All language subtitles for love.helena

so I saw a YouTube short the other day

so I saw a YouTube short the other day
talking about this it's a retention

talking about this it's a retention

talking about this it's a retention
frame for the am5 socket that replaces

frame for the am5 socket that replaces

frame for the am5 socket that replaces
the factory frame and it's marketed to

the factory frame and it's marketed to

the factory frame and it's marketed to
reduce temperatures in the Seventh

reduce temperatures in the Seventh

reduce temperatures in the Seventh
Generation ryzen CPUs but does it

Generation ryzen CPUs but does it

Generation ryzen CPUs but does it
work I don't know let's find out stay

tuned so if you watch the build of the

tuned so if you watch the build of the
system right here a few weeks ago you'll

system right here a few weeks ago you'll

system right here a few weeks ago you'll
remember that I complained that the

remember that I complained that the

remember that I complained that the
stock cooler that comes with the 7600 is

stock cooler that comes with the 7600 is

stock cooler that comes with the 7600 is
just barely enough to keep the CPU cool

just barely enough to keep the CPU cool

just barely enough to keep the CPU cool
now my choice to go with the 7600

now my choice to go with the 7600

now my choice to go with the 7600
instead of the 7600 X was based on the

instead of the 7600 X was based on the

instead of the 7600 X was based on the
fact that the 7600 came with a stock

fact that the 7600 came with a stock

fact that the 7600 came with a stock
cooler and we were trying to stay on a

cooler and we were trying to stay on a

cooler and we were trying to stay on a
budget but it turned out that the

budget but it turned out that the

budget but it turned out that the
7600 pretty consistently ran about 85c

7600 pretty consistently ran about 85c

7600 pretty consistently ran about 85c
with the stock cooler it turns out that

with the stock cooler it turns out that

with the stock cooler it turns out that
is due to the Boost algorithm in the

is due to the Boost algorithm in the

is due to the Boost algorithm in the
Seventh Generation ryzen CPUs and not so

Seventh Generation ryzen CPUs and not so

Seventh Generation ryzen CPUs and not so
much the cooler but we'll get into that

much the cooler but we'll get into that

much the cooler but we'll get into that
in a little bit but in my research to

in a little bit but in my research to

in a little bit but in my research to
try to cool this thing down I thought

try to cool this thing down I thought

try to cool this thing down I thought
maybe this could help so we're going to

maybe this could help so we're going to

maybe this could help so we're going to
try it out and then we're going to talk

try it out and then we're going to talk

try it out and then we're going to talk
about why the Seventh Generation ryzen's

about why the Seventh Generation ryzen's

about why the Seventh Generation ryzen's
run so hot to begin with but first I got

