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00:00:02

comments on the topic of the fact that you want to

00:00:04

see a video on overclocking the central

00:00:06

processor and I heard your comments,

00:00:09

so meet

00:00:11

the section to form and yes, this video

00:00:14

will be very useful for beginners and also for

00:00:16

amateurs, and in order to sacrifice someone to the

00:00:18

match with a terrible beast like overclocking in my

00:00:22

country is overclocking and I don’t think that

00:00:26

this video will be useful for enthusiasts and professionals, but nevertheless

00:00:28

I recommend everyone, without exception, to

00:00:30

watch it because it’s the most

00:00:31

tube-based and interesting, and after

00:00:33

watching, these are all professional

00:00:35

gay enthusiasts, fly into the comments

00:00:38

to help for beginners, I think

00:00:40

that you and I are obliged to unite a strong

00:00:42

community that will help each

00:00:44

other, and in turn, for beginners, I

00:00:46

ask that

00:00:47

if you follow this tutorial, a

00:00:50

guide in this video will be a great

00:00:52

interesting tutorial, exactly how to disperse

00:00:53

your pebble, I ask all beginners in

00:00:56

general, these ask your questions in the comments

00:00:57

if you don’t understand something and

00:00:59

all the wild amateurs and professionals

00:01:01

help beginners in everything bon appetite for

00:01:04

delicious tea and pleasant viewing I’m off I don’t

00:01:06

think friends that any of

00:01:08

you need to explain what a

00:01:09

central processor is but in short I think it’s

00:01:12

worth it tell us what overclocking is,

00:01:14

or in other words, overclocking is an

00:01:16

increase in the clock frequency and voltage of a

00:01:18

component of your computer in order to

00:01:22

increase its performance beyond

00:01:24

standard modes;

00:01:25

in general, increasing the clock frequency can

00:01:26

reach the maximum value,

00:01:29

provided, again, that stability is maintained;

00:01:31

if there is no stability in your system, then

00:01:33

this will not return them which is corn

00:01:36

5 gigahertz, but again it’s worth remembering 7 without troops,

00:01:38

newcomers to the river league fans all the more

00:01:40

know this when overclocking you, any

00:01:42

component of your computer increases

00:01:44

for you and, accordingly, heat dissipation

00:01:46

increases, power consumption

00:01:48

increases, the noise of your computer increases and in

00:01:51

some cases the resource

00:01:53

resources of some components of yours decrease

00:01:56

assembly now, friends, it’s probably worth

00:01:58

removing the

00:01:59

new animals, monseigneur, help me and please

00:02:03

don’t drop me,

00:02:04

and now we will gradually begin

00:02:11

to move on to the tutorial, a

00:02:13

detailed guide on how to overclock the processor,

00:02:16

but attention is required before

00:02:19

you start in this video, you want to

00:02:21

move on to overclocking the processor,

00:02:23

watch it first the whole video only

00:02:26

then go to the part where I talk

00:02:28

about overclocking the processor and accordingly

00:02:30

deal with it the whole video

00:02:32

overclocking overclocking the processor this thing is

00:02:34

undoubtedly useful but not universal

00:02:36

for some demanding work

00:02:39

tasks you may simply not have enough

00:02:40

performance of your home

00:02:42

computer the problem of choosing equipment

00:02:44

is relevant for everyone who deals with

00:02:46

highly loaded services, a

00:02:48

home computer is definitely not suitable

00:02:50

here, you need a more powerful machine, the best

00:02:52

solution is a flexible cloud server and

00:02:54

which can be instantly adapted

00:02:56

to the load and pay stupidly for the

00:02:58

resources consumed,

00:02:59

I have already talked about selectel more than once,

00:03:00

this is a cool provider of these infrastructures

00:03:02

They have their own cloud

00:03:04

platform, which is at that time

00:03:06

one of the fastest growing in Russia,

00:03:08

but I can say for myself that I

00:03:09

used their cloud servers and

00:03:12

my impressions are as follows: in fact, you

00:03:13

pay money and get the maximum possible

00:03:16

whenever possible for advanced

00:03:18

functionality and even for a beginner, everything will be

00:03:22

clear there, but if you are a

00:03:24

professional in this industry, then

00:03:26

you will also learn a lot of new things for yourself there;

00:03:27

strengthen the body; you can rent a

00:03:29

cloud server and not worry about

00:03:31

setting up and administering

00:03:32

the infrastructure; the service is suitable for

00:03:34

projects of any scale; configurations for

00:03:36

memory processors and disk are flexible

00:03:38

adapt to different requirements you

00:03:42

can deploy a ready-to-use server even without special technical

00:03:43

skills, but in the select all control panel

00:03:46

templates for disk file systems

00:03:47

with a ready-made working environment are available; you

00:03:49

don’t have to install individual

00:03:51

components manually, but a couple of clicks and the

00:03:53

optimal infrastructure for your

00:03:54

project is ready to choose the best one For you, you

00:03:58

can configure the configuration and also order the area server via the link in the description, and

