SSD Cable
- Connector A: SATA 22-Pin Female.
- Connector B: Small-4 Pin.
- Connector B: SATA 7-Pin Female
- Works for SATA 2.5″ and 3.5″ Serial Port.
- Widely compatible with PCI Cards, SSD, HDD, HD Player, Optical Drive, DVD burner, and Other Equipment.
- Power and Data Transfer Can Be Performed Simultaneously.
- OEM & ODM Services.
SSD Cable: Optimized Storage Connectivity Solution for Solid-State Drives
Specialist SATA Cabling for SSDs by Bespokecable from a standard 7-pin Data with Power connector to four. Our specialist Solid State Drive SATA cables are designed to provide full data and power connectivity for your SSD. We offer two versions in our product series: one with a straight connector and another with a 90-degree offset connector featuring a latching mechanism to keep your connections secure. These two cables integrate a 22-pin SATA straight plug input (data and power in a single connector) with a 7-pin straight connector and Power View product interface. The space-saving Small-4 pin connector is a compact, available-with-or-without-lock, stand-up type, to meet security & obstruction requirements across different system form factors.
Technical Specifications
| Parameter | Specification |
| Input Connector | 22-pin SATA Male |
| Data Output | 7-pin SATA Male |
| Power Output | Small-4 pin Male (2.5mm pitch) |
| Data Transfer Rate | SATA III 6Gbps (backward compatible) |
| Voltage Support | +5V (SSD optimized) |
| Current Rating | 3.0A maximum (SSD sufficient) |
| Contact Plating | Gold-plated (15μ thickness) |
| Cable Length | 20cm standard (custom 15-30cm available) |
| Wire Gauge | 28AWG data, 22AWG power (oxygen-free copper) |
| Latch Mechanism | Available on both connectors |
| Angled Option | 90-degree SATA connector available |
| Operating Temperature | -20°C to +70°C |
Design Features
Our SATA SSD Cables include a custom 22-Pin-to-7-Pin SATA connector specifically built for Supermicro motherboards, with the added bonus of an included 4-pin power output. Small-4 slot connector (Spacing: 2.5mm) Much Higher Space Utilization to Power Connector than the Existing connector – Best Suited For Multi-SSD Configurations. Comes in standard straight and 90-degree angled versions, with dual latch locks on both connectors for secure connections.
Application
These SATA Cables for SSDs are necessary and reliable for many SSD hookup solutions. Desktop PC builders rely on internal power cables for clean SSD installations, and the BC-DAG032 can help with that. Server managers need them to maintain uninterrupted connections across clustered SSDs. They are utilized by NAS system integrators to achieve maximum capacity on their network-attached storage devices. Secure-latch versions are ideal for industrial computing solutions in high-vibration environments. They are also used by test and validation labs for flexible SSD connections during performance testing. Builders of custom rigs appreciate the space-saving 90-degree elbow version for their small-form-factor builds, and every little bit matters.
Quality & Testing
Every SSD SATA Cable features a streamlined signal-powered design, enabling high-speed data transfer for reliable performance at both ends. We perform Mechanical Stress Testing, including connector mating and durability testing (10,000+ cycles), and latching mechanism engagement testing up to 5,000 cycles. Temperature: -20°C~70°c Cycling performance provides better uniformity in different operating environments. Some batch-level tests are for crimp quality (visual checks), connector pull-force, and polarity checks to ensure SSDs are wired properly and cannot be installed incorrectly. Every single cable is tested for compatibility with various SSD and power supply brands.
OEM/ODM Services
We provide flexible options for customers to personalize reference designs with custom cable lengths (10-100cm), customized angle ejectors, and power input interfaces. Custom pinout arrangements, higher current ratings (for performance-oriented SSDs), and special shielding requirements are available upon request for OEM customers. Customized Projects: We accept small orders and offer R&D services. Other possible add-ons are branding on connector housings, custom retail or industrial packaging, and specific safety certifications for individual markets. We can also provide hybrid connectors – mixing, for example, SATA and USB on a case-by-case basis for custom SSD applications, if required.
How to Install the SSD Cable?
- Choose the correct cable version according to space and security requirements.
- Orient the 22-pin connector to the port, then press it in.
- For latch models only: lock with a click to secure.
- Insert the 7-pin SATA data end into your SSD’s data port.
- Plug the Small-4 pin power connector into the SSD power slot.
- The cables should be routed so that no sharp bends are created outside the minimum bend radius.
- Double-check your connections and put everything together.
- For fixed installations, use zip ties for clean routing.
- Check the system BIOS or operating system to see if the SSD is detected.
What do people say?
PC builders like the clean look if they have a windowed case, and many reported better airflow over their SSD bays. Server administrators note that the latest versions of RSV-S3 enclosures are dependable – even in data center settings – by keeping your SSD attached during use. Many users report strong performance in industrial-type vibration applications and say the connections hold steady. The 90° angle version has become popular, supposedly to address clearance issues in SDD builds. A number of users comment on the solid build and gold-plated contacts, guaranteeing longevity with SSDs. The superior workmanship and use of top-quality materials are benchmarks frequently used for comparison with generic offerings.
Similar Products Show & Comparison
- 2- Items for Your selection.
