00,560
prompt so it's a safe reboot it's gonna
automatically sync your SSD it's gonna

964
00:24:00,560 --> 00:24:00,570
automatically sync your SSD it's gonna
 

965
00:24:00,570 --> 00:24:02,690
automatically sync your SSD it's gonna
save your files and whatever else that

966
00:24:02,690 --> 00:24:02,700
save your files and whatever else that
 

967
00:24:02,700 --> 00:24:04,369
save your files and whatever else that
it normally would do during a reboot

968
00:24:04,369 --> 00:24:04,379
it normally would do during a reboot
 

969
00:24:04,379 --> 00:24:06,589
it normally would do during a reboot
command you can also add your own stuff

970
00:24:06,589 --> 00:24:06,599
command you can also add your own stuff
 

971
00:24:06,599 --> 00:24:09,499
command you can also add your own stuff
here if you wanted to like I could do

972
00:24:09,499 --> 00:24:09,509
here if you wanted to like I could do
 

973
00:24:09,509 --> 00:24:11,469
here if you wanted to like I could do
something like remember this is this is

974
00:24:11,469 --> 00:24:11,479
something like remember this is this is
 

975
00:24:11,479 --> 00:24:13,729
something like remember this is this is
even though we're typing this in bash

976
00:24:13,729 --> 00:24:13,739
even though we're typing this in bash
 

977
00:24:13,739 --> 00:24:15,979
even though we're typing this in bash
this is going to be a Python script so

978
00:24:15,979 --> 00:24:15,989
this is going to be a Python script so
 

979
00:24:15,989 --> 00:24:19,489
this is going to be a Python script so
you could put any Python here any Python

980
00:24:19,489 --> 00:24:19,499
you could put any Python here any Python
 

981
00:24:19,499 --> 00:24:22,609
you could put any Python here any Python
and then just make sure that you pipe

982
00:24:22,609 --> 00:24:22,619
and then just make sure that you pipe
 

983
00:24:22,619 --> 00:24:26,149
and then just make sure that you pipe
that with not pipe but direct that to

984
00:24:26,149 --> 00:24:26,159
that with not pipe but direct that to
 

985
00:24:26,159 --> 00:24:29,930
that with not pipe but direct that to
dollar sign power button script you

986
00:24:29,930 --> 00:24:29,940
dollar sign power button script you
 

987
00:24:29,940 --> 00:24:36,019
dollar sign power button script you
could also edit that that file at any

988
00:24:36,019 --> 00:24:36,029
could also edit that that file at any
 

989
00:24:36,029 --> 00:24:39,320
could also edit that that file at any
time you could edit that power button

990
00:24:39,320 --> 00:24:39,330
time you could edit that power button
 

991
00:24:39,330 --> 00:24:41,509
time you could edit that power button
script which is if you go back up it's

992
00:24:41,509 --> 00:24:41,519
script which is if you go back up it's
 

993
00:24:41,519 --> 00:24:43,719
script which is if you go back up it's
going to be saved

994
00:24:43,719 --> 00:24:43,729
going to be saved
 

995
00:24:43,729 --> 00:24:46,879
going to be saved
power button script slash user slash bin

996
00:24:46,879 --> 00:24:46,889
power button script slash user slash bin
 

997
00:24:46,889 --> 00:24:48,830
power button script slash user slash bin
slash argon

998
00:24:48,830 --> 00:24:48,840
slash argon
 

999
00:24:48,840 --> 00:24:52,879
slash argon
1d dot pi so you can edit that script

1000
00:24:52,879 --> 00:24:52,889
1d dot pi so you can edit that script
 

1001
00:24:52,889 --> 00:24:54,469
1d dot pi so you can edit that script
and then you'll be able to change the

1002
00:24:54,469 --> 00:24:54,479
and then you'll be able to change the
 

1003
00:24:54,479 --> 00:24:56,180
and then you'll be able to change the
what it does when you push the power