00:04:00

also attention, especially for my

00:04:02

subscribers, there is this promotional code,

00:04:03

it’s called bregman and that’s why you

00:04:06

get 1000 rubles for the promotional code into your

00:04:08

account, is it all done and attention to the

00:04:10

number of promotional codes is limited, so it’s

00:04:12

better hurry up all the links to friends and

00:04:14

descriptions for starters what we need

00:04:16

in order to proceed to the

00:04:18

overclocking stage we will need no matter how it

00:04:21

sounds the processor itself let's

00:04:22

start with the fact that this guide will be

00:04:24

dedicated not only to intel combat but also to

00:04:27

amateurs we are fans in deep

00:04:29

and of course more degree choice

00:04:31

to touch on this because I’m not a pipe,

00:04:33

so look, if we’re talking about a

00:04:35

line of processors and you can overclock a guitar with them,

00:04:37

you can overclock everything with the

00:04:39

exception of the line of the Ryzen line, about

00:04:41

this in the line at once about there are processors

00:04:43

that are overclocked, a drop can be

00:04:45

overclocked

00:04:46

if we we are talking about

00:04:48

intel processors and which processors can be overclocked

00:04:50

with intel, everything is simple if you have a

00:04:53

processor, the processor has a certain letter at the end,

00:04:55

it means

00:04:57

you can overclock this processor

00:04:59

or not, respectively, on a regular one,

00:05:02

available on the mass market, in short, you are

00:05:04

hardware if you see a processor with the

00:05:06

kay index,

00:05:07

let’s say 767 distant or

00:05:11

or a 9 10 900 carry this handsome guy

00:05:14

was there often in the video now

00:05:15

appearing or let’s say if you have

00:05:18

a certain Yandex x then you can also overclock

00:05:21

this stone for example 1792 x 778 20x but

00:05:27

these two stones

00:05:28

then yes, if you see the index x, then

00:05:30

you can know that these stones are

00:05:33

designed specifically for the

00:05:34

hobbit platform for non-linear processors, more precisely, the

00:05:36

processors that go to these processors

00:05:39

have 2066 juices,

00:05:40

motherboards are equipped with an x

00:05:43

299 chipset, I myself have two test benches

00:05:46

on the 266 platform and I I can say that

00:05:49

these are cool stones, but these are extreme

00:05:52

stones for enthusiasts and for geeks,

00:05:54

I would at least become not that I will also say

00:05:57

that I’m a pro then they won’t last for that’s why

00:05:59

I’m not a fan of

00:06:01

the demand, no, that is, on the mass market

00:06:03

in most cases, in short you will

00:06:05

see the index kay ok it just says

00:06:07

that you can tell

00:06:08

any other index will say that you ca

00:06:10

n’t really drive it maybe also

00:06:12

kay s let’s say with the index in your processor

00:06:14

this is your selected stone but

00:06:17

by the way we’ll talk about this later but

00:06:18

this figurative stone and it also serves you for

00:06:21

overclocking, but any other Yandex

00:06:23

may be acceptable index ef acceptable

00:06:25

391 2 0

00:06:27

f.i. and here f says that the

00:06:31

integrated video core is disabled here in order

00:06:33

to reduce the cost of

00:06:34

this processor as much as possible, so what do we

00:06:36

need to overclock further? The second thing is the

00:06:38

motherboard,

00:06:40

you may ask wreck you are completely

00:06:42

crazy, but at the same time you need to tell everything

00:06:45

because again

00:06:47

motherboards, processors, etc., beginners

00:06:48

don’t all know this, so we’ll talk

00:06:50

about which

00:06:52

motherboards can be driven on and which ones can’t. If

00:06:55

we’re talking about

00:06:56

md, then you can drive on everything except

00:07:00

motherboards with the

00:07:02

hey 320 and hey a500 chipset

00:07:06

why will you feel here periodically so that

00:07:07

newcomers, again, don’t get lost, that is,

00:07:09

let’s say you have one and where are you anyway

00:07:11

33 Peru him here you have x 390 399

00:07:15

platform you have a chipset x 470 no problem

00:07:21

in driving x 570 I don’t know x 370, but if we are

00:07:24

talking about

00:07:26

Intel, then all this stuff won’t be

00:07:28

needed, that feeling when the shooting

00:07:31

table is one and a half meters high,

00:07:33

but if we are talking about Intel, then

00:07:35

accordingly you will need a

00:07:36

motherboard with a chipset that starts at x

00:07:39

as well as an extreme processor with

00:07:40

index of persons or chips should be in the

00:07:44

motherboard z locked z170 on 273

00:07:48

370 to us and so on 490 the essence is what and with

00:07:52

intel, unlike this India, you can drive

00:07:55

on the mass market exactly which

00:07:57

platform that is, 151 there 12 2 0 can

00:08:00

only be on on motherboards with index

00:08:02

z, in the case of Andy, you can’t drive only

00:08:06

on the youngest chipset on your chipset itself,

00:08:08

then eika, well, for now, drive the engine

00:08:10

for the x thread, but we shorten it, there is

00:08:14

more room for action in this case

00:08:17

than in Intel, and the third thing we need

00:08:19

before overclocking is understanding then how do

00:08:22

you have the motherboard in epam,

00:08:25

let’s say for 390 times this processor power circuit

00:08:29

these are the chokes this is

00:08:31

other etc. this is all that is responsible

00:08:34

for the stability of the operation of your

00:08:36

processor I initially thought to

00:08:38

tell everything in detail and in detail but I

00:08:39

won’t do it because anyway, it

00:08:41

seems to be

00:08:42

provided just for

00:08:44

viewing by beginners and amateurs,

00:08:47

so I’ll tell you briefly and you should

00:08:50

know how many power phases

00:08:52

this particular motherboard has

00:08:54

in order to understand how many phases you

00:08:57

need to deliver the next one together tormented the

00:08:59

MPU and on one side you are looking for a

00:09:03

label where it will be

00:09:05

written what kind of motherboard you have

00:09:08

installed; in my case there is nothing, but

00:09:10

there is already an inscription of that series term for

00:09:12

370 x trim 4, respectively, google your

00:09:16

motherboard, find the

00:09:18

manufacturer’s website and there you read how many phases

00:09:22

power supply on your motherboard,

00:09:24

why do you need it? We can just

00:09:26

take the losses using the inductor and calculate it, it doesn’t

00:09:28

work like that because there is something to understand

00:09:30

how to double it, or that is, you need to

00:09:32

understand

00:09:33

how many real power phases you have, that

00:09:35

is, it may turn out that you have 8

00:09:36

power supply phases, for example ivy in 210, or that

00:09:39

is, not just an eight, that is, but

00:09:41

you need to understand that 8 is about upbringing with

00:09:44

u2 and teles, I don’t know that you have

00:09:46

16 in reality, it’s not so generally accepted that a

00:09:49

quad-core processor, let’s say

00:09:51

the place you want to overclock your

00:09:52

quad-core a4 stone education

00:09:54

