“Why can’t many affordable PCs run the latest games? The answer lies in the integrated motherboard—a cost-effective solution that could be a problem!”
As the need for digital technology increases, many PC users, both at home and in the office, are attracted to a more economical solution: Integrated Motherboards. However, behind the benefits, some risks are often unrealized.
About 60% of PC users in the office don’t realize that their motherboards limit the ability to upgrade, including adding a GPU or improving overall system performance.
To better understand this, imagine buying a car with all the features already integrated, saving space and costs. However, when the main engine breaks down and cannot be replaced separately, the entire car must be repaired thoroughly or even replaced. This is a risk that Integrated Motherboard users often face.
This article from Bardimin will discuss in depth the advantages and disadvantages of using an Integrated Motherboard, as well as help you determine if this option is suitable for your computing needs, whether for work, study, or gaming. With the right understanding, you can make smarter decisions and avoid costly solutions that end up being expensive.
Revolution or Limitation? Integrated Motherboard
Integrated motherboards are the result of the need for computer systems that are efficient in terms of space use, cost, and ease of assembly. However, like the two sides of a coin, this integration also affects flexibility and long-term performance.
The Uniqueness of Integrated Motherboards
These motherboards are equipped with essential components that are permanently attached to the main printed circuit board (PCB):
- Onboard GPUs (such as Intel UHD Graphics or AMD Radeon Vega)
- Integrated audio and networking chips
- Fixed, irreversible I/O ports
These components are directly attached to the main PCB, reducing the need for additional expansion slots. These systems are perfect for light use but may limit performance and future upgrade options.
Examples of Integrated Motherboard Usage
Integrated motherboards are often used in devices that prioritize cost-efficiency and compact design. Here are some examples:
Office Laptops
- Example: Lenovo Ideapad 3 with AMD Radeon Vega Graphics.
- The laptop is designed for everyday productivity, such as document processing, browsing, and video streaming.
Mini PC
- Example: Intel NUC (Next Unit of Computing).
- These mini-PCs offer enough performance for light duty with an ultra-compact design, ideal for small workspaces or business use.
“Many manufacturers promote PCs with integrated motherboards as ‘economical’, but don’t explain that this is like buying a house without extra rooms, when your family grows, you have to move!”
“Based on the Steam Survey 2024, only 12% of gamers are satisfied with the performance of integrated GPUs for modern games.”
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Pros of Integrated Motherboards — When Should You Choose One?
One of the main factors that makes Integrated Motherboards so desirable is cost efficiency. By not having to buy a separate GPU, the total cost of building a PC can be significantly reduced.
| Component | Integrated Build (ASUS Prime H610M-K) | Non-Integrated Build (MSI B660M + Entry-Level GPU) |
| Motherboard | ~ USD 80 | ~ USD 120 |
| GPU | – (integrated) | ~ USD 140 (example: GTX 1650) |
| Total | ~ USD 80 | ~USD 260 USD (difference ~USD 180) |
Savings reach 50–70% of the total main components, which is especially beneficial for users with limited budgets or basic needs.
Ideal User
Not everyone needs high performance. For those who only do light tasks or daily activities, an Integrated Motherboard is a great choice.
Who Is Suitable?
1. Remote Freelancer
Who uses Google Docs every day, attends meetings on Zoom, and does light browsing?