run so hot to begin with but first I got

run so hot to begin with but first I got
to pay some bills so check out today's

to pay some bills so check out today's

to pay some bills so check out today's
sponsor is your copy of Windows 10

sponsor is your copy of Windows 10

sponsor is your copy of Windows 10
unactivated well it doesn't have to be

unactivated well it doesn't have to be

unactivated well it doesn't have to be
because with today's sponsor vipd key

because with today's sponsor vipd key

because with today's sponsor vipd key
you can get a valid Windows 10 license

you can get a valid Windows 10 license

you can get a valid Windows 10 license
for under $20 stop dealing with that

for under $20 stop dealing with that

for under $20 stop dealing with that
stupid watermark on the desktop the

stupid watermark on the desktop the

stupid watermark on the desktop the
valid license for Windows 10 also with

valid license for Windows 10 also with

valid license for Windows 10 also with
an activated copy of Windows 10 you can

an activated copy of Windows 10 you can

an activated copy of Windows 10 you can
upgrade to Windows 11 for free just go

upgrade to Windows 11 for free just go

upgrade to Windows 11 for free just go
to the link in the description below and

to the link in the description below and

to the link in the description below and
pick up a valid Windows 10 license key

pick up a valid Windows 10 license key

pick up a valid Windows 10 license key
during checkout use the code cyber CPU

during checkout use the code cyber CPU

during checkout use the code cyber CPU
for a 25% discount once you have your

for a 25% discount once you have your

for a 25% discount once you have your
key go to your activation settings in

key go to your activation settings in

key go to your activation settings in
Windows 10 and click on the link that

Windows 10 and click on the link that

Windows 10 and click on the link that
says change product key enter the

says change product key enter the

says change product key enter the
product key you just purchased and hit

product key you just purchased and hit

product key you just purchased and hit
activate now you don't have to deal with

activate now you don't have to deal with

activate now you don't have to deal with
that stupid Watermark that with running

that stupid Watermark that with running

that stupid Watermark that with running
an unactivated copy of Windows 10 now on

an unactivated copy of Windows 10 now on

an unactivated copy of Windows 10 now on
with the video so I want to do a quick

with the video so I want to do a quick

with the video so I want to do a quick
Public Service Announcement really quick

Public Service Announcement really quick

Public Service Announcement really quick
before we get into the video and on the

before we get into the video and on the

before we get into the video and on the
video where we build this system there's

video where we build this system there's

video where we build this system there's
a bunch of scammers I guess that are

a bunch of scammers I guess that are

a bunch of scammers I guess that are
claiming that I'm giving this system

claiming that I'm giving this system

claiming that I'm giving this system
away and unfortunately I'm not I'd love

away and unfortunately I'm not I'd love

away and unfortunately I'm not I'd love
to but if you guys watch the video

to but if you guys watch the video

to but if you guys watch the video
you'll know that I plan to gut this

you'll know that I plan to gut this

you'll know that I plan to gut this
thing and make it my new system so I

thing and make it my new system so I

thing and make it my new system so I
can't really do that if I'm giving it

can't really do that if I'm giving it

can't really do that if I'm giving it
away unfortunately it looks like the

away unfortunately it looks like the

away unfortunately it looks like the
scammers didn't actually watch the video

scammers didn't actually watch the video

scammers didn't actually watch the video
so it's it is what it is however if for

so it's it is what it is however if for

so it's it is what it is however if for
whatever reason someone contacts you in

whatever reason someone contacts you in

whatever reason someone contacts you in
the comments saying I'm giving a

the comments saying I'm giving a

the comments saying I'm giving a
computer away for free they're lying and

computer away for free they're lying and

computer away for free they're lying and
they're trying to steal your money so

they're trying to steal your money so

they're trying to steal your money so
just let me know about it either leave

just let me know about it either leave

just let me know about it either leave
me a comment on Twitter or say something

me a comment on Twitter or say something

me a comment on Twitter or say something
in the comments of the video or you

in the comments of the video or you

in the comments of the video or you
could also report it as well it would be

could also report it as well it would be

could also report it as well it would be
helpful but anyway let's get on with the

helpful but anyway let's get on with the

helpful but anyway let's get on with the
video so why do the Zen 5 ryzen's run so

video so why do the Zen 5 ryzen's run so

video so why do the Zen 5 ryzen's run so
hot your first thought would be that the

hot your first thought would be that the

hot your first thought would be that the
tiny cooler that it come comes with just

tiny cooler that it come comes with just

tiny cooler that it come comes with just
isn't enough to keep it cool I mean

isn't enough to keep it cool I mean

isn't enough to keep it cool I mean
that's what I thought but the truth is

that's what I thought but the truth is

that's what I thought but the truth is
the cooler is not as much as fault as

the cooler is not as much as fault as

the cooler is not as much as fault as
you might think the ryzen 57600 that we

you might think the ryzen 57600 that we

you might think the ryzen 57600 that we
built in this system is around a 65 watt

built in this system is around a 65 watt

built in this system is around a 65 watt
processor so the stock cooler should be

processor so the stock cooler should be

processor so the stock cooler should be
able to keep it cool and believe it or

able to keep it cool and believe it or

able to keep it cool and believe it or
not 85c is exactly where am AMD intended

not 85c is exactly where am AMD intended

not 85c is exactly where am AMD intended
it to run at so that little stock cooler