is enough but not in the case of overclocking,

00:09:57

so ideally quad-core remove

00:10:00

8 real you and then you will definitely be

00:10:01

ok hockey

00:10:03

try and in your language, again in

00:10:05

broken language for beginners, explain

00:10:07

why power phases are needed, see the

00:10:09

more education your

00:10:11

motherboard has, the better they will be smooth out the

00:10:14

current voltage, so to speak,

00:10:16

and the more stable your system will work

00:10:19

if you have fewer

00:10:21

power phases, the greater the load on them will be,

00:10:23

well, 4 and the penultimate thing you

00:10:26

need to start

00:10:28

overclocking your stone

00:10:30

is the heart of your computer, for example a

00:10:33

power supply Let's start with a

00:10:35

budget assembly for 30 thousand rubles

00:10:38

when it will consist only of a

00:10:40

power supply, you must understand that your

00:10:42

system

00:10:43

under load consumes a certain

00:10:45

amount of power

00:10:46

and if you overclock the process, you

00:10:49

increase heat dissipation, you

00:10:50

increase power consumption and

00:10:53

thereby the load on the power supply also

00:10:55

increases if you For example, open

00:10:58

any calculator available on the Internet

00:11:00

on which you can calculate approximately

00:11:02

the power consumption of your system and you

00:11:04

will see that your power supply

00:11:06

is operating almost at the upper limit of

00:11:09

its possible permissible powers,

00:11:12

which are issued again via a 12

00:11:14

volt line, then you will understand that

00:11:15

overclocking is not recommended for you and in this

00:11:19

case, you need these stores to change

00:11:21

the power supply of your style to want to drive

00:11:23

hardware because an accident and also

00:11:26

the power consumption of the processor

00:11:28

will grow exponentially when the clock frequency increases,

00:11:29

it will generally fly to heaven,

00:11:33

your computer is on fire, but from either it has not

00:11:34

already been tortured in short the power supply is

00:11:38

important if we talk about the

00:11:40

percentage, let’s say you know that your

00:11:41

power supply has a nominal power,

00:11:44

let’s say the tour has 1200 watts, your system

00:11:48

and Nissan is better, in a more visual

00:11:50

example, you will have a 600-

00:11:52

watt petal, your system consumes 300 watts,

00:11:54

that’s how it is given the case is ideal, really

00:11:58

good if the power supply, and I

00:11:59

definitely have a power supply, must have an

00:12:01

80 plus certificate, you can find out

00:12:04

what certificate your power supply has on

00:12:06

any site, I don’t know,

00:12:08

I delete the power supply in Citylink on the

00:12:10

manufacturer’s website

00:12:11

if the power supply operates at 50

00:12:13

percent of the

00:12:14

nominal performance its power is not after deduction,

00:12:17

again the pure gpk of the pawn is exactly the

00:12:19

rated power, then this is all good and

00:12:20

you can safely run the processor because there is a

00:12:23

power reserve, remember the power supply,

00:12:26

even taking into account overclocking, after

00:12:30

your overclocking it should never work at

00:12:33

maximum,

00:12:34

here’s my power supply on 12 volts and taken away

00:12:36

does not produce 490

00:12:38

there, everything is acceptable then I can have all the hardware

00:12:40

there, my whole system can easily

00:12:41

consume 480 watts, this is garbage for one

00:12:45

simple reason because the

00:12:47

elemental base of the power supply

00:12:49

wears out very quickly in these cases and

00:12:51

if you don’t want that something with

00:12:53

a weight if you don’t want to run to

00:12:55

the store you’ll burn your head than we did with the

00:12:56

computer service center it

00:12:58

turns out that the power supply is out of order

00:12:59

or something else happened then don’t

00:13:02

load your tank to the maximum point 5

00:13:05

what you need to overclock your

00:13:08

monster this cooling is good

00:13:13

cooling is the key to good overclocking, look, there are

00:13:16

different options for linings from it, there is

00:13:17

water cooling, there is air cooling,

00:13:20

good cooling, which by the way I

00:13:22

recommend

00:13:23

and this is not an advertisement, I just

00:13:25

love matcha and

00:13:29

but I don’t know, it seems they are no longer

00:13:31

produced, you can look for them if you don’t know

00:13:33

I bought this three years ago, but

00:13:37

they sell it somehow, you buy the

00:13:39

package, it’s inexpensive and very cool,

00:13:41

or in general, we have these coolers

00:13:43

and a theta 21, I really like to install wear

00:13:46

this cooler in budget assemblies where

00:13:48

we don’t have to use hardware these colors

00:13:52

cannot be overclocked, so for beginners I immediately

00:13:55

answer brik will tell you whether it is possible to

00:13:56

overclock on this in this butt these are the

00:13:58

colors you see, your system does

00:14:01

n’t need anything on the prince, I’ll rush or,

00:14:03

accordingly, we’re talking about here in the coverage

00:14:06

of the stern it’s really possible and necessary to

00:14:07

start,

00:14:08

but there is one point look

00:14:11

at the website, let's say Orc. Intuita's

00:14:13

official website and at home you can

00:14:14

see the technical characteristics of

00:14:16

any processor you need,

00:14:18

it is written how many tdp a stone has, do not

00:14:21

forget that the tdp data is written for

00:14:23

stock frequencies and sessions and 9 and

00:14:26

this 10 900 ti we have drains running at 3

00:14:28

7 gigahertz, then accordingly you can

00:14:31

know that the ted justified hamdi 125

00:14:35

gives 125 watts at stock

00:14:37

in turbo boost mode and tdp can

00:14:40

grow

00:14:41

by quite 30+ percent, this also needs to be

00:14:44

taken into account when selecting cooling, that is, let’s

00:14:47

assume you have a processor whose

00:14:49

tdp is declared as much in stock on the

00:14:53

intel website 95th

00:14:54

and you have a cooling that has

00:14:56

130 watts, you think, look, I have a

00:14:58

brik stock of 35 watts, there is nothing

00:15:01

like it because you will have a pebble,

00:15:04

first of all, the drains of the 95th will be current for you in

00:15:06

turbo boost mode, it will already have

00:15:08

130 watts otherwise it’s already the same amount of

00:15:11

cooling as you have and Russia

00:15:13

has heat generation and you need to drive it further

00:15:17

and you won’t be able to drive it anymore because as

00:15:19

soon as you speed it up your stone

00:15:22

will heat up so it can fry the

00:15:24

poor cat running nearby, these

00:15:27

animals lived, take care of them I don’t know, again,

00:15:29

who thinks so, but personally, I make everything

00:15:32

simpler if you have a decree in stock for 125

00:15:34

watts, multiply this figure by two and a

00:15:36

half, even allocate three, that’s

00:15:38

how much you need the cotton wool that

00:15:41

your cooling had, that is, this crankcase

00:15:44

states that it’s 300 watts I don’t believe it I don’t believe it I don’t believe it I don’t believe it

