Do you need a new power cable for your desktop PC? If so, you’re in luck! In this blog post, we will discuss the best SATA power cables on the market. We’ll also provide some tips on how to choose the right one for your needs. So what are you waiting for? Read on to learn more!
Are You In A Hurry And Looking For A Few SATA Power Cables Highlighted? Well Here Are The Top 3 SATA Power Cables For You:
9 Best SATA Power Cables Reviewed
StarTech.com’s 3 ft USB 3.0 to eSATA Adapter provides an easy way to connect an eSATA device to a computer system with a USB port. The adapter cable is black and features a connector type of Esata/Usb. It is compatible with devices such as Dell Optiplex & Apple Mac & MacBook and eSATA hard drives solid-state drives and optical drives.
This StarTech.com USB to SATA hard drive enclosure lets you connect a 2.5″ or 1.8″ Serial ATA (SATA) hard disk drive directly to your computer through an available USB 3.0 port, letting you quickly add storage capacity to your PC without having to open the case and install a new drive internally.
This StarTech.com 15.7 in (400 mm) SATA Power Splitter Adapter lets you connect two SATA devices to a single power supply connector, enabling you to power both devices simultaneously. The black adapter features a Sata connector on one end and two female Sata connectors on the other, providing an easy way to add more SATA devices to your system.
This StarTech.com 15.7 in (400 mm) SATA Power Splitter Adapter lets you connect two SATA devices to a single power supply connector, enabling you to power both devices simultaneously. The black adapter features a Sata connector on one end and two female Sata connectors on the other, providing an easy way to add more SATA devices to your system.
The Monoprice Sata Express Card Power Cable is designed to connect a SATA hard drive or solid-state drive to a computer’s motherboard. The cable can also be used in conjunction with an external power supply for connecting a 2.5″ SSD/HDD to your computer via the ExpressCard slot.
This cable is a 4 pin Molex to sata HDD power connector. It features a male Molex on one end and a female sata on the other end. This SATA to Molex cable can be used for connecting an IDE hard drive or CD-ROM to your computer’s SATA port.
The RGEEK SATA Power Splitter Cable is the solution for connecting your DVD player or personal computer to an external hard drive. The cable has two connectors: one for your DVD player and one for your hard drive. This allows you to connect both devices to a single power source, saving you time and money.
This SATA 6G data cable is perfect for connecting your DVD player or personal computer. It features an optical connector type and is compatible with most devices. The black color makes it easy to match with your other electronics, and the gauge of 26.0 provides optimal performance.
This 4-pin male IDE Molex connector from SDTC Tech is perfect for connecting DVD players and other devices. Made with black color and compatible with devices that use the 4-pin IDE Molex connector, this part is easy to install and provides a secure connection.
5 Things To Consider Before Buying The Best SATA Power Cables
1. Connector Type
Most PC enthusiasts know there are two main families of internal SATA hard drives; the older “PATA” style with 40 pins and the newer “SATA” style with 7 pins inside a square plastic shroud. For most normal uses, all you need is a simple 7-pin to 7-pin cable, such as the one shown on the right. These work perfectly well and will be compatible with all but the oldest of motherboards. However, there are some applications that require more power than the standard 4 amps defined by SATA 1.5 Gb/s or SATA II 3 Gb/s specifications. TV-tuners are an example of this; they often come bundled with PCI Express cards fitted with SATA ports which can draw up to 6 amps – more than three times what regular drives use! The simplest way to solve these kinds of problems is by using a Molex connector instead of a standard SATA power connector. Not only do Molex connectors provide much more current, they are also keyed differently; this means that it’s impossible to insert them the wrong way around. As an added bonus, Molex connectors can also be used for other peripherals such as fans and floppy drives without the need for additional adapters.
2. Cable Length
One of the most common problems with cabling is either too little or too much, both of which are bad news for your system. Too short and you’ll be limited in where you can install components (the main point of using SATA, rather than IDE ribbon cables). Too long and there will be impedance issues inside your power circuitry; if your cable starts acting like an antenna then that’s just another thing that could go wrong with your system! A long enough cable should be fine for almost any application, but don’t be tempted to save a few bucks by purchasing longer than you need.
3. Wire Gauge
When you’re running power cables across your home, wire gauge doesn’t tend to matter much; once the cable is hidden behind drywall and furniture it’s not going to affect anything. However, inside your PC there are no such luxuries – every single wire in your power supply has to be capable of carrying huge currents without overheating or interrupting the flow of electricity in any way. As you can imagine, this puts quite an emphasis on using high-quality components that are designed to handle large amounts of power! An inferior cable may work when looked at individually, but when connected with dozens or hundreds of other cables (all of which will be using the same power circuitry) there is a risk that it will cause issues such as bad voltages or lost signals, especially if it isn’t designed properly.
4. Cable Colors
If you’re picking up on some sort of pattern here then good on you; cables are often color-coded for a reason and they aren’t always to make them look pretty! IDE ribbon cables, Molex connectors, and SATA power cables all use different colors for a reason; while most drive connectors use black/white/red wiring with red being +5 volts, these colors were chosen because they are electrically different from one another. In layman’s terms, this means that each wire is made from a unique material and has a different thickness. Because of this, they each have a slightly different resistance when carrying current relative to other wires in your power supply so it’s no use connecting them up at random! For example, IDE ribbon cables usually use blue for +5v/+12v, red for +3.3v/+5v, and yellow for ground; why? Because blue/yellow are used inside the same Molex connector pins while red is used alongside black on SATA power cables. By using colors with different resistances you can make sure that there will be no cross-talk between the data lines and power lines inside your computer – if one begins to carry too much current then its smaller sibling may begin to take some of the load instead. To avoid this, it is important to use cables with the same color wiring throughout your entire system so that power and data lines are kept separate.
5. Cable Materials
There are three different materials used for power cabling; plastic, rubber/silicone, and cloth/paper. Plastic insulation has the lowest electrical resistance (it’s also flexible) but will eventually melt if exposed to temperatures above 125 degrees Celsius. The rubber on the other hand can handle up to 200 degrees without giving off any toxins – although unless you’re running liquid nitrogen through your system then it’s unlikely that you’ll ever see these kinds of temperatures. The most common type of wire insulation though is cloth or paper, which has similar properties due to its high oil content; moreover, materials such as paper should be kept away from humidity as moisture can cause too much resistance. The other reason for keeping your power cables cloth/paper is safety – a fire-retardant coating means that a short circuit should not result in a fire. For this reason, it’s recommended that you use rubber or plastic insulation on all external power leads (e.g those going from the wall plug to your power supply) while keeping internal leads cloth/paper because there’s less chance of them getting tangled up with anything else!
3 Advantages Of SATA Power Cables
1. Allows more flexibility in positioning computers or other hardware components that require electricity.
2. Helps increase functionality in graphics cards by allowing them constant access to electricity without overheating.
3. Makes it easier/more convenient to install computer components because less space is needed between objects needing electricity.
The Bottom Line
So, there you have it! Our list of the nine best SATA power cables for your desktop PC. We hope you found this article helpful and that it has helped you narrow down your choices when it comes to choosing a cable that is perfect for your system. Now it’s time to ask for your opinion. Which SATA power cable do you like most? Let us know in the comments below!
