Testing my troubleshooting skills!

JayzTwoCents
30 Mar 202419:46

Summary

TLDRIn this video, the host visits Micro Center's Tech Bar in Tustin, California, to participate in a tech challenge. The challenge involves diagnosing and fixing sabotaged PCs. The host goes through the process of identifying and resolving issues such as incorrectly installed fans, unplugged cables, and mismatched RAM. The video emphasizes the importance of proper PC assembly, component compatibility, and the value of tech support services like those offered at Micro Center's Tech Bar.

Takeaways

  • 🏢 Visiting a Micro Center Tech Bar can provide assistance with diagnosing, repairing, and maintaining computer systems, regardless of where they were purchased.
  • 🛠️ The speaker conducted an impromptu tech challenge where they sabotaged PC systems to test the troubleshooting skills at the Tech Bar.
  • 💻 The Height Y70 dual chamber ATX PC case was featured, offering increased component compatibility and thermal performance.
  • 🔧 A common issue found was the incorrect installation of components, such as a CPU fan installed backwards or RAM not seated properly.
  • 🌈 RGB functionality problems were discovered, often due to incorrect wiring or fan connections.
  • 🔌 The importance of checking power connections and cables was emphasized, as some were found unplugged or connected to the wrong headers.
  • 💡 A system's BIOS battery was found unplugged, which could result in the loss of settings and configurations.
  • 🥵 High CPU temperatures in the BIOS indicated potential issues with thermal paste application or cooler installation.
  • 🛠️ The speaker replaced mismatched RAM sticks with the correct ones to enable XMP profiles for optimal performance.
  • 🔄 The process of troubleshooting involves checking for obvious physical issues before diving into software or BIOS configurations.
  • 🎥 The video aimed to educate viewers on common PC issues and the services available at Micro Center to help resolve them.

Q & A

  • What is the main purpose of the Tech Bar at Micro Center?

    -The main purpose of the Tech Bar at Micro Center is to serve as a service center for computers, where customers can bring their systems for diagnosis, repair, maintenance, and general assistance, regardless of where the computer was purchased or built.

  • What specific issues did the presenter discover with the first PC system during the Tech Challenge?

    -The presenter found several issues with the first PC system: the CPU fan was installed backwards, the GPU was not connected to the power supply, the RAM was not fully seated, the RGB fan cable was connected incorrectly, the CPU fan header was incorrect, the SEOS battery was unplugged, and the GPU fans were unplugged from the bottom of the GPU.

  • What is the significance of the Cooler Master AIO cooler mentioned in the script?

    -The Cooler Master AIO cooler was significant because it was installed incorrectly, with the cooler immediately placed sideways, indicating that there was no thermal paste applied between the CPU and the cooler, which could lead to overheating issues.

  • Why did the presenter suspect that the thermal paste on the second PC system might be an issue?

    -The presenter suspected that the thermal paste might be an issue because the CPU was idling at an unusually high temperature of 54°C in the BIOS on an AIO cooler, which could indicate that the thermal paste was not applied correctly or was missing.

  • What was the problem with the RAM configuration in the second PC system?

    -The problem with the RAM configuration in the second PC system was that there were two different speed RAMs installed, which could lead to the system running at the speed of the slower RAM stick unless XMP (Extreme Memory Profile) was enabled to correct the issue.

  • What was the unexpected discovery regarding the thermal paste application on the second PC system?

    -The unexpected discovery was that there was plastic from the cooler's protective film still attached to the CPU, which could have been the cause of the high temperatures and throttling issues observed during stress testing.

  • What advice does the presenter give to viewers regarding PC building and maintenance?

    -The presenter advises viewers that while they can learn to do PC building and maintenance on their own through his channel and tools like PC Building Simulator, some people may not be comfortable with doing it themselves. In such cases, services like the Tech Bar at Micro Center are available to help with installations, repairs, and maintenance.

  • How does the presenter demonstrate the importance of checking the orientation of components during PC assembly?

    -The presenter demonstrates the importance by pointing out that the CPU cooler was installed sideways, which would have resulted in ineffective cooling, and by mentioning the incorrect installation of the CPU fan, which was pulling air through the heat sink instead of pushing it.