00:15:47

but let’s say I don’t

00:15:50

believe it myself because we are 250 it’s

00:15:52

really shorter x 2 and a half and it will be

00:15:56

really chic thank you even though there’s a 300

00:15:58

watt cord for you 5 that’s fine you can

00:16:01

take this and about the reason to drive and it’s

00:16:03

also worth saying, probably no one will

00:16:06

praise me about them among the vendors for

00:16:08

what I’ll say further because I once

00:16:10

said something similar, but my editor

00:16:12

cut it out of the video; in short, the

00:16:14

producers lie when they talk about

00:16:16

how many pairs there are their

00:16:19

cooling because, as a rule, these

00:16:21

figures are approximate and either overestimated

00:16:24

or in some other way in reality you need to

00:16:27

search on different forums on different

00:16:29

sites, preferably foreign

00:16:32

tests,

00:16:33

satisfied with the cooling, you will really see

00:16:35

how much the pad can grind this or that

00:16:38

total contribution, and it’s also worth saying

00:16:40

that that you may have wondered why

00:16:43

processor consumption, let’s say what is

00:16:46

written here 125 watts equals

00:16:48

heat dissipation, the fact is that the process

00:16:51

initially has almost zero

00:16:53

efficiency, the efficiency is

00:16:55

zero, so all the electricity is

00:16:58

converted into heat so the process

00:17:01

consumes 150 watts, it emits 150 watts

00:17:04

but and finally, you have

00:17:05

decided on the choice of cooling, you

00:17:07

need to correctly configure the air

00:17:10

flows in your computer about

00:17:12

air flows, I filmed a whole video about it,

00:17:14

located here, the link will be in

00:17:16

the description, almost all the points that were

00:17:18

announced earlier are suitable for

00:17:19

significant overclocking, the cow is really overclocked

00:17:22

and the fire is on fire your stone in full,

00:17:26

in cases where we overclock the processor

00:17:28

by 100-300 megahertz, then all these rules

00:17:31

are exercised because there is usually

00:17:33

a lot then it doesn’t increase much, there is no

00:17:36

load on the system, etc.,

00:17:38

etc., but again, not in all cases in

00:17:40

cases if you have a lot of i dash then even

00:17:42

100 megahertz is a good step in the case of a

00:17:46

and 909 to run at 300 megahertz then this is

00:17:49

already significant in fact

00:17:51

overclocking well and with the easiest part we

00:17:53

have finished my friends now let's move on to

00:17:56

theory and practice

00:17:57

overclocking first you need understand that

00:17:59

there are two types of overclocking,

00:18:01

this is an analysis of the pump legs for you, the multiplier,

00:18:03

otherwise I’m already scolding for this or overclocking

00:18:05

on the bus,

00:18:06

so overclocking on the bus, we wo

00:18:08

n’t touch on it now, I’ll explain

00:18:10

why first you need to understand what overclocking

00:18:12

is for an overclocker,

00:18:14

this is raising processor frequency

00:18:16

and the processor frequency is, in

00:18:19

turn, a multiplier number, or more precisely, which is

00:18:22

set precisely on the system bus frequency; the

00:18:25

system bus frequency is

00:18:27

constant and amounts to 100 megahertz, and

00:18:30

if we overclock and, accordingly, the

00:18:32

system bus itself, which is the basis

00:18:35

on the motherboard, on which most work does not

00:18:38

work components

00:18:39

motherboard those like Perth for memory

00:18:41

bus pisyay express respectively the

00:18:43

processor itself and the like we drive this

00:18:45

bus then we automatically overclock the

00:18:48

RAM and so in general affects

00:18:50

many components of your computer

00:18:54

when overclocking systems are deprived, the

00:18:56

stability of the entire system is lost so

00:18:58

we will talk only breeds about

00:19:00

overclocking by multiplier, that is, this is

00:19:02

the number that, again, multiplied by the

00:19:04

frequency of the system bus, we overclock purely

00:19:06

only the process itself, now the multiplier, the

00:19:07

value of the multiplier can be changed, this is

00:19:10

exactly what will be overclocked, that is,

00:19:12

look at this processor, the value of the

00:19:14

multiplier in the drain is 37 the number is

00:19:17

simply 37 multiplied by a bus of 100

00:19:20

megahertz, respectively, what we

00:19:22

get is that in stock this processor

00:19:24

will operate at a frequency of 3700 megahertz

00:19:28

if we increase the multiplier value to

00:19:30

50 2 then we get 5200 megahertz at exactly this

00:19:34

frequency this cable operates in

00:19:36

turbo boost mode and so when people

00:19:39

say that turbo boost is not overclocking the

00:19:41

processor, then you are mistaken, I still

00:19:43

think I will assume that turbo

00:19:45

boost is a kind of overclocking of the processor,

00:19:47

and in fact, everything that you above turbo

00:19:49

thickly throw on it and your personal

00:19:52

overclocked and some may say

00:19:54

then we’ll just raise the shave and the

00:19:56

multiplier to 70, we’ll have 7 thousand

00:19:58

megahertz, we’ll be able to show off in front of the boys

00:20:00

what Sarah was watching, just like

00:20:03

he went to get the Nobel Prize, I don’t

00:20:05

know how to become a doctor of science and technology, but

00:20:07

that’s not how it works when the

00:20:09

frequency increases Perry increases the

00:20:11

purity multipliers accordingly,

00:20:13

you will need to increase the voltage of the processor itself, and

00:20:16

if your voltage crosses the

00:20:19

mark along the bottom of a whole 45 volts, otherwise it

00:20:22

will be bad; look at the increase in

00:20:24

voltage and the transition eventually to the mark of

00:20:27

145 volts, you will have an increased

00:20:29

likelihood of the processor failing and failing

00:20:32

you can shorten the sleeping bag processor for the

00:20:34

risks, in fact, there are generally with

00:20:35

any golf they squeezed in, even but from the

