Building a Budget-Friendly PC with Xeon 2650v4 and RX580 for 20K Rubles

Table of Contents

1. Introduction
2. Overview of the Computer Build
3. The Case
4. The Motherboard and Processor
5. The Memory
6. The Cooling System
7. The Graphics Card
8. The Storage
9. The Power Supply
10. Performance testing
11. Conclusion

Introduction

In this article, I will be sharing my experience of building a computer with a budget of 20,000 rubles. I faced various challenges during the process, such as finding the right components and making sure they fit within my budget. However, with careful research and planning, I was able to assemble a balanced and efficient system. In the following sections, I will discuss each component in detail and provide insights on its performance. So, if you're interested in building a budget-friendly PC, keep reading!

Overview of the Computer Build

Before delving into the specifics, let's take a quick look at the components that make up this computer build. The case, motherboard, processor, memory, cooling system, graphics card, storage, and power supply are the main elements that determine the overall performance and functionality of the system. In the next sections, we will explore each of these components in detail and discuss their role in the computer build.

The Case

The case is an important component as it houses all the other parts of the computer and provides protection and cooling. For this build, I opted for a cost-effective case with a tempered Glass front panel. It features two USB 2.0 ports, one USB 3.0 port, audio jacks, LED buttons, and a mesh filter for improved airflow. The case also supports the installation of up to two 120mm fans on the top and front for additional cooling.

The Motherboard and Processor

The motherboard acts as the central hub of the computer, connecting all the components together. I chose an x99 motherboard that came bundled with an Intel 2650 V4 processor. This combination offers good performance and is compatible with the rest of the components. Additionally, the motherboard supports 16GB of RAM, providing enough memory for smooth multitasking and running demanding applications.

The Memory

In terms of memory, I opted for 16GB of RAM, which is sufficient for most tasks and gaming. The RAM modules are compatible with the motherboard and offer decent performance. Having enough memory ensures smooth operation and prevents lag or slowdowns during multitasking or resource-intensive tasks.

The Cooling System

To keep the system cool and prevent overheating, I installed a dual-tower CPU cooler with a 120mm fan. The cooler effectively dissipates heat generated by the processor and ensures optimal performance even during heavy loads. Proper cooling is essential for maintaining stability and extending the lifespan of the components.

The Graphics Card

The graphics card plays a crucial role in gaming and rendering graphics-intensive tasks. For this build, I chose an RX 580 with 8GB of VRAM from Sapphire. It offers good performance for its price range and can handle modern games and applications with ease. The graphics card was purchased from a reliable source, ensuring its authenticity and functionality.

The Storage

For storage, I went with a 512GB SSD, which provides fast boot times and quick file transfers. An SSD significantly improves the overall responsiveness of the system and minimizes loading times in games and applications. While the storage capacity may be limited compared to traditional hard drives, it is sufficient for storing the operating system and frequently used programs.

The Power Supply

A reliable and efficient power supply is crucial for the stability and performance of the system. I chose a 450W power supply from Ginzoo, which is adequate for this build. However, it is important to note that the power supply's capacity may limit future upgrades or the addition of more power-hungry components.

Performance Testing

After assembling the computer, it was time to put it to the test. I ran various benchmarks and performed real-world tasks to evaluate its performance. The build proved to be capable of running modern games and handling resource-intensive applications with ease. It delivered a smooth gaming experience at Full HD resolution, thanks to its balanced configuration.

Conclusion

In conclusion, building a budget-friendly computer requires careful consideration of each component's performance, compatibility, and price. With proper research and planning, it is possible to assemble a capable system that meets your requirements without breaking the bank. The computer build I shared in this article offers good performance for its price range and is suitable for gaming and general-purpose use.

Highlights

• Building a budget-friendly computer with a budget of 20,000 rubles
• Overview of the case, motherboard, processor, memory, cooling system, graphics card, storage, and power supply
• Importance of proper cooling and reliable power supply
• Performance testing and evaluation of the build
• Balancing performance and price for a budget-friendly computer

FAQ

Q: Can this computer handle modern games? A: Yes, this computer build is capable of running modern games with ease.

Q: Does the SSD provide sufficient storage? A: The 512GB SSD offers fast performance and is suitable for storing the operating system and frequently used programs. Additional storage can be added if needed.

Q: Can the power supply handle future upgrades? A: The 450W power supply is adequate for the current build. However, if you plan to add more power-hungry components in the future, it may be necessary to upgrade the power supply.

Resources:

• Example Website
• Another Example Website