Type-E to USB 3.0 19-Pin Header Cable
Use an available internal Type-E motherboard connection with a compatible 19-pin front-panel cable assembly. BC-DAF006 provides a short, 0.2m link for system builders who need to reconcile two different internal connector formats without installing another controller.
- Type-E male plug to USB 3.0 19/20-position male pin connector.
- USB 3.0 SuperSpeed data connection, up to 5Gbps.
- Standard cable length: 0.2m.
- Internal chassis installation; confirm the downstream female connector and wiring.
- The listed configuration does not support USB 2.0 operation.
Connect the Right Header to the Right Harness
Type-E to USB 3.0 19-Pin Header Cable
BC-DAF006 is an internal header adapter cable, not a USB hub or a motherboard-to-motherboard link. The Type-E plug connects to a matching host header. The male 19-pin end mates with a compatible female front-panel harness. Matching the connector shape is only the first check: the downstream port wiring must also suit the assembly.
This distinction matters when a chassis has an older USB front-panel lead, but the chosen motherboard offers a Type-E connection. Send both connector photos and the board model before ordering. We can review the intended arrangement rather than treating every 19/20-pin connector as interchangeable.
BC-DAF006 Specifications
| Parameter | Product information |
|---|---|
| Motherboard-side connector | Internal USB Type-E male plug |
| Harness-side connector | USB 3.0 19/20-position male pin connector |
| Data rate | Up to 5Gbps USB 3.0 SuperSpeed; depends on the complete host-to-device path |
| USB 2.0 support | Not supported by the listed configuration; do not assume fallback for USB 2.0-only devices |
| Standard length | 0.2m |
| Installation | Inside the computer or equipment enclosure |
| Cable construction | Shielded cable assembly; confirm conductor and shielding details on the approved specification |
| Power capability | Host- and wiring-dependent; no USB-C PD laptop-charging capability is promised |
| Port mapping | Confirm the intended front-panel port and pin assignment before ordering |
| Custom supply | Length, labeling, and packaging requirements can be reviewed for OEM orders |
Choose This Cable for the Correct Direction
The pictured 19-pin end has exposed male contacts inside a shroud. It is intended to meet a corresponding female cable connector, not another male motherboard header. If your project instead starts from an older 19-pin motherboard header and needs a Type-E receptacle for a case USB-C lead, you need a different adapter arrangement.
Compare the USB Type-E cable and adapter family, or send photos of both mating connectors. Identifying the host side and the case side at the start helps avoid ordering a cable that looks similar but connects the wrong way.
Check USB 2.0 Requirements Before Ordering
This model lists no USB 2.0 support. That limitation matters for keyboards, mice, USB 2.0 flash drives, and other peripherals that require the separate USB 2.0 connection. A SuperSpeed label on an adapter should not be read as proof that every older device will enumerate through it.
Specify the devices you intend to connect, not just the maximum headline speed. If the front-panel port must serve mixed USB 2.0 and USB 3.x devices, have a suitable fully mapped alternative reviewed before ordering this configuration.
The Type-E male plug connects to a matching internal Type-E host header. The 19-pin male connector mates with a compatible female front-panel harness. Do not connect the male 19-pin end to another male motherboard header.
No. The listed BC-DAF006 configuration supports a USB 3.0 connection up to 5Gbps. A faster host header does not change the adapter’s or the downstream connection’s rating.
The listed configuration does not support USB 2.0 operation. If you need keyboards, mice, or other USB 2.0 peripherals on the same front-panel ports, request a suitable alternative with the necessary wiring confirmed.
The older USB 3.0 internal connector is commonly described as a 20-position housing or a 19-pin keyed arrangement. Don’t rely on the number alone; compare the connector face, keying, gender, and pin assignment.
No. It is the standard listed length, not a universal fit. Measure the actual route and allow room for connector bodies and service access. Send a drawing if you need a different length.
No direct DisplayPort or HDMI output is specified. It adapts an internal USB data connection. A USB display device that relies on software is a different application and must also satisfy the data and device-compatibility limits of this assembly.
Don’t assume both ports are active just because the harness uses a 19-pin housing. Provide the front-panel wiring and required port count so we can confirm the selected assembly mapping. This cable is not a USB hub.
The passive cable does not require a controller or its own driver. The motherboard USB controller and connected peripherals may still need compatible system software, and a driver can’t provide wiring that the assembly doesn’t include.
First, check whether the device requires USB 2.0, which this listed configuration doesn’t support. With the system powered down, also verify connector orientation and seating. Then review the motherboard settings, the selected front-panel port, and the complete wiring path.
No. The exposed internal header interfaces are intended for protected installation inside an enclosure. For an accessible external port, choose a suitable panel-mount cable or bracket assembly instead.
Include the motherboard model, clear photos of both mating connectors, front-panel wiring or port requirements, cable length, and quantity. List any material, labeling, or inspection requirements so they can be reviewed before sample approval.
Related Products
Planning a Type-E to 19-Pin Front-Panel Connection
Draw the complete connection first
Start with the motherboard, then show the adapter, existing chassis harness, and external device. Identify which connector belongs to the host and which belongs to the front panel. This simple sketch is more useful than asking for a generic “20-pin cable,” because Type-E and older USB 3.0 headers can both be described with that number while using different mating interfaces.
Check the port mapping
A connector housing can include positions for more than one USB port, but that doesn’t prove this adapter activates every port on a connected front-panel module. Confirm the required port count and pin map with the selected assembly. Do not connect two host-side headers together or assume the cable includes a hub controller.
Keep the 5Gbps claim in context
The cable is specified for a USB 3.0 link up to 5Gbps. It doesn’t turn a slower host into a faster controller, and file-copy performance also depends on the connected device, external cable, and storage. For a production system, evaluate the actual end-to-end arrangement rather than judging the internal lead in isolation.
Route the short lead without loading the connector
The standard 0.2m length suits nearby internal connections. Measure the installed path, including connector bodies and clearance for removing the side cover. Leave practical service slack, avoid sharp bends at the overmold, and keep the lead clear of fans. If the route is longer, send the required length for review instead of pulling the standard lead tight.
Install and validate before closing the chassis
Switch off and disconnect the equipment as directed by its service instructions. Inspect the keyed connectors and align them before insertion. Check that the front-panel harness is secure and that the lead cannot be pinched. Then test the intended SuperSpeed device and port in the complete system. Do not use a USB 2.0-only device as the sole acceptance test for this configuration.
Make the sample approval useful for production
Record the motherboard model, selected harness, cable length, and device used for the sample check. Agree on the required inspection or test documentation in the purchase specification. Connector durability, environmental ratings, and certification should be supported by applicable records, not inferred from the product name or a general USB standard.
For a direct external USB-C receptacle rather than a 19-pin harness connection, our Type-E to Type-C cable offers panel and bracket mounting choices. For BC-DAF006, request a quotation with photos of your connector, routing length, and quantity.