00:20:37

profit of anyone in advertising, it is after

00:20:39

this very mark that the chance of burning

00:20:42

the processor becomes extremely high, in

00:20:44

addition, with each voltage increase mark,

00:20:45

your tdp will increase very much

00:20:47

the processor and sooner or

00:20:49

later the cooling simply won’t be able to

00:20:50

handle the process, it will go into

00:20:52

throttling and overclocking will be of no

00:20:56

use, yes, friends, since this video

00:20:59

will be stumbled upon from the search,

00:21:01

some newbies will lie, watch this

00:21:02

video, I have to explain some of the

00:21:04

words from ugly links only trapping

00:21:06

is when the temperature of your processor in

00:21:08

most cases reaches 100

00:21:10

degrees, such a sawn

00:21:13

mechanism of the processor turns on the clock

00:21:15

frequency of the processor so that, again,

00:21:19

this stone does not heat up above 100

00:21:22

degrees this is just an introductory part

00:21:23

this is if anything else is not yet tuturial on

00:21:25

overclocking further I’m normal, you

00:21:27

would probably have a mess in your head, you do

00:21:28

n’t understand anything right now, then you’ll

00:21:30

understand everything, believe me, then understand

00:21:32

what temperatures I can recommend

00:21:33

your processor in the 1-cup operating mode

00:21:36

should not exceed 80 5 approx, the

00:21:39

edge is 90 degrees but this is a lot of 85

00:21:42

degrees ceiling, you don’t need more, I

00:21:45

ask you, that is, on one side, yes,

00:21:47

it’s still a working emperor,

00:21:48

you can have 90 degrees, but they don’t recommend it, there’s no

00:21:51

need for 85 floors, but yes, I’ll correct it a little,

00:21:53

not just the processor cover of the

00:21:56

processor itself, but namely the Jager of the

00:21:58

processor, that is, the temperature of the

00:22:00

processor cores, so friends,

00:22:02

finally, finally, finally, many of the

00:22:04

hall were besieged, we are starting the

00:22:06

practical part about point but

00:22:08

p1 testing and preparing your

00:22:11

hardware for overclocking, first you need to

00:22:13

go to bios for this, when you turn on the

00:22:16

computer, click on the David key, as

00:22:18

you will now see in the video, now

00:22:20

you set the operation of all the fans and

00:22:22

the cooler to the maximum operating power and

00:22:25

attention, I want to note one nuance on

00:22:27

the market there are a lot of different

00:22:28

motherboards and in all these motherboards the

00:22:30

bios is different, as a result this results

00:22:32

in the fact that all motherboards have completely

00:22:34

different names for the same

00:22:35

technology, but the main

00:22:37

names will be shown on the screen, but

00:22:39

also in the videos,

00:22:40

motherboards from Jesus term and

00:22:42

gigabyte will be shown, but if you don’t find the setting you need, do

00:22:45

n’t be upset

00:22:47

think that this setting for your

00:22:49

motherboard does not exist, it is there, you just need

00:22:51

to use Google, it is purely physically

00:22:53

almost impossible to show

00:22:54

absolutely all existing bios and all

00:22:56

existing BIOS versions

00:22:58

from all existing manufacturers and do not

00:23:00

forget to take the initiative when working with a computer,

00:23:02

overclocking and the like

00:23:04

yes, you can

00:23:06

poke around in the tabs to figure out the bios,

00:23:08

so setting the maximum

00:23:09

power of the turntables and cooler

00:23:11

is required to test the capabilities of your

00:23:13

cooling system, do we need to press the

00:23:15

f10 key to save

00:23:17

the settings and reboot the computer, but

00:23:19

now we just load Windows and

00:23:21

open it of the burner,

00:23:23

this program should be configured

00:23:25

for the processor frequency, its

00:23:27

load percentage, temperature and

00:23:29

fps, but

00:23:31

you can look at how to configure this program on

00:23:33

the Internet, there are a lot of tutorials, by the way, that’s it, here’s an

00:23:35

example for you of any

00:23:37

test from my past videos on the left in the

00:23:39

upper corner of the screen you see just the

00:23:41

same indicator that monitors various

00:23:43

system indicators and this is all the

00:23:46

msf program Toby, don’t forget by the way when

00:23:48

installing Cape of the burner you will need to

00:23:50

install or tune it will automatically

00:23:51

offer its installation and then all

00:23:53

other programs better turn off the

00:23:55

system tray also close the browser

00:23:57

and carry out all tests under identical

00:24:00

conditions, after that we open any

00:24:02

game you need, set the minimum

00:24:04

settings and run the benchmark, that is,

00:24:07

initially it is better to choose a game with a shoe

00:24:08

I can

00:24:09

camera calmly far cry 5 I don’t know there is

00:24:11

headlights new dawn assassin's creed this is

00:24:13

mouth really cool Batman be sure

00:24:15

to record the average FPS if we

00:24:17

lose love 100 as I was looking for in

00:24:18

assassin's creed iv and the edge at the end of the scourge

00:24:21

brand will always be written as the same

00:24:23

average FPS and you won't need to

00:24:25

bother yourself with all these indicators and

00:24:27

also the next one which will be mine next

00:24:30

advice to write down somewhere on a

00:24:31

piece of paper after that you exit the game

00:24:33

and run the blue bench program it is

00:24:35

free on the Internet run all the

00:24:37

tests in single-core and multi-core

00:24:40

mode and all the results showed also

00:24:42

write down on the sheet the next

00:24:44

step run the aida64 program and

00:24:47

turn on the stress test the processor for at least

00:24:50

10 minutes and monitor the

00:24:52

temperature indicator of the processor cores as well as its

00:24:54

frequency, we

00:24:55

also write down the results of these readings. It is

00:24:57

also worth saying that

00:24:59