  • What is the role of the SEOS battery in a PC system?

    -The SEOS battery is crucial for maintaining the system's settings when it is powered off. If the battery is missing or disconnected, the settings will reset, potentially leading to system instability or failure to retain configurations.

  • What is the significance of the RGB fan cable being connected incorrectly?

    -The RGB fan cable being connected incorrectly resulted in the fan not displaying RGB lighting, which might not be a critical issue for system performance but affects the aesthetic and could be a source of confusion or concern for the user.

  • What did the presenter do to address the high temperatures on the second PC system?

    -The presenter removed the Cooler Master AIO cooler, cleaned off the old thermal paste, and reapplied it correctly to address the high temperatures and throttling issues on the second PC system.

Outlines

00:00

🌟 Tech Challenge at Micro Center's Tech Bar

The video begins with the host, Jense, at Micro Center in Tustin, California, introducing a tech challenge where he must identify and fix issues in sabotaged PCs at the store's Tech Bar. The Tech Bar is described as a service center for computers, offering diagnostics, repairs, installations, and maintenance. Jense explains the challenge involves discovering and correcting problems that the Tech Bar staff have intentionally created in some systems, mimicking both common builder mistakes and unusual issues. The video then transitions to a detailed review of the Height Y70 dual chamber ATX PC case, highlighting its design, compatibility, thermal performance, and aesthetic features.

05:01

💻 Diagnosing Sabotaged Systems at the Tech Bar

In this segment, Jense dives into the process of diagnosing and fixing the sabotaged systems. He describes the first system's issues, including a backward-mounted CPU fan, an unplugged GPU power cable, and an incorrectly seated RAM. Jense also discusses the importance of the EPS connector for power and the potential absence of the CMOS battery. As he works through the system, he uncovers and corrects various issues, such as the misplugged fan headers and the unplugged CMOS battery. Jense emphasizes the value of the Tech Bar's services, especially for those uncomfortable with handling computer hardware themselves.

10:03

🔧 Advanced Troubleshooting and Thermal Concerns

The third paragraph focuses on advanced troubleshooting as Jense moves on to a second system with an Intel platform and a Cooler Master AIO cooler. He quickly identifies a single-channel RAM configuration and incorrect fan headers. Despite the system appearing to function initially, Jense suspects thermal paste issues due to high CPU temperatures in the BIOS. Upon inspection, he discovers a clean CPU and realizes the thermal paste was applied correctly. However, he finds plastic still on the cooler, which was causing the overheating. Jense uses this opportunity to advise viewers on the importance of checking cooler installations and the value of the Tech Bar's expertise.

15:07

🛠️ Final Thoughts and Micro Center's Tech Bar Services

In the final paragraph, Jense wraps up his experience at the Tech Bar, reflecting on the challenges faced and the lessons learned. He discusses the discovery of mismatched RAM sticks and the importance of proper thermal paste application. Jense also highlights the high temperatures reached by the CPU and the potential misplacement of the cooler's brackets. After resolving the issues, he reiterates the value of the Tech Bar for those who need assistance with their computer systems. Jense concludes by encouraging viewers to visit the Tech Bar for support and shares his positive experience with the services provided.

Mindmap

Keywords

💡Tech Bar

The Tech Bar is a service center for computers, which is part of the Micro Center store. It provides a variety of services such as diagnosing, repairing, and maintaining computer systems. In the video, the Tech Bar is the setting for the challenge where the host tries to identify and fix issues with sabotaged PCs. This concept is central to the video's theme of troubleshooting and technical problem-solving.

💡Sabotage

In the context of the video, sabotage refers to the intentional creation of problems in computer systems by the store's technicians as a challenge for the host. The host's task is to identify and resolve these issues, which demonstrates their technical expertise and problem-solving skills. This concept is integral to the video's narrative, as it drives the action and provides an engaging, educational experience for the viewers.

