![]() Processes like video editing have come a long way as well, so you’ll also see video cards being manufactured with PCI Express connections.īut, since literally every device benefits from faster connections, CPUs, RAMs, and sound cards also use PCIe now. These are computer peripherals that can take advantage of the improvements that PCIe brings because video games are developing at a rapid pace and becoming hyper-realistic. The most obvious kind of PCIe cards are graphics cards. Again, with debates like PCI vs PCIe, it becomes clear that PCI Express beats its predecessors. The PCI Express interface then allows high bandwidth communication to take place not only between the device and the motherboard, but other hardware attached to the computer as well.Įxternal versions of PCIe devices, called (surprise, surprise) external Peripheral Component Interconnect Express or ePCIe, are also sometimes available and are connected to the computer using a cable and an ePCIe port. The number of slots available will vary for different computers. ![]() This is simple enough a PCI Express based device simply slides into the PCIe slot on a motherboard. This interface connects high-speed components of a computer, although the actual speed itself depends on other factors and features (which we will discuss so don’t worry). The slots present on a motherboard into which you plug your GPUs and SSDs are PCI Express slots. PCI, or conventional PCI, refers to the industry specification itself, and both are used for networking. If you are curious as to what the difference is between PCI Express vs PCI on its own: PCI express refers to the actual expansion slots on the motherboard into which PCIe-based cards are inserted, and sometimes to the cards themselves as well. PCIe stands for Peripheral Component Interconnect Express, and it is a standard for internal devices on a computer.
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