1004
00:24:56,180 --> 00:24:56,190
what it does when you push the power
 

1005
00:24:56,190 --> 00:24:57,560
what it does when you push the power
button twice or when you hold it in for

1006
00:24:57,560 --> 00:24:57,570
button twice or when you hold it in for
 

1007
00:24:57,570 --> 00:25:01,190
button twice or when you hold it in for
three seconds and and you can make it

1008
00:25:01,190 --> 00:25:01,200
three seconds and and you can make it
 

1009
00:25:01,200 --> 00:25:02,930
three seconds and and you can make it
react the way you want maybe you want it

1010
00:25:02,930 --> 00:25:02,940
react the way you want maybe you want it
 

1011
00:25:02,940 --> 00:25:04,249
react the way you want maybe you want it
to send you an email or something like

1012
00:25:04,249 --> 00:25:04,259
to send you an email or something like
 

1013
00:25:04,259 --> 00:25:06,859
to send you an email or something like
that you can do that or you have

1014
00:25:06,859 --> 00:25:06,869
that you can do that or you have
 

1015
00:25:06,869 --> 00:25:09,229
that you can do that or you have
something else like a APC UPS that you

1016
00:25:09,229 --> 00:25:09,239
something else like a APC UPS that you
 

1017
00:25:09,239 --> 00:25:10,759
something else like a APC UPS that you
want to have safely turned off or

1018
00:25:10,759 --> 00:25:10,769
want to have safely turned off or
 

1019
00:25:10,769 --> 00:25:12,229
want to have safely turned off or
something after a 30-second time or I

1020
00:25:12,229 --> 00:25:12,239
something after a 30-second time or I
 

1021
00:25:12,239 --> 00:25:13,310
something after a 30-second time or I
don't know maybe you've got a watchdog

1022
00:25:13,310 --> 00:25:13,320
don't know maybe you've got a watchdog
 

1023
00:25:13,320 --> 00:25:15,889
don't know maybe you've got a watchdog
plugged into the GPIO you can use that

1024
00:25:15,889 --> 00:25:15,899
plugged into the GPIO you can use that
 

1025
00:25:15,899 --> 00:25:19,519
plugged into the GPIO you can use that
as well okay so if you push the button

1026
00:25:19,519 --> 00:25:19,529
as well okay so if you push the button
 

1027
00:25:19,529 --> 00:25:21,950
as well okay so if you push the button
for if you long

1028
00:25:21,950 --> 00:25:21,960
for if you long
 

1029
00:25:21,960 --> 00:25:25,039
for if you long
for three seconds it's going to run shut

1030
00:25:25,039 --> 00:25:25,049
for three seconds it's going to run shut
 

1031
00:25:25,049 --> 00:25:27,950
for three seconds it's going to run shut
down now - eh so that's actually a safe

1032
00:25:27,950 --> 00:25:27,960
down now - eh so that's actually a safe
 

1033
00:25:27,960 --> 00:25:30,619
down now - eh so that's actually a safe
shutdown command to power off your

1034
00:25:30,619 --> 00:25:30,629
shutdown command to power off your
 

1035
00:25:30,629 --> 00:25:32,029
shutdown command to power off your
computer so you're not just killing

1036
00:25:32,029 --> 00:25:32,039
computer so you're not just killing
 

1037
00:25:32,039 --> 00:25:34,430
computer so you're not just killing
power like you would if you continue to

1038
00:25:34,430 --> 00:25:34,440
power like you would if you continue to
 

1039
00:25:34,440 --> 00:25:36,109
power like you would if you continue to
hold in that button for five seconds

1040
00:25:36,109 --> 00:25:36,119
hold in that button for five seconds
 

1041
00:25:36,119 --> 00:25:37,999
hold in that button for five seconds
which is not a safe way to do it that's

1042
00:25:37,999 --> 00:25:38,009
which is not a safe way to do it that's
 

1043
00:25:38,009 --> 00:25:40,970
which is not a safe way to do it that's
like your last resort but this script is

