How to Choose A Motherboard: Quick Things You Need to Consider

Make Sure Your Motherboard Has Enough Ports/Slots for Your Needs

One last thing that I would suggest you think about when selecting the motherboard for your next PC is the kind and the number of ports it comes with.

A motherboard is basically the hub in which the components of your computer are connected so that they collaborate together to provide you with a great on-screen experience.

The more ports that your used motherboard has and the more devices that you can connect to it. While connecting more components onto your motherboard won’t always bring about a significant improvement in performance, having more ports can give you additional possibilities.

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The motherboard ports that you’ll need to be aware of are:

  • DIMM Slots (for memory)
  • SATA Ports
  • PCIe Lanes
  • USB Headers & Ports
  • Display Interface Ports

There are many ports found with motherboards. However, these are the ones most essential to the average user. Let’s take a look at each of them and explain why you should keep track of the number of ports the ports your motherboard comes with.

Additionally, if you’re working within a budget and are looking for your computer to be upgraded over time forward, it’s cheaper in the long term to start with a motherboard with four DIMM slots, and then to complete the upgrade with two smaller capacities RAM devices (like dual 8GB or 4GB sticks) rather than begin with the identical 8GB or 4GB sticks on the double DIMM motherboard. This is because in the first scenario all you’ll need to do is to add two additional sticks to complete the upgrade; however, in the second case, you’ll have to replace your initial two sticks with larger capacity RAM.

In the end, a motherboard that has at least four DIMM slots would be the best. However, if you’re creating an unwieldy system with a smaller size then the dual DIMM motherboard could be the only option, and should it be the case, it’s not a bad consolidation.

SATA Ports

The motherboard’s Serial ATA (or SATA) ports let you attach storage devices directly to computers. Thus, hard drives, SATA SSDs and optical drives all connect to SATA ports.

More SATA ports on your motherboard, the greater storage that you can join to the system. The majority of people possess one or two devices attached to their system. However should you wish to set up your storage drives in a RAID configuration it is the greater number of SATA ports the motherboard is equipped with the more efficient.

PCI Express

(Peripheral Component Interconnect Express) lanes are able to accommodate many different components.

However, PCIe lanes are important–especially to gamers–because they are where you plug-in your graphics card.

The majority of motherboards come with at the very least two PCIe lanes. However, higher-end motherboards will have multiple PCIe lanes. In addition, if you’re creating a gaming computer that is extremely powerful you could use the numerous PCIe lanes for the purpose of connecting several graphics cards. Check out the Dell Inspiron 15 motherboard price in India.

In real life, most users will not require an entire multi-GPU system. However, you are able to add sound cards as well as a variety of hubs or adapters (like an USB expansion hub or PCIe WiFi adapter) into your PCIe ports, as well.

The PCIe bus is also made up of several newer slots/ports as well. For example there is an NVME interface. NVME interface is connected with the PCIe bus, and by using it’s M.2 port. Allows users to connect the latest and more efficient NVME SSDs. If you’re looking to purchase a modern NVME SSD. Be sure to check that your computer will be able to accommodate them.

At the end of the day, however, the more PCIe lanes your motherboard is equipped with. The more options you’ll have to add additional parts to the system today or later on.

USB Headers & USB Ports

USB headers let you connect USB ports on your PC. Motherboards have each of the USB ports on the motherboard itself as well as USB ports located on the I/O panel located on the right side of the motherboard.

The difference between these two is that while you are able to connect USB devices/cables to the USB port and vice versa. Your USB ports that aren’t connected with the motherboard. (like on the I/O) panel have to be connected to the USB header. (Although the above mentioned you could also connect additional USB ports onto your PC with an USB hub that connects to a PCIe-based lane.)

For instance, when you purchase a case for your device the case will certainly have USB ports in the front. These USB ports must be connected to the USB header on the motherboard of your computer if you intend to use these ports.

More USB connectors that your motherboard is equipped with. The higher the number of USB ports you are able to integrate into your system.

The USB connector is also needed for certain RGB lighting as well as CPU coolers. For instance, certain AIO CPU coolers must be connected to the USB header to allow you to control the coolant’s pump or fan speed.

When you are to pick your motherboard it is important to make sure that you have the right. USB ports and headers to meet your requirements. If there’s not enough. You’ll have to select a motherboard that includes more ports and headers or determine. What adapters you’ll require to get everything set up.

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