it to run at so that little stock cooler

it to run at so that little stock cooler
is in fact doing its job the reason 85c

is in fact doing its job the reason 85c

is in fact doing its job the reason 85c
is important is because on the ryzen 7th

is important is because on the ryzen 7th

is important is because on the ryzen 7th
gen processors 85c is TJ Maxx which is

gen processors 85c is TJ Maxx which is

gen processors 85c is TJ Maxx which is
just a fancy way of saying the maximum

just a fancy way of saying the maximum

just a fancy way of saying the maximum
thermal Junction it's the temperature

thermal Junction it's the temperature

thermal Junction it's the temperature
threshold in which the CPU is allowed to

threshold in which the CPU is allowed to

threshold in which the CPU is allowed to
hit in its boost algorithm so until the

hit in its boost algorithm so until the

hit in its boost algorithm so until the
CPU hits that magic temperature

CPU hits that magic temperature

CPU hits that magic temperature
threshold it's allowed to boost to its

threshold it's allowed to boost to its

threshold it's allowed to boost to its
maximum boost clock which for the 7600

maximum boost clock which for the 7600

maximum boost clock which for the 7600
is 5.1 gahz so with this in mind

is 5.1 gahz so with this in mind

is 5.1 gahz so with this in mind
increasing your cooling capacity isn't

increasing your cooling capacity isn't

increasing your cooling capacity isn't
necessarily going to drop the

necessarily going to drop the

necessarily going to drop the
processor's temperature I mean it's just

processor's temperature I mean it's just

processor's temperature I mean it's just
going to give the processor more

going to give the processor more

going to give the processor more
Headroom to boost which is exactly why

Headroom to boost which is exactly why

Headroom to boost which is exactly why
we want to increase the cooling capacity

we want to increase the cooling capacity

we want to increase the cooling capacity
in the first place so with that out of

in the first place so with that out of

in the first place so with that out of
the way how is this little thing here

the way how is this little thing here

the way how is this little thing here
going to help us with that well the

going to help us with that well the

going to help us with that well the
concept is based on the Intel LGA 1700

concept is based on the Intel LGA 1700

concept is based on the Intel LGA 1700
these processors run hot and one of the

these processors run hot and one of the

these processors run hot and one of the
reasons why is because of the socket

reasons why is because of the socket

reasons why is because of the socket
design in fact it's because of the way

design in fact it's because of the way

design in fact it's because of the way
LGA sockets work work in the first place

LGA sockets work work in the first place

LGA sockets work work in the first place
the am4 socket was a PGA socket PGA

the am4 socket was a PGA socket PGA

the am4 socket was a PGA socket PGA
stands for pin grid array all the pins

stands for pin grid array all the pins

stands for pin grid array all the pins
were in the CPU itself and they made it

were in the CPU itself and they made it

were in the CPU itself and they made it
up with the socket which was held down

up with the socket which was held down

up with the socket which was held down
by the socket clamping down on all the

by the socket clamping down on all the

by the socket clamping down on all the
pins on the CPU so the CPU was seated

pins on the CPU so the CPU was seated

pins on the CPU so the CPU was seated
properly into the socket by essentially

properly into the socket by essentially

properly into the socket by essentially
retaining all of the pins across the

retaining all of the pins across the

retaining all of the pins across the
entire surface of the processor at least

entire surface of the processor at least

entire surface of the processor at least
the underside of the processor now the

the underside of the processor now the

the underside of the processor now the
am5 and the LGA 1700 use an LGA socket

am5 and the LGA 1700 use an LGA socket

am5 and the LGA 1700 use an LGA socket
which stands for land grid array on

which stands for land grid array on

which stands for land grid array on
these sockets the pins themselves are on

these sockets the pins themselves are on

these sockets the pins themselves are on
the socket and they are retained through

the socket and they are retained through

the socket and they are retained through
a retention bracket that just barely

a retention bracket that just barely

a retention bracket that just barely
touches the edges of the processor to

touches the edges of the processor to

touches the edges of the processor to
hold it down as you can see from this

hold it down as you can see from this

hold it down as you can see from this
picture here the LGA 1700 and this one

picture here the LGA 1700 and this one

picture here the LGA 1700 and this one
here of the am5 the retention bracket

here of the am5 the retention bracket

here of the am5 the retention bracket
only comes in contact with the CPU on

only comes in contact with the CPU on

only comes in contact with the CPU on
those little wings on the left and right

those little wings on the left and right

those little wings on the left and right
hand side of the retention bracket so

hand side of the retention bracket so

hand side of the retention bracket so
essentially what was happening to the

essentially what was happening to the

essentially what was happening to the
LGA 1700 chips was because they were so

LGA 1700 chips was because they were so

LGA 1700 chips was because they were so
long and the retention bracket only held

long and the retention bracket only held

long and the retention bracket only held
the left and right hand side of the chip

the left and right hand side of the chip

the left and right hand side of the chip
excessive temperatures would cause the

excessive temperatures would cause the

excessive temperatures would cause the
IHS to actually warp and lose full

IHS to actually warp and lose full

IHS to actually warp and lose full
contact with the cooler now this seems

contact with the cooler now this seems

contact with the cooler now this seems
counterintuitive because you also have

counterintuitive because you also have

counterintuitive because you also have
the cooler itself pushing down on the

the cooler itself pushing down on the

the cooler itself pushing down on the
CPU but even with that Force the IH IHS

CPU but even with that Force the IH IHS

CPU but even with that Force the IH IHS
on the Intel chips warps causing

on the Intel chips warps causing

on the Intel chips warps causing
excessive temperatures so the solution

excessive temperatures so the solution

excessive temperatures so the solution
to that was a retention frame similar to

to that was a retention frame similar to

to that was a retention frame similar to
this one that applies pressure all the

this one that applies pressure all the

this one that applies pressure all the
way around the surface of the processor

way around the surface of the processor

way around the surface of the processor
stopping the IHS from warping and it

stopping the IHS from warping and it

stopping the IHS from warping and it
significantly reduces temperatures so

significantly reduces temperatures so

significantly reduces temperatures so
does the same concept apply to am5 I

does the same concept apply to am5 I

does the same concept apply to am5 I
mean am5 uses a similar socket and is

mean am5 uses a similar socket and is

mean am5 uses a similar socket and is
retained exactly the same as the Intel

retained exactly the same as the Intel

retained exactly the same as the Intel
socket but in reality it's actually not

socket but in reality it's actually not

socket but in reality it's actually not
the same you see the reason why the LGA

the same you see the reason why the LGA

the same you see the reason why the LGA
1700 benefits from a retention frame is

1700 benefits from a retention frame is

1700 benefits from a retention frame is
because of the size of the chip itself

because of the size of the chip itself

because of the size of the chip itself
it's a giant rectangle the ryzen chip

it's a giant rectangle the ryzen chip

it's a giant rectangle the ryzen chip
isn't it's a traditional square and

isn't it's a traditional square and

isn't it's a traditional square and
technically even though it uses the same

technically even though it uses the same

technically even though it uses the same
retention method the overall percentage

retention method the overall percentage

retention method the overall percentage
of the IHS being held down is much

of the IHS being held down is much

of the IHS being held down is much
larger than the Intel socket and

larger than the Intel socket and

larger than the Intel socket and
ironically if we put these pictures back

ironically if we put these pictures back

ironically if we put these pictures back
up here you can see that the wings on

up here you can see that the wings on

up here you can see that the wings on
the am5 socket are also much larger than

the am5 socket are also much larger than

the am5 socket are also much larger than
the wings on the LGA 1700 so not only is

the wings on the LGA 1700 so not only is

the wings on the LGA 1700 so not only is
the am5 a smaller chip but it has larger

