CPU, Motherboard & Liquid Cooling Installation, Natural Sound, i9 13900K, Gigabyte Z690, Titan 360

[FurkanGozukara]

CPU, Motherboard & Liquid Cooling Installation, Natural Sound, i9 13900K, Gigabyte Z690, Titan 360

Full tutorial: https://www.youtube.com/watch?v=iD8qwlXiSVI

I have shown the installation process of Intel Core i9 13900K CPU, Gigabyte Z690 UD DDR4 and GameBooster Titan Rainbow 360 Liquid CPU cooler. At the end of the video I run a Cinebench benchmark to show you the temperature values. Moreover, I show how much watt CPU is using. If you are wondering how to install 13900K CPU yourself or how to install motherboard or Liquid CPU cooler, this video is for you.

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00:00:00 Introduction to the Core i9 13900K CPU installation

00:29:04 After installation of CPU, MotherBoard and Cooler completed

00:29:55 CineBench testing results

I. Preparing for Installation

A. Gather the Required Tools and Components:

Intel Core i9 CPU

Compatible motherboard

Liquid cooler

Thermal paste (if necessary)

Screwdriver

Thermal compound remover (optional)

Cleaning cloth (lint-free)

Anti-static wrist strap (recommended)

B. Prepare a Clean and Static-Free Workspace:

Clear a well-lit and spacious area.

Remove any static-inducing materials.

Place an anti-static mat or surface.

C. Read the Manuals and Documentation:

Familiarize yourself with the manuals of the CPU, motherboard, and liquid cooler.

Understand any specific installation instructions or precautions.

II. Installing the Motherboard

A. Select a Compatible Motherboard:

Choose a motherboard that supports the Intel Core i9 CPU.

Verify socket compatibility and power requirements.

B. Prepare the Case:

Open the computer case following the manufacturer's instructions.

Remove any unnecessary components obstructing the motherboard installation.

C. Install the CPU Socket Cover (if applicable):

Some motherboards come with a protective cover on the CPU socket.

Remove the cover before installing the CPU.

D. Install the Standoffs (if needed):

Place the standoffs in the appropriate positions within the case.

Align them with the motherboard's mounting holes.

E. Carefully Place the Motherboard in the Case:

Gently lower the motherboard into the case.

Align the mounting holes with the standoffs or case studs.

F. Secure the Motherboard to the Case:

Use screws or other fasteners provided with the case.

Tighten the screws until the motherboard is firmly secured.

G. Connect the Power Supply Cables to the Motherboard:

Connect the main 24-pin power cable to the motherboard.

Attach any additional power cables required by the motherboard.

III. Preparing the CPU and Cooler

A. Remove the CPU from its Packaging:

Open the CPU packaging with care.

Handle the CPU by its edges to avoid touching the sensitive pins or contacts.

B. Carefully Align the CPU with the Socket:

Locate the CPU socket on the motherboard.

Identify the alignment notches or markers on both the CPU and socket.

C. Gently Lower the CPU into the Socket:

Align the CPU's notches or markers with the socket.

Slowly lower the CPU into the socket, ensuring it sits properly.

D. Lock the CPU in Place (if applicable):

Some sockets require securing mechanisms (such as a lever or latch).

Follow the motherboard's instructions to lock the CPU in place.

E. Apply Thermal Paste on the CPU (if necessary):

If the liquid cooler doesn't come with pre-applied thermal paste, apply a small amount.

Use an even, pea-sized drop at the center of the CPU's heat spreader.

F. Install the Liquid Cooler on the CPU:

Follow the liquid cooler's instructions for proper installation.

Ensure a secure and tight connection between the CPU and cooler.

IV. Installing the Liquid Cooler

A. Choose a Compatible Liquid Cooler:

Select a liquid cooler that fits your CPU socket type.

Consider the radiator and fan size requirements for your case.

B. Position the Radiator and Fans in the Case:

Identify a suitable location in the case to mount the radiator.

Check for clearance and fan placement options.

C. Mount the Radiator and Fans to the Case:

Securely mount the radiator to the case using screws or brackets.

Attach the fans to the radiator following the liquid cooler's instructions.