💡PC Components

PC Components are the individual parts that make up a computer system, such as the CPU, GPU, RAM, and motherboard. In the video, the host interacts with these components to troubleshoot and fix the sabotaged systems. Understanding the function and interaction of these components is crucial for resolving the issues presented in the challenge and is a key aspect of the video's educational content.

💡Thermal Performance

Thermal performance refers to the efficiency of a computer system in managing heat, which is critical for the stability and longevity of the components. In the video, the host examines the thermal performance by looking at the CPU cooler and thermal paste application. Proper thermal management is highlighted as a key factor in ensuring the system operates correctly and is an essential part of the troubleshooting process.

💡RGB

RGB stands for Red, Green, Blue, which are the primary colors used in computer lighting systems. In the video, the host encounters an issue with the RGB lighting on one of the fans, which is not functioning as expected. RGB lighting is often used for aesthetic purposes in PC builds, and troubleshooting such issues can be part of the process when dealing with computer systems.

💡BIOS

BIOS stands for Basic Input/Output System, which is a software that is built into a PC and is the first system to run when the computer is turned on. It is responsible for initializing the hardware components and starting the operating system. In the video, the host enters the BIOS to check the system's configuration and make adjustments as needed during the troubleshooting process.

💡VGA Signal

VGA, or Video Graphics Array, signal refers to the transmission of video data from the computer's graphics card to a display device like a monitor. In the video, the host discovers that there is no VGA signal, which indicates a problem with the connection between the graphics card and the monitor. Identifying and fixing such issues is a fundamental part of troubleshooting computer systems.

💡RAM

RAM stands for Random Access Memory, which is a type of computer memory that can be accessed randomly at any given moment. It is a crucial component for a computer's performance as it temporarily stores data that the system needs to access quickly. In the video, the host checks the RAM to ensure it is properly seated and functioning, as issues with RAM can prevent a computer from booting or cause instability.

💡Cooler Master AIO

Cooler Master AIO refers to an all-in-one liquid cooling system designed and manufactured by Cooler Master, a company known for its computer cooling products. AIO coolers are used to dissipate heat from the CPU and maintain optimal temperatures. In the video, the host identifies issues with the cooler's installation and thermal paste application, which are critical for effective cooling and system performance.

💡XMP

XMP stands for Extreme Memory Profile, which is a setting in the BIOS that allows the RAM to operate at its advertised speed and timings. Enabling XMP ensures that the RAM functions at its optimal performance. In the video, the host enables XMP to correct the RAM's performance, which had been limited due to mismatched RAM sticks and incorrect settings.

💡Stress Test

A stress test in the context of computer systems is a procedure where the system is pushed to its limits to identify potential issues under heavy load. This helps ensure that the components are functioning correctly and can handle the demands of intensive tasks. In the video, the host runs a stress test to check the system's stability and thermal performance after fixing the issues.

Highlights

The Tech Bar at Micro Center acts as a service center for computers, diagnosing and fixing issues, even for systems not purchased at the store.

The Y70 dual chamber ATX PC case offers increased component compatibility and thermal performance, with a clear window into the heart of your PC.

The Y70 case has expanded four-slot vertical GPU support and includes a 4.0 PCIe Riser cable for accommodating large graphics cards.

Up to 3, 120 mm fans can be mounted below the GPU in the Y70 case for direct cooling, and up to 360 mm AIOs can be mounted on the top and side for improved airflow.

The challenge at the Tech Bar involved sabotaging PCs and seeing if the presenter could identify and fix the issues, similar to a Linus Tech challenge.

The presenter discovered that a fan was installed backward, which could negatively impact cooling efficiency.

RGB functionality was not working on one of the fans due to being plugged into itself, a simple fix was to correct the fan's connection.

The presenter found that the RAM was not seated all the way, which could prevent the system from booting properly.

The GPU was not plugged in, which is a critical oversight that would prevent any display output.

The CMOS battery was found unplugged, which could lead to system settings being lost upon power loss.

Thermal paste was found to be missing or improperly applied on the CPU cooler, leading to high temperatures and potential throttling.

The presenter emphasized the importance of checking all connections and components when troubleshooting PC issues.

Micro Center's Tech Bar offers general maintenance services like virus scans, virus removal, and data recovery.