some may recommend

00:25:01

using the speech program w and MFP,

00:25:04

yes, it has more different indicators,

00:25:06

etc., but in our case, aida64

00:25:08

For the record, you can also

00:25:11

use the program to

00:25:12

stress test the prime95 processor, but

00:25:15

again, I’ll probably give up this idea

00:25:17

because Project 95 does not naturally

00:25:21

load the processor and in most

00:25:23

tasks, in fact, you wo

00:25:25

n’t see such a load, that is, with normal

00:25:28

using a computer, therefore, those

00:25:30

programs that I said are

00:25:32

respectively a gaming test,

00:25:33

this is a correspondence not bench aida64 stress

00:25:36

test of the processor, these are the three main points, all

00:25:39

these three tests will reflect the

00:25:40

real performance of your

00:25:42

computer cooling system, that is, the

00:25:44

processor more accurately and most importantly,

00:25:46

you will see stability How

00:25:48

stable is your system? I look at

00:25:50

this first point, if you

00:25:52

saw what you wrote down on the piece of paper,

00:25:53

that somewhere in the test your

00:25:55

processor temperature is above 85 degrees,

00:25:58

then forget about the slope, go to the

00:26:01

store and buy a new one to cool it or

00:26:04

even For now, put this idea aside

00:26:06

until you make a Muse collector, but if

00:26:08

in all these three tests, respectively,

00:26:11

your processor core temperature is

00:26:14

85 degrees, then go to step

00:26:17

number two, setting the bios value, we will

00:26:20

now need to go into bios, as I

00:26:22

said earlier, this is done through

00:26:23

key David and go to the advanced

00:26:25

mode, as a rule, this mode is called the

00:26:27

advanced mod, after that we go to the

00:26:29

advanced or axes tab,

00:26:31

some will also have to go to the

00:26:33

sepia-lined configuration

00:26:34

and there we turn off, or rather transfer to the

00:26:37

disabled position, such

00:26:38

processor protection parameters as for intel this is

00:26:42

intel speed shift technology with the

00:26:44

enhanced halt circuit,

00:26:45

as well as all parameters of the system support,

00:26:48

if you have a system in India, then you

00:26:50

turn off only the global system control; the

00:26:52

next action will need

00:26:54

to set the circuit and lots, that

00:26:56

is, the line calibration pilot; this

00:26:58

item allows you to level out

00:27:00

processor voltage drops during overclocking

00:27:02

load without going into the wilds, I’ll just

00:27:04

say that this parameter must be set to the

00:27:06

horizontal value according to the prompt in the

00:27:08

biose itself,

00:27:09

or if there is no prompt, then you should

00:27:11

look on the Internet what value

00:27:13

should be set specifically for your

00:27:15

motherboard, you now see

00:27:16

again how it all looks on the screen after

00:27:19

how did you do this whole thing, we

00:27:20

move on to point number three,

00:27:22

search for the necessary parameters and overclocking,

00:27:25

go to the tab on different

00:27:28

motherboards the name may be

00:27:30

different, the name you now see

00:27:31

on the screen is the battle of kir and the

00:27:33

Wikia network is extreme trekker or

00:27:35

just axes in some, the configuration

00:27:38

will also need to be found under the tab

00:27:39

advanced core setting or sepia

00:27:41

configuration, then in many bios you

00:27:43

will need to transfer the advanced

00:27:45

mode or overclocker parameters to manual

00:27:48

expert or advance and, in other words, you

00:27:51

need to switch the frequency adjustment to

00:27:53

manual mode sold

00:27:54

there is a parameter secu smoke or

00:27:56

similar to this name, then move it

00:27:59

to the position sing all cars or all cars,

00:28:02

this will allow you to set the multiplier

00:28:04

for all cores at once

00:28:05

sold, set the multiplier value

00:28:07

for this, take a look at the

00:28:09

purity parameter you recorded during the aida 64 test,

00:28:12

for example, if the frequency was four thousand

00:28:14

500 megahertz, then set the parameters

00:28:16

to the carriage and the value 45 Well, the next

00:28:19

parameter we are interested in is called

00:28:20

sepia record voltage,

00:28:22

if required, we also switch it to

00:28:24

manual mode value about doctor or

00:28:27

well, now we set the voltage for

00:28:29

intel I advise you to start the voltage at 12 volts

00:28:31

and for India I advise you to set it to 1 and 3

00:28:34

volts I advise you to write down in a convenient place

00:28:36

what you changed the settings and what

00:28:38

values you set, if something goes

00:28:40

wrong and the computer turns on with a black

00:28:42

screen, you will have to reset the bios and

00:28:44

set all the settings to new ones so you

00:28:47

won’t forget or miss anything after

00:28:49

all the manipulations with

00:28:50

the settings, press the f10 key and

00:28:53

apply the settings with reboot

00:28:55

after that you have two ways of development of

00:28:56

events: the first computer turns on with a

00:28:59

black screen or Windows does not boot, it’s

00:29:00

just that the processor does not have enough

00:29:03

voltage and you need to reset the bios

00:29:05

for the computer to turn on again on some

00:29:07

motherboards, for this there is a pizza

00:29:08

clear cmos button, others require a

00:29:10

jumper contact clerk bridge on the

00:29:12

motherboard and if there is neither one nor the

00:29:14

other, then you will need to remove the

00:29:16

komos battery for 10-15 seconds, all this again

00:29:19

you see now on the screen, I will show you how

00:29:21

this is all done after we turn on

00:29:23

the computer and again boot into the bios a

00:29:25

lot and set settings and raise the

00:29:27

voltage to zero point one

00:29:30

volt then press the f10 key again

00:29:33

to save the settings and reboot the

00:29:35

computer and do this until the computer

00:29:37

turns on without errors the second way of

00:29:39

