Build a Budget Gaming PC with GTX 950 and Intel G4400

Build a Budget Gaming PC with GTX 950 and Intel G4400

Table of Contents:

1. The Skylake Series: Introduction to the Intel Pentium G 4400 and MSI B150M Mortar
2. Building the Computer: SSD, RAM, Power Supply, and Graphics Card
3. Putting the Motherboard Together
4. The Importance of the I/O Shield
5. Installing the CPU, RAM, and Graphics Card
6. Placing the Motherboard Inside the Case
7. Mounting Plates and SSD Installation
8. Tools for Proper Mounting Plate Installation
9. Securing All Mountings
10. Removing Parts for CD Drives and Hard Drive
11. Power Supply and Motherboard Placement
12. Removing Tube Shields for Graphics Card Compatibility
13. Magnetic Screwdriver for Secure Mounting
14. M.2 Wi-Fi and DDR4 Slots on the Motherboard
15. Graphics Card Locking Mechanism
16. Cable Management and Windows Version
17. Cheap Case Limitations for Cable Management
18. Removing SSD Panel for Proper Placement
19. Completing the Computer Build
20. testing the Performance of the Computer

Building a Computer with the Skylake Series: Intel Pentium G 4400 and MSI B150M Mortar

Are you a tech-savvy individual looking to build your own computer? In this article, we will walk you through the process of building a computer using the Skylake series, specifically the Intel Pentium G 4400 processor and the MSI B150M Mortar motherboard. We will cover everything from installing the CPU and RAM to cable management and testing the performance of the computer. So, grab your tools and let's get started!

1️⃣ The Skylake Series: Introduction to the Intel Pentium G 4400 and MSI B150M Mortar

The Skylake series, known for its advanced performance and power efficiency, offers a range of processors and motherboards. In this build, we will be using the Intel Pentium G 4400 processor and the MSI B150M Mortar motherboard. These components provide a solid foundation for a budget-friendly yet powerful computer.

2️⃣ Building the Computer: SSD, RAM, Power Supply, and Graphics Card

Before we dive into the details of building the computer, let's take a look at the components we'll be using. We have an SSD for fast storage, eight gigs of RAM for smooth multitasking, a regular 550-watt power supply for reliable performance, a GTX 950 graphics card for immersive gaming experiences, a keyboard and mouse combo, and a 22-inch full HD monitor.

3️⃣ Putting the Motherboard Together

The first step in building our computer is putting the motherboard together. We will start by installing the Pentium G 4400 processor onto the motherboard, followed by the eight gigs of RAM. The graphics card will be installed once the motherboard is in the case.

4️⃣ The Importance of the I/O Shield

Before placing the motherboard inside the case, it's crucial to install the I/O shield. This shield not only protects the motherboard but also ensures proper connectivity for USB ports and other external devices.

5️⃣ Installing the CPU, RAM, and Graphics Card

With the motherboard prepared, we can now install the CPU, RAM, and graphics card. The Pentium G 4400 processor and RAM slots are easy to install, while the graphics card should be installed after the motherboard is in the case to avoid any damage.

6️⃣ Placing the Motherboard Inside the Case

Now it's time to place the motherboard inside the case. The MSI B150M Mortar motherboard comes with convenient SSD mountings, making it easy to secure our storage. We will ensure a proper fit by using a tool to install all the mounting plates.

7️⃣ Mounting Plates and SSD Installation

The SSD mountings provided with the case will be used to properly secure our SSD. Additionally, we may need to remove some parts for CD drives and hard drives to make space for the SSD. This step will depend on individual preferences and needs.

8️⃣ Tools for Proper Mounting Plate Installation

To ensure the mounting plates are properly installed, we will use a tool designed for this purpose. This tool will help us secure the plates and prevent any future issues with the mounting of our components.

9️⃣ Securing All Mountings

With the mounting plates in place, we can now secure the motherboard in the case. This step involves using screws to secure all the mountings, ensuring a stable and reliable foundation for our computer.