the am5 a smaller chip but it has larger

the am5 a smaller chip but it has larger
retention wings but they still make an

retention wings but they still make an

retention wings but they still make an
am5 retention frame and it's only 15

am5 retention frame and it's only 15

am5 retention frame and it's only 15
bucks so I think it's worth at least

bucks so I think it's worth at least

bucks so I think it's worth at least
testing it to see if it makes a

testing it to see if it makes a

testing it to see if it makes a
difference so let's get this thing

difference so let's get this thing

difference so let's get this thing
installed and see what benefit it gives

installed and see what benefit it gives

installed and see what benefit it gives
us so first let's take a look at what

us so first let's take a look at what

us so first let's take a look at what
this thing com comes with obviously you

this thing com comes with obviously you

this thing com comes with obviously you
get the contact frame itself and if you

get the contact frame itself and if you

get the contact frame itself and if you
go into the box here it comes with some

go into the box here it comes with some

go into the box here it comes with some
thermal grease as well as all the screws

thermal grease as well as all the screws

thermal grease as well as all the screws
that you need to install it now these

that you need to install it now these

that you need to install it now these
screws are kind of important so don't

screws are kind of important so don't

screws are kind of important so don't
lose them they're extremely specific for

lose them they're extremely specific for

lose them they're extremely specific for
this and they're exactly the same size

this and they're exactly the same size

this and they're exactly the same size
as the screws that hold down the

as the screws that hold down the

as the screws that hold down the
original contact frame or the original

original contact frame or the original

original contact frame or the original
frame mechanism that comes on the am5

frame mechanism that comes on the am5

frame mechanism that comes on the am5
socket so you should use the same tool

socket so you should use the same tool

socket so you should use the same tool
tool in order to remove it now it does

tool in order to remove it now it does

tool in order to remove it now it does
come with a tool comes with an allen key

come with a tool comes with an allen key

come with a tool comes with an allen key
however I highly recommend you get

however I highly recommend you get

however I highly recommend you get
yourself a T20 Torx driver because it

yourself a T20 Torx driver because it

yourself a T20 Torx driver because it
will make the whole process a whole lot

will make the whole process a whole lot

will make the whole process a whole lot
easier so let's get this thing actually

easier so let's get this thing actually

easier so let's get this thing actually
installed in the system and to start

installed in the system and to start

installed in the system and to start
with we're going to go ahead and take

with we're going to go ahead and take

with we're going to go ahead and take
the side panel off move some of this

the side panel off move some of this

the side panel off move some of this
stuff out of our way so we can set the

stuff out of our way so we can set the

stuff out of our way so we can set the
computer itself down now depending on

computer itself down now depending on

computer itself down now depending on
your system you don't necessarily have

your system you don't necessarily have

your system you don't necessarily have
to pull the GPU or anything out I'm not

to pull the GPU or anything out I'm not

to pull the GPU or anything out I'm not
going to on this one I'm just going to

going to on this one I'm just going to

going to on this one I'm just going to
pull it apart the way that it is to

pull it apart the way that it is to

pull it apart the way that it is to
start out with all we're going to do is

start out with all we're going to do is

start out with all we're going to do is
we're going to take the CPU Cooler and

we're going to take the CPU Cooler and

we're going to take the CPU Cooler and
the original frame out and then replace

the original frame out and then replace

the original frame out and then replace
it with the new one and then repaste the

it with the new one and then repaste the

it with the new one and then repaste the
CPU while we're doing it so to do that

CPU while we're doing it so to do that

CPU while we're doing it so to do that
we're just going to go ahead and unplug

it we're going to take the screws from

it we're going to take the screws from
the cooler itself off and then when you

the cooler itself off and then when you

the cooler itself off and then when you
take these off I would recommend loosing

take these off I would recommend loosing

take these off I would recommend loosing
the loosening these a little bit at a

the loosening these a little bit at a

the loosening these a little bit at a
time don't just loosen them all at once

time don't just loosen them all at once

time don't just loosen them all at once
turn three or four turns on each screw

turn three or four turns on each screw

turn three or four turns on each screw
so you can kind of take the cooler off

so you can kind of take the cooler off

so you can kind of take the cooler off
evenly across the

evenly across the

evenly across the
entire surface if you if you pull it off

entire surface if you if you pull it off

entire surface if you if you pull it off
you don't want it to pop uneven because

you don't want it to pop uneven because

you don't want it to pop uneven because
you could put

you could put

you could put
some uneven pressure onto the CPU socket

some uneven pressure onto the CPU socket

some uneven pressure onto the CPU socket
itself and it could cause damage it

itself and it could cause damage it

itself and it could cause damage it
probably won't but it's still a good

probably won't but it's still a good

probably won't but it's still a good
practice to do it this way this is the

practice to do it this way this is the

practice to do it this way this is the
way that I've always done it so if

way that I've always done it so if

way that I've always done it so if
anything else it's just kind of habit at

anything else it's just kind of habit at

anything else it's just kind of habit at
this point so once we get it off we can

this point so once we get it off we can

this point so once we get it off we can
see that we have heat sink Compound on

see that we have heat sink Compound on

see that we have heat sink Compound on
it now and what we're going to need to

it now and what we're going to need to

it now and what we're going to need to
do is go ahead and clean the heat sink

do is go ahead and clean the heat sink

do is go ahead and clean the heat sink
compound off get yourself a nice rag to

compound off get yourself a nice rag to

compound off get yourself a nice rag to
clean this off with I have one that I

clean this off with I have one that I

clean this off with I have one that I
use for compound as you can see it's

use for compound as you can see it's

use for compound as you can see it's
been used for compound a couple of times

been used for compound a couple of times

been used for compound a couple of times
and it's a good idea to have a somewhat

and it's a good idea to have a somewhat

and it's a good idea to have a somewhat
clean rag because you don't want to

clean rag because you don't want to

clean rag because you don't want to
actually transfer compound from your rag

actually transfer compound from your rag

actually transfer compound from your rag
to the CPU and I change mine out every

to the CPU and I change mine out every

to the CPU and I change mine out every
once in a while but it is nice to have a

once in a while but it is nice to have a

once in a while but it is nice to have a
clean one and then add you can see the

clean one and then add you can see the

clean one and then add you can see the
Gen 5 CPUs are kind of hard to get heat

Gen 5 CPUs are kind of hard to get heat

Gen 5 CPUs are kind of hard to get heat
sink compound off of because of all

sink compound off of because of all

sink compound off of because of all
their little machined edges and stuff

their little machined edges and stuff

their little machined edges and stuff
like that but it's not too

like that but it's not too

like that but it's not too
bad so once you get this cleaned up the

bad so once you get this cleaned up the

bad so once you get this cleaned up the
next thing that you want to do is go

next thing that you want to do is go

next thing that you want to do is go
ahead

ahead

ahead
and pull the old bracket at least open

and pull the old bracket at least open

and pull the old bracket at least open
the old bracket up I wouldn't unscrew

the old bracket up I wouldn't unscrew

the old bracket up I wouldn't unscrew
the old bracket with it tightened down

the old bracket with it tightened down

the old bracket with it tightened down
onto the CPU I would loosen it all up

onto the CPU I would loosen it all up

onto the CPU I would loosen it all up
first and then you ENT eventually just

first and then you ENT eventually just

first and then you ENT eventually just
unloosen these screws now the original

unloosen these screws now the original

unloosen these screws now the original
bracket itself are captive screws so

bracket itself are captive screws so

bracket itself are captive screws so
you'll have to loosen them all first and

you'll have to loosen them all first and

you'll have to loosen them all first and
then take them all out if that makes any

