Our DuPont 2.54 12P cable is a versatile and reliable wiring solution, ideal for use in embedded systems, prototyping platforms, and custom PCB applications. Featuring 12-pin female connectors on a 2.54mm pitch, this cable ensures a secure, compact...
Designed to interface directly with control switches or motion sensors, this wiring cable allows seamless communication between sensor arrays and microcontroller units. Ideal for smart systems, automotive dashboards, or embedded electronics, it uses...
The Communication Terminal Cable is engineered to support reliable and efficient signal transmission in communication control systems, IoT modules, and automotive diagnostic environments. Featuring shielded wiring and secure crimp terminals, this...
This power adapter cable equipped with a 4.8mm fork terminal is a flexible and convenient plug-and-play power solution, suitable for modular electronic devices, desktop cases and distribution boards. It is often used in configurations where power...
SZXYQ’s Automotive Diagnostic Cable Harness is built for precision and performance in demanding automotive environments, this solution seamlessly integrates with Sata Ssd Cable diagnostic setups It supports standard OBD-II, CAN, and proprietary...
This 4.8mm spade terminal to DuPont 2.54 12P cable is engineered for secure and reliable signal or power transmission in a range of device interconnections. Designed with durability and insulation performance in mind, this wire harness suits...
This universal 4.8mm flat plug-in terminal cable is widely used in various automotive, household, and industrial systems. The SATA Data Cable For SSD adopts high-quality copper conductors and PVC insulation layers, ensuring reliable performance in...
The motherboard and storage devices are connected via SATA data cables, which are specialized internal data transmission lines for computers. "Serial Advanced Technology Attachment" is the source of its name. This kind of cable replaces the heavy and challenging PATA (Parallel ATA) cable with a thin, flat design and a 7-pin connector, greatly enhancing air circulation and cable management within the chassis. Users can safely connect or disconnect storage devices while the system is operating, thanks to SATA data cables' hot-swappable functionality, which makes data maintenance and device replacement extremely convenient. With a theoretical transfer speed of up to 6Gbps, the widely used SATA 3.0 standard fully satisfies the data transfer needs of contemporary hard drives and solid-state drives.
The unique L-shaped design of the SATA Data Cable connector can both prevent incorrect insertion and guarantee a secure and dependable connection. In order to maintain signal integrity, the SATA specification recommends a maximum cable length of one meter. In real-world applications, chassis of various sizes are typically accommodated by a length of 30 to 50 centimeters. A metal locking mechanism, which can offer a more secure connection and prevent unintentional disconnection, is typically used in high-quality SATA data cables. To lessen electromagnetic interference and guarantee data transmission stability, the cable itself uses a multi-layer shielding structure. These data cables are frequently used to link a variety of internal storage devices, such as expansion cards, solid-state drives, mechanical hard drives, and optical drives. These data cables are essential parts of contemporary computer storage systems and are widely used to connect a variety of internal storage devices, such as expansion cards, solid-state drives, optical drives, and mechanical hard disks. As the SATA standard continues to evolve, this connection technique is also continuously improved to satisfy the increasing demands of data transmission.
SATA Data Cable
szxyq's SATA Data Cable is specifically designed for efficient data transfer of storage devices. It strictly adheres to the SATA 3.2 standard protocol, enabling a stable transfer rate of up to 6Gbps. The cable core uses high-purity oxygen-free copper conductors, combined with a double-layer shielding structure of aluminum foil and braided mesh, effectively isolating electromagnetic interference to ensure zero data loss and delay-free transmission. The outer layer is wrapped with flexible and durable PVC material, and the connectors feature an anti-detachment locking design, which is easy to plug and unplug firmly and can withstand more than 10,000 plugging and unplugging operations.
Product Features
Ultra-high-speed transmission
Supports the SATA 3.2 protocol with a 6Gbps transfer rate, taking only 1.6 seconds to transfer a 1GB file.
Plug-and-play design
No driver installation is required. It can be automatically recognized when plugged into the device and quickly establish a data transfer connection.
Multiple length specifications
Available in various lengths such as 30cm, 50cm, 80cm, 100cm to meet different internal cabling requirements of the chassis.
Gold-plated contact process
The connector contacts are gold-plated to resist oxidation and wear, ensuring long-term stable data transmission.
Application Scenarios
Desktop hard drive connection
Connect mechanical or solid-state hard drives in desktop computers to achieve data storage and fast reading and writing.
Server data transfer
Used for building server hard drive arrays to ensure stable transfer and storage security of large amounts of data.
NAS device setup
When setting up home or enterprise NAS storage systems, connect hard drives to the motherboard to achieve data sharing and remote access.
External hard drive enclosure connection
Connect external hard drive enclosures to computers for easy portability and transfer of large files, as well as data backup.
Product idea
Please listen to us
szxyq's SATA Data Cable adheres to the concept of "Stable and Fast Transmission, Data Protection". We understand that in the crucial process of data storage and transfer, stable and reliable transmission is the cornerstone for ensuring users' data security and efficient use. From research and innovation to quality control, we always focus on user needs and continuously explore more advanced transmission technologies and manufacturing processes. We are committed to providing users with reliable data transfer products through excellent performance, reliable quality, and user-friendly design, becoming a trusted partner for users in the field of data storage and helping with efficient information transfer.
original concept
FAQ
What should I pay attention to when installing the SATA data cable?
Be sure to turn off the computer and disconnect the power cord before installation to avoid short circuits during operation. When connecting, ensure that the interfaces at both ends of the data cable are correctly aligned with the hard drive and motherboard interfaces, and a "click" sound indicates that the lock is fastened. After the connection is complete, organize the data cable to avoid tangling with other components inside the chassis, which may affect heat dissipation and usage.
What is the difference between SATA data cables and eSATA data cables?
SATA data cables are mainly used for internal device connections, such as connecting hard drives and motherboards inside the chassis. eSATA data cables are used for external device connections, facilitating quick connections between external storage devices and computers. The eSATA interface theoretically has a faster transfer speed than the ordinary SATA interface and supports hot-swapping, while devices connected by ordinary SATA data cables usually require shutdown operations.
Can SATA data cables transfer data and supply power simultaneously?
SATA data cables are mainly responsible for data transfer and cannot supply power to devices. Storage devices need to be separately connected to a power cable to obtain power and ensure normal operation.
What should I do if the cable connector is loose and causes poor contact?
Check if the connector lock is fully fastened, and re-plug it to confirm that you hear a "click" sound. If the lock is damaged, you can try using cable ties or insulating tape for temporary fixing, but this is not a long-term solution. It is recommended to replace the cable as soon as possible. If the interface is deformed, you may need to replace the device interface or the entire device.