1044
00:25:40,970 --> 00:25:40,980
like your last resort but this script is
 

1045
00:25:40,980 --> 00:25:43,460
like your last resort but this script is
as you can see running those commands as

1046
00:25:43,460 --> 00:25:43,470
as you can see running those commands as
 

1047
00:25:43,470 --> 00:25:46,220
as you can see running those commands as
you normally would safely so you push

1048
00:25:46,220 --> 00:25:46,230
you normally would safely so you push
 

1049
00:25:46,230 --> 00:25:48,200
you normally would safely so you push
that button and it triggers the GPIO and

1050
00:25:48,200 --> 00:25:48,210
that button and it triggers the GPIO and
 

1051
00:25:48,210 --> 00:25:49,970
that button and it triggers the GPIO and
it's monitoring how long you press it or

1052
00:25:49,970 --> 00:25:49,980
it's monitoring how long you press it or
 

1053
00:25:49,980 --> 00:25:51,289
it's monitoring how long you press it or
how many times you press it and then it

1054
00:25:51,289 --> 00:25:51,299
how many times you press it and then it
 

1055
00:25:51,299 --> 00:25:53,269
how many times you press it and then it
reacts accordingly so with a little

1056
00:25:53,269 --> 00:25:53,279
reacts accordingly so with a little
 

1057
00:25:53,279 --> 00:25:55,039
reacts accordingly so with a little
Python knowledge you could make that do

1058
00:25:55,039 --> 00:25:55,049
Python knowledge you could make that do
 

1059
00:25:55,049 --> 00:25:57,710
Python knowledge you could make that do
whatever you want if I push it three

1060
00:25:57,710 --> 00:25:57,720
whatever you want if I push it three
 

1061
00:25:57,720 --> 00:26:00,430
whatever you want if I push it three
times I want it to play my favorite song

1062
00:26:00,430 --> 00:26:00,440
times I want it to play my favorite song
 

1063
00:26:00,440 --> 00:26:01,999
times I want it to play my favorite song
that kind of stuff

1064
00:26:01,999 --> 00:26:02,009
that kind of stuff
 

1065
00:26:02,009 --> 00:26:03,499
that kind of stuff
whatever you think you can look through

1066
00:26:03,499 --> 00:26:03,509
whatever you think you can look through
 

1067
00:26:03,509 --> 00:26:07,310
whatever you think you can look through
here lots of fun so I love that as you

1068
00:26:07,310 --> 00:26:07,320
here lots of fun so I love that as you
 

1069
00:26:07,320 --> 00:26:09,350
here lots of fun so I love that as you
know people who like to look under the

1070
00:26:09,350 --> 00:26:09,360
know people who like to look under the
 

1071
00:26:09,360 --> 00:26:12,830
know people who like to look under the
hood we can do so and then when we're

1072
00:26:12,830 --> 00:26:12,840
hood we can do so and then when we're
 

1073
00:26:12,840 --> 00:26:14,539
hood we can do so and then when we're
done say we've made some changes we can

1074
00:26:14,539 --> 00:26:14,549
done say we've made some changes we can
 

1075
00:26:14,549 --> 00:26:17,210
done say we've made some changes we can
control Oh enter to write our changes

1076
00:26:17,210 --> 00:26:17,220
control Oh enter to write our changes
 

1077
00:26:17,220 --> 00:26:19,430
control Oh enter to write our changes
and then control X to exit and now I

1078
00:26:19,430 --> 00:26:19,440
and then control X to exit and now I
 

1079
00:26:19,440 --> 00:26:22,430
and then control X to exit and now I
just need to go chmod plus x are gone

1080
00:26:22,430 --> 00:26:22,440
just need to go chmod plus x are gone
 

1081
00:26:22,440 --> 00:26:26,239
just need to go chmod plus x are gone
one dot Sh and now I can run that by

1082
00:26:26,239 --> 00:26:26,249
one dot Sh and now I can run that by
 

1083
00:26:26,249 --> 00:26:30,139
one dot Sh and now I can run that by
going dot slash argon one dot Sh

1084
00:26:30,139 --> 00:26:30,149
going dot slash argon one dot Sh
 

1085
00:26:30,149 --> 00:26:32,600
going dot slash argon one dot Sh
just like that which is exactly the same

1086
00:26:32,600 --> 00:26:32,610
just like that which is exactly the same
 

1087
00:26:32,610 --> 00:26:35,930
just like that which is exactly the same
as using curl the URL piping it in to

1088
00:26:35,930 --> 00:26:35,940
as using curl the URL piping it in to
 

1089
00:26:35,940 --> 00:26:39,560
as using curl the URL piping it in to
bash and I'm going to run that here we

1090
00:26:39,560 --> 00:26:39,570
bash and I'm going to run that here we
 

1091
00:26:39,570 --> 00:26:40,039
bash and I'm going to run that here we
go

1092
00:26:40,039 --> 00:26:40,049
go
 

1093
00:26:40,049 --> 00:26:42,889
go
it's already got GPIO it's already got a

1094
00:26:42,889 --> 00:26:42,899
it's already got GPIO it's already got a
 

1095
00:26:42,899 --> 00:26:44,869
it's already got GPIO it's already got a
couple of the things that are gone one

1096
00:26:44,869 --> 00:26:44,879
couple of the things that are gone one
 

1097
00:26:44,879 --> 00:26:50,090
couple of the things that are gone one
is needing I squared C is already

1098
00:26:50,090 --> 00:26:50,100
is needing I squared C is already
 

1099
00:26:50,100 --> 00:26:52,430
is needing I squared C is already
installed and active and ready to go and

1100
00:26:52,430 --> 00:26:52,440
installed and active and ready to go and
 

1101
00:26:52,440 --> 00:26:56,749
installed and active and ready to go and
we're done shortcuts created okay what

1102
00:26:56,749 --> 00:26:56,759
we're done shortcuts created okay what
 

1103
00:26:56,759 --> 00:26:59,810
we're done shortcuts created okay what
oh yeah look at that there are actually

1104
00:26:59,810 --> 00:26:59,820
oh yeah look at that there are actually
 

1105
00:26:59,820 --> 00:27:03,019
oh yeah look at that there are actually
shortcuts on my desktop all right argon

1106
00:27:03,019 --> 00:27:03,029
shortcuts on my desktop all right argon
 

1107
00:27:03,029 --> 00:27:05,930
shortcuts on my desktop all right argon
one configuration let's run it we're

1108
00:27:05,930 --> 00:27:05,940
one configuration let's run it we're
 

1109
00:27:05,940 --> 00:27:09,560
one configuration let's run it we're
gonna execute that in a terminal all

1110
00:27:09,560 --> 00:27:09,570
gonna execute that in a terminal all
 

1111
00:27:09,570 --> 00:27:10,039
gonna execute that in a terminal all
right

1112
00:27:10,039 --> 00:27:10,049
right
 

1113
00:27:10,049 --> 00:27:12,169
right
argon one fan speed configuration tool

1114
00:27:12,169 --> 00:27:12,179
argon one fan speed configuration tool
 

1115
00:27:12,179 --> 00:27:14,269
argon one fan speed configuration tool
this will remove existing configurations

1116
00:27:14,269 --> 00:27:14,279
this will remove existing configurations
 

1117
00:27:14,279 --> 00:27:16,850
this will remove existing configurations
press Y alright what do you want to do

1118
00:27:16,850 --> 00:27:16,860
press Y alright what do you want to do
 

1119
00:27:16,860 --> 00:27:19,639
press Y alright what do you want to do
always-on let's try it yeah I hear it

