2-in-1 USB-C Cable
- One USB-C male source connection with two USB-C male device branches.
- Up to 100W with one device; 70W + 30W allocation when charging two devices.
- Both branches support USB 2.0 data up to 480 Mbps; not a two-port USB hub.
- 1.2 m listed overall length with a 40 cm split section.
- Nylon-braided jacket and aluminum-alloy housings in black or white.
- Confirm charger capability, device requirements, and branch assignment before ordering.
One Source Connection, Two Device Branches
2-in-1 USB-C Cable for Dual-Device Charging
Manage a two-device charging setup more easily with one cable from the source. The BC-DAC018 combines a USB-C input with two USB-C device branches, offering up to 100W when one device is connected and a 70W + 30W allocation when two devices are charging.
That distinction matters: this is not 100W for each device at the same time. Pair it with a suitable USB-C power source and devices that accept the required charging profiles. For a desk, equipment kit, or branded accessory project, send the charger and device models so we can review the proposed configuration before you place a bulk order.
Product Specification
| Item | Specification or selection requirement |
|---|---|
| Family | BC-DAC018 |
| Connector arrangement | One USB-C male source end to two USB-C male device branches |
| Single-device output | Up to 100W with a suitable source and compatible device |
| Dual-device allocation | 70W + 30W; actual power depends on source capability and each device |
| Data capability | Both branches support USB 2.0 up to 480Mbps; simultaneous two-device data operation is not specified |
| Listed overall length | 1.2 m |
| Split section | 40 cm; confirm measurement points against the drawing |
| Construction | Nylon-braided jacket with aluminum-alloy housings |
| Colors and model numbers | White: BC-DAC018-W; black: BC-DAC018-B |
| Project options | Length, marking and packaging requirements subject to configuration review |
The 480Mbps figure describes the USB 2.0 interface limit, not guaranteed file-copy speed. It does not imply USB 5Gbps, USB4, Thunderbolt, or display output. A wall charger provides power, not a data connection to a computer.
Need a single-device connection instead? Compare our USB-C fast-charging cables or explore our full USB-C cable range. We can quote this dual-output design based on your device pairing, quantity, and packaging needs.
Black and White 2-in-1 USB-C Options
Choose the finish that suits your workstation, accessory kit, or brand presentation. Both color variants use the same stated single-device and dual-device power arrangement. Confirm the length and ordered specifications in your quotation.
BC-DAC018-W
The white nylon-braided version offers one USB-C source connection and two device branches in a lighter finish. Specify it for a coordinated desk or branded accessory kit. Confirm the charger, device pairing, and 70W/30W branch assignment before ordering.
BC-DAC018-B
The black version offers the same dual-output arrangement in a finish that suits darker equipment and accessory packs. It supports up to 100W for one device or 70W + 30W for two devices under suitable conditions. Request the exact configuration for your project.
Match Both Devices to the Power Budget
A laptop-and-phone charging kit is one possible use for a dual-output cable, provided each device fits the assigned power budget. In two-device operation, BC-DAC018 allocates 70W to one output and 30W to the other. A device that requires more than its allocation may not maintain its expected charging rate during use.
Share the exact devices and power source with your inquiry. The right sample check is the complete pairing you plan to supply—not two unrelated devices selected only because they have USB-C sockets.
Plan the Split Length Around the Workspace
The listed 1.2 m overall cable and 40 cm split section need to suit the source position and the spacing between your devices. Measure the route with the equipment in use, allowing relaxed bends near each housing and enough slack for ordinary handling.
For a kit or fixed workspace, send the layout or required measurement points. Confirm the final drawing before ordering a custom length. Longer branches aren’t automatically better: they change both the physical arrangement and the electrical design, and both need approval.
No. The specified maximum is 100W in single-device use. With two devices, the allocation is 70W + 30W, not 100W per branch. Actual charging power also depends on the source, negotiated profile, device demand, and battery state.
Both branches support USB 2.0 data up to 480 Mbps, but this product does not support simultaneous data transfer to two devices. Do not treat the split cable as a USB hub. If concurrent data connections are required, describe the host and peripherals so the appropriate solution can be selected.
A properly functioning, compatible charging system supplies power based on the negotiated profile and the device’s demand, not simply the number printed on the charger. Match the source and devices to the specified cable arrangement and evaluate the complete setup. Do not assume compatibility from USB-C connector shape alone.
It is specified here for charging and USB 2.0 data, not DisplayPort Alt Mode, USB4, or Thunderbolt. Choose a cable with the required video or high-speed data capability for those applications. The USB-C connector does not support those functions.
Confirm the branch identification on the supplied drawing or product marking before use. Do not assign a power level by left/right position or color unless that convention is documented for your order. Ask us to include clear output identification when reviewing an accessory kit or OEM package.
Send your required dimensions, marking, and packaging for review. Changes to overall length or branch geometry must be considered in relation to electrical performance and sample evaluation. We will confirm feasibility, MOQ, price, and timing for the chosen configuration; do not assume every custom length has the same capability.
Evaluate the exact charger and device combination, including single-device charging, the 70W + 30W arrangement, reconnecting the second device, and the required data task. Also check mechanical reach and handling. Request any necessary product-specific compliance evidence before approving the sample and production specification.
Related Products
Choosing a Dual-Output USB-C Cable for Your Project
A split cable can make a small charging setup neater, but choosing it based on wattage alone misses practical questions. Start with the two devices, then work back to the source, branch allocation, and cable route.
Check the two-device power budget
BC-DAC018 provides a specified 70W + 30W allocation in dual-device use. Compare those limits with each device requirement. A laptop that needs more than its allocated power may charge slowly, reduce performance, or continue using its battery during heavier work. The source must support the required output; the cable cannot turn a low-power charger into a 100W supply.
Document branch assignment
Confirm which output is the 70W branch and which is the 30W branch using the supplied identification or drawing. Include that information in an accessory kit or installation instruction. Do not ask users to guess from cable position or color unless that identification has been agreed for the ordered version.
Keep charging and data requirements separate
Both branches support a USB 2.0 data connection up to 480Mbps, but that does not establish a two-port hub function. If the project needs two peripherals to exchange data with one computer at the same time, use a suitable USB hub or obtain a separately verified system solution. Also identify whether the source is a wall charger, power bank, or host computer; those roles are not interchangeable.
Evaluate the complete setup
Use the intended source and devices for sample evaluation. Check single-device operation, the two-device arrangement, connecting and removing the second device, and the required data task. Observe whether charging renegotiates when the load changes. Support the cable ends and confirm the split section reaches both devices without pulling on their sockets.
Turn the sample into a repeatable order
Record the color, overall length, split length, output identification, device pairing, and any agreed labeling or packaging. Ask for required compliance documentation and test records for the exact supplied product before order approval. Do not treat the presence of USB-C plugs as evidence of USB-IF certification or universal compatibility.
For an OEM or wholesale quotation, send your device models, charger specifications, quantities, and branding requirements. If the project instead needs monitor connectivity, choose from our USB-C monitor cables; this USB 2.0 charging-and-data product is not a substitute for a video-capable cable.