development the computer turns on now we

00:29:41

carry out all the tests again and write down

00:29:44

all the results, that is, these tests which

00:29:46

were, that is, this game 7 bench and aida64

00:29:49

stress test of the processor and in some

00:29:51

of the tests the system behaves unstable

00:29:53

for example, you get a blue screen, all the

00:29:55

tides crash, the computer reboots, or

00:29:58

the program starts to lag,

00:29:59

or in general, you simply have in aida 64 you

00:30:02

will see the fact that your processor load percentage

00:30:04

will begin to decrease below

00:30:06

100 percent then this already indicates

00:30:08

that your system is unstable and you

00:30:10

need to increase the voltage by one hundredth of a

00:30:12

volt and do this

00:30:14

until the system is stable and you

00:30:16

may now you’ll say that it’s a brik,

00:30:17

so why bother with asphalt john, there’s

00:30:19

voltage there, etc., why is this

00:30:20

even necessary, because you can just look on the Internet

00:30:22

for a specific process,

00:30:23

there’s such a thing as a lucky stone, why did

00:30:26

Intel release processors with an

00:30:28

index of like a dollar, but let’s say

00:30:31

they have 9 10,900 thousand this means

00:30:35

that these are super processes,

00:30:38

specially selected stone

00:30:39

which is the best, that is, let’s

00:30:42

say it doesn’t happen that it doesn’t come to me

00:30:43

that is difficult to overclock, that is,

00:30:46

not the most successful samples, but

00:30:47

there are stones that generally hold very well

00:30:49

and what frequency at very good

00:30:53

good voltage so everything is very

00:30:55

visual here and therefore you need to poke

00:30:58

and do overclocking yourself,

00:31:00

my friends, my tests are all passed, the

00:31:02

system is excellent, the system works stably and the

00:31:04

core temperature is below 85 degrees, again

00:31:07

we go to bios and now we raise the

00:31:09

multiplier value to plus 1, save the

00:31:12

settings with reboot, turn on

00:31:14

the system and test I will also do a

00:31:17

blue bench aida64 processor stress test in the game

00:31:20

if your computer does not

00:31:21

turn on or shows instability when testing systems,

00:31:23

then raise the

00:31:26

voltage by one hundredth of a volt,

00:31:28

we do these actions in a circle until

00:31:31

and accordingly your temperature of one

00:31:34

processor will not begin to exceed 85

00:31:36

degrees, in this case we are going

00:31:38

to the store for a new cooling or

00:31:40

simply stopping the voltage

00:31:42

with them, sabotage will not begin to exceed the

00:31:45

figure of one point forty-five hundredths of a

00:31:46

volt and further overclocking cannot be done at all

00:31:50

categorically because there is a big risk

00:31:52

of burning the processor will not

00:31:55

give any

00:31:56

performance gain even during overclocking and the data may also

00:31:58

be under such a thing can happen,

00:32:00

so in the tests we have just a

00:32:03

strong bench that will show

00:32:04

the number of points in both

00:32:06

single-core and multi-core modes,

00:32:08

so write down all the results and yes

00:32:10

friends, it is not necessary to reach the

00:32:11

figure of 1.45 volts, and many will say

00:32:14

we will limit it until it shows the

00:32:16

fact is that in some cases

00:32:18

increasing the voltage will no longer

00:32:19

bear any fruit, that is, you have, say,

00:32:21

1 to 4 tenths of a volt, but there is

00:32:24

no need for 45 thousand 140 and outputs increase

00:32:27

the voltage, you increase the frequency

00:32:29

but the blue bench tells you that there is no

00:32:31

increase in productivity,

00:32:32

accordingly you now reduce

00:32:34

the voltage, the date of the mark is just when there

00:32:36

was an increase in everything and at this mark you

00:32:38

leave the process there is no need to leave

00:32:40

it at maximum voltage values

00:32:42

than The lower the voltage, the longer your

00:32:44

processor goes, but it’s also a toy that was sent,

00:32:45

because there is also a test, so

00:32:47

you can also judge by fps how

00:32:49

well the performance increase is, and

00:32:51

but I repeat once again, test the games in the

00:32:53

minimum graphics settings, not on

00:32:56

maximum, as soon as the

00:32:57

minimum resolution is also set

00:33:00

glasses them streets no one 3d that is, resolution is

00:33:02

also very important, after you

00:33:04

hit the ceiling on overclocking you need to

00:33:07

run a big stress test of the processor,

00:33:08

that is, you also run aida64,

00:33:10

run this stress test of the processor and

00:33:13

leave the computer ideally for ten hours,

00:33:15

well, this is there before this they did

00:33:18

us allele for a couple of hours behind the scenes, they

00:33:19

took enough, they also played directly

00:33:21

active, play, hack and

00:33:24

demanding games, be

00:33:25

sure to run different toys because

00:33:26

different games load the system differently

00:33:28

if the processor is dependent games such as

00:33:30

before watch dogs there is assassin's creed and gta

00:33:32

5 then in general it will be rdr 2 in general it will be a blast

00:33:34

this will all show how stable

00:33:36

your system is stable stable

00:33:38

overclocking

00:33:39

also additionally you can after the

00:33:40

toys still have blue rails let these two

00:33:42

three shoulder straps

00:33:43

you can line-x run the program 20-30

00:33:47

runs were enough and if you have

00:33:49

large stress test, there is some kind of

00:33:50

instability somewhere, your computer

00:33:52

does not behave as it should behave,

00:33:54

then accordingly you return

00:33:56

to the bios again and reduce the multiplier indicators

00:34:00

by 1 or increase the voltage by plus

00:34:04

0.01,

00:34:05

that is, responsibly yours, so 145

00:34:07

volts already the maximum permissible

00:34:09

are recommended more precisely the voltage, then in this

00:34:11