P/N: BC-DAG032-B
It is smaller than common power plugs and saves space in multi-SSD installations.
This cable allows SATA III 6Gbps speed. This cable is available for hard drives. Speed is limited by the PC. It is made of the following high-quality materials.
Technical specifications
Interface: SATA III
Material: Tinned copper.
For SSD drives with very little clearance, a straight connector does not fit well.
This cable is for a 2.5” SATA SSD. M.2 SSDs use different connectors.
MOQ is 100 pcs for regular orders.
Customers need to pay the sample cost; we will return the fees when they place an order.
Our SSD cable kits cover all your needs and are available for purchase right here, ready to ship! The perfect kit uses a 22-pin connector with mounting holes on the shell-side of the assembly, with a small output for the HDD activity Indicator power. Designed in our ISO 9001:2015-certified factory, every SSD cable meets the same high-quality standards as all our products. Bulk orders welcome – Wholesale pricing available. Consider us your business partner if you’re looking to buy our high-quality SSD cables in bulk.
Our SSD cables feature tight-mesh connectors to minimize space in your SSD setup. The SSD cable features gold-plated contacts and 18 AWG oxygen-free copper wires, delivering a stable data transfer rate of up to 6 Gbps. Each of our cables is compatible with devices featuring 90-degree angled connectors, ensuring your cable never loosens from the Port. We constantly offer promotional programs with additional benefits for partners, and our customization services can meet a wide range of OEM needs. Purpose-built for space-saving multi-SSD design, the compact Small-4 pin power connector can be conveniently removed to support high current per device.
For customers looking for additional panel-mounting options, check out our USB-C Panel Mount Cable, which provides secure front-panel connections, and our USB Type-C Extension Cable, which extends a variety of your existing cables.
Select Bespokecable for SSD Cable products that are built with manufacturing precision and meet performance targets. Our solid-state drive (SSD) cable supply is designed for the computer, server, and storage system industry. With a strong structure, it is suitable for heavy applications. Speak to us today about your custom SSD cable needs or for samples – we can assist you in creating space-saving and organized storage solutions with precision-designed connectivity products.
The SATA HDD and SSD units can prevent scratching on both sides, and most importantly, this is the perfect solution for install ssd on case or motherboard without screw Easy to use. Compatible with any hdd/ssd that uses screws. As a purchaser or system engineer who wants to try it out, you need to work within multiple technical parameters and application conditions before making your final decision. This comprehensive guide is here to help you make the right choice and pick the perfect SSD cable solution for your needs.
Calculate the Space Needed and the Number of Connectors
The first thing you should check is how your SSD has been installed into your computer. Our SSD SATA Cable features a small 4-pin power connector, which saves about 70% of space compared to standard cables, helping alleviate pressure and avoid interference during cable routing. In applications with restricted access, select the compact, 90-degree angled design for space-saving benefits. 22-PIN-to-7-PIN SATA integrated design eliminates cables and improves airflow in the SSD bay. Check the clearance to make sure the SSD Cable fits and doesn’t interfere with anything else.
Assess Security and Performance Characteristics of the Connection
Make sure the cord is compatible with SATA III 6Gbps for the highest SSD performance. Favor products with gold-plated contacts (at least 15 μ in thickness) to maintain a stable signal between devices and prevent corrosion. If you need to use an SSD around servers or in an industrial environment with vibration, the latch model will keep the connection secure. The SSD CableSupports reinforced strain relief and extra-thick cabling for the ultimate in reliability and performance, providing remarkable stability. Check that the cable uses the proper wire gauge (28 AWG data, 18 AWG power) to ensure stable performance.
Check the power needs and whether it fits into your connectors
Most SSDs require a 5V power supply. The high-quality SATA Cable for SSDs provides a stable power source with a small 4-pin connector. Please check your system power headers are small-4-pin (2.5mm pitch) before you buy, as they are mini-size for a space-saving design. Most SSDs with standard dimensions use little power, so the cable doesn’t need to carry much current in normal operation; make sure the cable can handle peak current draw if you’re using a high-performance SSD. The built-in power solution easily connects the 2.5-inch SSDs to the SATA on the computer side, no extra SAT power cables needed, and reduces troubles for installation with SSDs in various drive bays!
Application Environment and Durability Requirements
For desktop applications, require standard cables with nice flexibility for clean cable management. What servers need? The server environment requires a robust SSD Cable with high-performance connectors, secure latching, noise-reducing materials, and vibration resistance. For industrial hardening to -20°C, writing applications may also need an extended temperature range (up to 70°C) and rugged construction. The cable length should be 20cm, which is long enough for most applications to reach the back of the motherboard’s insert slots. Make sure the cable jacket is rated UL94V-0 for flame resistance in any environment.
Research Safety and Manufacturer’s Feedback
The SATA Cable for SSDs should include overcurrent protection and insulated wires. If your application demands the highest quality, choose products from ISO 9001-certified companies. A dependable vendor will list in-depth specs, compatibility information, and any potential customization options. Be sure to test this on a few samples before rolling it out in volume, just to make sure your SSD model paired with your chosen chassis is a perfect fit.
Choose SATA Cables for SSD while considering space requirements, security demands, performance quality, and details of the application environment and safety standards.
