Which SATA Cable to Use SATA Power Cable Connectors Standard SATA cables available in a variety of lengths SATA interface acting as a bridge between devicesĬonnecting ATA devices to SATA motherboards or PCI cardsĬonnecting power adaptors, extensions and splitters for SATA power and data cables Internal drives and backplane applicationsĬompatibility between computer outputs and e-SATA drives Ultra-thin SATA cables with low profile connectors This table provides a handy explanation of the principal types of SATA cables:Ĭable available in lengths ranging from 0.5-2m A final alternative is the e-SATA cable, which is best suited to outwardly connecting computers or laptops to external peripheral SATA devices such as hard drives. Mini or micro SATA cables are also available for internal drives and assemblies involving small-form components. The simplest way to identify the difference between the two types is that data is the smaller of the two (typically 7-pin) whereas power is larger (typically 15-pin). There are two principle SATA cable connector types – power and data. The best SATA cable will ultimately depend on your setup and individual requirements, so it is important to know what is available before you buy SATA cable. There are various different SATA cable types, ranging from varying lengths and connector types to products produced by differing brands. They also require a low insertion force for connection. These cables feature a latch to prevent accidental disconnection. Understanding how to install a SATA cable for data connection to a motherboard is a little different. It may be necessary to format the new drive or potentially reinstall the operating system, depending on the specifics of your application The primary drive should be connected to the motherboard’s lowest SATA port – usually SATA 0 or SATA 1Ĭomplete the process by ensuring all connections are secure, closing the PC casing, then powering the system up once it is safe to do so Insert the new hard drive into an empty bay in the PC case, ideally with space between the new and existing drives to enable better airflowĮnsure that the SATA cable connection ports are easily accessible then secure the drive in positionĬonnect the SATA cable to the port on the hard drive, then connect the other end of the cable to the motherboard, taking care not to disturb or impede the connection to the existing HDD Instead, you will need to follow these steps: On the other hand, if you are using a SATA cable to add additional storage to a configuration, you do not need to address the existing hard drive.
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