Connecting serial ata to motherboard

Secure Connection: Locking latch on each end of the sata cable to ensure secure connections for fast and reliable file transfers. Features Using professional SAS wire, 0. This product generally has 2 usages: 1. Separate the data and power supply of the SATA hard disk interface, connect the motherboard SATA interface and the power cord, which can be directly connected.

It simplifies installation of the drive by overcoming typical connection restrictions and reduces the risk of damage to the drive or motherboard SATA connectors because the cable no longer needs to be strained or stretched. Simple plug and play installation with fixed and secure connections. Hot swap is not supported when replacing the power cord, the power must be off. GP2JM Secure Connection: Locking latch on each end of the cable to ensure secure connections for fast and reliable file transfer.

Saving money and convenient to carry. Doing so voids the warranty. Do not apply pressure or attach labels to the circuit board or to the top of the drive. Attaching Cables and Mounting the Drive Attach one end of the drive interface cable to the Serial ATA interface connector on your computer's motherboard or Serial ATA host adapter see your computer manual for connector locations.

Host adapter configuration is shown below. Serial ATA connectors are keyed to ensure correct orientation. Attach the interface and power cables to the drive. Secure the drive using four UNC mounting screws in either the side-mounting or bottom-mounting holes. Insert the screws no more than 0. Do not overtighten the screws or use metric screws. This may damage the drive. Restart your computer. Within the system setup program, instruct the system to auto detect your new drive.

Save the settings and exit the setup program. When your computer restarts, it should recognize your new drive. If your system still doesn't recognize your new drive, see the troubleshooting section. Serial ATA is a new interface type. This is normal even though this is not a SCSI disk drive.

This does not affect drive performance or capacity. Seagate references third parties and third party products as an informational service only, it is not an endorsement or recommendation - implied or otherwise - of any of the listed companies. Seagate makes no warranty - implied or otherwise - regarding the performance or reliability of these companies or products.

Each company listed is independent from Seagate and is not under the control of Seagate; therefore, Seagate accepts no responsibility for and disklaims any liability from the actions or products of the listed companies. If you are interested in the content, you can keep going.

What is SATA? It almost supports all computer motherboards and operating systems. SATA drives are usually one of two sizes: 3. The disk of the SATA drive rotates at different speeds according to the model purchased. The speed can reach 10, RPM to increase data transmission. Storage devices used in large servers can even reach 15, RPM. Mechanical failure is one of the main disadvantages of SATA drives. This makes the movement of the SATA hard drive more flexible. The cable is easier to entangle with the SATA cable since it can move inside the loop to leave more space.

The increased speed is very useful for loading images, videos, and larger documents. If you like playing games, high data transmission speed means you can get a smooth and better gaming experience.

The design goal of the SATA standard is to support backward and forward compatibility. This technology was invented to reduce your workload.

The ATA interface version does not support hot-swap, which means you cannot change or replace parts while using the computer. SATA hard drive supports hot-swap. In the long run, the SATA hard drive can extend the lifespan of your computer and improve performance.

The hot swapping function can be used to add and delete external devices such as USB without rebooting the entire computer system. SATA is designed to work by transferring data in a single bus, while ATA hard drive uses different wires to transfer data and information. SATA can be used to connect the hard drive to the motherboard of the computer system, and even connect the hard drive to the hard drive. Although SATA is faster, it is usually more expensive.