then take them all out if that makes any

then take them all out if that makes any
sense it they're captive so they won't

sense it they're captive so they won't

sense it they're captive so they won't
actually allow you to completely loosen

actually allow you to completely loosen

actually allow you to completely loosen
each one while the rest of them are

each one while the rest of them are

each one while the rest of them are
tight if that makes sense but once you

tight if that makes sense but once you

tight if that makes sense but once you
loosen it up you should be able just to

loosen it up you should be able just to

loosen it up you should be able just to
lift up and out the old contact bracket

lift up and out the old contact bracket

lift up and out the old contact bracket
just like that and like I said these

just like that and like I said these

just like that and like I said these
screws are aptive so they don't fall out

screws are aptive so they don't fall out

screws are aptive so they don't fall out
so you can go ahead and close this

so you can go ahead and close this

so you can go ahead and close this
bracket up just like this and then save

bracket up just like this and then save

bracket up just like this and then save
it for if you ever want to put it back

it for if you ever want to put it back

it for if you ever want to put it back
into the machine so to put the new one

into the machine so to put the new one

into the machine so to put the new one
on you just take it and set it over the

on you just take it and set it over the

on you just take it and set it over the
top of where the old one came off and

top of where the old one came off and

top of where the old one came off and
you do that just like this you just set

you do that just like this you just set

you do that just like this you just set
it down right over the CPU being careful

it down right over the CPU being careful

it down right over the CPU being careful
not to move the CPU out of the socket

not to move the CPU out of the socket

not to move the CPU out of the socket
because you really don't want to bend

because you really don't want to bend

because you really don't want to bend
pins on an LGA socket it's not a great

pins on an LGA socket it's not a great

pins on an LGA socket it's not a great
idea and then with the new screws just

idea and then with the new screws just

idea and then with the new screws just
go ahead and drop the new screws into

go ahead and drop the new screws into

go ahead and drop the new screws into
the hole at least this is how I do

the hole at least this is how I do

the hole at least this is how I do
it and believe me I've had this thing

it and believe me I've had this thing

it and believe me I've had this thing
installed and uninstalled several times

installed and uninstalled several times

installed and uninstalled several times
during the testing of this to see how

during the testing of this to see how

during the testing of this to see how
well it

well it

well it
works and essentially what I'll do is

works and essentially what I'll do is

works and essentially what I'll do is
set all the screws in first and then

set all the screws in first and then

set all the screws in first and then
tighten them all down

tighten them all down

tighten them all down
individually with all along you want to

individually with all along you want to

individually with all along you want to
make

make

make
sure that you don't let the CPU slip out

sure that you don't let the CPU slip out

sure that you don't let the CPU slip out
of the

of the

of the
socket and these things don't have to be

socket and these things don't have to be

socket and these things don't have to be
like ridiculous ly

like ridiculous ly

like ridiculous ly
tight just snug is

tight just snug is

tight just snug is
fine and at this point I'm going to wipe

fine and at this point I'm going to wipe

fine and at this point I'm going to wipe
it down real quick again just to make

it down real quick again just to make

it down real quick again just to make
sure there's no more Compound on it and

sure there's no more Compound on it and

sure there's no more Compound on it and
I'm going to use the compound that comes

I'm going to use the compound that comes

I'm going to use the compound that comes
with it but typically I use thermal

with it but typically I use thermal

with it but typically I use thermal
Grizzly but this is here and it's free

Grizzly but this is here and it's free

Grizzly but this is here and it's free
so we might as well use it so I'm going

so we might as well use it so I'm going

so we might as well use it so I'm going
to put some compound on this now people

to put some compound on this now people

to put some compound on this now people
watching this you might say well I'm not

watching this you might say well I'm not

watching this you might say well I'm not
doing it right but you do it the way you

doing it right but you do it the way you

doing it right but you do it the way you
want to do it and I'm going to do it the

want to do it and I'm going to do it the

want to do it and I'm going to do it the
way I want to do it

and then once you get the compound on

and then once you get the compound on
just go ahead and lower the CPU Cooler

just go ahead and lower the CPU Cooler

just go ahead and lower the CPU Cooler
back into place making sure you line up

back into place making sure you line up

back into place making sure you line up
all the

all the

all the
