Tech

Factors to Consider When Buying a Prebuilt PC

Factors to Consider When Buying a Prebuilt PC

Even when there aren’t any widespread shortages of computer components, a prebuilt PC has several benefits. However, if you pick a prebuilt PC over a DIY PC for convenience, you should thoroughly examine these criteria

1. Is the build well-balanced?

One prevalent problem with prebuilt computers is that they have odd performance balance difficulties. For instance, if the CPU and GPU aren’t matched in terms of capability, obstacles can occur. Companies may spend money on flashy components that seem good on paper however, underperform in practice, such as using a single stick of RAM in single-channel mode or an SSD with terrible actual performance.

Keep in mind that a computer is just as quick as the slowest component it encounters throughout any assigned activity. To ensure that the computer operates as stated, one may wish to seek reviews or actual metrics.

2. Is the power supply sufficient?

When it comes to computer power supplies, a decent general rule is to overcompensate a little. To figure out what kind of power supply the computer needs, use programs like Seasonic’s Wattage Calculator.

Don’t only think about the wattage. A power supply must also provide sufficient current to components such as the CPU and GPU to ensure system stability. Compare the exact PSU needs of those components to the power supply’s specs. The system designer mustn’t compromise on the PSU’s fundamental quality, as this is a part that can cause significant damage if it fails!

3. Has the system been burned in?

Each system built by a good system builder will undergo a 24-hour burn-in test. This is a stress test in which all of the components are overclocked to confirm that the conditioning system is fully functional and the computer is stable. This also guarantees that no components are DOA (dead on arrival) and that is a crucial component, such as a power supply, fails under stress before leaving the factory or workshop.

If a computer can withstand such a test, it is considerably more likely to last in the long run. If the prebuilt computer one is contemplating doesn’t go through this type of quality control before being delivered to customers, one might want to perform their burn-in test when one first acquires it. If something isn’t working properly, one can return the system as soon as feasible.

4. Are all of the parts branded?

The potency of important components like the CPU and GPU is commonly used to sell prebuilt PCs. Additional components, on the other hand, can have a significant impact on the computer’s efficiency and lifetime. Every component in a properly prebuilt PC should have the exact model number listed. It’s a red flag if the builder doesn’t reveal the brand and model of the power supply, motherboard, RAM, and other components.

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To save money, many prebuilt systems use unbranded OEM (original equipment manufacturer) components. These components aren’t necessarily of bad quality just because they’re OEM, however, it’s advisable to check if the no-name PSU or SSD in the prebuilt PC was built by a reputable company.

5. Is it professionally put together?

Not all prebuilt systems are made alike. Boutique system builders hand-assemble the computer from high-quality components in some cases. Others are quickly assembled on an assembly line.

certainly, the boutique choice is more expensive, however, there can be substantial advantages to a prebuilt that is built with care and best practices. Many issues can also be concealed from the user. Inexpensive prebuilt systems may have a jumbled cable management system and use low-cost cabling that is hidden from view. The same can be said for applying thermal paste or putting together water-cooling loops. Cut corners in mass-produced prebuilt systems in ways that users won’t detect.

6. Is it covered by a comprehensive warranty?

Examine the warranty papers for the prebuilt computer to see if the entire system is insured. One advantage of prebuilt systems is that the manufacturer should cover the entire machine.

Assembling a computer from the ground up, one is solely covered by the individual warranties of each component. So, if the power supply fails, one is just insured for the power supply alone, not the CPU, RAM, or motherboard. Ensure that the prebuilt computer is covered as a whole, not as a collection of separate parts.

7. Is The Computer User-Serviceable?

The benefit of desktop computers is that one may fix and modify them as needed, as long as one stays within the warranty conditions. It must be user-serviceable if you want your prebuilt system to be useful for years to come.

What does this imply in terms of application? First and foremost, a toolless chassis (one that can be opened without the use of special tools) is required. It’s not good if any component that should be removed is soldered in. The usage of adhesive to bind stuff down is the equivalent.

If the computer has an OEM motherboard, be sure it meets established chassis specifications so one can change it with an off-the-shelf alternative if necessary. It’s also a plus if the chassis is created with ease of use in mind. For instance, some low-cost OEM cases have sharp inside edges.

The Author

Oladotun Olayemi

Dotun is a financial enthusiast who specializes in first-in-class financial content, including crypto, blockchain, market, and business, to educate and inform readers.