The presenter used a PC Building Simulator to demonstrate the correct way to apply thermal paste, emphasizing the importance of proper application for effective cooling.

The video concludes with the presenter sharing his experience and encouraging viewers to utilize Micro Center's Tech Bar for their PC needs.

Transcripts

00:00

hey what's going on everyone jense here

00:01

and we're here at Micro Center in Tustin

00:02

California you guys know that's our home

00:04

Microcenter store uh we're here actually

00:06

featuring The Tech bar today and I got

00:08

kind of a fun challenge here where uh

00:10

we're going to see whether or not they

00:11

can sabotage some PCS and I can figure

00:14

out what's wrong with them as sort of

00:15

like a little impromptu Tech Challenge

00:17

uh but first

00:20

logo the height y70 dual chamber ATX PC

00:23

case provides users The Familiar look

00:25

and feel of the y60 with an increased

00:27

component compatibility and thermal

00:28

performance with four unique colorways

00:30

and a beautifully crafted three-piece

00:32

panoramic glass the y70 provides a clear

00:34

window into the heart of your PC it's

00:36

expanded four- slot vertical GPU support

00:38

with an included 4.0 pcie Riser cable

00:41

provides ample room for the largest

00:42

graphics cards while additional space

00:44

between the edge of the card and the

00:45

glass provides improved air flow up to 3

00:48

120 mm fans can be mounted below the GPU

00:50

to provide a direct path of cooling

00:52

while up to 360 mm aios can be mounted

00:54

to both the top and side y70 also

00:56

provides up to 180 mm of clearance for

00:59

air coolers to learn more about the

01:00

height y70 visit the sponsored Link in

01:02

the description below so the cool thing

01:04

about the tech bar if you guys aren't

01:06

aware think of it as like um kind of

01:07

like a service center for your computer

01:09

it doesn't matter if it's one that you

01:10

bought here or your own that you built

01:12

at home if you're having problems with

01:13

your system you can bring it here to

01:14

help diagnose it uh get it fixed or

01:16

repaired make sure everything's running

01:17

correctly let's say you came into the

01:19

store and you bought some components and

01:20

you wanted to have those installed cuz

01:22

maybe you're not familiar with how to do

01:23

it you can also do that here as well um

01:25

you can also get general maintenance

01:27

done here virus scans virus removal data

01:29

recovery all sorts of stuff can be done

01:31

right here at the tech bar um but to

01:32

kind of put some of what they go through

01:34

kind of to the test like I said I had

01:36

them secretly sabotage a couple of their

01:38

power spec systems uh and then kind of

01:40

keep track of what they did and see

01:42

whether or not I can go in there and

01:43

actually figure out all of the problems

01:45

um I told them to just do everything

01:47

from Maybe Might something might be

01:49

considered what a new Builder might

01:50

accidentally do when putting together a

01:52

system all the way to maybe things that

01:54

are not just they're just intentionally

01:56

not right that may not even necessarily

01:58

go looking for because it's so so

02:00

unorthodox on the kind of problems we'd

02:02

come across so with that said let's go

02:04

ahead and head into the tech bar behind

02:05

the scenes and their like work area and

02:08

let's see what they've got ready for us

02:10

okay so here I am in the back area of

02:11

the tech bar this is where all like the

02:13

repairs and upgrades and services are

02:15

performed so I thought it'd be fun like

02:17

I kind of already alluded to that it'd

02:19

be fun to have them sabotage some of

02:20

their open box systems here to see

02:22

whether or not I could figure out what's

02:24

wrong with them sort of like what we did

02:26

with the Linus tech tech challenge with

02:28

Steve if you will so I kind of gave them

02:31

free reain do whatever you want to the

02:32

systems I didn't I think they're above

02:35

and beyond what a typical system that

02:36

would come in for services like but I

02:38

just thought that this would be kind of

02:39

a fun idea so I don't know anything

02:40

about what's wrong with them I was told

02:42

they kind of went ham with them but that

02:45

all the parts in there work so no part

02:47

