Active USB 2.0 Extension Cable with 4-Port Hub
- Integrated four-port USB-A hub
- Single USB-A male upstream connection
- Active USB 2.0 extension electronics
- Remote peripheral connection point
- External power option subject to configuration
- Project branding and length review
Active USB 2.0 Extension Cable with 4-Port Hub: Extend Your Reach, Expand Your Ports
Bring several USB peripherals to one remote work area using a single upstream connection. The BC-DAA005 combines an active USB 2.0 extension with a four-port USB-A hub, making it a practical option for counters, operator stations, and equipment benches where the computer sits elsewhere.
The value is in organizing the connection around the workspace. The hub supports four devices, but they share the upstream USB link and the available power budget. Send the device list and required distance so BespokeCable can review the assembly and power arrangement for the complete station.
Product Specifications
| Parameter | Specification |
| Product reference | BC-DAA005 |
| Upstream connector | USB 2.0 Type-A male |
| Downstream connectors | 4 x USB 2.0 Type-A female |
| Data connection | USB 2.0 High-Speed class; upstream capacity shared among devices |
| Listed lengths | 2, 5, 10, 15, 20 and 30 m; project suitability subject to evaluation |
| Appearance | Black / transparent-black cable options |
| Power | Host-powered or external-power arrangement according to selected version and load |
| External input | Micro-USB input shown on reference hub; approved input specification and adapter to be confirmed in quotation |
| Customization | Length, enclosure identification, and packaging requests reviewed for the project |
Put the Hub Where Devices Connect
A hub near the operating position can reduce the number of long individual leads running back to the computer. Locate it where plugs are accessible and the housing can be supported. A protected counter or enclosure position is preferable to leaving the hub suspended by the upstream cable.
Choose a Device Mix That Can Share the Link
A scanner and keyboard impose a different workload than several cameras or storage devices transferring continuously. The four connectors do not create four independent 480 Mb/s upstream links. Describe the work cycle as well as the device count so the evaluation reflects simultaneous activity rather than four separate demonstrations.
Budget Power for All Connected Devices
Add the expected device loads and allow for the hub and extension electronics. Startup demand may differ from normal running demand. An external supply option must be matched to the hub input and the permitted output budget; its label alone does not establish the current available at every downstream port.
Keep Future Additions Visible
If the station may gain a payment terminal, camera, or another USB peripheral later, mention it at the quotation stage. A free socket is not evidence of spare power or bandwidth. Where only one remote device is needed, the single-port active extension may be the more direct configuration.
Do not assume a dedicated charging protocol based on the connector count. State the charging behavior you need so it can be assessed separately from USB data operation.
We can review a different hub configuration as a separate project. Port count changes can affect the electronics, enclosure, and power design, so they need their own quotation.
Ask for the adapter and regional mains plug to be listed in the quotation. Included accessories depend on the ordered power configuration.
Send artwork, location, and durability requirements. Review available marking methods and any associated setup costs before sample approval.
Record its port number, model, power source, and the activity of other devices. Try the agreed diagnostic procedure before assuming the entire long cable has failed; the pattern helps isolate the cause.
Planning a Remote Four-Device USB Station
Describe the Station by Its Work Cycle
List each peripheral, its USB operating mode, and whether it has its own supply. Then describe which devices run at the same time. For example, a scale reporting intermittently and a label printer used after each scan produce a different load from continuous multi-camera capture. This information is more useful than a device count alone.
Evaluate the Hub in the Real Topology
Include any upstream dock, KVM, or hub used at the computer. Hub depth, operating-system behavior, and peripheral drivers can affect the connection. Test all intended ports with the complete device set, then repeat the operational sequence rather than judging the installation only from device enumeration.
Test Recovery at the Station
Check what happens when you unplug a device, restart the host, or interrupt the power supply. Determine whether the software automatically reconnects or needs operator action. These observations help you define a practical acceptance test and service procedure for repeated installations.
Separate the Hub and Power Decisions
This model provides multiple connection points; it isn’t interchangeable with a single-output powered repeater. If your problem is one power-sensitive remote peripheral, consider the active USB 2.0 extension with power. For a hub project, send the device list, cable route, available power location, and station quantity. We can review a configuration that addresses those conditions together.
Explore our USB-A cable assemblies for other connector and installation configurations.
