SATA cables are most commonly used in computers. They are cables that are used to connect the various SATA devices inside a computer such as the hard drive.
You should check the exact type of your SATA drives, and what cables they require, on their website: SATA drives come as SATA-1 and SATA-2, and also as E-SATA [external SATA], I believe. The cables may be different, check it out on Wiki or your mfrs site. cheers!
When assembling a PC, the hard drive or solid-state drive (SSD) is typically connected to the motherboard using a SATA cable. This connection allows for data transfer between the storage device and the motherboard, enabling the system to access and store information. SATA cables are commonly used for both traditional HDDs and modern SSDs, providing a reliable interface for storage solutions.
There are different interfaces of which hard drives can be connected to the motherboard of computers. ATA- More commonly ATA-133, the newest version not compatible with ATA-100(phased out) Typically this setup uses a Ribbon cable, however there are "Round" cables that have been made to reduce the turbulence and promote airflow inside the cases. These drives typically do not spin faster than 7,200 RPMS. SATA- Serial ATA, uses a thin small cable, typically red. This is the first version, and finding hardware that SATA I is difficult. these drives typicall do not spin faster than 7,200 RPMS SATA II - AKA SATA 3.0 GB, Uses an identical cable, but transfers data much more quickly. Most hard drives and computer accessories that use SATA are SATA II. Typically SATA II is backwards compatible with SATA I. These drives are currently capable of spinning to a maximum of 10,000 RPMS SATA III - AKA SATA 6GB/s, use a similar cable but transfers data at twice the rate of SATA II and four times the rate of SATA (first version). SATA III is also backwards compatible. In order to take full advantage of the SATA III technology it is necessary to have a SATA III motherboard, cable and HDD. SCSI- Pronounced "SKUZZY" a high speed interface typically only used on High end workstations and servers. Has high bandwidth and uses ribbon cables similar in look to ATA, but has more pins and a different connector. Older versions for SCSI required "terminators" on the empty connectors however they are becomming less prevalent and are typically not used on the current SCSI 320 Format. These drives are typically the most expensive and rotate the fastest typically 15,000 RPM's
Cable lubricants, such as silicone or lithium grease, are commonly used to lubricate cables.
Is to supply additional power for PCIe video cards Original answer SATA data cables. To provide additional wattage for PCIe video cards
Several types of cables are used, depending on the specific type of Ethernet. The cables most commonly used nowadays, however, are UTP (unshielded twisted pair) - and for longer distances, fiber optic.
Pipe racks are most commonly used as structural supports for pipes, power cables, instrument cable trays. Pipe racks also support mechanical equipment, vessels, and valve access platforms.
The most common connectors for coaxial cables are F-type and BNC.
The most commonly used technology standard for hard drives to interface with the motherboard today is SATA (Serial ATA). SATA provides a high-speed connection for data transfer between the drive and the motherboard, supporting various drive types such as HDDs and SSDs. Another emerging standard is NVMe (Non-Volatile Memory Express), which is used primarily for SSDs connected via the PCIe interface, offering even faster data transfer rates than SATA.
Below 24 volts: low voltage cables are like other cables but without so much insulation. They are made of copper and insulated with pvc, usually only one layer. They are most commonly used in cars.
Older computers use IDE (Integrated Drive Electronics) cables, which look like pieces of tape made of a bunch of tiny cords side by side. -> sss sss while most computers today(starting from around 5 years ago) use SATA(Serial Advanced Technology Attachment) II Cables, which allow 3Gbps (appr. 350MB) and look like a small flat colored cord. within the past year some motherboards and hard drives have enabled support for SATA III, which allows 6Gbps(appr. 700MB) transfer. industrial speed HDDs will plug directly into the PCIe slot, allowing for multiple GBps transfer rates. 95% of computer today use SATA II, however. IDE cables are about 1 and a half inches wide, sata cables about 1cm.
No, optical cables use light to transmit audio signals, while S/PDIF cables use electrical signals. Optical cables are most commonly used with devices like home theater systems, whereas S/PDIF cables are found on a variety of audio equipment like TVs and CD players.