D. Connect the Radiator Fans to the CPU Fan Header:

Locate the CPU fan header on the motherboard.

Connect the fan cables to the CPU fan header.

E. Connect the Pump to the Power Supply:

Connect the pump cable from the liquid cooler to an available power supply connector.

V. Connecting Cables and Components

A. Connect the Power Supply Cables to the Liquid Cooler:

Connect the appropriate power cables from the power supply to the liquid cooler's pump or control unit.

Video Transcription

• 00:00:01 Greetings everyone, in this video I will install Core i9-13900K CPU into Gigabyte Z690 motherboard

• 00:00:11 along with Titan 360 liquid cooler.

• 00:00:13 The video speed is 2x with natural sound.

• 00:00:17 At the end of the video I will do a Cinebench CPU testing and show you the temperatures.

• 00:29:04 So the installation took longer than expected because I had used PCI Express pin here instead

• 00:29:11 of this CPU pin and it was causing motherboard to not start.

• 00:29:17 I had to spend a lot of time to figure this out.

• 00:29:21 Unfortunately this caused me to lose a lot of time.

• 00:29:25 So these are the current values by using hardware info.

• 00:29:29 I am right now recording a video therefore it is using some CPU.

• 00:29:34 There are also some other applications running on the background.

• 00:29:38 However I am using in a very powerful mode so the CPU is not in the default settings.

• 00:29:45 We can say that it is overclocked.

• 00:29:48 So these are the settings.

• 00:29:49 Now I will start Cinebench for testing and you will see how much temperature will rise.

• 00:29:55 So let's test with CPU multi-core and let's see the temperatures.

• 00:30:05 You see it already reached 100 degree in some of the cores.

• 00:30:09 As soon as CPU reaches 100 Celsius it bottlenecks the CPU and reduces temperature back.

• 00:30:16 So it never passed 100 Celsius temperature.

• 00:30:19 This CPU is very powerful using a lot of power.

• 00:30:23 Let me show you.

• 00:30:24 So when all of the threads of the CPU are used these are the effective clock speed.

• 00:30:31 These are the clock speeds that we are getting right now.

• 00:30:34 And these are the voltages that CPU is using right now.

• 00:30:37 Also let me show you the power usage of the CPU.

• 00:30:41 So here you are seeing how much power the CPU is using.

• 00:30:44 It is using about 300 watts therefore it is also getting more hot than it should be because

• 00:30:51 I am using in an overclocked mode from the motherboard.

• 00:30:55 Even though I have liquid cooling and even though my case is open these are the temperatures

• 00:31:01 I am getting.

• 00:31:02 By the way the weather temperature is about 25 to 30 degrees right now in the room.

• 00:31:07 However I found out that there is a possible solution for this problem.

• 00:31:11 So it appears that if you purchase a contact frame for LGA1700 you will get better cooling

• 00:31:20 with liquid cooling.

• 00:31:22 Therefore I have purchased a Thermalright CPU contact frame.

• 00:31:25 It already arrived to my home but I haven't installed it yet.

• 00:31:30 Hopefully I will make another video and show you the difference between these and with

• 00:31:34 the default contact frame.

• 00:31:36 I hope you have enjoyed from this video.

• 00:31:38 Normally I am mostly making about AI videos.

• 00:31:42 However I am also making some videos like this.

• 00:31:45 So if you subscribe, like, join, comment I would appreciate that.

• 00:31:49 Without your support I wouldn't be able to purchase this CPU.

• 00:31:52 With your support I am improving my hardware power so that I can produce better quality

• 00:31:57 videos for you.

• 00:31:59 Therefore your support on my Patreon is extremely important.

• 00:32:02 I am also sharing Patreon exclusive content and I already recorded the video that I show

• 00:32:10 the power of new CPU.

• 00:32:12 I compare it with my older CPU.

• 00:32:14 It is already posted on the Patreon but a video coming for that so don't worry if you

• 00:32:18 are not my Patreon supporter you will also have that video.

• 00:32:22 Actually when you are watching this video it should be on the channel.

• 00:32:25 Hopefully see you in another amazing video.