swap should be necessary I'm hoping

02:49

because there's no parts here to test

02:51

with but I have no idea what's wrong

02:52

with these so we're going to kind of go

02:53

through these one at a time I already

02:55

see one thing on this system here that's

02:56

sort of bugging me and that is the fact

02:58

that the cooler fan is backward WS it's

03:01

pulling air through so if you look right

03:04

here you can see this deep cool fan is

03:06

pulling air through that way and you

03:08

never want a single fan to be pulling

03:09

air through a heat sink cuz it could

03:10

pull in through the sides you want it to

03:12

be pushing air through so that's one

03:13

thing I'm going to be changing on there

03:15

but past that I don't know so let's go

03:16

ahead and just turn it on and see what

03:19

we got that's got to be the first thing

03:21

before I go unplug in and moving things

03:22

around everything appears to be plugged

03:23

in so far in terms of power and stuff

03:26

let's see the eight pin looked like nope

03:28

we're good

03:30

power s on oh that's a good

03:34

start okay well the Fan's not

03:37

turning so this fan is not turning but

03:40

the RGB is plugged in this fan is

03:41

turning but the RGB is not plugged in on

03:43

that one so we can check that in in a

03:45

second that's not something that's going

03:47

to be detrimental to making the system

03:48

boot

03:50

though we need to see whether or not we

03:52

actually get a post we have a red light

03:54

not sure no still going through

03:56

posts well it looks like it went through

03:58

all the posts and succeeded but we don't

04:01

have an image so let's

04:04

see we have a hard drive light flashing

04:06

too if it shut there so it was posted I

04:08

don't know why we're not getting an

04:09

image so who knows if this GPU is even

04:13

plugged

04:15

in so now we're going to take a look at

04:17

the back now usually a tech working on a

04:21

computer would have some information

04:22

customer States it's like just rolled in

04:25

right customer states have slight

04:27

vibration the a arm is Rusted off right

04:29

kind of a thing

04:31

but I have no idea what any of the

04:34

issues are with this system or what the

04:36

problems could have potentially been

04:40

so this is all just blind now I'm trying

04:43

to figure out why that RGB was not on

04:44

that top fan but that's kind of not a

04:46

problem if we're not

04:47

posting So Not only was the Super zip

04:50

tide tight the VGA as you can see was

04:52

not even plugged in so that's why we

04:54

weren't getting any VGA signal I'm

04:56

wondering too if maybe EPS was one of

04:58

these not plugged in as well well could

05:01

be looks like neither EPS well I know if

05:04

EPS wasn't plugged in I don't think we

05:05

would actually get power at all like

05:07

power button wouldn't do anything they

05:08

tried to hide it by having that all

05:11

bundled Down super tight so they made me

05:14

have to actually pull the power

05:16

supply I'll worry about the heat sink

05:18

fan later cuz it's not that huge of a

05:20

deal like it's still getting cooling

05:22

passively through the tower okay now the

05:25

lights are going through much quicker on

05:26

their

05:28

test oh wait

05:31

I'll push the ram all the way back in

05:32

now cuz it wasn't

05:36

there so so far we found unplugged power

05:39

or GPU cable for the power supply fan is

05:41

unplugged in backwards RGB is not

05:43

working on that fan I don't know if

05:44

that's intentional or unintentional and

05:47

the ram was not seated all the way there

05:49

we go got blue light okay so at least

05:51

we're going to post now I'm not even

05:53

going to worry about the BIOS and XMP

05:54

and all that until I figure out what's

05:55

happening with that fans there like as

05:57

far as I can tell they that RGB should

05:59

be working

06:02

but I hate daisy chain fans cuz it

06:03

becomes very difficult to trace them

06:05

like especially when they're all like

06:06

tangled up like this and then taped

06:07

together regardless I need to take care

06:09

of the CPU fan

06:11

first where do I want to plug that one

06:13

in then because they have something

06:14

plugged in the CPU fan right now that's

06:16

not the CPU fan so I'm going to switch

06:18

CPU fan to there it's not a lot of

06:20

headers on this motherboard for fans