case you just reduce it by one

00:34:14

point to the readings of the leg of the leg, but or there

00:34:17

may also be a case when you think

00:34:18

voltage stability still does not

00:34:20

appear in so in this case you will

00:34:22

still have to lower the multiplier but

00:34:24

what can I congratulations to the owners of

00:34:25

the processors and where for them

00:34:28

the processor overclocking is over, but it is important to

00:34:30

say that the next step in India is the next

00:34:34

stage check is overclocking the RAM RAM

00:34:36

if you already

00:34:38

have an xmp profile at 3200 megahertz you are

00:34:41

already handsome that's all Andy

00:34:44

finished but not for Intel fans

00:34:47

Linton don’t rush to rejoice further for

00:34:50

intel point number four is overclocking the

00:34:52

ring of the machine on intel processors we

00:34:54

can still improve the purity of the ring buses

00:34:56

here everything is about the same as with

00:34:58

increasing the multiplier we are interested in

00:35:00

such bios parameters as anchor

00:35:03

or by -another secu cache radio and secu cache

00:35:06

voltage removes or in another way

00:35:08

securing voltage these parameters are

00:35:11

usually in the same place where we changed the voltage and the

00:35:13

Jager multiplier and if you can’t find it

00:35:15

in a palace like bios you will definitely

00:35:18

find it there you will also need to

00:35:19

set the value multiplier and voltage,

00:35:22

however, usually the frequency of the ring bus

00:35:24

is set 500 megahertz

00:35:26

lower than the frequency of the poison, that is, lower by 5

00:35:28

multipliers, set the voltage to 11

00:35:31

volts and then save and

00:35:33

reboot the com, test if everything is in

00:35:35

order, then go and add purity,

00:35:37

if not in order, then raise the

00:35:40

voltage all the way analogies with

00:35:42

Yager overclocking, but the voltage limit after

00:35:44

which you can burn the processor is

00:35:46

at 135 volts 0

00:35:49

overclock until

00:35:51

stability is disrupted and you

00:35:52

reach the ceiling in overclocking,

00:35:54

attention friends, your system should in no

00:35:58

case exceed my

00:36:00

recommendation should not exceed 85

00:36:02

degrees in any tests everything is above

00:36:04

85 degrees 85 degrees either

00:36:07

stop or

00:36:09

reduce accordingly and reduce the multiplier further

00:36:12

the voltage next in order for you to

00:36:15

reduce the temperature accordingly and it is

00:36:17

also very important your system should

00:36:20

be stable there should not be such a thing

00:36:22

because in any case, some of you are

00:36:24

many, I’m really convinced that the noise in the legs

00:36:26

will start talking and because damn, well,

00:36:29

here, just on a large stress test,

00:36:30

this jamb was small, but the clients

00:36:33

with it are again in the base and the colors need to be done again,

00:36:36

you need to do it normal

00:36:38

optimal overclocking of the processor so

00:36:40

that everything works like a charm for you,

00:36:42

well, congratulations on this, the overclocking is

00:36:44

basically finished in Yange, you can drive it in

00:36:47

several more ways, but we’ll talk about this some

00:36:49

other time and our

00:36:51

friends repeated it in this video, we only touched on

00:36:53

overclocking by the multiplier overclocking on

00:36:55

the bus, we didn’t touch here, I already explained at the

00:36:57

beginning of the video why the bolero overclocking

00:36:59

on the multiplier is best for

00:37:01

beginners and amateurs, all this pebble

00:37:03

job.ru I

00:37:04

just like the box and what

00:37:07

can I say, I congratulate you, I sincerely

00:37:09

congratulate you you are my friends who

00:37:12

were just able to do it to overclock

00:37:14

the processor, now you can get yourself

00:37:16

5 medals, you can fold them just

00:37:18

because tempt the game will say

00:37:20

overclocking overclockers for which guy,

00:37:24

well, that’s it for all my friends, be sure to

00:37:25

ship it and I got a ton of likes because the

00:37:28

material was great and the video is very

00:37:30

big and it really is a

00:37:32

real full-fledged

00:37:34

education made especially for you

00:37:37

so like and subscribe

00:37:39

notification all the work the bell is there I

00:37:42

think you yourself know well that's all with

00:37:44

you was brickman good luck to everyone until we meet again

00:37:46

see you very soon everyone

Description:

Selectel — провайдер IT-инфраструктуры для проектов любой сложности. Получите скидку в 1000 рублей на аренду облачного сервера по промокоду BRIGMAN. Подробнее об услуге: https://selectel.ru/services/cloud/servers/ Всем привет, Друзья! Ну что, вы очень давно просили "Образовач" на тему разгона процессора. Я для вас сделал большой и подробный гайд, где мы с вами разобрали как теорию, так и практику. Тут не будет лишней информации, все по делу и для всех, но в первую очередь для новичков. Поэтому в видео разобрана как теория, так и практика. И да, в видео мы не разбираем с вами вариант разгона по шине, так как это не совсем подходит новичкам и добиться стабильности при таком разгоне достаточно трудно. В видео говорю и показываю про разгон процессора по множителю. Ну и этот туториал (гайд) подойдет как владельцам AMD, так и INTEL. И еще момент, у AMD есть программа Ryzen Master, которая поможет разогнать процессор без особых усилий. Но стоит отметить, что именно занимаясь разгоном через Биос (в ручном режиме) можно добиться идеальных для вашего компьютера результатов :) Всем Добра и большого ФПС, Друзья! :) ---------------------------------------------------------------------- Мой второй канал: https://www.youtube.com/channel/UCilyXW7OwY8n7JNuQeRXQJg Группа в вк: https://vk.com/brigman Я в Вконтакте: https://vk.com/spudiyar Я в Инстаграме: https://www.facebook.com/unsupportedbrowser Консультации по сборкам и железу: https://vk.com/brigmantechno Реклама на канале: https://vk.com/page-47827371_50756683

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