6 Pin to SATA Power Cable
Review a compact SATA-to-six-position power harness for a defined equipment connection. BC-DAG026 is shown in single- and dual-SATA-plug layouts, with custom routing and identification available for OEM evaluation.
- Model A: one SATA male plug and one six-position cable connector.
- Model B: two SATA male plugs and one six-position cable connector.
- Keyed black housings with a retaining latch at the six-position end.
- Passive wiring assembly; no voltage conversion.
- Pin map, source arrangement, and load require configuration review.
- Not a universal GPU or modular-PSU replacement cable.
Match the Power Path, Not Just the Plug
6 Pin to SATA Power Cable — Identify the Connection Before Ordering
BespokeCable BC-DAG026 provides two photographed harness layouts with SATA male plugs and a six-position cable connector. These are starting configurations for a defined power interconnect, not interchangeable replacements for every cable that carries a six-pin connector.
The connector direction matters. The SATA ends shown here have exposed male contact blades; they are not female sockets for plugging directly into a standard drive power inlet. Model B has two SATA plugs, not two SATA drive-power outputs. Use the photographs, equipment documentation, and an agreed pin map together when selecting the assembly.
Visible Configurations and Specification Requirements
| Item | BC-DAG026 range |
|---|---|
| Model A | One SATA male power plug to one six-position cable connector |
| Model B | Two SATA male power plugs to one six-position cable connector |
| Retention | Latch shown on the six-position housing |
| Electrical function | Passive power wiring; no voltage regulation, data transfer, or active power sharing is claimed |
| Pin assignment | Must be specified for the exact source and receiving equipment |
| Length and branch layout | Review against the installed route; request a configuration drawing |
| Current and power | No blanket wattage rating stated; acceptance depends on the complete supply path and load |
| Wire, terminals and materials | Confirm for the quoted construction and required operating conditions |
| Customization | Routing length, branch spacing, labeling and packaging subject to project review |
Where This Harness Fits in a Power Design
A six-position housing can be used in different power systems, with different electrical assignments. Its appearance does not establish a modular-PSU pinout. For any proposed SATA-source-to-six-pin connection, the equipment designer must confirm the source rails, wiring, receiving interface, and allowable load before use.
For graphics cards, prefer the native power cable specified by the GPU and PSU manufacturers. This page does not approve a SATA adapter as a workaround for a missing or inadequate graphics-card supply. A larger receiving connector does not increase the current capacity of the upstream SATA contacts or cable.
Similarly, a conventional PCIe auxiliary power lead does not provide the 5 V rail required by many SATA drives. A passive cable cannot create that missing voltage. If the job is powering a drive from a dedicated board output, compare our board-specific SATA power harnesses. For an existing SATA drive-power lead, see the SATA power extension range.
Request an Application-Specific Quotation
Send the power-source model, receiving-device model, connector-face photos, required pin map, and expected load. Add the routing length and order quantity. We can review whether one of the shown layouts is an appropriate basis for your project or whether you need a different harness.
Do not connect a sample simply because it fits. Final approval should reference the specified wiring and the actual equipment, with any required load verification agreed before production.
Single- and Dual-SATA Plug Layouts
Compare the number of SATA male plugs and the required routing arrangement. These photographs identify physical layouts; they do not establish a safe load or an approved PSU pinout.
P/N: BC-DAG026-A
One SATA male plug connects to a latched six-position cable housing. This single-branch layout is available for review against a defined equipment pin map and load. Confirm the source and receiving interface before ordering; it is not a SATA female drive-power extension.
P/N: BC-DAG026-B
Two SATA male plugs join a six-position cable connector in the photographed layout. This is not a two-drive output splitter. Review the complete source arrangement and branch wiring with the equipment designer; two plugs alone do not establish doubled capacity or controlled current sharing.
Document Both SATA Branches Before Approval
The BC-DAG026-B photo shows two SATA male plugs leading to one six-position connector. That physical layout needs a documented source arrangement; it should not be described as two SATA drive-power outputs.
Specify which approved supply lead feeds each plug and how the conductors join. Do not combine independent power supplies or assume the branches share current equally. The upstream wiring may be common even when two separate SATA sockets are available.
For a repeatable OEM order, record the branch lengths, connector numbering, and approved wiring drawing together. We can review those details with the intended equipment rather than assigning a wattage from the connector count alone.
No. It is a passive wiring assembly, not a DC-DC converter. A conventional PCIe auxiliary power connection does not supply the 5 V rail required by many SATA drives. Use a power arrangement designed for the receiving device rather than assuming that changing the connector changes the voltage.