06:22

that's part of the problem okay so I

06:23

flip this fan around um it's a little

06:26

crooked I guess I could make it a little

06:28

straighter it's off a couple but that's

06:30

an easy fix there was another fan one of

06:32

the front case fans was plugged into the

06:33

CPU header so I unplugged that one I'm

06:35

going to move it back to a chassis

06:36

header and leave the CPU fan plugged

06:37

into the CPU header that way it can go

06:39

up and down with speeds with uh pwm load

06:42

and I'm going to fix this fan cuz it's

06:43

not bugging me all right so I figured

06:45

out why the RGB wasn't working now

06:47

infinite power you just had it plugged

06:49

into itself and you taped it even with

06:52

the tape you didn't give me a knife no

06:56

no no I got to do this the the worst way

07:01

possible all right give me the damn

07:02

knife oh no wa I got

07:04

it so since I knew the GPU fan Orum me

07:07

the CPU fan is working I'm going to take

07:09

this guy off of here plug him into here

07:14

okay okay you don't get extra points for

07:16

causing your own problems I would have

07:18

so many

07:19

points okay I think we're good let's see

07:22

no I said that for a reason dude yeah I

07:23

know what look at

07:27

the ha nice I would have noticed it so

07:30

he's adamant that I run stress

07:32

tests I have a feeling there might be

07:34

some thermal paste missing from this

07:35

cooler or one of the coolers or

07:37

something this is adamit that I run

07:39

stress test okay here we go so our

07:41

platform I can finally see it's a 5600

07:43

x3d wow this actually is not a slch of a

07:45

system here uh on a b550 MC motherboard

07:49

32 gigs of RAM so both our ra gigs our

07:52

both our gigs both our sticks of ram are

07:54

showing they're not at XMP but that's

07:55

okay everything's probably been reset so

07:57

that'd be easy enough

08:00

uh let's go

08:02

to XMP profile there we go we'll just

08:05

enable that all right so I'm in the OS

08:07

it's actually Windows 10 they were like

08:09

you might want to check your bios again

08:11

so I don't know I'm going to see what I

08:13

can see here first committed to slats Ed

08:16

two four so both dims are are there I

08:18

was curious like maybe one of these was

08:20

like a a weird unmatched something or

08:24

another so but it seems to be all match

08:25

at 3200 what's our GPU it's an RTX 46

08:28

that's a 46

08:30

wow that's so tiny I guess I'm just so

08:32

used to the other ones

08:37

now I don't know I can't if the seos

08:40

battery might be under the GPU I have a

08:42

feeling they removed the seos battery

08:44

and what would end up happening at that

08:45

point is when you shut it

08:46

down it should still stay powered up

08:49

with settings cuz it's plugged into the

08:50

power supply if that were the case but I

08:52

have a

08:52

feeling there may not be a seos battery

08:55

in here yeah I have no doubt you guys

08:56

are probably talking about bios uh Coss

09:01

battery but you have to turn power

09:03

supply off if that's going to be the

09:05

case because it stays persistent the

09:07

motherboard stays powered through the

09:09

power supply until you turn off that

09:11

power switch when you turn off the power

09:13

switch if there's no battery installed

09:15

then the seos settings will reset so I

09:18

could have turned the system off a 100

09:20

times until I turn off that power supply

09:23

it would have stay kept the settings uh

09:26

stored in there but it's not going to be

09:28

guaranteed that it's going to

09:29

immediately reset it settings if you

09:31

turn the system off let's say you get a

09:33

power outage or you unplug it or

09:35

something your dog unplugs it your C

09:36

batter is bad it sits there overnight

09:38

all the Caps are going to drain and then

09:40

the settings will completely uh return

09:42

to what they were okay so it is a seos

09:44

battery that's just

09:45

unplugged okay so I found the seos

09:48

pattery it's one of those weird ones

09:49

where they have it like glued in

09:51

sideways so you can see it right here

09:53

that's the seos battery glued in there

09:55

but it's in this little harness but the

09:56

harness was unplowed so what should have

09:58

happened and I wouldn't have caught

10:00

this only because of the fact that once

10:02

the system's plugged in and it doesn't

