These days, SATA cables are one of the most common types of connectors in computers. SATA is an acronym for Serial Advanced Technology Connection. Read this article to find out more about them.

The SATA technology is a connector interface that is mainly used in storage applications for device bus connections. But SATA is not the only type of connector interface for storage devices. Before SATA came around, there was the PATA standard. Also, recently, there are the more advanced PCI Express ports that make use of the newer USB-C ports. However, SATA is still the standard connectors for mid-level PCs and computers. Their performance is sufficient for most users. This article will tell you everything you need to know about these cables. Having a better understanding of them will help you make better choices when you are buying them.

Different types of SATA Cables

Not all SATA cables are the same. There are many different types of SATA cables, ranging from the difference in lengths and types of connectors to cables manufactured by different brands. Ultimately the best SATA cable will depend on your configuration and individual specifications. So, it is important to know about the types of SATA cables. You’ll find two main types of SATA cables: power connectors and data connectors. Among these are the smaller cable with 7-pin connector the data cable, while the larger cable with 15-pin connector is the power cable. Beyond that, there are further variations like mini and micro SATA cables. Here is a list of the four most common types of Serial ATA connectors.

SATA Power Cable

Typically, SATA cables are used for linking and sorting hard drives. However, you can see many SATA cables that supply and distribute power to many internal devices as well. SATA power cables have power connectors at one end and use the friction created by connector bodies to stay in place. SATA cables for power transfer usually have flat connectors. SATA cables replaced the older four-pin Molex connectors for power transfer inside the PC. There are even 22 pins SATA cables that combine both power and data transfer in one cable.

Hard drive power cables

Regardless of all the other uses of Serial ATAs, their primary job in a computer is to attach hard drives to the motherboard. In this case, it is some other type of cable that supplies power. This makes it necessary for hard drives to have multiple ports. All internal devices inside a computer CPU draw power from the SMPS. Generally, you will get the power supply cable to the hard drive when you buy the SMPS. To optimise airflow within the CPU and reduce cable entanglement, these cables are usually flat and thin. Being thin and flat also have other benefits as well. For example, it is easier to stack cables in tight places if they are flat. Also, it increases the surface area of the cable to increase the rate of cooling.

PS4 power cables

The Sony PlayStation or PS4 uses a power cable similar to old-age audio cassette players. This type of power cables come with a female double-end connector at one end and a regular AC connector at the other end. The female end connects to the adapter supplied with your PS4. Even though you might be able to find other types of cables that can power your PS4, it is wise to go for high-quality SATA cables for the sake of reliability. Also, SATA cables are cheaper and easily available than other options for the PS4. However, this does not apply for the latest version of PlayStation, which is PS5.

SSD power cables

Compared to conventional mechanical hard drives, SSD or solid-state drive storage systems are faster and smaller. Because of the lack of any moving part inside the SSD, do not suffer from performance problems like magnetic hard drives. However, keep in mind that all these benefits make SSDs expensive. Even though SSDs are much more modern than magnetic hard drives, the power supply system is pretty much the same. If you want to use the SSD as an internal storage device on your computer, you have to connect it to the SMPS through a Serial ATA cable. But one difference between traditional hard drives and SSDs is that the Serial ATAs for the latter is smaller.

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