Active USB 2.0 Male to Male Cable
- USB-A male connectors at both ends
- Active USB 2.0 construction
- Equipment-specific connection review
- Black cable assembly
- Multiple listed route lengths
- Host and device identification can be specified
Active USB 2.0 Extension Cable | Male to Male | Reliable Long-Distance Data Transfer
The BC-DAA002 active USB 2.0 male-to-male cable is an equipment-specific option for connections that require Type-A plugs at both ends. Integrated active electronics provide a basis for reviewing a longer route, while the exact host and device roles must be established from the equipment documentation.
This is not a general PC-to-PC transfer cable. Do not use it to join two powered USB host ports. Send the equipment references or an existing approved cable specification, and BespokeCable can assess the required wiring, direction, and length before quoting the assembly.
Product Specifications
| Parameter | Specification |
| Product reference | BC-DAA002 |
| Connector pair | USB 2.0 Type-A male to Type-A male |
| Construction | Active electronics; topology and direction defined for the approved version |
| Intended use | Documented equipment-specific connection, not a generic host-to-host link |
| Data interface | USB 2.0; performance evaluated with the specified equipment |
| Listed lengths | 5, 10, 12, 15, 20, 25 and 30 m; length alone does not establish compatibility |
| Color | Black |
| Power wiring | VBUS behavior and permitted connection sequence specified for the application |
| Quotation inputs | Both endpoint models, electrical roles, connection diagram, and quantity |
Start with the Equipment Requirement
Two matching sockets are not enough to identify the correct cable. The equipment must define which endpoint acts as the host and how the other endpoint uses its Type-A receptacle. A replacement project is easiest to assess when you can provide the original cable reference or manufacturer wiring information.
Specify Direction Despite Identical Plugs
An active assembly can have a required host and device orientation even though the plugs look alike. Request clear endpoint identification for installation. Keep the connection diagram with the cable revision so you can fit a replacement without relying on memory or the position of an electronics housing.
Do Not Confuse a Repeater with a Transfer Bridge
Signal-conditioning electronics do not automatically provide the protocol bridge needed for two computers to exchange files. If computer-to-computer transfer is the goal, specify that requirement explicitly rather than selecting this cable by connector shape. For a standard peripheral lead extension, choose an active male-to-female cable.
Keep the Approved Use Visible
Equipment-specific cables benefit from labels and packaging that identify the intended system. This is particularly useful when service personnel also carry ordinary USB accessories. Define any warning text and endpoint labels in your installation instructions; do not package the assembly as a universal USB lead.
Not without a verified host-to-host bridge implementation and its supported software. The active repeater description alone does not establish that function.
Send the equipment model, port photographs, and any original cable markings. A manufacturer’s wiring record or a controlled analysis of the original assembly may be needed before we can approve a replacement.
Provide the wording and the intended equipment reference. We can review labeling and packaging so that the restricted application remains clear after delivery.
Use separate length identifiers or revisions so the installed configuration is traceable. Active designs may also differ in length, making an undifferentiated part number difficult to manage.
Not as a connector-only substitution. Use the interface specified by the printer or equipment manufacturer and request the appropriate connector pair.
Approving an Active A to A Cable for a Defined System
Establish the Electrical Roles
Begin with a diagram showing both endpoint ports and their power sources. The design must establish whether VBUS is connected, isolated, or controlled in another approved way. Do not infer this from an active-cable label or make a trial connection between two powered hosts. If the equipment documentation is incomplete, resolve that gap before connecting a sample.
Evaluate the Active Topology
Identify the required cable direction and any intermediate hubs or adapters. Different active implementations can behave differently during enumeration and reset. The relevant question is whether the selected assembly supports the documented equipment protocol, not simply whether it carries a USB 2.0 description. Keep the selected electronics revision tied to the sample evaluation.
Test the Operating Sequence
Use the specified equipment, software, and power-up order. Include reconnects and recovery from a restart if they occur in the application. Any functional check must follow the approved wiring and power design first. A successful short demonstration cannot establish universal compatibility or safe use with unrelated Type-A ports.
Define the Replacement Record
Record connector identity, cable direction, length, and equipment revision on the purchase specification. If the route is short and the equipment only requires an approved passive connection, compare the passive A-to-A assembly. We can review a drawing or reference sample, but the final order should identify the exact connection the cable is intended to make.
Explore our USB-A cable assemblies for other connector and installation configurations.