1120
00:27:19,639 --> 00:27:19,649
always-on let's try it yeah I hear it
 

1121
00:27:19,649 --> 00:27:22,940
always-on let's try it yeah I hear it
you guys hear that it's so quiet even at

1122
00:27:22,940 --> 00:27:22,950
you guys hear that it's so quiet even at
 

1123
00:27:22,950 --> 00:27:26,670
you guys hear that it's so quiet even at
on that's pretty good

1124
00:27:26,670 --> 00:27:26,680
on that's pretty good
 

1125
00:27:26,680 --> 00:27:29,550
on that's pretty good
please with that however because it is

1126
00:27:29,550 --> 00:27:29,560
please with that however because it is
 

1127
00:27:29,560 --> 00:27:33,200
please with that however because it is
controlled by an I squared C controller

1128
00:27:33,200 --> 00:27:33,210
controlled by an I squared C controller
 

1129
00:27:33,210 --> 00:27:38,580
controlled by an I squared C controller
rather than just a GPIO pin it's not

1130
00:27:38,580 --> 00:27:38,590
rather than just a GPIO pin it's not
 

1131
00:27:38,590 --> 00:27:41,040
rather than just a GPIO pin it's not
just on or off its you're able to set

1132
00:27:41,040 --> 00:27:41,050
just on or off its you're able to set
 

1133
00:27:41,050 --> 00:27:43,170
just on or off its you're able to set
the threshold so that's where we can run

1134
00:27:43,170 --> 00:27:43,180
the threshold so that's where we can run
 

1135
00:27:43,180 --> 00:27:44,820
the threshold so that's where we can run
that configuration script again and say

1136
00:27:44,820 --> 00:27:44,830
that configuration script again and say
 

1137
00:27:44,830 --> 00:27:47,940
that configuration script again and say
adjust to temperature so let's bring

1138
00:27:47,940 --> 00:27:47,950
adjust to temperature so let's bring
 

1139
00:27:47,950 --> 00:27:49,440
adjust to temperature so let's bring
that up on our screen a little bit I'm

1140
00:27:49,440 --> 00:27:49,450
that up on our screen a little bit I'm
 

1141
00:27:49,450 --> 00:27:56,150
that up on our screen a little bit I'm
having trouble seeing that on my screen

1142
00:27:56,150 --> 00:27:56,160

 

1143
00:27:56,160 --> 00:27:59,100

okay so please provide fan speeds for

1144
00:27:59,100 --> 00:27:59,110
okay so please provide fan speeds for
 

1145
00:27:59,110 --> 00:28:03,470
okay so please provide fan speeds for
the following temperatures 55 C let's do

1146
00:28:03,470 --> 00:28:03,480
the following temperatures 55 C let's do
 

1147
00:28:03,480 --> 00:28:09,150
the following temperatures 55 C let's do
25% fan speed 60 C let's do 50% fan

1148
00:28:09,150 --> 00:28:09,160
25% fan speed 60 C let's do 50% fan
 

1149
00:28:09,160 --> 00:28:14,580
25% fan speed 60 C let's do 50% fan
speed 65 C all right 90% okay so now the

1150
00:28:14,580 --> 00:28:14,590
speed 65 C all right 90% okay so now the
 

1151
00:28:14,590 --> 00:28:16,740
speed 65 C all right 90% okay so now the
fan just shut right off because it is

1152
00:28:16,740 --> 00:28:16,750
fan just shut right off because it is
 

1153
00:28:16,750 --> 00:28:19,890
fan just shut right off because it is
using the passive cooling to keep that

1154
00:28:19,890 --> 00:28:19,900
using the passive cooling to keep that
 

1155
00:28:19,900 --> 00:28:24,000
using the passive cooling to keep that
thing below 55 I think it was so it's

1156
00:28:24,000 --> 00:28:24,010
thing below 55 I think it was so it's
 

1157
00:28:24,010 --> 00:28:26,670
thing below 55 I think it was so it's
completely silent if I start using my