🔟 Removing Parts for CD Drives and Hard Drive

While placing the motherboard in the case, we may encounter the need to remove parts for CD drives and hard drives. This step is necessary to accommodate our SSD and optimize the space within the case.

11️⃣ Power Supply and Motherboard Placement

The power supply and motherboard are important components that need to be positioned correctly. We will place the power supply in its designated spot and ensure all cables and connections are properly aligned.

1️⃣2️⃣ Removing Tube Shields for Graphics Card Compatibility

To accommodate the graphics card, we will need to remove certain tube shields that may hinder its placement. This step is crucial for ensuring compatibility and avoiding any issues with the graphics card.

1️⃣3️⃣ Magnetic Screwdriver for Secure Mounting

To securely mount the motherboard and other components, it is advisable to use a magnetic screwdriver. This will help prevent the loss of screws and make the installation process smoother and more efficient.

1️⃣4️⃣ M.2 Wi-Fi and DDR4 Slots on the Motherboard

One standout feature of the MSI B150M Mortar motherboard is the inclusion of an M.2 slot for Wi-Fi, providing convenient wireless connectivity. Additionally, the motherboard supports DDR4 RAM, allowing for faster and more efficient performance.

1️⃣5️⃣ Graphics Card Locking Mechanism

When installing the graphics card, it's essential to lock it in place to ensure a secure fit. This locking mechanism provides stability and prevents any accidental dislodging of the graphics card during use.

1️⃣6️⃣ Cable Management and Windows Version

To optimize the aesthetics and airflow of the computer, proper cable management is crucial. However, in this case, the cheap case used in the build doesn't offer extensive cable management options. Despite this limitation, we will do our best to manage the cables effectively.

1️⃣7️⃣ Cheap Case Limitations for Cable Management

Due to the limitations of the cheap case, cable management can be challenging. However, with some creativity and the use of available resources, we can still achieve a satisfactory cable management solution. This may involve using ribbon-like ties to secure and bundle the cables.

1️⃣8️⃣ Removing SSD Panel for Proper Placement

In the process of completing the computer build, we may need to remove the SSD panel to allow for proper placement of the components. This adjustment ensures that the Glass panel of the case fits properly and poses no interference.

1️⃣9️⃣ Completing the Computer Build

With all the components securely in place and proper cable management, the computer build is now complete. Take a moment to admire the finished product, which includes the Intel and Windforce logos on display.

2️⃣0️⃣ Testing the Performance of the Computer

Now that the computer build is complete, it's time to test its performance. One popular benchmarking test is running games like Battlefield 4 to gauge the capabilities of the graphics card, processor, and RAM. This will give us valuable insights into the overall performance of our computer.

Highlights:

• Building a computer using the Intel Pentium G 4400 and MSI B150M Mortar
• Ensure proper installation of CPU, RAM, and graphics card
• Utilize SSD mountings and secure all mountings
• Remove parts for CD drives and hard drives if necessary
• Use a magnetic screwdriver for secure mounting
• Take advantage of M.2 Wi-Fi and DDR4 slots on the motherboard
• Properly manage cables for optimal airflow
• Overcome cable management limitations in a cheap case
• Adjust SSD panel for proper placement
• Test the computer's performance with benchmarking tests

FAQ:

Q: Can I build this computer with other components? A: Yes, you can customize the build as per your preferences and budget. However, ensure compatibility between components.

Q: Can I upgrade the components in the future? A: Yes, the components used in this build offer room for future upgrades. Consider factors like power supply capacity and compatibility when upgrading.

Q: How long does it take to build a computer? A: The timeframe for building a computer depends on your experience level and the complexity of the build. On average, it can take a few hours to a full day.

Q: Can I install additional storage options? A: Yes, you can add additional storage options like hard drives or larger capacity SSDs. Ensure you have enough SATA ports and appropriate cables.

Q: How often should I clean my computer? A: It is recommended to clean your computer at least once every three to six months to maintain optimal performance and prevent overheating.

Resources:

• Intel: www.intel.com
• MSI: www.msi.com