That’s not always the case, as there are some newer standards available for high-speed drives. But alongside PCIe and NVMe, SATA is still a significant player, especially when it comes to larger-sized HDDs and SSDs.
Data and power
Although there is a myriad of computer products that are designated as SATA devices, the reason they are called that is that they use the SATA interface. In other words, your PC connects through two SATA ports, one on the drive and another on the motherboard.
Although SATA connectors are described as a single port or connector, SATA encompasses two ports: The data connector and the power connector. The former is the short, L-shaped, seven-pin connector, while the latter is the more extended 15-pin connector — the taller “L” of the two.
Both connectors are typically reversed on the drives they allow connections for, with the bases of their respective “L” shapes facing one another. Beyond length, they can be told apart by the cables that connect to them. Where the SATA data cable is usually made up of solid plastic, which extends into a flat, single-band cable, the SATA power connector will continue from its head to multiple, thin, rounded wires of different colors.
Both cables are required for SATA devices to work, and both do different jobs. The data cable provides the high-speed connection to the rest of the computer, transferring information back and forth as requested, while the power cable is what gives the drive the electricity to run in the first place.
Although most PCs in recent years have used SATA devices, there are a few different types that are worth noting. SATA was first introduced in 2000, replacing the aged PATA ribbon cables. It was revised in 2003 and again in 2004 and 2008, bringing SATA to version three, commonly referred to as SATA III or 3.0. These standards increased speed and added additional features to allow for faster and more reliable storage drives, but didn’t change the physical look of the SATA connector itself. SATA III is the most common SATA interface used today, though there have been four revisions since its introduction, namely 3.1 through 3.4.
In Revision 3.1, SATA focused on improving the performance of SSDs, allowing host PCs to identify the capacity of their hardware devices and the port that made USBs possible, the Universal Storage Module (USM). Improvements for Revision 3.2 included slimming down the USM, incorporating microSSD to shrink the size of storage components, adding USB 3.0 ports, and reducing power requirements for devices in constant operation. Revision 3.3 offered users greater choice and flexibility, with staggered startup options and an activity indicator, as well as improved data center maintenance and hard drive disc space. SATA’s 2018 update, Revision 3.4, added improvements like SATA device temperature monitoring, writing critical cache data, and enhanced compatibility with manufacturers, all while minimizing the impact on how your PC operates.
There have been a few alternative SATA interfaces over the years, like mSATA for laptop drives, which debuted in 2011. The latest generation of that technology was the M.2 standard. Currently, the fastest drives have moved beyond the mSATA interface and now take advantage of PCI Express ports for higher performance.
First introduced with SATA 3.2 in 2013, SATA Express allowed for cross-compatibility with SATA III and PCI Express drives. Still, it wasn’t a popular choice while eSATA offered SATA-like speeds for external drives. Today, most high-speed external drives use USB 3.0 connections, commonly with the Type-C standard of the connector.
How vital is SATA today?
Back in 2008, SATA was the standard, but as we’ve completed the first two decades of the millennium, several computers no longer depend on SATA. Less complicated laptops may need built-in flash memory, and PCI Express (PCIe)enhances more sophisticated computers’ performance.
That is not to say that SATA outmoded, though.
Serial ATA has gone farther than the PC arena. The auto industry, consumer electronics, and other devices now use SATA. It’s a standard crucial link for more significant SSDs and hard drives that venture into the multi-terabyte range.
NVMe and fresher M.2 drivers are still among the top picks for users who value performance above everything else. M.2 and NVMe drives cost more than SATA due to the limitations SATA cables initiate for SATA ports. If you have a PCI Express slot, your drives will work at a more competitive level and your data rates will rise quite a bit. If you are curious as to how much faster users can get GBs of data per second, which outperforms the hard SATA III limit of 1.5Gbps, 3Gbps, and 6Gbps.
Buying SATA cables
One advantage to buying a motherboard with SATA ports is that it comes with cables. You can use the cable to customize the components you’re building into your computer. However, if you attempt to put together a new rig, PCIe storage can be much faster and lower profile.
You sometimes need a SATA cable or adapter when replacing worn-out hard-drives or upgrading other parts of your computer. Make sure you’re getting the newest standard, the SATA III. While some adapters interface with connections like USB-C and USB-A 3.0, it can lower the connection quality.
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