10:04

lose power long enough it would not have

10:05

reset it settings so that would have

10:07

been a missed

10:10

item mostly due to the length of time

10:12

I'm sitting here with the system and

10:13

then there's one other thing I want to

10:15

check for I'm going to do a full

10:16

shutdown yeah I don't feel like these

10:17

GPU fans ever turn even a zero RPM fan

10:20

when you first turn on the power the

10:22

computer the fan should spin up and

10:24

usually that's just for dust moves dust

10:26

and kind of does a full post on the on

10:28

the GPU as well

10:29

well but those are not

10:33

turning I have a

10:36

feeling on the bottom side those fan

10:38

plugs might have been accessible and

10:40

they unplugged them I have a feeling of

10:42

that told you it was going to be

10:45

accessible you know the only reason I

10:47

even thought about this is because of

10:48

the fact that I just noticed that the

10:50

fans were not spinning up on initial

10:52

startup and we just repaired one of

10:53

these harnesses on E evj GPU that had a

10:55

bad fan harness so I just was like betu

10:58

is accessible okay let's see if I can

10:59

remember all of the issues uh number one

11:02

was the CPU fan was installed backwards

11:05

number two the GPU in the order I kind

11:07

of found them the GPU harness was

11:10

unplugged the ram was not seated all the

11:12

way on the right side XMP was not

11:14

enabled nothing else was really messed

11:16

with in the uh bios that I could tell

11:18

the front fan was turning but had no RGB

11:21

because it was like plugged into itself

11:23

so I fixed that CPU fan was not plugged

11:26

in the CPU header it was UN unplugged

11:28

entirely so I pluged that back in the

11:30

CPU header and plug the chassis fan back

11:31

in the chassis header that was one right

11:34

okay you were looking for that I would

11:35

have the headers in the right order okay

11:37

um let's see the GPU fan or actually

11:41

before that the Coss harness was

11:42

unplugged for the seos battery and then

11:45

the GPU fans were unplugged from the

11:47

bottom of the GPU and I think that's all

11:49

of them all right now the first one's

11:52

done is it really 11:00 okay so all

11:56

right system number two we're probably

11:57

not going to do number three I think

11:58

because how long it's taking already for

12:00

the first one but uh this one I've been

12:03

warned

12:05

might take a little more time so let's

12:08

just see what we got here first of all I

12:09

like to do an

12:11

initial kind of a once

12:15

over all right I don't like how the RAM

12:17

sticks are next to each other a single

12:18

Channel that's an easy one what is this

12:20

platform anyway it's Intel platform well

12:23

one of the problems I see is it's a

12:25

Cooler Master AIO cuz no one has enough

12:27

time to say the whole name

12:30

I see a couple of CPU or a couple fan

12:33

headers that are off right here so you

12:34

see these two right here there two fan

12:36

headers that are off that's a DC fan

12:37

that's a pwm fan that's probably the

12:40

splitter for the AO I don't even know if

12:43

those are the correct ports but I'm just

12:44

going to go ahead

12:45

and break it probably this is why they

12:48

just unplugged them halfway they knew

12:50

that my fat fingers were going to fit

12:51

down in there okay that's visually all I

12:53

can see so far so I'm not even going to

12:56

open the back yet typically I like to

12:58

just see if it'll post

13:00

which it more than likely won't cuz this

13:02

is the whole point of this challenge

13:03

which means I'm doing this for no reason

13:04

at all

13:07

and yep that's what I

13:09

figured uh power switch is plugged into

13:12

the power

13:15

LED so that's this guy right here on the

13:17

bottom see Power s SW that's plugged in

13:20

all the way to the left that would be

13:21

power LED and it's kind of hard to see

13:23

in

13:25

there yay I was like wait a minute weird

13:28

fake

13:30

it happens with Intel systems this is a

13:31

higher-end platform you can tell by this

13:32

motherboard I should have switched the

13:34

ram already but I'm not too concerned

13:35

with that I just want to see if we at

13:36

least get an image we do

13:41

okay

13:42

done just kidding it's a pump turning

13:45

yes the pump is turning I can feel the