![]() You should get at least 80 PLUS certification on your power supply. First off, no matter the type of power supply, you need to make sure that it’s power-efficient. You’re probably wondering “What type of power supply do I need?”, and that’s a pretty fair question. Fully-modular PSUs are typically more expensive, have braided cable sleeves, and are a bit chubbier (they’ll still fit any standard ATX-compatible case). The fully-modular PSU has no cables attached to it, giving you the ability to cable manage your build much easier, have a cleaner overall look, and get the best possible airflow your case can handle. The ability to pick the cables you use has a lot of different uses, some of which being less obvious than others. You’re getting the best of both worlds, while not paying for the full price of a modular power supply. Value-wise, this might be your sweet spot. ![]() In terms of budget, they’re in the middle, with the non-modular on the low end of the spectrum, and the fully-modular models at the high end of the spectrum. Whatever else you may need to power your future system can be connected, so you can customize the power supply based on your needs while having the barebone configuration already installed. Semi-modular power supplies have only the basic cables attached to the unit, like the 24-pin motherboard connector, the 8-pin CPU cable, and the PCIe power connector that will go into your GPU. Make sure to get at least 80+ bronze certification, as it is an investment in both power efficiency and reliability. If you’re buying from a reputable manufacturer and factor in your components’ total power draw before buying, then you should be safe. Low-end power supplies still function in the same way high-end PSUs do. Investing in such a product makes sense if aesthetics aren’t a big selling point for you and if you’re on a tighter budget. They typically have a less-premium feel than their modular counterparts, have color-coded cables that are not usually braided, and have an overall outdated aspect. Non-modular power supplies have all of the cables already connected to the power supply. This will be the first factor that you should consider when choosing modular, semi-modular or non-modular. Some draw all the power they require to function throughout the ports on the motherboard, like RAM, and some require additional power, which you draw directly from the power supply, like the GPU. If you’ve never built a PC, then you should understand how each component draws power. Differences Between Modular, Semi-Modular and Non-modular Power Supplies That being said, let’s discuss when it’s better to spend the extra money for this feature, and when it’s better to use the money to invest in other features that will impact the performance of your PC. While the modularity aspect is welcomed in almost any build, it also adds a bigger price tag to the component. Modular power supplies allow you to use only the cables you need, making for better cable management, improved airflow, and a much cleaner aesthetic. ![]() With household names like Corsair and EVGA working ‘round the clock to provide you with power-efficient and reliable PSUs (power supply units), this highly competitive segment of the PC component market has given birth to modular units. Whether you’re just joining the PC enthusiast community or you’re a seasoned veteran with multiple builds under your belt, you should know that the power supply is one of the most important aspects of your build.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |