Yes, SATA power cables are universal. They are designed to fit all types of SATA devices such as hard drives, solid state drives, and optical drives.
SATA or Serial ATA is a standard for connecting and transferring data from hard disk drives to computer systems.
The power cables used for SATA devices are standardized and are designed to supply power to any SATA device.
This means they are universal as they can be used with any device that supports SATA.
SATA power cables are truly universal, allowing for great flexibility and convenience when setting up or upgrading your computer system. Their standardized design ensures they can power any SATA device, making them an essential component in modern computing.
5 Compatibilities of SATA Power Cables with Different Devices
|Topic||Are Sata Power Cables Universal?|
|Explanation||Sata power cables are universal and can be used to supply power to any SATA devices such as hard drives, SSDs and optical drives. They have a standardized design for easy plug-and-play.|
|Important Notice||However, while the cable itself is universal, the power supply must provide sufficient power for the device. Also, different devices might have different power requirements. Therefore, ensure to check your device’s power specification before connecting.|
|Variations||There are also different types of SATA power cables available: straight cables, right-angle cables, and slimline SATA power cables, used for different purposes depending on the device and its location.|
Five Facts About: Are Sata Power Cables Universal
Understanding Sata Power Cables
SATA power cables are universal and compatible with various devices, providing a reliable power source. No need to worry about compatibility issues, as these cables can be used with different devices seamlessly.
SATA power cables are an essential component when it comes to powering your storage devices. These cables play a crucial role in supplying power to SATA drives such as hard disk drives (HDDs) and solid-state drives (SSDs).
In this section, we will delve into the purpose and function of SATA power cables, as well as understand how they differ from other types of power cables.
Purpose And Function Of Sata Power Cables:
- SATA power cables are designed to provide power to SATA drives, ensuring they receive the necessary electrical current to operate effectively.
- These cables connect directly to the power supply unit (PSU) and the SATA drive, delivering the required voltage to the device.
- The primary function of SATA power cables is to transmit power in a safe and efficient manner, minimizing the risk of power-related issues such as overheating or voltage fluctuations.
- SATA power cables follow a standardized pinout configuration, making them universally compatible with SATA drives.
Differentiating Sata Power Cables From Other Types:
- SATA power cables can be distinguished from other power cables based on their unique connectors. The connectors have a distinct L-shaped design with two or three pins, depending on the cable version.
- Unlike older power cables, such as Molex connectors, SATA power cables have a slimmer and more streamlined form factor, allowing for better cable management and airflow within the system.
- SATA power cables are not compatible with devices that require other types of power connectors. It is important to ensure that the devices you are connecting have SATA power connectors to avoid any compatibility issues.
- One significant advantage of SATA power cables is their hot-plugging capability. This means that you can connect or disconnect SATA drives while the computer is powered on, without the need to restart the system.
SATA power cables serve the crucial purpose of delivering power to SATA drives, ensuring their proper functioning and compatibility.
Their distinguishable connectors and hot-plugging capability set them apart from other types of power cables.
Understanding the purpose and function of SATA power cables is essential for anyone working with SATA drives or building computer systems.
Compatibility Of Sata Power Cables
SATA power cables are universally compatible, making them suitable for various devices. They provide a convenient connection for power supply, ensuring efficient operation without the need for specific cables.
Whether you’re building a new computer or upgrading your existing one, understanding the compatibility of SATA power cables is crucial.
SATA, which stands for Serial Advanced Technology Attachment, is the current standard for connecting storage devices, such as hard drives and solid-state drives, to a computer’s motherboard.
In this section, we will explore the concept of universal compatibility and discuss the factors that determine if SATA power cables are compatible with your system.
Exploring The Concept Of Universal Compatibility
SATA power connectors:
These connectors are typically found on power supply units (PSUs) and are responsible for delivering power to SATA devices. They have a distinct L-shaped design with 15 pins.
SATA power cables are considered universal because they follow a standardized design. This means that regardless of the brand or model of your power supply unit, SATA power cables should be compatible with any SATA device.
The SATA power cables used with the latest SATA devices are also backward compatible with older devices. This ensures that you can connect older SATA drives to newer PSUs without any issues.
SATA power cables are designed to be easy to install. They feature a simple plug-and-play mechanism that allows you to connect and disconnect them without the need for any additional tools. This makes them user-friendly and convenient for both novice and experienced computer builders.
Factors Determining Compatibility
Power supply rating:
One of the primary factors that determine compatibility is the power supply rating. SATA power cables must provide sufficient power to the connected devices.
Ensure that your power supply unit has enough wattage to support the power requirements of all your SATA devices.
SATA power cables come in various lengths. It’s essential to choose a cable that is long enough to reach from your power supply unit to the SATA device. Measure the distance between the two components to ensure a proper fit.
While SATA power connectors are standardized, some devices may use a slightly different connector type. Ensure that the SATA power cable you select has the correct connector type for your specific device.
High-quality SATA power cables are essential for optimal performance and compatibility. Ensure that you choose cables made from reliable materials to minimize the risk of power loss or damage to your SATA devices.
In some cases, you may need to use adapters to connect SATA power cables to devices with different connector types.
Ensure that the adapter you choose is compatible with both the SATA power cable and the device you are connecting.
Understanding the compatibility of SATA power cables can save you time and ensure that your system operates smoothly.
By considering factors such as power supply rating, cable length, connector type, cable quality, and the need for adapters, you can ensure that your SATA power cables are compatible with your specific devices.
Benefits Of Using Sata Power Cables
SATA power cables offer universal compatibility, making them compatible with various devices, including hard drives, SSDs, and optical drives.
These cables provide multiple benefits such as reliable power delivery, efficient performance, and easy installation.
SATA power cables offer several benefits that make them a reliable choice for powering various devices. The following are the main advantages of using SATA power cables:
Ease Of Installation And Connection
Quick and hassle-free installation:
SATA power cables are designed to be user-friendly, making the installation process a breeze. With their plug-and-play functionality, you can simply connect the cable to the corresponding port on your device and power it up.
SATA power cables are compact and slim, allowing for easier cable management and tidier setups. Their sleek design ensures they take up minimal space within your system.
Flexibility and versatility:
These universal cables can be used across a wide range of devices, including hard drives, solid-state drives (SSDs), optical drives, and other compatible peripherals. You can rely on them for various power requirements without the need for separate cables.
Efficiency And Reliability In Power Delivery
- Steady and reliable power supply: SATA power cables are known for their consistent power delivery, ensuring the smooth operation of your devices. This stability is essential for preventing sudden shutdowns, data loss, or hardware damage.
- High energy efficiency: SATA power cables are designed to minimize power wastage, ensuring efficient power consumption. This energy efficiency not only reduces electricity costs but also contributes to a greener environment.
- Compatibility and backward compatibility: SATA power cables are compatible with both SATA 3.0 and SATA 6.0 devices, providing backward compatibility for older peripherals. This compatibility factor ensures you can use the same cable for multiple devices, saving you the hassle of searching for specific cables for different devices.
SATA power cables offer various benefits, including easy installation and connection, efficiency in power delivery, and compatibility with a wide range of devices. These advantages make them a convenient and reliable choice for powering your devices.
Sata Power Cable Connectors
SATA power cable connectors are universal and compatible with all SATA devices, providing a seamless and efficient power supply solution.
These connectors ensure easy installation and reliable power delivery for various storage devices, making them a versatile choice for any SATA setup.
SATA power cables play a crucial role in connecting various components of your computer system. They supply power to devices such as hard drives, solid-state drives (SSDs), and optical drives.
In this section, we will explore three types of SATA power cable connectors: the standard SATA power connector, the SATA 15-pin power connector, and the SATA 22-pin power connector.
Standard Sata Power Connector
The standard SATA power connector is widely used and easily recognizable with its L-shaped design.
Here are some key points about this type of connector:
- Provides power to SATA devices such as hard drives and optical drives
- Features 15 pins arranged in two rows of seven and eight pins
- Delivers both 3.3V and 5V voltages to the connected device
- Designed for compatibility with most traditional SATA devices
- Can be found on power supplies, allowing multiple devices to be connected simultaneously
- Connectors are genderless, simplifying the installation process
Sata 15-Pin Power Connector
The SATA 15-pin power connector is commonly used to power smaller and less power-intensive devices like SSDs.
Here’s what you need to know:
- Comprises 15 pins in a single row
- Provides 3.3V and 5V voltages, similar to the standard SATA power connector
- Designed for use with SATA SSDs and other low-power devices
- Often found on modular power supplies and allows for easy cable management
- Some SATA 15-pin connectors include additional pins for 12V power delivery
Sata 22-Pin Power Connector
The SATA 22-pin power connector combines data and power connections into a single connector. It is primarily used for 2. 5-inch SATA hard drives and SSDs.
Let’s delve deeper into its features:
- Combines the standard SATA data connector (7 pins) with the standard SATA power connector (15 pins)
- Saves space by eliminating the need for separate data and power cables
- Supports both 3.3V and 5V power delivery, along with 12V power for high-performance drives
- Provides a more streamlined and efficient cable management solution
- Enables hot-plugging, allowing you to connect and disconnect drives while your system is running
Whether you’re building a new computer or upgrading your existing one, understanding SATA power cable connectors is essential.
By choosing the right cable connectors, you can ensure proper power delivery to your devices, leading to optimal performance and functionality.
Sata Power Cable Lengths
SATA power cables can have varying lengths, but they are universal and compatible with most devices. Enjoy the convenience of using SATA power cables for your electronics without worrying about compatibility issues.
Common Lengths Of Sata Power Cables
SATA power cables are commonly available in different lengths to accommodate various system setups.
Here are some standard lengths you may come across:
- 15cm (6 inches): These short cables are ideal for small form-factor cases or close-range connections within the same motherboard enclosure.
- 30cm (12 inches): A popular length, often suitable for most desktop configurations and offers enough flexibility for cable management.
- 45cm (18 inches): Provides a bit more length for larger cases or when components are spread apart within the system.
- 60cm (24 inches): The longest commonly available SATA power cable, beneficial when components are placed far apart or when additional reach is needed.
These lengths are based on the cable’s overall measurement, including the connectors at both ends.
Keep in mind that these are just general lengths, and variations may exist depending on the manufacturer.
Considerations When Choosing Cable Lengths
When selecting the appropriate cable length for your setup, consider the following factors:
- Cable management: Longer cables can make managing cables within your case more challenging, while shorter ones might restrict component placement. Find a balance that allows for easy routing and organization.
- Space constraints: If you have a compact case or limited clearance between components, shorter cables might be a better fit to avoid unnecessary clutter.
- Expansion possibilities: Consider future upgrades or component additions that might require additional cable length. It’s helpful to have some extra length to accommodate unforeseen changes.
- Flexibility: Longer cables give you more flexibility when it comes to component placement. They allow you to route cables more neatly and prevent potential tension or strain on connectors.
- Aesthetics: If you prioritize a clean and visually appealing setup, choose cable lengths that enable you to hide cables as much as possible or use cable management solutions.
Remember, it’s advisable to measure your specific requirements before purchasing SATA power cables to ensure they are a perfect fit for your system setup.
By considering these factors, you can select the optimal cable lengths that allow for efficient cable management and proper component positioning, resulting in a more organized and pleasing desktop experience.
Sata Power Cable Versions
SATA power cables are universal, compatible with all devices that use SATA connectors. They provide power to SATA drives for smooth operation and easy installation.
Sata 1.0 Power Cable:
Are you wondering if SATA power cables are universal? The answer is yes! These cables are widely used in various electronic devices to provide power to SATA hard drives and other SATA peripherals. Let’s take a closer look at the different versions of SATA power cables and what sets them apart.
When it comes to SATA 1. 0 power cables, they were the first generation of SATA connectors commonly used in older devices.
Here are the key features of these power cables:
- Standardized connectors: SATA 1.0 power cables typically feature a 15-pin connector that is compatible with SATA 1.0 drives.
- Adequate power supply: These cables provide sufficient power to SATA 1.0 devices, ensuring smooth operation without any power-related issues.
- Backward compatibility: SATA 1.0 power cables can also be used with newer generations of SATA drives, thanks to their backward compatibility.
Sata 2.0 Power Cable:
Moving on to the next version, the SATA 2. 0 power cable offers improved functionalities and became more widely used.
Here’s what you need to know about SATA 2. 0 power cables:
- Enhanced data transfer: SATA 2.0 power cables provide higher data transfer speeds compared to their predecessor, enabling faster data read and write operations.
- Upgraded connectors: These power cables feature the same 15-pin connectors as SATA 1.0 cables, ensuring compatibility with both SATA 1.0 and 2.0 devices.
- Increased power efficiency: SATA 2.0 power cables are designed to deliver power more efficiently, resulting in better energy utilization and reduced power consumption.
Sata 3.0 Power Cable:
The most recent version of SATA power cables is the SATA 3. 0 version, which offers even higher performance and improved features.
Here’s what sets SATA 3. 0 power cables apart:
- Speed and versatility: SATA 3.0 power cables deliver blazing-fast data transfer rates, offering up to 6 Gbps speed, enabling seamless transmission of large files and high-definition media.
- Robust connectors: These cables feature the same 15-pin connectors as the previous versions, ensuring compatibility with SATA 1.0, 2.0, and 3.0 devices.
- Improved power management: SATA 3.0 power cables incorporate advanced power management features, optimizing power delivery and ensuring optimal performance while minimizing power wastage.
SATA power cables are universal and can be used across various devices. Whether you have a SATA 1. 0, 2. 0, or 3. 0 device, the corresponding power cable will provide the necessary power supply.
Understanding the different versions of SATA power cables helps you ensure compatibility and optimal performance for your SATA devices.
Choose the right power cable and enjoy the seamless functioning of your SATA devices without any worries.
Understanding Sata Power Cable Standards
SATA power cables are universal, making them compatible with various devices. These standardized cables offer convenience and flexibility in connecting devices.
Are you wondering if SATA power cables are universal? The answer is a resounding yes! Understanding SATA power cable standards is essential to realizing their universal compatibility. In this section, we’ll provide an overview of SATA power cable standards and explore their impact on universal compatibility.
Overview Of Sata Power Cable Standards
Here is a brief overview of the SATA power cable standards:
- SATA 1.0: This standard was introduced in 2003 and supports data transfer rates of up to 1.5 Gbps. It features a 4-pin power connector for connecting to the power supply.
- SATA 2.0: Released in 2004, SATA 2.0 doubles the data transfer rate to 3 Gbps. It retains the same 4-pin power connector as SATA 1.0.
- SATA 3.0: Also known as SATA 6Gbps or SATA III, this standard was introduced in 2009. It offers a staggering data transfer rate of up to 6 Gbps and maintains backward compatibility with SATA 1.0 and SATA 2.0.
Impact Of Standards On Universal Compatibility
The SATA power cable standards have a significant impact on universal compatibility.
- Enhanced Speed: As newer SATA standards are introduced, data transfer speeds increase. This advancement ensures that SATA power cables can keep up with the faster data rates of modern storage devices, allowing for seamless compatibility.
- Backward Compatibility: The SATA standards exhibit an excellent backward compatibility feature. This means that a SATA 3.0 power cable can work with SATA 2.0 or SATA 1.0 devices, ensuring compatibility across various generations of hardware.
- Interchangeability: SATA power cables are designed to be universally compatible and interchangeable. Regardless of the SATA standard supported by your device, you can use a SATA power cable to connect it to the power supply, eliminating the need for different cables for different devices.
- Wide Industry Adoption: SATA power cable standards have been widely adopted in the industry, making them readily available and compatible with a vast range of devices. This ensures ease of use and accessibility for users when connecting storage devices to their power supply.
SATA power cables are indeed universal due to the adherence to standardized SATA power cable standards.
These standards enhance compatibility by offering increased speed, backward compatibility, interchangeability, and widespread industry adoption.
So, when it comes to SATA power cables, you can rest assured that they are universally compatible with a wide range of devices, regardless of the specific SATA standard they support.
Test And Certifications For Sata Power Cables
SATA power cables are universal, making them compatible with various devices. Whether for testing or certification purposes, these cables offer convenience and versatility in powering different SATA devices.
Are you wondering if SATA power cables are universal? Well, the answer is yes! SATA power cables are indeed universal and compatible with a wide range of devices. In this section, we will dive deeper into the topic of test and certifications for SATA power cables.
Industry Certifications For Universal Compatibility
SATA power cables undergo various industry certifications to ensure their universal compatibility. These certifications guarantee that the cables have been tested rigorously and meet specific quality standards.
Some of the prominent certifications include:
- SATA-IO Certification: The Serial ATA International Organization (SATA-IO) conducts thorough testing to ensure SATA power cables comply with their standards. This certification ensures that the cables can be used with any device supporting SATA connectivity.
- UL Certification: Underwriters Laboratories (UL) is a global safety certification organization that verifies the safety and performance of various electrical products. SATA power cables with UL certification offer assurance that they meet industry safety standards.
- FCC Certification: The Federal Communications Commission (FCC) certification is essential to validate that the SATA power cables comply with electromagnetic interference (EMI) regulations. This certification ensures that the cables do not disrupt other electronic devices’ signals.
- CE Marking: The CE marking signifies compliance with European Union (EU) health, safety, and environmental protection standards. SATA power cables with CE marking meet the requirements for their safe usage within the EU.
Testing Procedures For Sata Power Cables
To ensure reliability and performance, SATA power cables go through rigorous testing procedures. These tests include:
- Voltage and current testing: SATA power cables are evaluated to ensure that they deliver the required voltage and current levels without any fluctuations or deviations. This testing guarantees optimal power supply to connected devices.
- Heat resistance testing: SATA power cables are subjected to extreme heat conditions to assess their ability to withstand high temperatures. This testing ensures that the cables remain durable and safe under demanding operational environments.
- Connector compatibility testing: The connectors on SATA power cables are checked for their compatibility with different devices. This testing verifies that the connectors fit securely and establish a stable connection.
- Flexibility and durability testing: SATA power cables undergo rigorous bending and flexing tests to assess their flexibility and durability. These tests ensure that the cables can withstand constant movement without damage.
By undergoing industry certifications and stringent testing procedures, SATA power cables prove their universal compatibility and reliability.
Whether you are connecting a hard drive, optical drive, or any other SATA-compatible device, you can trust that a SATA power cable will get the job done efficiently and effectively.
Troubleshooting Compatibility Issues
Sata power cables are universally compatible, making them suitable for troubleshooting compatibility issues.
Their versatility allows for seamless integration with various devices, ensuring efficient power supply without any complications.
Common Compatibility Issues With Sata Power Cables
SATA power cables may seem universal, but there are still some compatibility issues that can arise.
Here are the most common problems you might encounter:
- Mismatched connectors: Sometimes, SATA power cables may have connectors that don’t fit properly with your devices. This can lead to frustrating compatibility issues.
- Insufficient power delivery: Another issue is when the SATA power cable is unable to deliver enough power to your device. This can cause malfunctions or even prevent the device from working altogether.
- Incompatible pin configurations: Some SATA power cables have different pin configurations, making them incompatible with certain devices. It’s essential to check for any pin mismatches before connecting the cables.
- Length limitations: SATA power cables have length limitations, and exceeding these limits can result in unstable power delivery or device malfunctions. Be mindful of the cable length to avoid compatibility problems.
- Improper cable routing: Incorrect routing of SATA power cables can cause kinks, bends, or tangles. This can lead to underpowered devices or intermittent connections, affecting their compatibility.
Steps To Resolve Compatibility Problems
If you come across any compatibility issues with your SATA power cables, don’t worry. There are steps you can take to troubleshoot and resolve these problems.
Here’s what you can do:
- Check the connectors: Ensure that the connectors on your SATA power cable match the device’s power input. If not, consider getting a compatible cable or an adapter.
- Verify power requirements: Confirm the power requirements of your device and compare them with the capabilities of your SATA power cable. If the cable doesn’t meet the power needs, upgrade to a higher-capacity cable.
- Double-check pin configurations: Make sure the pin configurations of your SATA power cable are compatible with your device. If they don’t align, you may need to find a cable that matches your device’s pin layout.
- Manage cable length: Keep the length of your SATA power cables within the specified limits. If you need longer cables, use extension cables instead of risking compatibility issues with overly stretched cables.
- Ensure proper cable routing: Take care to route the SATA power cables correctly, avoiding any sharp bends or pinching. This will prevent any disruption in the power supply and maintain compatibility.
By addressing these common compatibility issues and following the troubleshooting steps, you can ensure that your SATA power cables work seamlessly with your devices.
FAQ About Are Sata Power Cables Universal
Can I Use a Sata Power Cable for Any Device ?
No, you cannot use a SATA power cable for any device. A SATA power cable is specifically designed to provide power to devices such as hard drives and optical drives that require the specific data and power connection of a SATA port.
What is the Difference between Sata Power And Regular 4-Pin Molex Cables ?
SATA power cables are used for Serial ATA drives such as hard disks, optical drives and SSDs. They have 15 pins and carry both data and power signals. Regular 4-pin molex cables are used to supply power from the PSU to components like fans, LED lights etc.They do not carry any data signals and only provide 12V or 5V DC current.
Is There a Standard Length for Sata Power Cables ?
No, there is no standard length for SATA power cables.
Are There Different Types of Sata Power Cables Available ?
Yes, there are different types of SATA power cables available. These include the 4-pin Molex power cable, 15-pin SATA power cable and the newer 8-pin EPS12V (also known as PCIE) power cable.
The universality of SATA power cables offers a convenient solution for various devices and situations.
With their standardized connectors, these cables can effortlessly connect to compatible SATA power ports, ensuring a hassle-free experience for users.
Whether you’re building a PC, upgrading your storage, or replacing a faulty cable, the versatility of SATA power cables saves time and effort.
By understanding the compatibility of SATA power cables with different devices, you can confidently choose the right cable for your needs.
The flexibility to connect SATA power cables to various SATA devices, such as hard drives, Solid State Drives (SSDs), and optical drives, makes them a reliable and go-to choice.
The versatility, standardized connectors, and compatibility of SATA power cables make them universal for a wide range of devices.
Embracing the universality of SATA power cables ensures seamless connectivity and reliable power delivery, offering peace of mind and convenience to users.
So, next time you encounter a need for a power cable, turn to SATA power cables for a universal and reliable solution.
Bonus About The Topic: Are Sata Power Cables Universal
Are Sata Power Cables All the Same?
No, SATA power cables are not all the same.
– There are four types of connectors: 3-pin Molex, 4-pin Molex LP4, 6-pin PCIe and 8-pin PCIe.
– Each type has different features to fit specific components.
For example, a 3-pin Molex is used for optical drives while an 8 pin PCIe is used for high powered graphics cards. In addition, there are also cable lengths that vary from one device to another.
Therefore, it’s important to select the right type of cable for your computer components in order to ensure optimal performance and prevent damage or failure due to compatibility issues.
Are Sata Cables Universal?
Yes, SATA cables are universal. They can be used to connect different types of computer components such as a hard drive or an optical drive.
• Are compatible with all SATA devices
• Have a 7-pin data connector and 15-pin power connector
• Come in various lengths from 12 inches up to 39 inches
• Transmit data at speeds up to 6 Gbps
In summary, SATA cables are designed for maximum compatibility and offer reliable connections between components while transferring large amounts of data quickly.
Can You Use Any Sata Cable from Any Power Supply?
Yes, you can use any SATA cable from any power supply.
• Standard SATA cables have the same physical connector and pinout no matter what power supply they come from.
• The only difference between them is the quality of the materials used in their construction which directly affects their durability.
• High-quality cables are more resistant to wear and tear and offer better protection for your components over time.
SATA cables are generally inexpensive so it’s best to invest in higher-quality ones if you want a reliable connection that will last longer.
Can You Mix And Match Sata Power Cables?
Yes, you can mix and match SATA power cables. The key is to make sure the cable has compatible connectors and that it meets the voltage requirements of your system:
• Check for compatibility – Make sure your SATA power cable has the correct connectors for the PSU and device.
• Check voltage requirements – Confirm that your cable provides enough amperage (current) to meet the minimum requirements of your device.
By following these simple steps, you can mix and match SATA power cables without any problems.
Are Sata Data Cables Universal
Sata data cables are indeed universal, meaning that they can be used across all types of hardware without the need for additional adapters or modifications.
This is because Sata (Serial Advanced Technology Attachment) is a standardized interface designed by Intel to allow direct connection between computer components and peripherals like hard drives.
The standardization makes them compatible with any device featuring the same Sata port, including motherboards, external hard drives, CD/DVD/Blu-ray disc drives and more.
Sata cables are a type of interface cable used to connect storage devices such as hard disk drives, optical drives and solid-state drives to the motherboard.
They are designed to provide high speed data transfer rates up to 6 Gbps while allowing for improved airflow due to their narrow design.
Sata cables come in two varieties: straight-through (which connects one device directly to another) and right angled (which allows for more flexibility when connecting multiple devices).
Sata Power Splitter
A SATA power splitter is an adapter that connects two SATA (Serial ATA) drives to a single power supply in order to provide additional power where it might be needed.
It typically has four pins, one for each drive, and works with both 3.5-inch and 2.5-inch hard drives. This device can also be used to connect multiple optical drives or other devices that require a SATA connection such as printers or scanners.
A SATA power splitter is an essential component when building PCs with more than one drive, providing the extra juice they need to run reliably and efficiently!