Do not assume that it is a suitable replacement. Use the power cable or adapter explicitly approved for the GPU and PSU models. This page provides no blanket graphics-card compatibility or GPU wattage guarantee; a SATA power source path must not be treated as equivalent to a native PCIe power lead.
No such guarantee is made. Two plugs may share the same upstream wiring, and passive branches do not automatically carry equal current. Capacity depends on the complete approved source arrangement, contacts, wire, and load. Model B must not be used to combine independent power supplies.
No. Similar housings can use different PSU-side pin assignments. Use the power-supply manufacturer’s compatibility information for the exact model and cable family. Physical fit alone is insufficient, and this harness is not advertised as a universal PSU-side cable.
No. It is a power interconnect. The connector names don’t create a data path, and this harness doesn’t support SATA or PCIe transfer speeds. Devices still require their own separate data or expansion interface.
Do not decide that from the photograph. The required connection of both branches must be defined in the approved wiring and load specification. Leaving a branch unused may place the entire load on the remaining path; confirm the intended configuration before operation.
We can review routing dimensions, connector orientation, and labeling for an OEM requirement. Provide the source and receiving-device information along with the mechanical dimensions. Review length changes with wire construction and load, not as an isolated cosmetic change.
Send the original part markings, connector-face photographs, dimensions, and equipment references. A sample or verified drawing can help establish the exact wiring. We can review a replacement configuration, but we will not infer a safe rating or approved application solely from an unmarked sample.
Identify the model, pin map, source arrangement, receiving load, and requested sample quantity. State the continuity, polarity, load, or environmental checks required for approval. Confirm availability, cost, lead time, and documentation for that configuration before agreeing to a production order.
Related Products
Qualify a SATA-to-Six-Pin Harness for a Defined Application
When replacing a legacy power harness, the goal isn’t simply to reproduce two familiar plugs. The goal is to replicate a documented electrical connection with the right routing and load capacity. The BC-DAG026 photographs can identify the mechanical starting point, but the equipment specification must decide whether that connection is appropriate.
Establish which end supplies power
Identify the power source, the receiving device, and their exact models. A drawing should name both ends and show the connector mating faces. Do not use a graphics card auxiliary-power inlet as an assumed source for a drive, and do not infer the supply direction from the order of words in a product name.
The SATA male contacts in the photographed models are different from the SATA female sockets used on typical drive-power leads. If the required job is supplying a standard hard drive or SSD, begin with a harness whose connector direction and available voltage rails match that drive instead.
Keep PSU-side and equipment-side connectors distinct
A six-position housing at the modular PSU is not automatically the same electrical interface as a six-pin connector at the equipment. Manufacturers use different modular wiring arrangements. Follow the PSU manufacturer’s cable compatibility information for the exact model, and do not substitute a cable because the latch and keying appear to fit.
For graphics-card installations, use the native or explicitly approved power connection specified by the GPU and PSU manufacturers. An adapter should not be used to bypass a power-source limitation. A nominal rating associated with the receiving interface is not proof that an upstream SATA lead can deliver the same load.
Define the complete current path
Review the source cable, SATA contacts, any branch joins, wire, and six-position contacts as one assembly. Their limits must be assessed for the actual construction and operating environment. Neither a larger terminal housing nor a second SATA plug upgrades the weakest part of that path.
For model B, document the approved relationship between the two sources feeding its plugs. Two connectors on the same PSU lead can still share upstream conductors. Passive branches do not provide active current balancing or protection, and independent power supplies must not be combined through this harness.
Agree on what sample approval needs to demonstrate
Before evaluation, confirm the connector part numbers and a pin-by-pin wiring map. Define the relevant continuity, polarity, and load checks for the project. Any thermal or electrical results should refer to the exact sample, source arrangement, and receiving equipment—not a similar-looking cable in another installation.
Inspect cable support and connector access in the enclosure. Stop using any connection that becomes loose, damaged, discolored, or unusually hot. A sample that physically fits has passed only a mechanical check; it has not been verified for a safe current rating.
Keep the production order tied to the reviewed design
Include the model suffix, drawing revision, branch dimensions, conductor and terminal requirements, labels, and quantity. State what substitutions are allowed and what must remain unchanged. This makes an approved legacy configuration easier to reproduce without silently changing its electrical assumptions.
If the source or load information is not yet available, begin with an application review rather than a guessed wattage. Send your existing harness and equipment details so we can assess the required interconnect and, when needed, identify a more appropriate alternative.