screws and then just like the way you

screws and then just like the way you

screws and then just like the way you
removed it I would tighten it a few

removed it I would tighten it a few

removed it I would tighten it a few
screws at a time I usually go three and

screws at a time I usually go three and

screws at a time I usually go three and
go in a rotating pattern around the

go in a rotating pattern around the

go in a rotating pattern around the
cooler all right once you get it screwed

cooler all right once you get it screwed

cooler all right once you get it screwed
down go ahead and replace the wire for

down go ahead and replace the wire for

down go ahead and replace the wire for
the CPU Cooler and there you go so my

the CPU Cooler and there you go so my

the CPU Cooler and there you go so my
first comment that I have on this

first comment that I have on this

first comment that I have on this
retention frame is it definitely looks a

retention frame is it definitely looks a

retention frame is it definitely looks a
lot cooler than the stock am5 frame

lot cooler than the stock am5 frame

lot cooler than the stock am5 frame
retention system you know it does look

retention system you know it does look

retention system you know it does look
good and if it wasn't for the fact that

good and if it wasn't for the fact that

good and if it wasn't for the fact that
the thing is going to be completely

the thing is going to be completely

the thing is going to be completely
covered by your CPU Cooler and it would

covered by your CPU Cooler and it would

covered by your CPU Cooler and it would
be worth the 15 bucks just for the looks

be worth the 15 bucks just for the looks

be worth the 15 bucks just for the looks
alone however once you put your cooler

alone however once you put your cooler

alone however once you put your cooler
on it's practically invisible so it

on it's practically invisible so it

on it's practically invisible so it
better perform as good as it looks

better perform as good as it looks

better perform as good as it looks
so my first impression after doing all

so my first impression after doing all

so my first impression after doing all
the testing was that this thing is not

the testing was that this thing is not

the testing was that this thing is not
even worth $15 however once digging

even worth $15 however once digging

even worth $15 however once digging
through the data a little bit my opinion

through the data a little bit my opinion

through the data a little bit my opinion
kind of changed now keep in mind all of

kind of changed now keep in mind all of

kind of changed now keep in mind all of
this testing was done with the stock AMD

this testing was done with the stock AMD

this testing was done with the stock AMD
cooler so any benefit that we see is

cooler so any benefit that we see is

cooler so any benefit that we see is
going to be hindered by the stock cooler

going to be hindered by the stock cooler

going to be hindered by the stock cooler
capacity so as you can see here there's

capacity so as you can see here there's

capacity so as you can see here there's
a temperature graph that I plotted

a temperature graph that I plotted

a temperature graph that I plotted
through the entire run of cinebench R23

through the entire run of cinebench R23

through the entire run of cinebench R23
and aside from a little temperature

and aside from a little temperature

and aside from a little temperature
variation at the beginning and the end

variation at the beginning and the end

variation at the beginning and the end
of the run it didn't affect the

of the run it didn't affect the

of the run it didn't affect the
temperature at all in fact it was the

temperature at all in fact it was the

temperature at all in fact it was the
same across the board in fact the

same across the board in fact the

same across the board in fact the
average temperature with the stock

average temperature with the stock

average temperature with the stock
retention system just this little silver

retention system just this little silver

retention system just this little silver
one right here was 82.4 C and with the

one right here was 82.4 C and with the

one right here was 82.4 C and with the
secure frame retention bracket we got an

secure frame retention bracket we got an

secure frame retention bracket we got an
average temperature of 82.5 C and keep

average temperature of 82.5 C and keep

average temperature of 82.5 C and keep
in mind that these numbers were also

in mind that these numbers were also

in mind that these numbers were also
rounded so the temperature variation was

rounded so the temperature variation was

rounded so the temperature variation was
a little less than

a little less than

a little less than
0.1% so that's it case closed this thing

0.1% so that's it case closed this thing

0.1% so that's it case closed this thing
is a piece of junk and not worth your

is a piece of junk and not worth your

is a piece of junk and not worth your
money but wait isn't there another thing

money but wait isn't there another thing

money but wait isn't there another thing
that we're forgetting about in fact

that we're forgetting about in fact

that we're forgetting about in fact
there is remember earlier when I

there is remember earlier when I

there is remember earlier when I
explained how the Boost algorithm worked

explained how the Boost algorithm worked

explained how the Boost algorithm worked
on the am5 processors it will boost your