1158
00:28:26,670 --> 00:28:26,680
completely silent if I start using my
 

1159
00:28:26,680 --> 00:28:30,570
completely silent if I start using my
Raspberry Pi to death it's going to spin

1160
00:28:30,570 --> 00:28:30,580
Raspberry Pi to death it's going to spin
 

1161
00:28:30,580 --> 00:28:33,540
Raspberry Pi to death it's going to spin
up that fan alright so now that I've got

1162
00:28:33,540 --> 00:28:33,550
up that fan alright so now that I've got
 

1163
00:28:33,550 --> 00:28:35,100
up that fan alright so now that I've got
that script installed presumably if I

1164
00:28:35,100 --> 00:28:35,110
that script installed presumably if I
 

1165
00:28:35,110 --> 00:28:36,720
that script installed presumably if I
push the power button it's not going to

1166
00:28:36,720 --> 00:28:36,730
push the power button it's not going to
 

1167
00:28:36,730 --> 00:28:41,250
push the power button it's not going to
do anything nothing however if I push it

1168
00:28:41,250 --> 00:28:41,260
do anything nothing however if I push it
 

1169
00:28:41,260 --> 00:28:43,020
do anything nothing however if I push it
two times what's it going to do and

1170
00:28:43,020 --> 00:28:43,030
two times what's it going to do and
 

1171
00:28:43,030 --> 00:28:45,210
two times what's it going to do and
we're gonna lose the screen here but if

1172
00:28:45,210 --> 00:28:45,220
we're gonna lose the screen here but if
 

1173
00:28:45,220 --> 00:28:47,430
we're gonna lose the screen here but if
it works we know and there it goes

1174
00:28:47,430 --> 00:28:47,440
it works we know and there it goes
 

1175
00:28:47,440 --> 00:28:48,960
it works we know and there it goes
and now notice it's not killing the

1176
00:28:48,960 --> 00:28:48,970
and now notice it's not killing the
 

1177
00:28:48,970 --> 00:28:51,660
and now notice it's not killing the
power I don't know if you can see that

1178
00:28:51,660 --> 00:28:51,670
power I don't know if you can see that
 

1179
00:28:51,670 --> 00:28:56,540
power I don't know if you can see that
but it is actually done a safe reboot

1180
00:28:56,540 --> 00:28:56,550
but it is actually done a safe reboot
 

1181
00:28:56,550 --> 00:28:59,730
but it is actually done a safe reboot
that's fantastic that is the Raspberry

1182
00:28:59,730 --> 00:28:59,740
that's fantastic that is the Raspberry
 

1183
00:28:59,740 --> 00:29:03,030
that's fantastic that is the Raspberry
Pi 4 with 8 gigabytes of RAM plus the

1184
00:29:03,030 --> 00:29:03,040
Pi 4 with 8 gigabytes of RAM plus the
 

1185
00:29:03,040 --> 00:29:06,630
Pi 4 with 8 gigabytes of RAM plus the
argon one case those are just fantastic

1186
00:29:06,630 --> 00:29:06,640
argon one case those are just fantastic
 

1187
00:29:06,640 --> 00:29:08,610
argon one case those are just fantastic
products I'm really really pleased with

1188
00:29:08,610 --> 00:29:08,620
products I'm really really pleased with
 

1189
00:29:08,620 --> 00:29:10,680
products I'm really really pleased with
this I love that I can still access the

1190
00:29:10,680 --> 00:29:10,690
this I love that I can still access the
 

1191
00:29:10,690 --> 00:29:13,710
this I love that I can still access the
GPIO without having to take apart the

1192
00:29:13,710 --> 00:29:13,720
GPIO without having to take apart the
 

1193
00:29:13,720 --> 00:29:16,480
GPIO without having to take apart the
case that's cool

1194
00:29:16,480 --> 00:29:16,490
case that's cool
 

1195
00:29:16,490 --> 00:29:20,380
case that's cool
just absolutely gorgeous