What makes a psu modular

Still, the main difference between is that in modular power supply units have few cables attached or fully detached cables while in non modular power supply all cables are soldered. They are widely used even in server systems. The cables are fixed to the internal circuit of the source, and they exit through a small hole in the back to be mounted on a computer, since its fixed means that all cables are integrated into it and cannot be removed as we show you in the image.

All the significant points that impact the modularity of power supplies have been explained above. Anyway, Power Supplies are continually being upgraded, and accordingly their connection methods, it is time to give the final recommendation. In those scenarios where you are trying to save pennies to get the best processor or graphics card, it makes sense to opt for a budget non-modular PSU.

Either partly cables attached to the supply unit for connection or fully detached cables and connections through separate wires via socket. Such cables availability of PSU is called a modular power supply. The main difference is that; modular power supply units have either few cables attached or fully detached cables, while in non-modular power supply, all wires are soldered. If there is no use of some wries in the PSU, you can cover or protect them with a cap to prevent short circuits and fold them far removed.

The best advantage of a modular power supply is you can configure the cables as per your need and like and the modular power supply enhances the appearance and airflow of the computer case. In this case, you need to buy separate cables for the connection. Your email address will not be published. Table of Contents hide.

What is a Modular Power Supply? Disadvantages of Semi-Modular Supply:. Disadvantages of Full Modular Supply. What is a Non Modular Power Supply? Advantages of Non Modular Power Supply. A modular power supply unit is a type of power supply that has been designed to make it easier for the user to work with. In addition, the connectors and cables are detachable, which makes it much easier to install and manage within your PC case.

It also makes the design much more space-efficient, as you don't need to take up any extra room with wiring that's not being used. There are many reasons why you should always buy a modular PSU, but we've narrowed them down to seven. When you're putting together a PC or adding components, this modularity makes life much easier.

You can put all your components in place, then plug in the modular cables you need. This allows for much easier cable management than non-modular PSUs.

Along the same lines, modular PSUs allow you to keep your tower case clean and uncluttered, allowing for optimal airflow through the machine. Many modular PSUs have an intake fan that pulls clean air directly into the unit itself.

The modular structure of modular PSUs makes it much easier to access all your components at once; you don't have to remove any wires before accessing them. This is great if you're adding or changing parts while your computer is still running. It's also a great way to clean out your tower area. Just unplug the modular cables you don't need and use compressed air to blow out the dust.

If you're building a high-end gaming rig, modular PSUs can help provide better power flow through your computer components: all those modular connectors allow for an uninterrupted connection between the PSU and other PC components, resulting in more efficient power transfer that won't bottleneck your computer's performance. This is related to the first point, but you can plug modular connectors in when needed and easily unplug them if you're not using them.

When you remove modular cables from their sockets, it makes cleaning out dust easier. Dust usually builds up inside your tower case, decreasing airflow and slowing down your computer's cooling system. This is a big problem for gamers who want higher-performance hardware with overclocking capabilities. Unfortunately, not everything is as simple as liking Bieber. And thus, a fully modular power supply unit is better for some, a non-modular power supply unit for others, while most people would likely be better off with a semi-modular one.

Modular power supplies are simply power supply units with detachable cables. With that said, there are minor differences between fully-modular and semi-modular PSUs. The main difference between the different types of PSUs lies in how they treat their cabling. Non-modular power supplies have all cables permanently attached. Semi-modular power supplies have some cables attached the most important ones.

And f ully modular power supplies , as the term suggests, come with no cables attached. This makes it the most important part of a computer, for it could be the hero that takes the bullet to save your PC.

It can keep at bay a surge of electricity during an electrical storm, sacrificing itself to keep everything else safe. Choose a bad PSU and it can also be the villain who decides to fry everything else. With no storm or bursts of electricity.

Just because. The primary difference between non-modular, semi-modular, and fully modular power supply units is that you can detach some or all of their cables at will. Before someone had the bright idea to make their cables detachable, all PSUs where what we today classify as non-modular. Thanks to capitalism, prices dropping, technology improving, and their design remaining rather static for decades, you can find truly stellar non-modular PSUs for much less than their modular counterparts.

Modular and semi-modular power supply units contain extra hardware that allows their cables to be detachable. This makes them more compact as far as the units themselves go.

This can annoy you during relatively simple procedures, like swapping a failed HDD, making it hard to find the specific two cables you need to disconnect. Fans cool our PCs by sucking cool air and blowing out hot air, creating air paths over the components of our PCs. A bunch of excess cables in front of them can restrict airflow, leading to lesser cooling and higher temperatures. Higher temperatures affect both the longevity and performance of your PC. You know a modular PSU is right for you.

But is it? Or should you go semi-modular? Most users need only four or five cables. This leads to better cable management, better cooling and lower temperatures, which translate to better performance for the rest of your hardware. Having no useless cables dangling around helps when dealing with the ones you need. It also makes it easier to figure out what connects where and to cable manage them.