on the am5 processors it will boost your

on the am5 processors it will boost your
CPU until it hits TJ Maxx and then it

CPU until it hits TJ Maxx and then it

CPU until it hits TJ Maxx and then it
will start throttling down the Boost

will start throttling down the Boost

will start throttling down the Boost
once it hits that thermal threshold well

once it hits that thermal threshold well

once it hits that thermal threshold well
we hit that thermal threshold several

we hit that thermal threshold several

we hit that thermal threshold several
times through each Benchmark run so when

times through each Benchmark run so when

times through each Benchmark run so when
we look at the frequencies that the CPU

we look at the frequencies that the CPU

we look at the frequencies that the CPU
ran at through those Benchmark runs you

ran at through those Benchmark runs you

ran at through those Benchmark runs you
can see here on the graph that as the

can see here on the graph that as the

can see here on the graph that as the
processor heated up the frequency

processor heated up the frequency

processor heated up the frequency
tapered down just like you would expect

tapered down just like you would expect

tapered down just like you would expect
it to however if you look down at the

it to however if you look down at the

it to however if you look down at the
end of The Run you'll notice that the

end of The Run you'll notice that the

end of The Run you'll notice that the
red line stayed just a little bit higher

red line stayed just a little bit higher

red line stayed just a little bit higher
than the Blue Line indicating that the

than the Blue Line indicating that the

than the Blue Line indicating that the
secure frame was able to control its

secure frame was able to control its

secure frame was able to control its
temperature just enough to give it a

temperature just enough to give it a

temperature just enough to give it a
little bit more boost boost and it was

little bit more boost boost and it was

little bit more boost boost and it was
definitely just a little bit because our

definitely just a little bit because our

definitely just a little bit because our
average boost clock with the stock

average boost clock with the stock

average boost clock with the stock
retention system was

retention system was

retention system was
46835 MHz and with the secure frame

46835 MHz and with the secure frame

46835 MHz and with the secure frame
retention bracket we got an average

retention bracket we got an average

retention bracket we got an average
frequency of

frequency of

frequency of
47122 MHz that's an increase of 28.7 MHz

47122 MHz that's an increase of 28.7 MHz

47122 MHz that's an increase of 28.7 MHz
in the average while not much I've

in the average while not much I've

in the average while not much I've
actually owned computers before that had

actually owned computers before that had

actually owned computers before that had
a lower clock speed than that difference

a lower clock speed than that difference

a lower clock speed than that difference
so it was a benefit also you can see on

so it was a benefit also you can see on

so it was a benefit also you can see on
this graph right here that the very

this graph right here that the very

this graph right here that the very
beginning of the Run we had a spike that

beginning of the Run we had a spike that

beginning of the Run we had a spike that
hit 4.9 GHz but it only stayed there for

hit 4.9 GHz but it only stayed there for

hit 4.9 GHz but it only stayed there for
one cycle and then dropped down to the

one cycle and then dropped down to the

one cycle and then dropped down to the
average you can also see that the secure

average you can also see that the secure

average you can also see that the secure
frame retention bracket started at a

frame retention bracket started at a

frame retention bracket started at a
higher frequency and ended at a higher

higher frequency and ended at a higher

higher frequency and ended at a higher
frequency than the stock retention

frequency than the stock retention

frequency than the stock retention
system as well so before I actually sat

system as well so before I actually sat

system as well so before I actually sat
down and crunched the numbers I was

down and crunched the numbers I was

down and crunched the numbers I was
going to tell you not to buy buy this

going to tell you not to buy buy this

going to tell you not to buy buy this
thing I was going to tell you not to buy

thing I was going to tell you not to buy

thing I was going to tell you not to buy
it because it was nothing more than a

it because it was nothing more than a

it because it was nothing more than a
way to capitalize on the benefit that

way to capitalize on the benefit that

way to capitalize on the benefit that
the Intel retention frame performed

the Intel retention frame performed

the Intel retention frame performed
because quite honestly if you have an

because quite honestly if you have an

because quite honestly if you have an
Intel system you should have a retention

Intel system you should have a retention

Intel system you should have a retention
frame for it because it absolutely makes

frame for it because it absolutely makes

frame for it because it absolutely makes
a difference in temperatures on the

a difference in temperatures on the

a difference in temperatures on the
Intel systems however this one doesn't

Intel systems however this one doesn't

Intel systems however this one doesn't
give you the same benefit that the Intel

give you the same benefit that the Intel

give you the same benefit that the Intel
one does it still does give you a

one does it still does give you a

one does it still does give you a
benefit though in fact I think it's a

benefit though in fact I think it's a

benefit though in fact I think it's a
reasonable decent benefit for 15 bucks I

reasonable decent benefit for 15 bucks I

reasonable decent benefit for 15 bucks I
also believe that this thing would help

also believe that this thing would help

also believe that this thing would help
even more if we had a better cooling

even more if we had a better cooling

even more if we had a better cooling
Solution on the system than the stock

Solution on the system than the stock

Solution on the system than the stock
cooler because as you may have noticed

cooler because as you may have noticed

cooler because as you may have noticed
with the stock cooler we never hit our

with the stock cooler we never hit our

with the stock cooler we never hit our
maximum boost clocks that this CPU is

maximum boost clocks that this CPU is

maximum boost clocks that this CPU is
capable of in fact we averaged

capable of in fact we averaged

capable of in fact we averaged
considerably lower than the maximum

considerably lower than the maximum

considerably lower than the maximum
boost clock however that's going to

boost clock however that's going to

boost clock however that's going to
change soon so stay tuned I'm not done

change soon so stay tuned I'm not done

change soon so stay tuned I'm not done
trying to cool this thing down quite yet

trying to cool this thing down quite yet

trying to cool this thing down quite yet
and I also played around with Precision

and I also played around with Precision

and I also played around with Precision
boost Overdrive a little and I was able

boost Overdrive a little and I was able

boost Overdrive a little and I was able
to get closer to the maximum boost clock

to get closer to the maximum boost clock

to get closer to the maximum boost clock
however I'm going to save that for a

however I'm going to save that for a

however I'm going to save that for a
different video another thing that I

different video another thing that I

different video another thing that I
wanted to touch on real quick though is

wanted to touch on real quick though is

wanted to touch on real quick though is
that I heard while listening to other

that I heard while listening to other

that I heard while listening to other
reviews of this thing when I was

reviews of this thing when I was

reviews of this thing when I was
planning this review that one of the

planning this review that one of the

planning this review that one of the
reviewers said that the biggest benefit

reviewers said that the biggest benefit

reviewers said that the biggest benefit
to this was that it helped not make as

to this was that it helped not make as

to this was that it helped not make as
much of a mess when using thermal paste

much of a mess when using thermal paste

much of a mess when using thermal paste
because it's so tightly machined around

because it's so tightly machined around

because it's so tightly machined around
the unusual shaped IHS of the am5

the unusual shaped IHS of the am5

the unusual shaped IHS of the am5
processor that it helped keep the CPU a

processor that it helped keep the CPU a

processor that it helped keep the CPU a
little cleaner I thought that was the

little cleaner I thought that was the

little cleaner I thought that was the
stupidest benefit until I actually

stupidest benefit until I actually

stupidest benefit until I actually
started testing it and had to repeatedly

started testing it and had to repeatedly

started testing it and had to repeatedly
go back and forth between this Frame and

go back and forth between this Frame and

go back and forth between this Frame and
the secure frame in repasting it every

the secure frame in repasting it every

the secure frame in repasting it every
time and I got to admit the other

time and I got to admit the other

time and I got to admit the other
reviewer was right this thing does a lot

reviewer was right this thing does a lot

reviewer was right this thing does a lot
better at keeping the mess at Bay when

better at keeping the mess at Bay when

better at keeping the mess at Bay when
it comes to repasting the am5 CPU so for

it comes to repasting the am5 CPU so for

it comes to repasting the am5 CPU so for
people who have spent any time at all

people who have spent any time at all

people who have spent any time at all
cleaning off the thermal compound from

cleaning off the thermal compound from

cleaning off the thermal compound from
between those little Nubs on the am5

between those little Nubs on the am5

between those little Nubs on the am5
processor you know exactly what I'm

processor you know exactly what I'm

processor you know exactly what I'm
talking about but with that said

talking about but with that said

talking about but with that said
ultimately I recommend using the secure

ultimately I recommend using the secure

ultimately I recommend using the secure
bracket retention frame not only is it a

bracket retention frame not only is it a

bracket retention frame not only is it a
much cleaner look than the stock

much cleaner look than the stock

much cleaner look than the stock
retention system but it does give a

retention system but it does give a

retention system but it does give a
measurable performance difference and

measurable performance difference and

measurable performance difference and
let's be honest $15 is one of those

let's be honest $15 is one of those

let's be honest $15 is one of those
spontaneous Amazon buys that you order

spontaneous Amazon buys that you order

spontaneous Amazon buys that you order
in the middle of the night when you

in the middle of the night when you

in the middle of the night when you
can't sleep in fact I'm pretty sure

can't sleep in fact I'm pretty sure

can't sleep in fact I'm pretty sure
that's when I bought mine but if you

that's when I bought mine but if you

that's when I bought mine but if you
really want to drop your CPU temperature

really want to drop your CPU temperature

really want to drop your CPU temperature
then you really should try undervolting

then you really should try undervolting

then you really should try undervolting
you can get some considerable

you can get some considerable

you can get some considerable
performance and temperature gains by

performance and temperature gains by

performance and temperature gains by
simply lowering your cpu's voltage if

simply lowering your cpu's voltage if

simply lowering your cpu's voltage if
you'd like to try that out then check

you'd like to try that out then check

you'd like to try that out then check
out this video here not only does it

out this video here not only does it

out this video here not only does it
really work but it's free I may also

really work but it's free I may also

really work but it's free I may also
revisit that subject with this CPU here

revisit that subject with this CPU here

revisit that subject with this CPU here
so stay tuned for that as always you

so stay tuned for that as always you

so stay tuned for that as always you
guys have a great day