Hey man, when building a budget PC, it's crucial to clarify your priorities first. The first step is deciding whether the CPU or GPU is more important based on your usage; if gaming and graphics work are your main focus, it's smart to allocate a bit more budget to the graphics card. Aim for at least 8GB of RAM, preferably 16GB, since the price-to-performance ratio is solid here. For storage, going with an SSD will boost system speed, while an HDD can be an additional option for data storage. Choosing a power supply with 80% efficiency ensures longevity and stability. Don’t overlook cooling and case airflow; even basic air circulation keeps temperatures in check. Also, check component compatibility for future upgrades and plan a modular setup to save money in the long run. How do you strike this balance? Which components do you prioritize?
When building a budget PC, here are some practical tips to balance performance and cost:
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Actually, when I built my custom PC last spring, I first decided the balance between the CPU and GPU based on what I planned to use it for. Since I mainly intended to play "Fortnite" and do some light video editing, I decided to prioritize the GPU slightly. Specifically, I went with a GTX 1650 Super, which was available at the time, and chose the Ryzen 5 5600G for the CPU to keep costs down while maintaining good performance. By ensuring the GPU wouldn’t bottleneck gaming performance, I could comfortably run Fortnite at 1080p on medium to high settings, and the GPU acceleration also significantly sped up my editing tasks.
I started with 8GB of RAM, but as soon as I began using editing software, I quickly ran into capacity issues. So, the next month, I upgraded to 16GB (2x8GB). Since the price difference between the 8GB and 16GB kits was minimal, I managed to boost performance without overshooting my budget. For storage, I added a 250GB NVMe SSD for the OS and essential apps, along with a 1TB HDD for data storage, balancing speed and capacity.
For the power supply, I went with an 80 PLUS Bronze-certified 550W unit to ensure efficiency and leave room for future upgrades. The case was an entry-level model with mesh panels on the front and back to prioritize airflow, and it kept temperatures well under control—CPU temps stayed around 40°C. I used PCPartPicker to check compatibility beforehand, verifying motherboard and case sizes as well as power connector availability, which helped me avoid any mistakes.
In the end, I managed to keep the total cost around 70,000 yen while achieving performance that satisfied both gaming and editing needs. If you decide upfront what you’ll prioritize—whether it’s the GPU or CPU—and invest a little more in one over the other, it’s easier to strike a good balance between cost and performance.